TECHNICAL FIELD
Aspects of embodiments of the present invention relates to bags, in particular bags for loading weights and fillable materials for exercising and leisure activities.
BACKGROUND
Problematically, multiple products are purchased for resistance training, endurance, low impact exercises and general leisure activities such as hiking and camping.
It would be desirable for an apparatus to have multiple features without fillable materials and weights to decrease the carbon foot print with respective of the weight and dimensions when shipping.
Accordingly, embodiments of the invention, provide significant advantages while overcoming the above-described and other disadvantages, as will now be described.
SUMMARY
In light of the disadvantages of the prior art, the following summary is provided to facilitate an understanding of some of the innovative features unique to the present invention and is not intended to be a full description. A full appreciation of the various aspects of the invention can be gained by taking the entire specification, claims, drawings, and abstract as a whole or individually.
There is a disclosed loadable apparatus comprising a body portion of the loadable apparatus, in particular, one or more outer surfaces also understood as external and/or exterior surfaces, inner surfaces also understood as internal and/or interior surfaces, panels on the outer surface to the inner surface comprising of components such as grips, fixed and removable fasteners, loops and securing elements. At least one surface and/or panel comprises one or more fasteners to secure to the body one or more surfaces and/or to be partially or completely detached from the apparatus via a fastener or similar securing elements, the external loadable apparatus further comprising of a durable material surface fixed on the outer surface configured for exercises such as slamming, throwing, dragging and generally moving the loadable apparatus onto a surface. At least one external surface, separate from the fixed durable material surface can be attached and detached from the loadable apparatus portion via one or more fasteners and either loosely detached or stowed in a partially or completely in one or more compartments on the external surface to the inner surface of the loadable apparatus, a second compartment is behind the one or more external surfaces to stow away fixed shoulder straps and/or waist straps or similar components to the loadable apparatus.
According to a further aspect, a second surface behind the inner surface of the rear external surface comprises of a layer of padding and in some instances, a layer of airway passage fabric is blended together during manufacturing however depending on the usage, the foam padding and the air way passage fabric can be distinct from one another, in other words not blended together.
According to another aspect, the loadable apparatus external periphery surface comprises of one or more loops and is secured or fixed to the loadable apparatus by one or more securing elements. The one or more loops can be in different shapes and sizes and various materials selected from: at least one layer of fabric, metal, iron, alloy, plastic etc. in combination thereof spaced apart from one another or secured directly onto the external periphery surface and/or the front external surface of the loadable apparatus.
According to a further aspect, one or more fasteners on the external periphery surface further comprises one or more fasteners, wherein the one or more fasteners is an adjustable working strap or a buckle comprising of a ladder point for a fabric strap to be inserted through one end throughout the opposite ending to be pulled, either increasing or decreasing the size of the apparatus, depending on the dimensions of a weight in the inner surface of the loadable apparatus, the end point of the fabric strap is folded at least once to decrease or increase the length of the fabric strap and secured by a hook and loop fastener at the end point. At least one external surface periphery comprises of a greater amount of fabric and is padded, the one or more fasteners is inserted underneath the padded surface with limited visibility configured to limit or prevent damage to the fastener during physical activities.
According to another aspect, when the fasteners on the external surface and/or periphery surface are disengaged with each other to deploy the loadable apparatus in an open configuration partially or completely on a surface to load the loadable apparatus with weight directly onto a surface without fasteners components such as straps and in another configuration one or more weight straps is secured and fixed onto the inner surface and/or panel to secure one or more weights, wherein the one or more weight straps is adjustable in size depending on the dimensions of the weight, in yet another aspect, one weight strap of the one or more weight straps is fixed onto the inner periphery surface on a horizontal position and a second weight strap is secured to the inner periphery surface vertical position relative to the first weight strap, in yet another disclosed aspect a first weight strap is secured onto the inner surface in a horizontal position and a second weight strap is secured in a vertical position relative to the first weight strap, the positions of the one or more weight straps varies depending on the perspective view in the open loadable apparatus configuration.
According to another aspect, the external surfaces components (grips, loops, fasteners etc.) is reinforced to the external surfaces and/or periphery, wherein the reinforcement comprises of a securing element such as a layer of fabric, webbing, rivets, Nylon and/or polyester thread.
One or more grip can be fixed on the external surface or periphery in a vertical and/or horizontal direction relative to one another for grasping during physical activities.
In another disclosed aspect, the components are spaced apart, between the space comprises of one or more securing element to increase the durability of the loadable apparatus.
In yet another disclosed aspect, the one or more securing element may be an additional layer of fabric fixed to the surfaces, a grip and/or loop is then secured on top of the one or more securing element in which the grips, loops and components comprises of an additional securing element increasing the durability.
According to another aspect, the weight straps securing point is in between the inner periphery surface and the inner surface.
In yet another disclosed aspect, the weight straps are spaced apart from one another in a horizontal and/or vertical position.
According to a further aspect, a cavity hole is directly onto the external surface and/or periphery surface in the outer surface of the closed loadable apparatus configuration to the inner surface in the open loadable apparatus configuration wherein the opening is a flap comprising of one or more fasteners on the external surface to the periphery surface to engage with each other to define a closed loadable apparatus configuration.
According to a further aspect to open the loadable apparatus to load fillable materials via a cavity hole, opening via a flap and/or fasteners such as sand for sand training workouts in the open loadable apparatus configuration, wherein weights are inserted directly inside in a flat surface without components and in some instances, the loadable apparatus comprises of components such as compartment straps to secure, limit or prevent movement of the one or more weights during movement in the open and/or closed loadable apparatus configuration.
There is a disclosed herein is a functional loadable apparatus comprising of an opening, wherein the opening comprises of a cavity hole to insert or drain fillable materials such as sand, directly into the inner surface of the loadable apparatus. This method allows the loadable apparatus with limited disclosed features.
One or more external surface of the loadable apparatus comprises of one or more fasteners secured to the top, side and rear surface to tighten or loosen the loadable apparatus with respect to the amount of size and weight in the enclosure of the loadable apparatus. A durable fabric strap such as webbing or similar materials can be fixed or removed on or near the fasteners to the top, side and rear to manually pull through a ladder of a buckle or adjustable working strap, which is then wrapped around a second loop to firmly pull.
In yet another disclosed aspect, the ending of the fabric strap on the shoulder straps, weight straps, and any loose fabric may comprise of a hook and loop fastener to fold over excessive additional fabric strap when not in use. This method creates an appearance a well appearance. Additionally, a glider on the fixed or removable strap can secure the loose fabric. On or near the fasteners can comprise of for attachments such as straps to drag or carry the loadable apparatus for different variations. The exterior and interior periphery and external surface of the loadable apparatus comprises of multiple reinforcements such as one or more layers of threads, rivets and webbing fabric on or around the working functions such as grips, fasteners loops and attaching points.
One or more layers of a rear external surface comprises of durable materials, further comprising fixed and/or removable fasteners to completely or partially attach and detach from the body portion of the loadable apparatus configured to physical activities. When completed the physical activities, the rear surface can be folded, rolled, divided in one or more pieces to stow away in a compartment in the external or internal compartment. Behind the inner rear durable surface is a layer of padding and in some instances the padding may comprise of mesh and airway passage. One or more backpack straps and/or one or more waist straps is fixed to the inner surface behind the padding surface. In other instances, one or more removable backpack straps and/or waist straps may be detachable via one or more fasteners on the external surface to the inner surface of the loadable apparatus.
In a disclosed aspect, the apparatus further comprises of at least one or more draggable surface comprising of dense materials on the exterior and interior surface.
In another disclosed aspect, the apparatus further comprises one or more securing element wherein the securing element is a layer of nylon thread stitching, adhesive, rivets, and binding in combination thereof to the inner surface to the outer surface of the one or more panels.
In another disclosed aspect, the drag sled comprises of a fixed ending, wherein the fixed ending is manufactured to the first panel of the external surface to the inner surface of the loadable apparatus, further comprising one or more compartments, wherein the one or more compartments comprises of a fastener.
In another disclosed aspect, the apparatus further comprises of at least one or more fixed and removable backpack and waist straps to the outer surface and the inner surface of a surface of the loadable apparatus.
In another disclosed aspect, the apparatus further comprises of one or more dividers in the enclosure of one or more compartments to separate one or more articles and/or weights.
In another disclosed aspect, the apparatus further comprises a filler weight comprising a grip, a loop, a flap, a durable surface, fasteners, an opening and a cavity hole to insert weights or fill the loadable apparatus with fillable materials.
In another disclosed aspect, the loadable apparatus comprises of MOLLE attachments secured to the external surface, wherein the MOLLE attachments is configurable as a loop attachment comprises of one or more layers of fabric configured for attachments and cosmetic appearance.
In another disclosed aspect, the loadable apparatus comprises an external surface compartment configured to secure and deposit attachment straps and grips of one or more wherein the attachment straps and grips end point comprises of a securing element such as a loop configured to pass through one or MOLLE attachments of the loadable apparatus.
Hereinafter, certain exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.
The matters defined in the description, such as a detailed construction and elements thereof, are provided to assist in a comprehensive understanding of the invention. Thus, it is apparent that the present invention may be carried out without those defined matters. Also, well-known functions or constructions are omitted to provide a clear and concise description of exemplary embodiments of the present invention.
Accordingly, it will be appreciated that the above-described features are merely examples and should not be construed to narrow the scope or spirit of the subject matter described herein in any way. Other features, aspects, and advantages of the subject matter described herein will become apparent from the following Detailed Description, Figures, and Claims.
Disclosed herein are embodiments of apparatuses, methods, and systems pertaining to a loadable apparatus. This description includes drawings, wherein the principles of the invention may better be understood with reference to the accompanying figures provided by way of illustration of an exemplary embodiment, or embodiments, incorporating principles and aspects of the present invention.
It is understood the loadable bags disclosed within the brief description of the figures and detailed description may comprise of the referenced figures, description and elements. In other instances, a single component of a disclosed bag may be referenced and claimed.
BRIEF DESCRIPTION OF THE FIGURES
FIG. 1 is six loadable bag in the closed and open bag configuration, in particular FIG. 1A is a front perspective view of a loadable bag, FIG. 1B is a bottom perspective view of a loadable bag, FIG. 1C is a bottom perspective view of loadable bag in the open bag configuration, FIG. 1D is a front perspective view of the loadable bag in the open bag configuration comprising of fillable materials and a user performing a lower body movement, FIG. 1E illustrates the front perspective view of a surface of the loadable bag in the open bag configuration and FIG. 1F illustrates the side perspective view of two surfaces of the loadable bag flat upon a surface;
FIG. 2 is four loadable bag in the closed and open configuration, in particular FIG. 2A is a front side perspective view of the loadable bag in the closed bag configuration comprising of a shoulder strap secured on each end of the bag, FIG. 2B illustrates a rear perspective view of the loadable bag in the closed bag configuration comprising of two backpack straps, each backpack strap secured to a top and bottom loop, FIG. 2C illustrates a top perspective view of two loadable bags in the open bag configuration comprising of perimeter walls, FIG. 2D is a top rear perspective view of one loadable bag in the open bag configuration comprising of perimeter walls secured to each end and a top cover;
FIG. 3 is four loadable bags in the closed bag configuration, in particular FIG. 3A is a front perspective view of the loadable bag in the closed bag configuration, FIG. 3B is a bottom perspective view of the loadable bag in the closed bag configuration, FIG. 3C is a side perspective view of the loadable bag in the closed bag configuration and FIG. 3D is a rear perspective view of the loadable bag in the closed bag configuration
FIG. 4 is a harness and strap and the harness and strap secured a loadable bag in the closed bag configuration, in particular FIG. 4A is a front perspective view of harness, FIG. 4B is the harness and the strap attached to the rear of the loadable bag, FIG. 4C is a front perspective view of the connecting strap, FIG. 4D is a side perspective view of the harness secured by a connecting strap to the loadable bag and FIG. 4E is a rear perspective view of the harness secured via a connecting strap to the loadable bag in the closed bag configuration;
FIG. 5 is a three-side dimensional perspective view of the loadable bag, in particular FIG. 5A is a side perspective view of the loadable bag with minimal to no weight in the enclosure, FIG. 5B is a side perspective view of the loadable bag with moderate weight in the enclosure and FIG. 5C is a side perspective view of the loadable bag with moderate to full weight in the enclosure;
FIG. 6 is a two loadable bag and portions of the loadable bag in the closed bag configuration, in particular FIG. 6A is a front perspective view of the loadable bag in the closed bag configuration,
FIG. 6B is the loadable bag with minimal to no weight in the enclosure and lateral straps are engaged with each other to create a smaller dimension bag, FIG. 6C is a side perspective view of the loadable bag and a fabric strap and the end point of the fabric strap comprising of a hook and loop fastener not engaged with each other. FIG. 6D is a side perspective view of the loadable bag and a fabric strap and the end point of the fabric strap comprising of a hook and loop fastener engaged with each other, FIG. 6E is a top rear perspective view of the loadable bag in the closed bag configuration, FIG. 6F is an enclosure of the bag in the open bag configuration further comprising of a durable material overlapping from the external surface to the inner surface and FIG. 6G is the durable material secured to the outer surface of the loadable bag in the closed bag configuration;
FIG. 7 is a front perspective view of the loadable bag and closing mechanisms, in particular FIG. 7A is a front top perspective view of the loadable bag in the closed bag configuration, FIG. 7B is a is a front top perspective view of the loadable bag in the closed bag configuration further showing a zipper secured on the external surface, FIG. 7C is a hook and loop fastener disengaged with each other further comprising a zipper engaged with each other and FIG. 7D is a hook and loop fastener disengaged with each other further comprising a zipper disengaged with each other illustrating a cavity hole opening;
FIG. 8 is a three loadable bag in the open bag configuration and a removable strap, in particular FIG. 8A is a top side perspective view of the loadable bag in the open bag configuration, FIG. 8B is a bottom side perspective view of the loadable bag in the open bag configuration further comprising of weight straps secured to the inner surface, FIG. 8C is a top perspective view of the loadable bag in the open bag configuration further comprising of weight straps secured to the inner surface and two compartments and FIG. 8D is a front perspective view of a removable weight strap;
FIG. 9 is two loadable bags and a fastener strap, in particular FIG. 9A is a front top perspective view of the loadable bag in the closed bag configuration further comprising of two fastener straps secured to a side periphery to the opposite side periphery, FIG. 9B is a rear perspective view of the loadable in the closed bag configuration and FIG. 9C is a fastener strap comprising of a fastener on each end;
FIG. 10 is two loadable bags, in particular FIG. 10A is a front top perspective view of the loadable bag in the closed bag configuration, FIG. 10B is a rear perspective view of the loadable in the closed bag configuration;
FIG. 11 is two loadable bags, in particular FIG. 11A is a side perspective view of the loadable bag in the closed bag configuration and FIG. 11B is a side perspective view of the loadable bag in the closed bag configuration and two attachment grips are not secured to a loop on the periphery external surface of the loadable bag;
FIG. 12 is loadable bag and portion of the top of the loadable bag, in particular FIG. 12A is a rear perspective view of the loadable bag in the closed bag configuration and FIG. 12B is a top perspective view of the loadable bag in the closed bag configuration further comprising three loops secured to the periphery external surface;
FIG. 13 is a rear side perspective view of the loadable bag configured of the rear external surface detached about mid-way of the loadable bag in the closed bag configuration;
FIG. 14 is three bottom perspective views of the loadable bag, in particular FIG. 14A is a rear external surface unfolded about mid way of the loadable bag, FIG. 14B is a rear external surface unfolded to the end point of the bottom periphery of the loadable bag and FIG. 14C is a bottom perspective view of the bottom compartment securing the rear external surface;
FIG. 15 is a rear perspective view of the inner surface of the loadable bag, in particular two backpack straps and two waist straps secured at the inner surface;
FIG. 16 is two loadable bags with a rear external surface disengaged with the loadable bag, in particular FIG. 16A is a front rear view of the loadable bag comprising of the rear external surface folded around half way and a set of backpack straps and FIG. 16B is a top perspective view of the loadable bag and the rear external surface secured to a periphery compartment;
FIG. 17 is a rear perspective view of the loadable bag comprising of two backpack straps engaged with each other and two waist straps engaged with each other;
FIG. 18 is a three-side dimensional perspective view of the loadable bag, in particular FIG. 18A is a side perspective view of the loadable bag with minimal to no weight in the enclosure and two fasteners partially under a padding hood, FIG. 18B is a side perspective view of the loadable bag with moderate weight in the enclosure and two fasteners partially under a padding hood and FIG. 18C is a side perspective view of the loadable bag with moderate to full weight in the enclosure and two fasteners partially under a padding hood;
FIG. 19 is three loadable bags in the open bag configuration, in particular FIG. 19A is a top perspective view the loadable bag in the open bag configuration further comprising six weight straps, FIG. 19B is a top perspective view the loadable bag in the open bag configuration further comprising a weight secured to two straps in the open bag configuration and FIG. 19C is a top perspective view the loadable bag in the open bag configuration further comprising a weight in the first set of weight straps, two weights in the second set of weight straps and two weights in the third set of weight straps;
FIG. 20 is two loadable bags in the open bag configuration, in particular FIG. 20A is a top perspective view of the second compartment opened bag configuration and FIG. 20B is a front perspective view of a compartment comprising of a top portion of a hydration pack and a hydration tube from an inner surface of the loadable bag to the outer external surface of the loadable bag;
FIG. 21 are four loadable bags in particular FIG. 21A-21D the transition from the front flap of the loadable bag secured to the outer surface of the loadable bag to the front flap disengaged with the inner surface flap;
FIG. 22 is three loadable bags, in particular FIG. 22A is a top perspective view of the loadable bag with the bounding flap disengaged with the loadable bag external surface, FIG. 22B is the top side perspective view of the loadable bag with the front flap disengaged with the loadable bag and FIG. 22C is a top side perspective view of the loadable bag and a user securing the flap to a loop;
FIG. 23 is three loadable weights and two inner surface of a flap, in particular FIG. 23A is a top front perspective view of the loadable bag in the closed bag configuration, FIG. 23B is a top rear perspective view of a loadable bag in the closed bag configuration, FIG. 23C is a side front perspective view of the loadable bag with three loops secured at the periphery external surface of the loadable bag in the closed bag configuration, FIG. 23D is a top perspective view of a top flap disengaged with a second and a third flap and FIG. 23E is a top perspective view of an opening of the flap;
FIG. 24 is a dragging sled, in particular FIG. 24A is a front top perspective view of dragging sled, FIG. 24B is a front top perspective view of the dragging sled comprising of weights secured to the straps and FIG. 24C is a user pulling the dragging sled via a strap, the dragging tool comprises of three barbell plates secured to the inner surface via a set of weight straps;
FIG. 25 is two loadable bags, in particular FIG. 25A is a front perspective view of the loadable bag in the closed bag configuration, FIG. 25B is a front perspective view of the loadable bag in the closed bag configuration;
FIG. 26 is three loadable bags, in particular FIG. 26A is a rear perspective view of the loadable bag in the closed bag configuration, FIG. 26B is a rear perspective view of the loadable bag with two attachment straps deposited and engaged with the bottom row loops in the closed bag configuration and FIG. 26C is a rear perspective view of the loadable bag comprising of two attachable grips secured to the bottom row loops in the closed bag configuration;
FIG. 27 is a rear perspective view of a loadable bag comprising of two attach straps and two attachable grips deposited from two pockets;
FIG. 28 is four loadable bags in the open bag configuration, in particular FIG. 28A is a top side perspective view of the loadable bag, mid opened, FIG. 28B is a front perspective view of the loadable bag in the open bag configuration, FIG. 28C is a front perspective view of the loadable bag in the open bag configuration and a barbell plate secured in a set of weight straps and FIG. 28D is a front perspective view of the loadable bag in the open bag configuration and a hydration pack secured in a set of weight straps and the hydration tube deposited from the inner surface to the outer periphery external surface cavity hole;
FIG. 29 is a front side perspective view of the loadable bag in the closed bag configuration comprising of a fixed shoulder strap to the inner surface of the loadable bag in the closed bag configuration;
FIG. 30 is a loadable bag and a harness, in particular FIG. 30A is a front perspective view of the loadable bag and four elastic straps deposited from the inner surface cavity hole to the outer surface cavity hole when in the closed bag configuration and FIG. 30B is a loadable bag attached four elastic and hooks to the external surface of the harness; and
FIG. 31 is the loadable bag attached to three apparatus, in particular FIG. 31A is a front side perspective view of the loadable bag secured to a bag in the closed bag configuration, FIG. 31B is a side perspective view of the loadable bag secured to the front surface of a vest via one or more MOLLE attachments and FIG. 31C is a top side perspective view of the loadable bag secured to a surface of the vest in the closed bag configuration.
DETAILED DESCRIPTION OF THE INVENTION
Some detailed example embodiments are disclosed herein. However, specific structural and functional details disclosed herein are merely representative for purposes of describing example embodiments. Example embodiments may, however, be embodied in many alternate forms and should not be construed as limited to only the embodiments set forth herein.
The invention may be embodied in other specific forms without departing from the spirit of essential characteristics thereof. The present embodiments therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein.
The terminology used herein is to describe particular embodiments only and is not intended to be limiting of the invention. As used herein, the term “and/or” includes any and all combinations of one or more of the associated listed items. As used herein, the singular forms “a,” “an,” and “the” are intended to include the plural forms as well as the singular forms, unless the context clearly indicates otherwise. It will be further understood that the terms “comprise” and/or “comprising,” when used in this specification, specify the presence of stated features, steps, operations, elements, and/or components, but do not preclude the presence or addition of one or more other features, steps, operations, elements, components, and/or groups thereof.
The following description is not to be taken in a limiting sense, but is made merely for the purpose of describing the general principles of exemplary embodiments. Reference throughout this specification to “one embodiment,” “an embodiment,” or similar language means that a particular feature, structure, or characteristic described in connection with the embodiment is included in at least one embodiment of the present invention. Thus, appearances of the phrases “in one embodiment,” “in an embodiment,” and similar language throughout this specification may, but do not necessarily, all refer to the same embodiment.
The description that follows, and the embodiments described therein, are provided by way of illustration of an example, or examples, of particular embodiments of the principles of the present invention. These examples are provided for the purposes of explanation, and not of limitation, of those principles and of the invention. In the description, like part are marked throughout the specification and the drawings with the same respective reference numerals. The drawings are not necessarily to scale, and in some instances, proportions may have been exaggerated in order more clearly to depict certain features of the invention.
The following description sets forth exemplary devices, methods, parameters, and the like. It should be recognized, however, that such description is not intended as a limitation on the scope of the present disclosure but is instead provided as a description of exemplary embodiments.
The present disclosure illustrates bags, in particular bags for loading one or more weights and/or fillable materials in an opening, wherein an opening can be a cavity hole on the external surface to the inner surface a loadable bag 100 is in a closed bag configuration and an open bag configuration 101. It is to be understood the loadable bag in the closed bag configuration, closed configuration, closed bag, bag is closed and similar references is referenced to element 100 and referenced as the external surface, in particular the front external surface 1000 rear external surface 1002, periphery surface(s) 1004 wherein when in the open bag configuration, the open bag configuration, the enclosure, internal surface, interior surface, loadable surface, in other words when the bag is opened, the loadable bag 100 is referenced to element 101
It is to be understood the when referenced to the front external surface 1000 the rear external surface is configured and understood as a front flap, the rear external surface 1002 is understood in some embodiments and figures a rear flap external periphery can be interpreted as the perimeter of the loadable bag (top, bottom, right and left side) in between the front external surface 1000 and rear external surface comprises of one or more peripheries, in particular top periphery
Also, it is to be understood the embodiments, figures and examples are listed from the loadable bag 100 closed configuration to open configuration 101 embodiments, figures and examples, concluding to additional components of the loadable bag 100. In some instances, embodiments will be referenced to figures throughout the specifications.
FIG. 1-2 illustrates a loadable bag in the closed configuration comprising of grips 1014, loops 1006, fasteners 2010, durable material surface, for physical activities and attachable grips and fasteners such as a zipper, hook and loop fasteners and similar opening and closing mechanisms for a transition to an open bag configuration.
FIG. 1C-1F illustrates an open pit configuration. As depicted in FIGS. 1-16, a loadable bag 100 is disclosed, which may be configured as a bag 100 or as a sand pit 101. In a bag configuration 100, the sand loadable bag 100 defines an interior chamber, such as provided to hold workout clothing, workout equipment, or other items that a user may wish to carry with them. In a sand pit configuration 101, the loadable bag 100 defines a pit for receiving and containing a layer or surface of sand upon which exercises may be performed by a user. In a open bag configuration 101, the loadable bag 100 forms a sand support surface for exercises and activities.
As depicted, in a bag configuration 100 the loadable bag is formed generally of a top side, a bottom side, a front side, a rear side, a right side and a left side, as indicated by the reference names of the associated handles discussed herein. As depicted particularly in FIG. 1C-1F, bottom flaps extend from the right and left sides and are folded against the bottom side of the bag. Bottom flaps are provided to permit the bag in an open pit configuration to have a continuous perimeter sidewall formed by the top side, right side, and left side of the bag, the sidewall surrounding the sand surface 10 to contain a layer of sand thereon. Although it is to be understood that in other embodiments other wall configurations could be provided to allow the bag to be opened to form a pit having a bottom and a perimeter wall, such as including dedicated sand pit walls or wall portions to complete a sand pit perimeter side-wall without requiring the bag to include bottom flaps.
To use the sand pit 101, the user will open sand loadable bag 100 by releasing flap fastener components 5 from surface fastener component 13, unzipping the zipper 7, and opening the bag to lay the front face, back face, and bottom face in a common plane to form sand surface 10, while the right side, top side, and left side of embodiment 100 form a perimeter side wall surrounding sand surface 10 to form a pit for receiving and containing a quantity of fillable materials. The user may then pour the fillable material into the pit to form the fillable material surface, and in some instances, a sand surface, though the quantity of sand would depend on the size of the pit and the needs of the user. In the embodiment depicted, a user may extend the height of the perimeter side wall of the sand pit by deploying a bounding flap 1013 from an undeployed position in which the bounding flap is folded down against the perimeter side wall to a deployed position 9 in which the bounding flap is extended upward above the perimeter side wall to increase the height of the perimeter side wall. When opening the bag 100, the user first unzips the bag to form the sand surface in the open bag configuration 101, and then raises up a set of at least one flap wrap around the perimeter to form a wall around the sand surface, bounding flaps 1013 in a lowered configuration may be raised to bounding flaps 1013 in a raised configuration to increase the height of a wall formed by the basic walls of the loadable bag 100. In some embodiments, the basic walls of the bag may provide a sufficient height to the wall surrounding a sand surface, and raiseable bounding flaps are not required.
One or more attachable perimeter wall 29 and stacked perimeter wall can be an opening made of hook and loop releasable fastener 2010, to add or remove the materials inside of the attachable perimeter wall 29 and stacked perimeter wall structure. For example, a user can choose to use a wood surface inside of a wall structure and another may choose to use a cardboard paper. This allows the user to choose the density of the wall structure. When retailed, the wall structure can come with a wide variety of materials, such as metal plates, steel, wood and/or polyvinyl chloride board.
FIG. 2A-2B illustrates similar features and in some instances, both features, components combined such as loops around the perimeter of the loadable bag 100 for attachments such as backpack straps, as referenced in FIG. 2A-2B. FIG. 2C illustrates a compressed surface cover 31 covering the entire mineral receiving surface 10 to fit two loadable bag 100 to form an expansion sand pit 201. The compressed surface cover was designed to fit one loadable bag 100, illustrated on FIG. 14. Another option is to retail compressed surface cover 31 sizing to fit two loadable bags 100. This provides convenient options for the user to purchase a single loadable bag 100 or to have an expansion of the sand pit 101. To expand to more than two loadable bag 100, the compressed surface cover 31 can be provided with a hook and look releasable fastener 7 underneath to attach one or more attachable perimeter wall 29. Additionally, the user can also attach on the compressed surface cover 31 to the wall segment wherein connects one or more loadable bags 100 together. The user can then pour sand and/or minerals with or without the compressed surface cover 31 into the sand pit 101 to form a mineral receiving surface 10, such as pouring sand and minerals from the sand fillers 32 or similar fillers.
An embodiment of a loadable bag 100 for use as a module of an extended mineral receiving surface 10 is shown in FIG. 2D. Two joined loadable bags 100 forming a first extended mineral receiving surface 10 are shown in FIGS. 10-11 with a top cover 20 attached via hook and loop releasable fastener 7 to secure and hold the sand and/or minerals in a closed configuration when not in use. For example, if the sand pit is left outside, the user an option to attach the top cover 20 to prevent any additional minerals not intended for the sand pit 101. Also, sport team setting, such as baseball, the sand pit can be fixed outside for sand and/or mineral training while the top cover 20 can prevent any liquids from entering the sand pit 101.
The bags 100, 200, 300, 400, 500, 600, 700 has the ability to slam, throw and drag in any weather condition and/or surface in regards to a mixture of textile contents such as but not limiting to selected from nylon, ballistic nylon, Kevlar®, wool, silk, plant such as cotton, flax, jute, bamboo, minerals such as asbestos, glass fiber and synthetic such as nylon, polyester, acrylic and rayon in combination thereof. It is to be understood prior to manufacturing, the user can request one layer of and/or a mixture of all layers with at least one layer of polyvinyl chloride (PVC) and/or polyurethane (PU) coating in a closed bag 100 and/or open bag 101 configuration. Prior to manufacturing, a user can request one or more fabric blended together with or without securing elements 2009 to eliminate the perspective view aspects. For example, during production, fabric glue and/or fusible bonding tape like Dritz Sitch Witchery® It is to be understood all working moving functions selected from metal, plastic, rivets, metal rods, hook and loop fasteners 2015, fasteners 2010, securing element 2009 in combination thereof and/or additions to the loadable bag 100 in an open 101 and/or closed configuration can comprise of at least one layer of a PVC and/or PU coating. The loadable bag 100 body portion structure held together by one or more securing elements 2009 selected from carbon fibers, fiberglass and/or glass fiber, aramid fibers, tow or stands in a bobbin, tape in a roll, woven in one or more layers of fabric and prepregs in combination thereof. In more particular, a securing element 2009 can comprise of the selected from thread stitching, rivets, adhesive, fabric glue, at least one metal rod, fastener, fabric fold over in combination thereof. The intended purpose of the one or more securing elements 2009 is to secure the loadable bag structure and/or components. For example, one or more loops 1006 can comprise of a securing element 2009 to secure to the external surface and/or periphery in the closed bag configuration 100. In some instances, a securing element 2009 is an adjustable working strap 2010 to secure the loadable bag 100 size and/or structure and in some instances, a securing element 2009 can comprise of a hook 1804 or a receiving loop 1006 to secure one or more weights in the enclosure 100 of the loadable bag 100. In some embodiments, at least one layer of thread stitching of fabric can hold one or more fabrics of the loadable bag 100 together in an open bag configuration 101 and/or closed bag 100 configuration. In some embodiments, at least one layer of adhesive, one or more rivets, on the external surface area and/or periphery in the open bag configuration 101 and/or closed bag configuration 100. In some embodiments, at least one layer of thread stitching can secure one or more fabric layers shapes selected from triangle, right triangle, rectangle, parallelogram, circle, square, rhombus, oval, pentagon, hexagon, octagon, cylinder, cube, star, heart, arrow in combination thereof the loadable bag 100 as one apparatus. It is to be understood a securing element 2009 can comprise of a fastener 2010 selected from: a zipper and/or at least one layer of a hook and loop fastener 2015 in combination thereof to hold one or more working moving parts together. For example, at least one fastener 2010 may open and close one or more working parts and/or structure such as the closed bag configuration 100 to open bag configuration 101. Furthermore, the term and usage of a fastener is configured to join one or more objects together in other words, engaged or disengaged with each other.
FIG. 3A-C illustrates a set of grips 1014 comprising of water-repellent binding thread in the middle and/or around one or more grip 1014 to allow the user to firmly grasp a grip 1014 without damaging the fabric over time. For example, when a user grasps one or more grips 1014 for lifting, the grip 1014 then folds in half. The dividing of one or more binding, considered as a securing element 2009 prevents wear and tear of the fabric and compressed lining. The water repellant binding is configured to repel various elements of water that can take place during a water or outdoor training, or when an excessive amount of sweat is realized. In some embodiments, one or more grip 1014 can comprise of at least one layer of nylon without compressed lining which can be interpreted as foam padding with a securable element selected from: woven tape with a fabric mixture, Nylon, and/or polyester with one or more layers an x shaped thread, one rivet may have a coating of polyvinyl chloride (PVC) and/or with a mixture of polyurethane, rivets in combination thereof. In some instances, a grip 1014 can one layer of nylon which is then folded in half by thread stitching then secured to the periphery external surface 1004 and external surface 1000 by one or more securing element 2009. For example, prior to manufacturing, a user can request one layer of fabric with no padding. In some embodiments, one or more grip 1014 may have a corner of the grip 1014 stitched from the interior to the exterior to prevent any discomfort from sharp edges for the user when grasping at a fast pace. The corner group stitching can be constructed with one or more different types of stitching selected from the group of a blind stitch, running stitch, zig-zag stitch and basting stitch in combination thereof. It is understood at least one layer of webbing can be manufactured on one or more grip 1014, resulting limited to no perspective views of one or more rivets on the bag 400. The use of the woven tape is configured to strengthen the durability of the rivets, and to protect the rivets from excessive wear and tear. One or more grip 1014 may be seen with at least one-millimeter height from the surface of the bag 400 and some may be seen with no space between, depending on the angle viewed. This allows the user to firmly grasp the grip 1014 and hold the bag 400 at a controlled motion. This controlled motion allows the user to more specifically target various muscle groups, or body parts that the exercise are intended to target. With a controlled motion, the user is able to maintain their form, as well as their exercise motion with many repetitions and sets as necessary.
FIG. 3B illustrates two attachable grips 1012 secured to the mid-section to the one or more peripheries 1004 and/or front external surface 1000 to either utilize as a grip 1014 and/or tighten or loosen the bag 400, wherein the features 2010 and functions are similar and/or the same as a grip 1014 and a fastener 2010 previously described. In some embodiments, one or more attachable grip 1012 is attached by at least one layer of a hook and loop fastener 2015 to be held folded, attaching onto the opposite side of the hook and loop fastener 2015 in other words engaged with each other to be held and viewed as a bag structure. In some embodiments, at least one attachable grip 1012 comprises with at least one securing element 2009 such as a fastener 2010, not limiting to similar securing elements 2009 wrapped around one or more peripheries 1004 to be viewed as a rectangle shape comprising of a reinforcement stitching viewed as a x shaped and/or outlining of the attachable grip 1012 to be held securely if and when a large amount of weight is held in the enclosure of the bag 400.
FIG. 4A illustrates a harness 14, a harness comprising of one or more fasteners 2010 in particular buckles on each shoulder strap, wherein two of the straps securing a pouch on the chest area. In some embodiments, the harness 14 can be viewed as an upper-body device to drag the bag 300 with a connecting strap 15 as illustrated in FIG. 4C wherein the connecting strap 15 is secured to one or more loops 1006 on the periphery 1004 of the bag 300. The connecting strap comprises of a front three end individual straps comprises of hooks 1804 secured by a securing element 2009. The end point relative to the front three straps comprises of individual strap and also comprises of a hook 1084 and secured by one or more securing elements 2009. The mid-section of the connecting strap 15 comprises of a securing element 2009 such the selected: thread stitching, adhesive, rivets, bolts, anchor in combination thereof. In some embodiments, a harness 14 can be viewed as a smaller size however, the one or more fasteners 6 can securely tighten and/or loosen shoulder straps and/or waist by pulling on one or more adjustable working straps 2010. It is to be understood a user can fold one or more fabrics in one or more compartments to be held securely. In some embodiments, one or more adjustable working straps 2010 can comprise of a fabric strap fold to secure the remaining fabric when adjusting the body portion of a user. For example, smaller body composition will require the user to firmly pull one or more adjustable working straps 2010 wherein will result in loose fabric. To eliminate the loose fabric, the user has the option to adjust the fabric strap fold near the ending point to eliminate movement. In some embodiments, the harness 14 can comprise fixed lower body adjustable straps for the lower limbs to uplift the user's body during leisure activities and/or tactical military training. In some instances, the lower part of the harness 14 can be viewed as a tether for usage when rock climbing and/or high climbing activities. In some embodiments, one or more loops 4 can be secured by a securing element 2009 to the outer periphery of the waist portion of the harness 14 also to the front portion of the waist area, near buckle as illustrated in FIG. 4A. In some instances, a loop 1006 shaped as a D-ring or other shapes and sizes may be loose with respect to the securing element 2009 on the waist portion. For example, a layer of fabric can be secured around the waist and the loop 2009 can move freely with respect to the size of the loop 1006. It is understood the waist can comprise of foam padding on the inner surface and the outer surface can comprise of one or more securing elements 2009 such as heavy-duty webbing to hold the structure of the harness. In other embodiments, a loop is secured in between a fabric loop wherein the fabric loop is secured to the outer surface of the shoulder strap of the harness 14. It Is understood the loops 1006 secured on the shoulder strap of the harness 14 may comprise of the similar or same components to the loops on the waist portion. The either the left or right side of the front waist portion can be longer relative to the opposite side. The longer side of the waist portion comprises of one side of a buckle 2010 wherein the opposite side of the waist portion comprises of the opposite side of the buckle to firmly attach. This method intended purpose is to secure a front loop 1006 directly in front of a user torso for physical activities such as reverse sprints via a strap. It is understood the loop 1006 on the front waist portion may comprise of the same or similar components to the lateral side and rear loops 1006. In other instances, the loop 1006 may be secured to the bottom portion outer surface 2009 with the same or similar components to the lateral and rear loops 1006 on the waist of the harness 14. For example, the front loop 1006 is secured near the end point of either the right or left front waist portion, in particular the end point near one side of the buckle; resulting the loop 1006 bottom portion to remain loose for attachments as previously described. In some embodiments, a harness 14 can comprise of a cosmetic patch such as a hook and loop fastener patch for attachments such as country flags, print screens, and/or logos. Additionally, one or more molle can be secured around the shoulder straps in the front and/or back with one or more molle on the waist. In some embodiments, one or more straps of a shoulder strap on a harness 14 can comprise of a compartment that can be utilized for phones, water bottles, and for other objects the user may have.
FIG. 4B-4E illustrates a harness 14 connecting strap 15 and a bag 300 set up for weighted bag exercises. The bag 300 is attached by at least one strap from a connecting strap 15 around the periphery 1004 to be held and secured as one of the main structures which is then looped around to the rear external surface, in particular, durable surface 11 which is then wrapped and/or attached to at least one loop 4 on the harness 14 and at least one loop 1006 and/or grip 1 on the external surface of the bag 300. In some embodiments, at least one strap is around the outer surface shoulder strap of the harness 14 loop 1006 via a hook 1804 on at least one strap of the connecting strap 15. It is to be understood the rear portion of the bag 300 may have a fixed rear external surface 1002 and a detachable drag sled 2502, wherein behind the fixed surface on the bag 300 comprises of one or more compartments for at least one backpack strap for weighted bag exercises.
FIG. 5A-5C illustrates an expansion of the bag 400 in the closed configuration. In some embodiments, an adjustable working strap 2010 is located on the periphery 1004 of the bag 400 to tighten or loosen the bag 400 depending on the amount of weight in the enclosure of the bag 401. It is to be understood the amount of weight in the enclosure 401 of the bag 400 depends on the usage of the adjustable working strap 2010. For example, if a user places two weights in the enclosure, the user can adjust one or more horizontal and/or vertically adjustable working straps 2010 to tighten the weights in place with minimal or no movement. In some embodiments, the user can place four weights or more weights in the open bag configuration with the fabric remaining loosely. The user has the option to tighten one or more adjustable working straps 2010 around the bag 400 tighten the fabric. To tighten or loosen the fabric strap 29 on the adjustable working strap 2010, the user can slightly lift one ending of the adjustable working strap 2010 allowing a passage to either pull or loosen the fabric strap 29. In some embodiments, at least one adjustable working strap 2010 can be fixed with at least one securing element 2009 and/or one or more layers of adhesive on the external surface area 1000 of the bag 400 to hold the fabric in between the closed 400 and open bag 401 configuration. For example, a user can attach one or more backpack straps by at least one strap; wherein the adjustable working strap 2010 swivel to adjust to the user's body size. It is to be understood one or more adjustable working strap 2010 anchors can be used for other purposes such as securing optional accessories such as connecting straps 15, not limiting to similar attachments. In some embodiments, a securing element 2009 such as a rivet, not limited to securing elements 2 mentioned in previous embodiments can be placed on one or more adjustable working straps 17 to allow the fabric strap 29 to rotate and/or swivel.
In some embodiments, an adjustable working strap cover 2011 can comprise at least one layer of comfort foam padding and one or more layers of a mixture of textiles selected from nylon, Cordura, polyester, canvas woven tape in combination thereof to prevent any damage to the underlying layer of padding. In some embodiments, one or more securing elements 2 such as binding, not limited to securing elements mentioned in previous embodiments can secure the adjustable working strap 17 in place on the external surface 1000 area with minimal to no space in between. The user has the option to attach optional accessories such as backpack straps and/or connecting straps 15 onto the securing element 2009 which can also be viewed as a loop 1006.
In some embodiments, one or more adjustable working straps 17 can be fixed and/or removable on the external surface 1000 and/or periphery surface 1004 slanted on the bag 400 in a closed and/or open bag configuration. This allows the user to not only tighten the sides of the loadable bag 100 as discussed in previous embodiments but to tighten and/or loosen the loadable bag 100 depending on the amount of weight in the enclosure. In some embodiments, at least one adjustable working strap 2010 and fabric strap 29 is spaced from one or more grips 1014 and securing elements 2009 on the external surface 1000 of the bag 400 and/or periphery external surface 1004 wrapped around to the rear external surface 1002 in a closed configuration (not shown) to tighten and/or loosen from either vertically and/or horizontally. In some embodiments, at least one adjustable working strap 2010 and fabric strap 29 can wrap around and over one another on the rear external surface 1002 of the loadable bag 400 in a closed configuration (not shown) to tighten and/or loosen from either vertically and/or horizontally. In some embodiments, one or more adjustable working strap 2010 is attached by at least one layer of a hook and loop fastener 2010 to be held folded, attaching onto the opposite side of the hook and loop fastener 2010 to be held and viewed as a bag structure. In some embodiments, at least one adjustable working strap 2010 comprises at least one woven tape 3 wrapped around the periphery 1004 of the bag 400 to be viewed as a rectangle shape with one or more securing elements 2009 stitching viewed as an x shaped and/or outlining of the adjustable working strap 2010 to be held securely if and when a large amount of weight is held in the enclosure.
In some embodiments, the fabric strap 29 is fixed on one end positioned on the external surface 1000 and/or periphery 1004 of the bag 400 and the ending is loose for the user to insert the fabric strap 29 over and/or under one or more dividers on the base of the adjustable working strap 2010. It is to be understood the ending of at least one fabric strap 29 can be integrated with the one or more securing element 2009 and/or grips 1014. In some embodiments, a user can request before manufacturing a fabric strap 29 glider which can secure the loose fabric strap 29, eliminating the option of a hook and loop fastener 2010 to fold over. It may be convenient to have both fabric strap glider and a hook and loop fastener 2010 to secure the excessive fabric in place without the tangling. In some embodiments, a fabric strap glider can wrap around at least once, secured by one or more securing elements at the base of the adjustable working straps 2010. This allows the user to tighten and/or loosen the fabric strap 29 without folding over the hook and loop fastener 2010. In some embodiments, the rear of the bag 400 mid-way of a fastener 2010, in particular the mid-point zipper without ending in between the exterior fold over 2010 and adjustable working strap 2010 as a connector to hold a bag structure. It is to be understood the connecting side of the hook and loop fastener 2010 on the bag 400 can be longer and/or wider depending on what is held in the enclosure. Depending on the weight capacity inside the loadable bag 100, one or more adjustable working strap 2010 fabrics can be utilized as a grip 1014 with respect to the length from one ending point to another. For example, an adjustable working strap 2010 fabric can be picked up mid-way of the beginning and ending point to use for exercises and/or leisure activities. The midpoint of the adjustable working strap 2010 fabric will be viewed close to the external surface 1000 of the bag 400 with respect to the internal weight as previously described. The user has the option to secure the adjustable working straps 2010 inside the enclosure of the bag 400 to be used more flexibly, however, this may not show a bag structure. Also, prior to retail, the bag 400 structure can comprise completely or partially flat with the adjustable working straps 2010 tucked inside to keep the rear external surface 1002 and also allow the user to fold the back at least once when traveling. For example, when traveling, one or more adjustable working straps 2010 can be placed inside and the loadable bag 100 can fold at least once. However, the user can decide where the adjustable working straps 2010 can be placed. In some embodiments, a minimal space between the adjustable working strap 2010 woven tape and grip 1014 woven tape can be secured by a securing element 2, folded over at least once to create a loop for attachments. In some embodiments, the securing element 2009 can comprise nylon stitching as a box shape and/or X shaped to reassure all weight inside the bag 400 will remain secure when lifting, throwing, dragging, and using the bag 400 for other physical activities. In some embodiments, the base holding the structure of one or more adjustable working straps 2010 can be the similar and/or same as the structure securing one or more grips 1014 and loops 1006 on the external surface 1000 and periphery 1004 of the closed bag configuration. For example, a securing element 2009 such as binding and/or woven tape can comprise one strip of fabric strap 29 wrapped around the periphery external surface 1004 of the bag 400 with components such as grips 1014, loops 1006 and adjustable working straps 2010. In some instances, one or more layers of a securing element 2009 can comprise attachments of the bag 400 components such as grips 1014, loops 1006 and adjustable working straps 2010 on the external surface 1000 and periphery 1004 of the loadable bag in the closed bag configuration 400. Depending on the activity the user has desired, the adjustable working strap 2010 can be replaced with a buckle 2010 on the external surface 1000 and/or periphery 1004 around the bag 400 in a closed bag configuration. It is to be understood one or more adjustable working straps 2010 and/or one or more buckles 2010 can be secured by one or more securing elements 2009 vertically and/or horizontally on the on the external surface 11a and the periphery 1004 of the closed bag configuration 400. In some instances, a user can request one starting point of the adjustable working strap 2010 and/or buckle 2010 to start on the top right corner and ending point on the bottom left corner on the rear external surface 1002 of the closed bag configuration 400. It is to be understood vertically and/or horizontally can be interpreted as upwards, downwards, and/or sideways. Although the aforementioned range is considered the preferred embodiment, the size of the adjustable working strap 2010 and buckle 2010 can comprise an endless amount of sizes and ranges, that are suitable to serve the purpose of this disclosure. The adjustable working strap 2010 and buckle can be as large, or as small as needed to serve the intended purpose.
During overhead presses, the user can conveniently tighten or loosen the fabric straps 29 by pulling the fabric strap 29 followed by folding over the fabric strap 29 which is then secured by a fastener such as a hook and a loop fastener 2010 to prevent any loose fabric strap 29 during the exercise. Additionally, the adjustable working strap cover 2011 reassured the user the adjustable working strap will not cause any sort of injury during the exercise. When using the bag 400 as a backpack, the user has the option to secure the internal weights and/or filler weights in place with one or more securing elements 2009 in the enclosure. The alternative option is to place the weights in the enclosure, unsecured allowing the weights to move freely. The bottom, lower end of the bag 400 will contain one or more weights which leave the top to mid-portion of the bag 400 to be empty. The user can then use one or more adjustable working straps 2010 to tighten vertically and/or horizontally to eliminate the excessive fabric of the bag 400. During heavy loading exercises such as back squats, the user can insert countless amounts of filler weights into the enclosure. To expand the space, the user can lift the adjustable working strap 2010 and firmly pull the fabric strap 29 to allow expansion on the bag 400 in a closed and/or open bag configuration. It is to be understood that fixed and/or removable adjustable working straps 2010 can be positioned around the external surface 1000 area of the bag 400 which provides the user with options on where to allow expansion, depending on the certain exercise performed.
FIG. 6A illustrates a front perspective of the bag 400 in the closed bag configuration comprising of moderate to maximum weight in the enclosure. FIG. 6B illustrates the bag 400 with minimal to no weight in the enclosure of the bag.
FIG. 6C-6D illustrates a fabric strap 29 fixed on one end positioned on the external surface 1000 and/or periphery 1004 of the bag 400 and the ending is loose for the user to insert the fabric strap 29 over and/or under one or more dividers on the base of the adjustable working strap 2010. It may be convenient to retail a separately adjustable working strap 2010 anchor to provide the user with options, depending on ta user's desire. It is to be understood the ending of at least one fabric strap 29 can be integrated with the one or more securing element 2009 and/or grips 1014. As previously illustrated in FIG. 5A-C, the fabric strap 29 is extended to an excessive length.
In some embodiments, a user can request before manufacturing a fabric strap glider which can secure the loose fabric strap, replacing the option of a hook and loop fastener 2010 to fold over. It may be convenient to have both fabric strap glider and a hook and loop fastener 2010 to secure the excessive fabric in place without the tangling.
FIG. 6E-6G illustrates a bag 400 with a rear external surface 1002 comprising of one or more layers, selected of rubber, latex, petroleum, and/or similar minerals with at least one layer of water-proof coating, chlorosulfonated polyethylene (CSPE) synthetic rubber (CSM), polyvinyl chloride (PVC) and/or with a mixture of polyurethane (PU), PVC tarpaulin, materials metals, aluminum, silver, copper, and alloys secured by one or more layers of adhesive and stitching on and around the periphery, internal and/or external in combination thereof. In some instances, the rear external surface 1002 may be slightly elevated depending on the layers and thickness when manufactured. It is to be understood a rear foam surface can comprise of the similar and/or same elements and construction when manufactured.
In some embodiments, the bag 400 rear external surface 1002 can be manufactured overlapping around the periphery 1004 of the loadable bag 400. For example, the durable material of the rear external surface 1002 can be secured between the periphery external surface 1004 wherein the periphery external surface 4000 overlaps the rear external surface 1002, wherein when the two surfaces are engaged with each other, the two surfaces are secured in the inner part of the periphery inner surface 1004A and secured with the durable material of the rear external surface 1002 by binding, adhesive, stitching and/or similar securing elements 2009. Optionally, prior to manufacturing, at least one side of the periphery 1004 of the bag 400 may have one or more layers for ground contact. In some embodiments, the rear external surface 1002 is the main surface of the internal surface 1704 of the bag 400 in an open configuration 101. In some embodiments, the rear external surface 1002 may comprise of at least one sheet of metal secured by at least one securing element 2009 to the external surface 1002 of the closed bag configuration 400 for dragging on any surface. In some instances, a sheet of metal can comprise PVC and/or PU coating to protect and eliminate rust when dragging on surfaces that may cause damage over time. With respect to the loops 1006 around the external surface 1000 and periphery external surface 1004, a user has the option to attach one or more individual straps of a connecting strap 14a-14b onto the lateral side of the loadable bag 300 which will be elaborated in the upcoming embodiments and figures. However, the user also has the ability to attach one or more individual straps of a connecting strap 15 to one or more loops 1006 around the periphery 1004 of the loadable bag 100, over top the external surface 11a, over and under one or more grips 1, around the entire periphery 11b of the loadable bag 100 to utilize as a dragging tool as depicted in FIG. 1F.
FIG. 7 illustrates a transition a fastener on the external surface 1000 from a closed to open bag configuration. For example, FIG. 7A illustrates the front perspective view of the bag 400 and FIG. 7B illustrates an external fastener 2010, in particular a hook and loop fastener detached and not engaged with each other the bag 400 followed by which is the released by unzipping the zipper for the transition to the closed bag 100 to open bag 401 configuration. It is understood the hook and loop fastener 2010 comprises of the similar components referencing to FIG. 2-3, in particular bag 200 and 300. In some embodiments, at least one fastener 2010 such as a zipper and/or hook and loop fastener 2010, not limited to similar fasteners 2010 can be secured to the external surface area 1000 of the loadable bag 100 from a closed bag 400 configuration for transition to an open bag 101 configuration. For example, a zipper can comprise two zipper heads which creates convenience to open and to close a bag 400.
It is understood the zipper chains 2010A illustrated on FIG. 7D are not engaged with each other, therefore an opening is configured to either receive fillable materials directly in the enclosure of the bag 400 and/or an additional fastener in the inner surface of the zipper chains 2010A. It is to be understood a set of fasteners can be interpreted as two zipper chains 2010A and 2010B wherein when the two chains are not engaged with each other, the set of fasteners is disengaged with each other. In some instances, the bag 400 can comprise of one zipper head with a pulling end fabric to secure all weight inside. For example, the bag 400 can comprise one or more filler weights with fillable minerals such as sand and/or water. To prevent any possible leakage, one zipper head with a fabric ending may be beneficial to manufacture before retailing.
In some embodiments, a zipper can comprise of an external fastener fold-over 7 to prevent damage to the zipper thread during physical activities. For example, when zipping up one end, the fabric can fold over during the closed bag 400 configuration to open a bag 101 configuration In some instances, the external fastener fold over 7 and zipper 2010 can be viewed in a C shaped, more particularly mid-way distal end to the loadable bag 100. It is to be understood the external fastener fold over 7 and zipper 2010 can be manufactured on a proximal and/or distal end, horizontal, vertical on the external surface. Additionally, the user can request prior to manufacturing the external fastener fold over 7 and zipper 2010 to be secured around the periphery mid-way and/or completely around the bag 400 to detach as two separate panels (not shown). For example, the external surface 1000 can completely detach from the rear, more particular the durable surface panel for cleaning, not limiting to other intended purposes.
Referencing back to FIG. 1A-B, 2A-B-FIG. 7-7 illustrates the bags 100, 200, 300, 400 in the closed bag configuration, generally partially or completely flat upon a surface. FIG. 7C-D illustrates two fasteners 2010, in particular a first fastener hook and loop fastener folded over a second fastener 2010 a zipper to securely hold the structure. It is understood at least one fastener 2010 can be a single fastener 2010 and in some instances another fastener relative to the at least one fastener for additional reinforcement.
FIG. 8 illustrates bags 100, 200, 300, 400 in the open bag configuration, wherein when in the open bag configuration, the fasteners are not engaged with each other for sand training 101 as depicted in FIG. 8A, with at least one layer of sand or fillable materials, a second bag 201 as illustrated on FIG. 8B comprising of weight straps on the enclosure surface in different sections, in particular in a vertical and horizontal direction and/or parallel to one another and a third bag 401 comprising of the same or similar elements and structure of FIG. 8A-B with additional pockets on one side of the bag in the open bag configuration.
FIG. 9A illustrates a bag 500 in the front perspective view comprising a set of fabric straps, wherein the set of fabric straps are securely fixed onto one periphery to the opposite side periphery further comprising of a glider, wherein the glider is configured to securely stabilize the amount of excessive fabric from the adjustable. As previously described, the loadable bag 100 comprises of internal and external compartments for securing one or more articles/objects. It is understood the term one or more peripheries external surface 1004 are the perimeter of the loadable bag 100 and the front external surface 1001 is the top surface of the loadable bag 100 in the closed bag configuration. The fabric strap 1016 comprises of a glider comprising of a layer of fabric further comprising of a layer of a securing element 2009 to secure excessive fabric strap 1016, if any. For example, when the loadable bag 100 secured a large amount of weight in the enclosure 1704, the fabric strap 1016 may be held in a further distance to the ending of the fabric strap 1016 and when minimal to no weight is in the enclosure 1704 of the loadable bag 100, the fabric glider 1018 can be closer to the fastener 2010 on one or more peripheries external surface 1004 to decrease the amount of fabric and held securely. This allows the fabric strap 1016 to remain close to the loadable bag 100 with minimal to no movement.
FIG. 9C illustrates a removable fastener straps, wherein the removable fastener strap comprises of one or more adjustable working straps 2010, fabric strap 1016 and glider 1018 configured to attached onto the loadable bag 100. The removable fastener strap can comprise of a fabric or water proof fabric comprising of customized length, depending on the size of the loadable bag when manufactured. For example, prior to manufacturing, a removable fastener strap can comprise of a larger length, wherein a smaller size loadable bag 100 can comprise of a shorter length further comprising of at least one layer of fabric. For example, for a smaller size loadable bag with minimal expansion, it may be convenient to retail the removable fastener strap as a single fabric strap 1016 wherein a standard size loadable bag 100 can comprise of a greater amount of fabrics 1016. It is understood the removable fastener straps can be configured to attach onto the top periphery 1004 and/or external surface 1000 and in some instances with the rear external surface 1002. It is understood the fabric is looped around one buckle 2012 bar, over or under at least once to define as a one or more layers of fabric strap 1016. It is understood one or more fixed and/or removable on the bag 500 front external surface 1000 and/or peripheries 1004 may comprise of the fastener 2010 padding previously 2011 described and illustrated on FIG. 5. It is to be understood that all references to particular materials and dimensions are provided to detail example embodiments, and may not define the composition and dimensions of all embodiments.
FIG. 1-9 illustrates a bag configured to hold a secure one or more weights, grips, loops and a fixed and removable dragging surface and in some instances, a cavity hole is configured to be fixed on the external surface of the bag 100, 200, 300, 400 to fill the bag with fillable material directly to the enclosure 101, 201, 301 and 401 of the bag in the open configuration, configured to load the bag to a desired weight. When in the open configuration 101, 201, 301 and 401 can generally open flat upon a surface to load one or more weights. FIGS. 1-8 bags 100, 200, 300 and 400 external surface front, rear and side perspective view may have some components and, in some instances, all components to FIGS. 10-20.
It is to be understood the when referenced to the front external surface 1000, the claims may be interpreted as the front flap and/or front panel and the rear external surface 1002 is understood as a rear flap and/or rear panel, a periphery external surface can be interpreted as the perimeter of the loadable bag (top, bottom, right and left side) in between the front external surface 1000 and rear external surface comprises of one or more peripheries.
FIG. 10A illustrates a loadable bag 100 in the closed bag configuration comprising of similar, if not all components to the loadable bag 100, 200, 300, 400 and 500 illustrated in FIG. 1-9 such as grips 1014, loops 1006, attachable grips 1012, rear external surface 1002 etc.
In some embodiments, the loadable bag 600 can comprise one or more grips 1014 around one or more peripheries external surface 1004. In other embodiments, one or more grips 1014 may be perpendicular, distal end, proximal end, adjacent on or around the external surface 1000 and/or one or more peripheries external surface 1004 as depicted in FIG. 1A in the closed bag configuration 100 and/or open bag configuration 101 from one another with one or more securing element 2009 such as woven tape and/or rivets to support the structure of a grip 1014 but not limiting to other optional securing elements 2009 prior to manufacturing. In some instances, the one or more grips 1014 further comprises of one or more securing elements 2009 wherein the one or more securing element 2009 is a rivet (not shown) and one x shaped securing element 2009 such as at least one layer of nylon threading. It is to be understood the nylon thread can further comprise of at least one layer of PVC and/or PU coating and/or one or more layers of mixture of thread such as canvas, polyester and/or similar fabrics. It is to be understood at least one rivet can further comprise of copper, metal, alloy, aluminum and at least one layer of PVC and/or PU coating. In some embodiments, one or more grips 1014 can be secured by one or more securing element 2009 on the front external surface 1000 and one or more grip 1014 can be secured by one or more securing element 2009 on top and/or underneath a fastener 2010 such as a zipper 2010 comprising of at least one layer of a hook and loop fastener 2010.
In some embodiments, the fastener 2010 such as a zipper 2010 can have an invisible feature, in other words hidden comprising of one or more water proof coating selected from: water-proof coating, chlorosulfonated polyethylene (CSPE) synthetic rubber (CSM), polyvinyl chloride (PVC), polyurethane (PU), PVC tarpaulin in combination thereof. This allows the user to utilize the loadable bag 600 as a slam bag without any minerals depositing from the enclosure 101.
In some embodiments, one grip 1014 is secured to the external surface 1000 by one or more securing element 2009 in a vertical direction which comprises of one or more fabric layers and in some embodiments, one or more grip 1014 secured by one or more securing element 2009 in a horizontal direction to and/or from the vertical grip 1014. It is to be understood one or more grip 1014 can be secured to the top, bottom (not shown), one or more peripheries 1004 of the loadable bag 600. As previously described, one or more grip 1014 may be secured to the front external surface 1000 and/or one or more peripheries external surface 1004 configured for grasping at either a fast pace and/or grasping for additional grip 1014 without limiting the amount of weight in the enclosure of the loadable bag 600. The one or more grips 1014 on the front external surface 1000 and/or peripheries external surface 1004 comprising of one or more fasteners 2010 to open and close the loadable bag 100. In some instances, the fastener 2010 to open and close the loadable bag 600 can be configured on the top and/or bottom end of the one or more grips 1014 on the one or more peripheries external surface 1004. To firmly grasp the loadable bag 600, a user can grasp the first grip 1014 and the second grip 1014 of the one or more grips 1014 for exercises such as rows, kettlebell swings etc. Depending on the amount of weight in the enclosure surface 1704 of the loadable bag 100, it may be convenient to grasp two grips 1014, wherein minimal to no weight in the enclosure of the loadable bag 600 the one grip 1014 of the one or more grip 1014 may be hidden with respect to the compressed fabric when tightened by the one or more fasteners around the one or more peripheries external surface 1004 limiting the user to grasp an external surface grip 1014. A second grip 1014 of the one or more grips 1014 may be convenient for the user to grasp. With respect to the weight in the enclosure, the one or more fasteners 2010 around the peripheries external surface 1004 may be configured less restricted compression of the loadable bag 600 fabric, wherein grasping the two grips 1014 can create a stable pulling or pushing exercises. For example, during kettlebell swings, a user would grasp the two grips 1014 on the one or more peripheries for a stable movement.
It is understood the user may grasp one grip 1014 however, during exercises such as kettlebell swings may be unstable and the loadable bag 600 may create unstable force throughout the exercise. It is understood the one or more grips 1014 may be in a vertical and/or horizontal position on the one or more periphery external surface 1004 and/or front external surface 1000. In some instances, one or more sets of grips 1014 is on a distal end and wherein when a second grip 1014 is proximal end of the first grip 1014, wherein when another grip 1014 is adjacent to one or more of the grips 1014 secured by one or more securing elements 2009 on the front external surface 1000 and one or more periphery 1004 wherein when one or more grips 1014 is on a vertical and one or more grips 1014 is horizontal from one another in the closed bag configuration. In some embodiments, the base of one or more grips 1014 can comprise of an overlapping of fabric which can be interpreted as a loop 1006 for attachments. For example, the structure of a grip 1014 base can overlap at least one with stitching on one end to another which is then considered and viewed as a loop 1006 for optional attachments such as straps to utilize the loadable bag 100 as a weighted backpack and/or dragging device. It is understood FIG. 1-7 illustrates the grips 1014 on the bag 100, 200, 300, 400 and 500 wherein the similar or same components, placement, position etc. may be the same as the loadable bag 600. Although the aforementioned range is considered the preferred embodiment, the size of the grips 1014 may comprise of an endless amount of sizes and ranges, that are suitable to serve the purpose of this disclosure. The grips 1014 can be as large, or as small as needed to serve the intended purpose.
FIG. 11A illustrates a side perspective view of the loadable bag 600 comprising of moderate to maximum weight in the enclosure for an expansion in the open bag configuration 100 and a set of attachable grips 1014 secured under a set of loops 1006. FIG. 11B illustrates a side perspective view of the loadable bag 600 comprising of moderate to maximum weight in the enclosure 1704 for an expansion in the open bag configuration 601 and a set of attachable grips 1012 released from a set of loops resulting in the attachment grips to hand loosely from the periphery of the loadable bag 600 in the closed bag configuration. It is understood the attachable grips 1014 may comprise of similar or same components referenced to FIG. 3B. In some embodiments, FIG. 11B illustrates the attachable grips 1014 base secured to the periphery of the loadable bag 600 and in some instances, the term secured is to be interpreted as reinforcement such as webbing secured as the second fabric on the external surface periphery 1004.
FIG. 11B illustrates two attachable grip 1012 as a reinforcement to hold a bag structure. For example, the base of the attachable grip 1012 comprises of an x box shape on or around the securing element 2009 wherein the securing element 2009 is wrapped partially or all peripheries 1004 of the bag 600. The x box shape comprises of a layer of fabric and/or padding and/or elastic starting from either side of the x box shape. However, during manufacturing it may be convenient to secure one base of the attachable grip 1012 on one end and the second base of the attachable grip 1012 on another end of the x box shape. For example, one or more ending of the x box shape can comprise of the first layer wherein a second layer of the x box shape comprises of the second part of the layer of the attachable grip 1012 which is viewed as a loop 1006. When the attachable grip 1012 is engaged with the bag 400 via a hook and loop fastener 2010 the one or more layers of the first or second fabric of the attachable grip 1012 can fold over one another, wherein the loop 1006 can still be accessible. It is understood the stitching is secured from either the external periphery 1004 and then is shown in the enclosure periphery or vice versa. It is understood the first layer of the attachable grip 1012 can be secured in between the side periphery 1004 and top and/or bottom periphery 1004 which is more convenient to manufactured. Also, this method of manufacturing allows the first layer secured by thread stitching, adhesive and/or other similar securing elements 2009 from the inner surface to the outer surface. This method of manufacturing also provides an expanded hook and loop fastener 2010 around or on one or more peripheries 1004 or in other instances, the attachable grip 1012 first layer can be configured and secured to one or more grips 1014 around one or more peripheries grips securing element 2009 which will further increase the length of the attachable grip 1012 and also the hook and loop fasteners 2010 on the periphery 1004. In other instances, the base of the attachable grip 1012 can be secured to the base one or more loops 1006 and/or loop base similar to the grip 1014 base structure. It is understood the base of the attachable grip 1012 can also start on the base of the grip 1014 on the front external surface 1000 of the bag 100. In some instances, the attachable grip 1012 can comprise of an opening, wherein the opening is configured to use as a grip 1014 for grasping, in other words the attachable grip 1012 can be used as a grip 1014 to hold the bag and/or fastener flap to adjust the bag 600 dimension and weight. The inner and/or outer surface of the attachable grip 1012 can comprise of a layer of foam, binding and in some instances, an elastic can be secured as the first and/or last layer configured to stretch to the intended purpose such as connecting one side to another side, such as a hook and loop fastener 2010. For example, one or more attachable grips 1012 can be manufactured strictly with elastic fabric and/or foam padding to adjust to the user's hand size and in some instances the attachable grip 1012 can comprise of additional layers of fabric and/or both elastic and a layer of fabric to provide durability while remaining comfort. It is to be understood the one connecting side of the hook and loop fastener 2010 on the bag 600 can be longer and/or wider depending on what is held in the enclosure and also depending on the user. In some instances, a securing element 2009 such as a MOLLE attachment can be secured in between one or more peripheries 1004 in particular the securing element 2009 by stitching, adhesive from the inner surface to the outer surface or vice versa. This also allows the user to attach objects to the MOLLE attachment. It is understood the securing point to stabilize the ending points of the attachable grips 1012 can be configured and utilized as a loop for attachments, in fact in some perspective views, securing element to stabilize the attachable grips 1012 has a space in between the outer surface periphery 1004 to the inner surface of the loop 1006. In some embodiments, one or more MOLLE attachments can be secured directly onto a periphery. It is known to configure a MOLLE attachment opening from the top and bottom. In some instances, it may be convenient to manufacture and secure the MOLLE attachment comprising of an opening on a lateral side, in other words the MOLLE attachment is a loop 1006 as previously described. The loop 1006 can be configured for attachments such as straps to drag the bag 600 and/or other attachments such as shoulder strap hooks. The opposite side of the attachable grip 1012, in more particular the securing side on the securing element 2009 secured to the periphery 1004 on the external surface 1000 loadable bag 600 can wrap under the MOLLE attachment when the attachable grips 1012 are engaged with each other. This allows the user to secure the attachable grip 1012 decreasing loose fabric when not in use and also this feature can also adjust the size of the loadable bag 600, similar or the same features as the adjustable working straps 2010 and buckles 2010. For example, the bag 600 comprises of moderate weight in the enclosure in the open bag configuration 601. To secure and tighten the bag 600 to decrease the amount of fabric as previously described, the fasteners 2010 are secured from a direction to one periphery 1002A, 1002B, 1002C and 1002D to an opposite periphery from the first periphery. The attachable grip 1012 can decrease the excessive amount of fabric of the loadable bag 100 in the closed bag configuration which will allow the lateral side (peripheries) 1002C and 1002D to tighten wherein the loadable bag 100 can now decrease in size and length, in other words the loadable bag 600 is now tightened from the sides while the other fixed or removable fasteners on the peripheries 1004 over the front external surface 1000 of the bag 600 is tightened vertically. Also, to decrease the fabric of the attachable grip 1012, a glider 1018 be configured to the MOLLE attachment and attachable grip 1012 to adjust the size, in more particular the length when not in use. The MOLLE attachment can be below the grip 1014, fabric and loop 1006 or depending on the method of use and manufacturing, it may be convenient to secure the MOLLE attachment on top of the grip 1014, fabric and loop 1006. It is to be understood this MOLLE attachment can be used as a loop 1006 for attachments and also grips 1014, depending on the size during manufacturing. In other instances, the attachable grip 1012 can be secured directly onto the peripheries, preferred to periphery 1004, wherein the base of the attachable grip 1012 can be fixed with a spacing in between the securing element 2009 of a grip 1014, loop 1006 and/or in between peripheries. As previously described, a MOLLE attachment and/or loop 1006 configuration can be secured on or around the securing element 2009, in more particular in between the peripheries 1002A, 1002B, 1002C and 1002D of the loadable bag 100, configured for the attachable grip 1012 to wrap underneath to secure all fabrics when not in use and can also be utilized as a loop 1006 for connections. It is understood the attachments can be configured and secured to one or more surfaces of the loadable bag 600 for example one or more external surface peripheries 1004 can comprise of one or more attachable grips 1012. In some instances, the base of the attachable grip 1012 can comprise of a layer of stitching and in between the first layer loop 1006, a spacer can be configured to use as a loop 1006 wherein the remaining fabric can be configured as a grip 1014. This multi-function feature allows a user to grasp the loadable bag 600 over the neck and shoulder without discomfort with respect to the rear external surface 1001 and also the elbows and wrist. For example, if a user grasps the grips 1014 on the peripheries 1004, the arms and shoulders can provide excessive stress on the chest (pectoralis major and minor) which can potentially increase nerve damage to the elbow followed by hyperextension in the wrist. With respect to the flexibility of the one or more attachable grips 1012 as illustrated in FIG. 3A-3B, at least one attachable grip 1012 may be configured longer in length and wider in width wherein the at least one attachable grip 1012 may wrap around the one or more peripheries 1004 and secured to the one or more loops 1006 and/or securing element 2009 such as a fabric loop to tuck in when not in use. This provides a user to increase the durability of the fastener, in particular the zipper 2010 to open and close the bag 600.
FIG. 12A illustrates the rear external surface 1002 further comprising of one or more of the selected: layers of fabric, layers of waterproof coating, rubber, PVC, PU, steel, metal, aluminum, copper, elastic, plastic or combination thereof. In some instances, the rear external surface 1002 can comprise of greater number of layers relative to the front external surface 1000 and peripheries 1004. In some embodiments, the rear external surface 1002 is flat and depending on the perspective view and in some instances the rear external surface 1002 may appear as slightly raised or flat, depending on the amount of weight in the enclosure of the loadable bag 601. For example, a side perspective view may be viewed slightly raised or when looking directly down of the loadable bag 600, the rear external surface 1001 is flat. The rear external surface 1002 comprises of one or more fasteners 2010 secured to the outer surface. It is understood additional fasteners 2010 may be configured for the same or similar intended purpose and/or function such as a single hook and loop fastener. The rear external surface 1002 may comprise of one or more zippers, wherein one zipper in particular a top stop or bottom stop may start from a left side the periphery external surface 1004 of the rear perspective view of the loadable bag 600 as a U shape to the opposite side periphery external surface 1004. To increase the durability, the one or more fasteners 2010, an additional fastener 2010 such as a hook and loop fastener is configured to fold over the zipper 2010. In some instances, the zipper 2010 may start on an end of the periphery external surface 1004 wherein the bottom zipper 2010 head (top stop) begins from either side of periphery external surface 1004, a third zipper 2010 starts from the top or bottom of the periphery 1004. This creates a 90-degree L shape on the corners of the side peripheries 1004. In some instances, depending on the request of a user prior to manufacturing, the rear external surface 1002 can be partially or completely removable via at least one fastener 2010 around the periphery external surface 1004 to attach and detach. In some embodiments, the zipper 2013 can be reversed to the enclosure of the loadable bag 601 the zipper is not shown and, in some instances, an additional fastener 2010 such as a hook and loop fastener may be secured to the external surface 1000 and/or side periphery external surface 1004 as referenced and illustrated on FIG. 7B. The element is understood as the zig-zag shape of the zipper. The one or more zippers 2010 may comprise of a water proof coating over top the front and rear side of the zipper 2010. The enclosure 601 of the loadable bag compartment 2006 comprises of a layer of binding, wherein the binding is secured by stitching and/or adhesive or other securing elements 2009. This manufacturing method allows the front external surface to have a seamless curved shape. In some instances, the rear external surface 1002 is partially or completely removed, a zipper hood is wrapped over and/or under between the panels to hide the zipper head 2010. The zipper hood can comprise of a layer of binding and/or foam padding on the inside and/or outside on the rear external surface 1002 of a compartment to limit or prevent damage during physical activities. It is understood prior to manufacturing, the rear external surface 1002 can comprise of spacers for folding at least once. For example, one or more spacers can comprise of stitching, securing elements 2009 and/or binding configured to fold over at least once (not shown) wherein a second spacer of the one or more spacers is configured to fold over a second time and so on. It is also understood the spacer can form on a lateral or vertical lining on or around the rear external surface 1002 which allows the user to fold in the desired way. In some instances, the rear external surface 1002 compartment 2006 can be configured to the lateral or bottom side of the loadable bag 600, in particular the bottom periphery external surface 1004, and/or one or more sides of the loadable bag 600 to be stowed away in any of the mentioned peripheries compartments. It is understood the rear external surface 1002 can overlap at least once onto the peripheries external surface 1004 and in some instances overlap onto an external surface of the loadable bag 600. FIG. 12B illustrates a top rear perspective view of the rear external surface engaged with the inner surface and in another embodiment, three loops 1014 are shown comprising of moderate weight in the enclosure 601 of the loadable bag.
FIG. 13 illustrates the loadable bag 600 in a side perspective view. One or more fasteners 2010, in particular one part of a zipper along the outer surface of the rear external surface 1002 and a second part of the zipper 2010A along the outer surface periphery 1004, wherein the first and the second part of the zippers 2010 are partially engaged with each other but not completely engaged with each other which is defined as the rear external surface 1002 unfolded half way on the rear of the loadable bag 600. In some instances, a second fastener of the one of more fasteners on the rear external surface 1002 may comprise of an additional fastener 2010 such as a hook and loop fastener 2010 to fold over the zipper and in some instances, the hook and loop fastener may be the only fastener to attach and detach the rear external surface 1002 as referenced to FIG. 7B. The inner layer of the rear external surface 1002 can comprise of a layer of water proof coating on the external surface and/or periphery 1004 and a layer of foam padding. The rear external surface 1002 can comprise of durable materials, similar or the same materials referenced as durable surface on FIGS. 1-6. In other embodiments, the durable surface in FIGS. 1-6 comprises of a fastener 2010 to attach and detach from the body portion of the loadable bag 600.
FIG. 14 illustrates the transition between the rear external surface to the rear external surface 1002 stowed away in a compartment. FIG. 14A illustrates the rear external surface 1002 partially detached from the periphery external surface 1004 and a partial perspective view of the second rear surface 1003. The rear interior surface 1002A comprises of a fastener 2010 in particular a hook and loop fastener 2010A, in more particular a loop side of the hook and loop fastener and is secured by thread stitching, adhesive etc. through the rear interior surface 1002A to the rear external surface 1002. The stitching from the rear inner surface 1002A is shown as a rectangular shape on the rear external surface 1002. FIG. 14B illustrates an external periphery compartment 2006 and the periphery compartment inner surface 2006A opened via a fastener 2010 in particular a hook and loop fastener 2010B. The periphery compartment inner surface 2006A comprises of at least one layer of fabric selected from: lining, canvas, polyester, Nylon, waterproof coating in combination thereof. The depth of the periphery compartment inner surface 2006A comprises of a depth starting from the rear end of the periphery external surface 1004 of the loadable bag 600 to the flap external surface 1000 periphery external surface 1004. The periphery compartment inner surface comprises of thread stitching, further comprising of binding of foam, thread stitching, adhesive etc. in other words reinforced and/or secured to the periphery compartment 2006. In some embodiments, a divided lining between a bottom periphery 1004 and a side periphery 1004 however the method of manufacturing (stitching from the inner surface to the outer surface periphery compartment). Portions of the periphery compartment inner surface 2006A reinforcement to the periphery compartment external surface 2006 perspective view is referenced on FIGS. 11A-B, 13 and FIG. 18A-C. In other embodiments, the dividing line between the inner surface periphery compartment 2006A and external surface of the periphery compartments 2006 has an expansion between. It is understood the periphery compartment inner surface 2006A is a separate compartment relative to the first inner compartment surface 1704 and the second inner compartment surface 2002. The rear external surface 1002 is folded and inserted to the periphery compartment inner surface 2006A. To secure the rear external surface 1002 to the periphery compartment inner surface 2006A, the loop ending of the hook and loop fastener 2010A on the rear interior surface 1002A is engaged with the hook side of the hook and loop fastener 2010B (not shown but in fact the first inner surface layer to the outer surface layer of the loadable bag 600). Once inserted and the periphery compartment 2006 is closed, the hook and loop fastener 2010B in particular the loop side is not shown and the rear external surface is stowed away as illustrated on FIG. 14C. It is understood the terms hook and loop fasteners; hook side and loop side of the hook and loop fasteners can be a combination or the opposite of the hook and loop fasteners illustrated on FIG. 14B. In some instances, an additional or a single fastener 2010 such as a zipper may replace the hook and loop fasteners. For example, the top stop or the opposite side of the zipper may be replaced on the portion of the hook and loop fastener 2010A and the opposite ending of the top stop of the zipper can be replaced on the portion of the hook and loop fastener 2010B. It is understood the hook and loop fasteners 2010A, 2010B and zipper can be manufactured together for additional reinforcement.
During exercises and physical activities in the closed bag configuration, the rear external surface 1002 is secured over one or more compartments, in particular the second rear surface 1003 and the compartment external surface 2006 secured by one or more fasteners 2010 to protect and prevent damage. For example, during dragging exercises in the closed bag configuration, the rear external surface 1002 is configured as a durable surface for dragging, slamming, carrying etc. Also, this provides an option for a user to wash the loadable bag 100 in the closed bag configuration and detach the rear external surface 1002 to stow away in one or more compartments 2006. With respect to the advantages of the rear external surface 1002 secured in the one or more compartments 2006, the loadable bag 600 can be configured to use as a daily back pack, ruck sack, wherein the rear external surface 1002 is engaged to a top layer of a compartment 2006, the inner layer and surface of the rear compartment 2006 is protected from exercises in the closed bag configuration such as dragging, slamming, carrying etc. The above exercises are some examples however are not relied on. Depending on the option retailed, the rear external surface 1002 can be completely detachable to utilize as a separate accessory such as a yoga mat, tarp, camping accessory. In some instances, the rear external surface 1002 can comprise of one or more layers configured for other purposes such as but not limiting too covering and protecting the loadable bag 600 and also can be configured as a drag sled for dragging exercises. It is understood the one or more compartments can receive other weights as an addition. It is understood the rear external surface 1002 on FIG. 1-6 may comprise of the similar components and features, fixed, partially or completely removed from the loadable bag configured for the similar or same intended purpose; a surface to prevent damage during carrying, dragging, throwing and/or other physical activities to the inner surface of the loadable bag 600, in particular the second rear surface.
FIG. 15 illustrates the rear external surface 1001 folded and secured in one or more compartments 2000-2007 wherein the first layer comprises of a rear inner surface 1001A of wherein the rear inner surface 1001A is configured to utilize as a padding support for user during carrying, in particular utilizing the loadable bag 600 as a backpack/rucksack. The compartment 2007 comprising of spacing in between and/or around the surface to size accordingly to the users back muscles, in particular the user's spine. For example, one or more layers of fabric may appear in the middle, from the top periphery to the bottom periphery to line with the user's spine. The spacer in between the two padding can be the first layer of fabric or in some instances, the spacer can be configured of the first layer of rear surface. For example, during manufacturing one or more layers of foam padding and/or mesh can be manufactured directly onto the first layer of the rear surface wherein the spacer is the main fabric of the rear surface. This method of manufacturing is configured to solely comprise of a pocket of the rear surface. Additionally, the one or more backpack strap is configured to insert directly behind the rear external surface 1002 in which is secured directly into the pocket 2007 without an opening in the middle, wherein the middle is considered as the spacer. In some instances, the entire inner layer compartment 2007 can comprise of at least one layer of padding and/or mesh and in some instances, the lower part of the inner layer can comprise of more than one layer of padding and/or mesh. It is understood the term less constructed defines as the apparatus comprising of fewer than one element during manufacturing. For example, during manufacturing the rear external surface 1002 may not manufactured, wherein the rear surface 1003 and/or the outer panel surface 1005 is the main outer fabric and is considered at the rear external surface 1001 of the loadable bag 100. To protect all straps, the top lining of the rear surface 1003 may comprise of a fastener 2010 wherein the fastener 2010 is a zipper 2013 and in some instances a second fastener 2010 is a hook and loop fastener 2010 to fold on top of the first fastener 2010 wherein the first fastener 2010 is a zipper 2010. It is understood a fastener 2010 such as a zipper 2010 is secured to the outer periphery of the first layer of the rear surface 1003 wherein the opposite side of the zipper 2010 is secured to the lining of the rear inner surface wherein the rear inner surface 1002A is the layer of rear interior surface. With respect to the lower rear pockets 2007 to secure the one or more waist belt, the one or more pockets 2007 may comprise of the same and/or similar fasteners 2010 and/or construction during manufacturing. In some instances, this method of manufacturing is considered to utilize the loadable bag 600 strictly as a backpack/rucksack, wherein the loadable bag 600 may not be dragged and/or slammed. With respect to the usage of the loadable bag 600 as a backpack/rucksack, one or more compartments (not shown) can be configured on or around the rear inner surface 1003 configured to hold and secure personal belongings. It is understood the rear inner surface 1003 comprises of one or more padding sections for comfort when utilizing the loadable bag 1003 as a backpack. In some instances, the rear inner surface 1003 may comprise of various shapes and sizes configured to fit a user's back muscles on the first surface, wherein the first surface is foam padding and/or airway passage surface. For example, the rhomboid muscles are directed towards the outer side(s) of the spine area to the latissimus dorsi muscle (cut), wherein one or more layers of padding and/or airway passage fabric can be configured to the rear inner surface 1003 although depending on the usage of the loadable bag 600 the rear inner surface 1003 may comprise of the rear inner surface 1001 as the main first layer fabric, wherein the main first layer fabric is the rear surface 1005 of the loadable bag 600. As previously described, a less constructed loadable bag 600 may comprise of a single layer of the rear interior surface 1001A wherein the single layer is an air-way passage configured to absorb the user's sweat and/or other liquids then to release through the inner layer throughout the rear surface 2007A.
FIG. 16A illustrates the rear external surface 1002 folding about half way to the periphery 1004. Previously mentioned stitching on the rear external surface 1002 may comprises of a hook and loop fastener 2010. The inner compartment fabric can comprise of one or more layers of foam padding and breathable mesh. This feature allows the user to carry the loadable bag 600 without discomfort. In some instances, the inner layer of the compartment can comprise of air-cooling gels and/or breathable mesh padding. During long activities such as hiking, the loadable bag 100 can have inserts for cooling gel packets. It is understood the compartment for inserting the cooling gel packets are around the rear external surface 1002 and/or rear compartment may comprise of small inserts, wherein the small inserts further comprise of a fastener 2010 to secure an air-cooling gel insert to prevent movement and shifting.
Additionally, FIG. 16A illustrates two buckles 2010 secured by a securing element 2009 such as a layer of Nylon or similar fabrics which is then looped around to create a loop 1006. During manufacturing the buckles 2010 is inserted through the first bar and may loop around the second wherein the loose fabric of the loop is then secured by stitching, adhesive or other securing elements 2009 onto the surface of the loadable bag 600. In some instances, the buckle 2010 comprises of an opening on a bar which allows the user to add or remove, depending on the intended purpose of the loadable bag 600. In some embodiments, there is a fastener hood, similar to a zipper hood previously described. The fastener hood can comprise of a layer of fabric and/or foam secured from one end to the opposite end of the buckle 2012. With respect to the fabric of the loop over and/or under the bar of the buckle 2012, the buckle 2012 can swivel under the hood wherein the buckle 2012 comprises of minimal to no visual. It is to be understood the buckle 2012 hood can be configured to one or more buckles 2012 on or near the external surface 1000, rear external surface 1001 and one or more peripheries 1004 of the loadable bag 600. This feature allows the user to perform physical activities without damaging the loadable bag 600. It is understood a fastener 2010 such as a buckle 2010 are configured for attachments such as removable straps, harness, back pack straps and other attachments. It is understood the rear external surface 1002 is configured for physical activities, in particular but not limiting too dragging on a surface, gripping, throwing, carrying, travelling and in other words physical activities. This advantageous method allows a user to remove the backpack straps and/or other carrying devices to either completely remove and/or roll and fold the external surface to stow in one or more compartment. To prevent discomfort and possible damage of the fasteners during physical activities, the fasteners may comprise of one or more layers of padding, wherein the one or more layers of padding is configured to attach over and/or under the fastener 2010 however still allowing one or more attachments to attach securely.
FIG. 16B illustrates a top side perspective view of the rear external surface 1001 folded, wherein the previous hook and loop fastener 2010 is now engaged near or on the top of the loadable bag 600 in more particular one or more peripheries 1004. The user has the option to allow the rear external surface 1002 as depicted in FIG. 6 or to open to one or more compartments via a fastener 2010 and fold the rear external surface 1002 in the enclosure of the compartment 2002. The rear external surface 1002 can conveniently fold in the enclosure of the compartment 2006 with minimal to no perspective view when looked upon. In other words, the rear external surface 1002 is secured via a fastener 2010 to one or more compartments 2006 as previously described and illustrated and/or secured to a fastener 2010, in particular a hook and loop fastener 2010 to one or more peripheries 1004 of the loadable bag 600. In some embodiments, the buckle 2010 on one or more peripheries 1004 (not shown) is hidden with respect to the rear external surface 1002 folded. In some instances, a separate surface cover, more specifically a rear top cover can be stowed in a compartment, wherein the top cover comprises of a layer of fabric and/or lining comprising of a layer of water proof coating configured to cover the loadable bag 600 (not shown). For example, once a top cover is deposited from a compartment, the top cover can wrap around partially or completely around the loadable bag 600 via a fastener 2010. In some instances, the top cover can comprise of spacing, wherein the spacing is configured to size and securely fit around the loadable bag 600 components such as loops 1006, grips 1014, attachable grips 1012, buckles 2012 etc. This allows the user to use the loadable bag 600 in any weather condition. It is understood the rear external surface 1002 can be folded and inserted to the rear pocket 2006, the first compartment to the external surface 2006, and/or to the compartment 2002. The inner layer of the compartment 2002 comprises of breathable fabrics to rear external surface 1001 and to also expand or restrict the amount of size and weight in the enclosure of the loadable bag 600. In some embodiments the rear external surface 1002 may comprise of more than one layer and also at least one opening, wherein the opening is accessible via a fastener 2010, wherein the opening of the rear external surface 1002 is configured to receive one or more articles. In some instances, the rear external surface 1002 top securing point periphery 1002A can comprise of an opening wherein the opening is accessible to a compartment which allows the user to have an additional hidden compartment and quick access (not shown).
In some embodiments the rear external surface 1002 can detach via a fastener 2010 as previously elaborated to attach and detach to utilize as an exercise bag, wherein the rear external surface 1002 configured to fold at least once into a compartment. In some instances, the zipper 2010 or similar fasteners near or on the rear external surface 1002 can be folded partially or completely to the front external surface 1000 and/or peripheries 1004 to secure and in other words to protect the loadable bag 600 from damage during physical activities such as hiking. At least one layer of the rear external surface 1002 can be pre-cut to insert. During manufacturing the rear external surface 1002 can be configured to position and fit to the working parts such as the grip 1014 and all other fixed and/or removable attachments on one or more surfaces of the loadable bag 600. For example, a side of the chain of a zipper 2013 can be secured to the rear external surface 1002 and peripheries 1004 wherein the opposite zipper 2010 chain is secured to one or more peripheries 1004 of the front external surface 1000 of the loadable bag 600. It is understood to increase the durability of the loadable bag 600, a fastener 2010 such as a hook and loop fastener 2010 can fold over the first fastener 2010, wherein the first fastener 2010 is the zipper 2010. The end point of the zipper 2010 can comprise of a layer of a hook and loop fastener 2010 to minimize the visibility of the ending of the elements of the zipper 2010 elements such as the slider and tape and tape end. In other words, the hook and loop fastener 2010 can be considered as a zipper hood. In other instances, a fastener 2010 such as the hook and loop fastener 2010 can be configured as the main fastener 2010.
In some embodiments, the rear external surface 1002 can be removable via a fastener 2010 such as a zipper 2010 throughout the peripheries 1004, in which one side of the zipper 2013 chain will be configured onto a detachable rear external surface 1002. It is understood the term detachable rear external surface 1002 can be utilized as a separate device, if fully manufactured comprising of a fastener 2010 around the entire rear external surface 1001 and the peripheries 1004, top front external surface 1000 and rear external surface 1001 for physical activities. In some instances, the inner fabric of the detachable rear external surface can comprise of weight strap 1700 configured to secure one or more weights similar or the same as the weight strap 1700 in the enclosure surface 1704 of the open configuration 601. This feature is configured to utilize as a backpack/rucksack and the detachable rear external surface 1002 for physical activities such as carrying, dragging in other words to hold the detachable rear external surface 1002.
In some embodiments, one end point of the detachable rear external surface 1002 may comprise of a slight elevation to secure all objects in place. For example, a user perspective view of the loadable bag 600 can be slightly elevated, depending on the angles looked upon. Additionally, the elevation can comprise of a loop 1006 to attach on optional objects such as a connecting strap 15 to haul for dragging exercises but not limiting to other activities. With respect to physical activities and the detachable rear external surface 1002, one or more cavity hole 1800 can be configured to the surface and/or peripheries 1004 of the detachable rear external surface 1002 to attach accessories for physical activities. With respect to the dividers and/or spacers on the rear external surface 1002 which is considered as detachable is now foldable in half at least once to conveniently stow in a compartment and/or enclosure of the loadable bag 600. In some embodiments, the rear external surface 1002 can be viewed with a slight elevation, depending prior to manufacturing. For example, a drag sled can comprise of one sheet of flexible metal and/or aluminum to the inner layer of the rear external surface to drag on a surface. In some embodiments, a rear external surface 1001 is designed as an accessory to utilize with the loadable bag 600 as a draggable component. In some instances, prior to manufacturing, a loadable bag can comprise of the front external surface 1000 of the loadable bag 600 comprising of grips 1014, MOLLE attachments and animations as the front external surface 1000. This allows the user to utilize the loadable bag 100 with more grips 1014 and/or loops 1006 around the front external surface 1000 and/or periphery external surface 1004. The user can then open the rear compartment 2006, manually remove the rear external surface 1002, strap on one or more loadable bags 100, secured by at least one fastener, wherein a fastener 2010 is selected from: buckles 2012, hook and loop fastener 2015, adjustable working straps 2014, hooks, pins clips combined in thereof. The user can attach one or more connecting straps onto the drag sled to pull as a sled.
FIG. 17 illustrates the rear external surface detached from the external rear body of the loadable bag 600 comprising of fixed backpack straps in the enclosure of a compartment 2007. The top of the backpack straps is fixed, it is understood the term fixed meaning is the stitching during manufacturing is stitched from the outer layer of the backpack strap to the inner layer wherein the inner layer can be the enclosure of a compartment. For example, to increase the durability of the amount of weight inside the loadable bag, top of the backpack straps may be stitched through the outer surface to the inner surface of the one or more compartments. In some instances, the backpack straps can be removable by a fastener 2010 such as a buckle or similar fasteners as previously illustrated on FIG. 16A. In other words, the fixed and removable backpack straps are secured to the loadable bag 600 on or around one or more peripheries on the loadable bag 600. Depending on the usage, the backpack feature or carry the loadable bag 600 in other words to carry the loadable bag, one or more backpack strap pocket 2007 can be secured onto the compartment 2006 to secure and hide one or more backpack straps. This allows the user to carry the loadable bag 600 on one shoulder without the second backpack strap loose, when not in use. In some embodiments a buckle 2010 on the top chest strap can comprise of a fabric strap 1016 wherein the fabric strap 1016 passes through the buckle 2010 bars at least once, wherein the ending of the fabric comprises of a hook and loop fastener 2010 to fold out the excessive fabric, if any, when adjusting the shoulder straps accordingly to the user's body. Additionally, a fabric glider can be configured to secure the extra fabric strap, if any. The ending of the fabric strap 1016 of the shoulder straps comprises of a loop 1006, wherein the loop is stitched or adhesive is configured to secure one end of the fabric strap 1016 to the opposite ending, configured to attach onto a fixed loop 1006 on the adjustable working strap 2010 on the right shoulder strap 7000A and left shoulder strap 7000B, wherein at least one shoulder strap 7000A or 7000B comprises of a layer of fabric configured with minimal movement on one or more shoulder straps 7000A or 7000B, configured to firmly place the adjustable working strap 2010 to adjust to the users body and in fact, both adjustable working strap 2010 of one or more shoulder straps 7000A or 7000B can comprise of gliding. In some embodiments, the right shoulder fabric strap 10167004 and left shoulder fabric strap 7006 can comprise of a fixed divider on the external surface of the shoulder straps 7000A, 7000B configured to prevent excessive gliding when in use. In some instances, the adjustable working strap 2010 can comprise of a slight opening configured to remove, wherein when removed, the adjustable working strap 2014 can be moved higher or lower of the right shoulder strap 7000A or left shoulder strap 7000B. This feature allows women to comfortably adjust to their breast without discomfort. In some embodiments, one or more backpack straps 7000A or 7000B can comprise of a compartment on one or more layers (not shown) further comprising of a cooling gel to comfortably allow the user to either carry or drag the loadable bag 600 for a long duration. In some instances, one or more compartments can comprise of the same and/or similar fabrics as the internal and external compartment which was previously described in embodiments. In some embodiments, one or more backpack straps can comprise of fasteners, more specifically a hook and loop fastener, further comprising of a fixed and/or removable hook to attach on one or more 1006 around the periphery and/or external surface of the loadable bag 100. For example, a user can request the loadable bag 600 without any external compartments to utilize the loadable bag 600 as a dragging device and backpack which then allows the user to attach one or more hooks on one or more loops 1006 which is then adjusted by firmly pulling one layer, preferably the top layer comprising of a hook and loop fastener 2010 over the bottom layer to firmly adjust the size and/or length.
In some embodiments, the external surface of one or more backpack straps 7000A, 7000B can comprise of one or more MOLLE attachments 1006 and adjustable working strap 2010 with a fabric strap 1016 to adjust size which then passes throughout the backpack strap 7000A, 7000B ending with a hook and loop fastener 2010 to fold over at least once to cover the excess fabric strap 1016 from one or more adjustable working straps 2010. Also, the one or more fasteners on a shoulder strap 7000A, 7000B can be considered as a stabilizer, configured to secure accessories wherein an accessory can be a hydration tube, headphones and related accessories for physical activities which will be further described in the upcoming embodiments. It is to be understood the fastener 2010 can comprise of a layer of hook and loop fastener, preferably on the top, mid and/or bottom of one or more shoulder straps 7000A, 7000B. The hook and loop fastener 2015 can fold over at least one and also can comprise of a layer of elastic to expand to the accessory.
It is understood the bags 100, 200, 300, 400 and 500 can be fastened, tighten and secured in similar methods with similar components such as fasteners 2010 in particular adjustable working strap and buckles. Referencing to FIG. 7, In some embodiments, the user can place four weights or more weights in the enclosure 601 with the loadable bag 600 fabric remaining loosely. The user has the option to tighten one or more fasteners 2010 in particular an adjustable working strap 2010 around the external and internal surface of the loadable bag 100 to tighten the fabric, decreasing the amount of fabric laid loosely. To tighten or loosen the fabric strap 1016 on the adjustable working strap 2010, the user can slightly lift one ending of the adjustable working strap 2010 allowing a passage to either pull or loosen the fabric strap. It is to be understood one or more weights can comprise of one or more articles, which will be described in the upcoming embodiments. In some embodiments, the expansion of the internal weight in the enclosure surface 1704 of the loadable bag 601 is shown, in which a user can loosen the adjustable working strap 2010 allowing the fabric to loosen. In some embodiments, at least one adjustable working strap 2010 can be fixed with at least one securing element 2009 and/or one or more layers of adhesive on the front external surface 1000 area of the loadable bag 600 to hold the fabric in between the loadable bag 600 and open bag configuration. For example, a user can attach one or more backpack straps by at least one strap; which then can lead to the adjustable working strap 2010 swivel to adjust to the user's body size. The adjustable working strap 2014 anchor can be metal and/or plastic. However, for long-lasting durability, the user can request one or more mixtures of dense minerals before manufacturing the adjustable working strap 2014 anchor. The adjustable working strap 2010 anchor can comprise of at least one divider for the fabric strap 1016 to fold over and/or under to securely tighten and/or loosen the loadable bag 600. It is to be understood one or more adjustable working strap 2014 anchors can be used for other purposes such as securing optional accessories such as connecting straps, not limiting to similar related and/or unrelated accessories for physical activities. In some embodiments, a securing element 2009 such as a rivet, not limited to other securing elements 2009 mentioned in previous embodiments can be positioned and secured on one or more adjustable working strap 2010 to allow the fabric strap 1016 to rotate and/or swivel. In some embodiments, an adjustable working strap 2010 cover can comprise at least one layer of comfort foam padding and one or more layers of a mixture of textiles selected from nylon, Cordura, polyester, canvas woven tape in combination thereof to prevent any damage to the underlying layer of padding. In some embodiments, the adjustable working strap 2010 is hidden by way of the adjustable working strap padding cover 2011. In some embodiments, the adjustable working strap 2010 can have a perspective view with or without a fixed and/or adjustable working strap 2010 cover. The adjustable working strap 2010 cover can fold over either vertical and/or horizontal to cover the adjustable working strap 2010 with minimal to no visual. In some embodiments, one or more securing elements 2009 such as binding, not limited to securing elements 2009 mentioned in previous embodiments can secure the adjustable working strap 2010 in place on the front external surface 1000 area with minimal to no space in between. The user has the option to attach optional accessories such as backpack straps and/or connecting straps onto the securing element 2009 which can also be viewed as a loop. In some embodiments, one or more adjustable working strap 2010 can be fixed and/or removable on the top surface vertically and/or horizontally and/or slanted on the loadable bag 600 in a closed and/or open bag configuration. This allows the user to not only tighten the sides of the loadable bag 600 as discussed in previous embodiments but to tighten and/or loosen the loadable bag 600 depending on the amount of weight in the open bag configuration 601. In some embodiments, at least one adjustable working strap 2010 and fabric strap 1016 can fold over and/or under one or more grips 1014 on the front external surface 1000 of the loadable bag 600 in a closed configuration to tighten and/or loosen from either vertically and/or horizontally. In some embodiments, at least one adjustable working strap 2010 and fabric strap 1016 can be in between one or more grips 1014 and securing elements 2009 on the front external surface 1000 of the loadable bag 600 wrapped around to the rear external surface 1002 in a closed configuration (not shown) to tighten and/or loosen from either vertically and/or horizontally. In some embodiments, at least one adjustable working strap 2010 and fabric strap 1016 can wrap around and over one another on the rear external surface of the loadable bag 600 in a closed configuration (not shown) to tighten and/or loosen from either vertically and/or horizontally. It may be convenient to retail removable adjustable working strap 2014 as an individual item which can allow the user to have a fixed weight in the enclosure of the loadable bag 600 with minimal securing devices onto the front external surface 1000 area and/or external surface peripheries 1004. For example, a user can request prior to manufacturing one to two filler weights fixed in the enclosure 601 which does not comprise of adjustable working straps 2010 around the loadable bag 600 in an open and/or closed configuration. Additionally, a user can request a larger size loadable bag 600 with one or more removable adjustable working straps 2010. In some embodiments, one or more adjustable working straps 2010 is attached by at least one hook and loop fastener 2010 to be held folded, attaching onto the opposite side of the hook and loop fastener 2010 to be held and viewed as a bag structure. In some embodiments, at least one adjustable working strap 2010 comprises at least one securing element 2009 wrapped around one or more peripheries 1004 of the loadable bag 600 to be viewed as a rectangle shape comprising of one or more securing elements 2009 stitching viewed as an x shaped and/or outlining of the adjustable working straps 2010 to be held securely if and when a large amount of weight is held in the enclosure 601. In some embodiments, the ending fabric strap 1016 can be secured by one or more securing elements 2009 listed in previous embodiments depending on the size of the loadable bag 600. In some embodiments, a fabric strap 1016 is secured by at least one layer of nylon stitching in a box x shaped onto the front external surface 1000 of the loadable bag 600. In some embodiments, the fabric strap 1016 is fixed on one end positioned on the front external surface 1000 and/or peripheries external surface 1004 of the loadable bag 600 and the ending is loose for the user to insert the fabric strap 1016 over and/or under one or more dividers on the base of the adjustable working straps 2010. It may be convenient to retail a separately adjustable working straps 2010 anchor to provide the user with options, depending on the specific goal to be achieved. It is to be understood the ending of at least one fabric strap 1016 can be integrated with the one or more securing element 2009 and/or grips 1014. As previously illustrated in the fabric strap 1016 is extended to an excessive length. The user can fold over the fabric strap 1016 at least once and then secured it with a fastener 2010, such as a hook and a loop fastener 2010 to secure the ending of the fabric strap. It is to be understood the fabric strap 1016 can comprise a mixture of textiles such as nylon but is not limited to similar textiles with or without PVC and/or PU coating. In some embodiments, a user can request before manufacturing a fabric strap 1016 glider 1018 which can secure the loose fabric strap, eliminating the option of a hook and loop fastener 2015 to fold over. It may be convenient to have both fabric strap 1016 glider and a hook and loop fastener 2010 to secure the excessive fabric in place without the tangling of the excessive remaining fabric. In some instances, a fabric strap 1016 can comprise the selected: foam padding, compressed lining, mesh, webbing, nylon, ballistic nylon, canvas, polyester, water-proof coating, chlorosulfonated polyethylene (CSPE) synthetic rubber (CSM), polyvinyl chloride (PVC) and/or with a mixture of polyurethane (PU), PVC tarpaulin in combination thereof secured by one or more securing element 2009s. In some embodiments, a fabric strap 1016 can wrap around at least once, secured by one or more securing elements 2009 at the base of the adjustable working strap 2010. This allows the user to tighten and/or loosen the fabric strap 1016 without folding over the hook and loop fastener 2010. In some embodiments, the rear of the loadable bag 600 mid-way of a fastener 2010, in particular the mid-point zipper 2010 without ending in between the exterior fold over and adjustable working strap 2010 as a connector to hold a bag structure. It is to be understood the connecting side of the hook and loop fastener 2010 on the loadable bag 600 can be longer and/or wider depending on what is held in the enclosure and also depending on the user. Prior to manufacturing and/or retail, a user has the option to request an additional fastener such as a buckle 2010 in addition to the adjustable working strap 2010 for an additional securing element 2009 and reassurance all weights in the open configuration 601 will remain closed with minimal to no movement. In some instances, one or more buckles 2010 can be hidden under one or more adjustable working strap 2010 covers to prevent damage. In some embodiments, a buckle 2010 is secured to the periphery of the loadable bag 600 distal to the adjustable working strap 2010. In some embodiments, an adjustable working strap 2014 is fixed onto the distal end of the buckle 2010 on the front external surface 1000 and/or periphery external surface 1004 of the closed bag configuration 601 to tighten and/or loosen the structure. In some instances, the distal end of the buckle 2010 which is considered as the fixed adjustable working strap 2014 comprises of a fabric strap 1016 to fold over at least once for additional reassurance to tighten and/or loosen the loadable bag 600 structure. In some instances, the ending of the fabric strap 1016 can comprise of one or more layers of a hook and loop fastener 2010 to tighten the excessive fabric strap 1016. In some embodiments, a buckle 2010 can comprise of different or a mixture of metal and/or plastic. However, for long-lasting durability, the user can request one or more mixtures of dense minerals for one or more buckles 2010. It is to be understood one or more adjustable working straps 2010 and buckles 2010 can comprise of the selected metal, steel, carbon steel, alloy steel, stainless steel, iron (wrought or cast), aluminum, magnesium, copper, brass, bronze, zinc, titanium, tungsten, adamantium, nickel, cobalt, tin, lead, silicon, PVC and PU coating or combination thereof. Depending on the weight capacity inside the loadable bag 600, one or more adjustable working strap 2010 fabrics can be utilized as a grip 1014 with respect to the length from one ending point to another. For example, an adjustable working strap 2010 fabric can be picked up mid-way of the beginning and ending point to use for exercises and/or leisure activities. The midpoint of the adjustable working strap 2010 fabric will be viewed close to the front external surface 1000 of the loadable bag 600 with respect to the internal weight as previously discussed. The user has the option to secure the adjustable working straps 2014 in the enclosure 601 of the loadable bag 600 to be used more flexibly, however, this may not show a bag structure. It is understood the term bag structure is configured as a rounded corner. Also, prior to retail, the loadable bag structure can configure flat partially flat with the adjustable working straps 2010 tucked inside to keep a durable surface and also allow the user to fold the rear at least once when traveling. For example, when traveling, one or more adjustable working straps 2014 can be placed inside and the loadable bag 600 can fold at least once. However, the user can decide where the adjustable working straps 2010 can be placed. One or more removable adjustable working straps 2010 can be retailed separately which is intended to secure one or more removable weights in the enclosure. In some embodiments, the adjustable working straps 2010 can comprise of at least one layer of woven tape which can also be the same woven tape as the ending of one or more grips 1014 which was explained in previous embodiments. This is convenient for manufacturing as multiple components are not necessary. In some embodiments, a minimal space between the adjustable working straps 2010 woven tape and grip 1014 woven tape can be secured by a securing element 2009, folded over at least once to create a loop 1006 for attachments. In some embodiments, the securing element 2009 can comprise nylon stitching as a box shape and/or X shaped to reassure all weight inside the loadable bag 600 will remain secure when lifting, throwing, dragging, and using the loadable bag 600 for other physical activities. In some embodiments, the adjustable working strap 2010 and cover can be fixed and/or removable vertically and/or horizontally on the front external surface 1000 and periphery of the loadable bag 600. In some embodiments, the base holding the structure of one or more adjustable working straps 2010 can be the similar and/or same as the structure securing one or more grip 1014 and loops 1006 on the external surface and periphery of the closed bag configuration. For example, a securing element 2009 such as binding and/or woven tape can comprise one strip of fabric strap 1016 wrapped around the periphery of the loadable bag 100 with components such as grips 1014, loops 1006 and adjustable working straps 2010. In some instances, one or more layers of a securing element 2009 can comprise attachments of the loadable bag 600 components such as grip 1014, loops 1006 and adjustable working straps 2010 on the front external surface 1000 and periphery 1004 of the loadable bag 600 in a closed configuration 100. Depending on the activity the user has desired, the adjustable working straps 2010 can be replaced with a buckle 2012 on the front external surface 1000 and/or periphery 1004 around the loadable bag 600 in a closed bag configuration. It is to be understood one or more adjustable working straps 2010 and/or one or more buckles 2010 can be secured by one or more securing elements 2009 vertically and/or horizontally on the on the front external surface 1000 and the periphery external surface 1004 of the closed bag configuration 600. In some instances, a user can request one starting point of the adjustable working straps 2010 and/or buckle 2010 to start on the top right corner and ending point on the bottom left corner on the front external surface 1000 of the closed bag configuration. It is to be understood vertically and/or horizontally can be interpreted as upwards, downwards, and/or sideways. In some instances, the loadable bag 600 can be retailed separately with minimal to no weight in the enclosure and in some instances, the loadable bag 600 can comprise of weight in the enclosure 601 with an expansion. Although the aforementioned range is considered the preferred embodiment, the size of the adjustable working strap 2010 and buckle 2010 can comprise an endless amount of sizes and ranges, that are suitable to serve the purpose of this disclosure. The adjustable working straps 2010 and buckle 2010 can be as large, or as small as needed to serve the intended purpose.
FIG. 18 illustrates a three-dimensional perspective side view of the loadable bag 600, in particular FIG. 18A minimal to no weight in the enclosure of the loadable bag 600, FIG. 18B moderate weight in the enclosure of the loadable bag 600 and FIG. 18C with a moderate to maximum expansion weight in the enclosure. The advantageous of a layer of padding 2011 over top the adjustable working strap minimizes or prevent damage to the adjustable working strap during physical activities also, when lifting the loadable bag as a weight, the adjustable working strap 2010 will not injure a user with respect to the layer of padding overtop the adjustable working strap 2010. A first fabric strap is manufactured and reinforced from the start point on or near the external flap surface 1000 fixedly by thread stitching, adhesive and securing mechanisms in between the periphery internal surface 1004A to the outer periphery surface 1004. A second fabric strap is manufactured and reinforced from a fastener 2010 in particular the zipper 2010 on the bottom compartment, in particular the compartment in between the first panel and the second panel. The fixed portion is on or near the zipper of the compartment between the periphery internal surface 1004A to the outer periphery surface 1004. The second fabric strap is inserted through the adjustable working strap 2010, then inserted through the first ladder and to the second ladder. The ladder is understood as a divider in between the adjustable working strap 2010. The end point of the fabric of the adjustable working strap 2010 comprises of a hook and loop fastener 2010 to overlap the fabric, in other words fold over the fabric and then securely engage the hook and loop fastener 2010. This method of manufacturing allows the user to firmly pull the second fabric strap to increase or decrease, expand or decrease the dimensions of the loadable bag 600, depending on the amount of weight in the enclosure 601. The top of the padding 2011 is fixed on or near the fastener 2010 in particular the zipper of the external flap surface and stitched around the left and right side of the periphery external surface 1004 with an opening at the bottom to pull out the adjustable working strap 2010 to either tighten or loosen. It is understood the pad covering 2011 may comprise of an opening on either the right and/or left side with the same or similar intended purpose padding size of the adjustable working strap 2010. The pad 2011 cushioning allows the fabric strap of the adjustable working strap 2010 to tuck into the pocket in which the adjustable working straps 2010 are no longer shown. Referencing to FIG. 18A-C, the pad cover 2011 is shown on the right and left periphery external surface 1004 however it is understood the pad cover 2011 can be manufactured onto the top and bottom periphery external surface 1004 of the loadable bag 600.
Referencing back to FIG. 8, the loadable bag 600 is transitionable between a closed bag 600 and open bag configuration 601. In some embodiments, the enclosure is interpreted as the internal surface of the open bag configuration 601. In some embodiments, during the transition from a closed bag 600 configuration to an open bag 601 configuration, the periphery of the enclosure surface 1704 of the front compartment 1000 can comprise of bounding flaps which is also interpreted as internal fold over when in the open configuration as depicted in FIG. 19A-C. It is to be understood the periphery front external surface 1000 of the loadable bag 600 is the similar structure of the enclosure internal fold over. In some instances, one or more weight strap 1700 can comprise of various fasteners such as adjustable working strap 2014, hooks and previous securing elements 2009 described. In some embodiments, a fixed loop 1006 with the similar and/or same structure of the front external surface 1000 and peripheries 1004 of the loadable bag 600 can be secured by one or more securing elements 2009 on the enclosure surface 1704 of the front compartment 2000. In some embodiments, a fixed adjustable working strap 2010 with the similar and/or same structure of the external surface and periphery adjustable working strap 2010 of the loadable bag 600 can be secured by one or more securing elements 2009 on the enclosure surface 1704 of the front compartment 2000. In some instances, a spacer, also known as a divider can be configured in various directions such as lateral to lateral (side to side) to the peripheries, vertical to vertical (top to bottom) of the peripheries, lateral to vertical (top or bottom to a side) and/or vertical to lateral. This can be viewed as various sections to in the enclosure to separate weights and articles. The spacers can be fixed via stitching, adhesive etc. to the base of the enclosure surface and in some instances, the spacers can be removable via a fastener 2010. It is to be understood the weight strap 1700 can be fixed or removable. For example, this method will illustrate a spacer comprising of a weight strap 1700 if fixed to the enclosure for more than one reinforced to secure the weight. In some embodiments, at least one fabric layer in the enclosure 601 can further comprise of adhesive to secure the loadable bag 600 exterior fabric with the enclosure fabric. In some instances, a securing element 2009 such as binding and/or nylon threading can be seen around the open configuration 601 which overlaps from the exterior and interior fabric. In some embodiments, one or more loops 1006 and/or adjustable working straps 2010 can be secured, fixed and/or removable at the bottom corner internal surface, proximal end and/or distal end adjacent to one another, transverse in an alternating patter for a removable weight strap 1700 and/or fixed securing elements 2009 which will be further elaborated in the upcoming embodiments. In some embodiments, the internal surface can comprise of the outer layer of the external surface of the loadable bag in the closed configuration with or without waterproof coating selected from chlorosulfonated polyethylene (CSPE) synthetic rubber (CSM), polyvinyl chloride (PVC), and/or with a mixture of polyurethane (PU), PVC tarpaulin combination thereof. For example, the durable surface/rear external surface 1002 of the external surface of the loadable bag 600 can comprise of rubber which will contain the same layer as the internal surface of the open bag configuration 601. Depending on the usage of the loadable bag, a fastener such as a hook and loop fastener 2010 can be configured to the outer peripheries of the enclosure and/or direct surface of the enclosure to attach a layer of fabric, foam padding 2011 in other words, a cover configured to cover the weight strap 1700 wherein the user can place other articles in the enclosure, related or unrelated to the loadable bag intended purpose. As depicted in FIG. 16, the enclosure flap may not have weight strap 1700 and can comprise of one or more pocket 2007 configured to secure one or more articles, wherein the articles are lighter. In some instances, the enclosure flap 1708 can comprise of a layer of foam padding and/or stretchable elastic configured for comfort when using the bag in the closed bag configuration.
FIG. 19 illustrates the appropriate method to place a filler weight onto one weight strap 1700. It is to be understood filler weights is not required and other objects can be utilized as weights in the open configuration 101 compartment 2000. It is to be understood one or more fixed weight straps 1700 can be fixed on top, mid-point and/or at the bottom of the internal fold over which is then horizontal and/or vertical to the opposite end of the internal fold over. The enclosure 601 can be viewed as multiple fixed and/or weight straps 1700 in different directions such as, horizontal, vertical, proximal end, distal end in combination thereof. It is to be understood the loadable bag 600 can comprise of at least one fixed weight straps 1700 and/or one removable weight straps 1700, depending on the usage of the loadable bag 100. For example, a user can request to secure all objects in place which will further comprise of more than one weight straps 1700. In some instances, the loadable bag 600 can comprise of water and/or similar liquids to use for weight which will not require weight straps 1700. In some embodiments, at least one weight straps 1700 can be fixed on one end of the internal fold over loop in the enclosure 101 which the other end of the internal fold over can be loose to secure one or more weights in place. For example, a user can place and secure a large weight in the enclosure 101 and another weight which dimension is smaller. The weight straps 1700 can conveniently adjust to the appropriate weight. In some embodiments, at least one weight strap 1700 can comprise of one or more fasteners selected from hook and loop fasteners 2010 with a waterproof coating such as PVC and/or PU in combination thereof. Additionally, another option for a transition to securing a filler weight onto one or more various weight straps 1700. It is to be understood there can be more than one filler weight 2200 secured by one or more weight straps 1700. In some instances, a weight straps 1700 is not required to secure one or more filler weight and/or other objects in some instances, at least one weight straps 1700 can be viewed as a shoe adjustable strap that provides similar functions to tighten and/or loosen the fabric, depending on the weight in the enclosure 601. In some instances, at least one weight straps 1700 can be interpreted as a fabric strap 1016 further comprising of at least one layer of the fabric selected from nylon, canvas, polyester, Cordura, and/or rubber, one or more layers of the waterproof coating such as PVC and/or PU coating in combination thereof. In some embodiments, the layer of the loadable bag 600 enclosure can comprise of thin fabric such as polyester, not limiting to similar fabrics which also may comprise of at least one layer of PVC and/or PU coating to maintain the flexibility the loadable bag 600. Also, to accommodate to the weight and/or article in the enclosure, the inner surface and/or outer external surface can comprise of a layer of elastic band which is known as spandex and/or foam in addition to the previous fabrics mentioned. It is to be understood the ending point of one or more internal fold over is to secure one or more weights in the enclosure comprising of other securing devices such as plastic and/or metal hooks, buttons, clips and/or buckle 2010 from one ending point to the other. In some embodiments, a filler weight 2200 can be viewed with at least one ending of one weight straps 1700 wrapped under and/or over top to the opposite ending to securely hold a weight in place. It is to be understood the preferred weight straps 1700 is not mandatory and a user can secure a weight without wrapping over and/or under. In some embodiments, at least one weight straps 1700 can be secured horizontally and/or vertically which is determined of the usage of the loadable bag 600. For example, a user can request a larger loadable bag 600 which will then require an additional weight straps 1700 on either end of the internal fold over. In some embodiments, a weight straps 1700 can comprise of one starting point on the bottom vertical to the top vertically of one or more internal fold over 1006 and vice versa. In some embodiments, a weight straps 1700 can comprise of one starting point on the bottom horizontally to the top horizontally of one or more internal fold over 1006 and vice versa. In some embodiments, a weight straps 1700 can comprise of one starting point on the bottom vertically to the top horizontally of one or more internal fold over 1006 and vice versa. In some instances, the weight straps 1700 can be configured to the periphery of the inner surface enclosure and one or more weight straps 1700 can be configured to the top internal or external surface to fold over, in other words to wrap around and secure the weight and/or article. In some embodiments, a loop 1006 can comprise of one or more layers of a securing element 2009 such as woven tape and/or binding on one endpoint of the loadable bag 600 in an open configuration 601 to the other which is then looped around by a hook and loop fastener 2010 then folded over to secure one or more weights in the enclosure. In some embodiments, the axis of at least one securing element 2009 of a weight straps 1700 can swivel to accommodate to the objects placed in the enclosure. For example, prior to manufacturing, a user can request two large weight straps 1700 from one end to another to strictly carry metal weighted plates. This would also allow the user to place objects that may be constructed in different angles. In some embodiments, a fixed and/or removable weight straps 1700 can comprise a fastener, such as a hook and/or adjustable working strap 2014 on one ending point from another, configured for other intended purposes with or without the loadable bag 600 components. It is to be understood the enclosure bag configuration 101 can comprise of one or more fixed and/or removable weight straps 1700 in different directions from other weight straps 1700 as referenced in FIG. 16B. It is to be understood the weight straps 1700 can comprise of the similar and/or same structure for fasteners 2010 selected from adjustable working strap 2010, fasteners 2010, hook and loop fasteners 2010, buckle 2010, hooks, zip ties, buttons, zipper 2010, clips, fixed and removable rods in combination thereof, located on the periphery and external surface of the loadable bag 600 in a closed configuration. The user can request the weight straps 1700 to comprise of other fasteners such as adjustable working strap 2010 and/or buckle 2010 in substitute of a hook and loop fastener 2010. The intended purpose is to secure all weights in the internal surface with minimal to no movement. In some instances, one or more weight straps 1700 can be secured to the bottom of the internal fold over, to fold over smaller objects such as metal plates with minimal to no movement. This allows the user to have multiple options to add weight in the internal surface with no damage. In some instances, the base of the weight straps 1700 can be secured to the enclosure periphery, wherein the securing element 2009 is passed through, over and/or under to the external surface periphery. Moreover, the base of one or more adjustable working strap 2010 can be secured to the corners of the peripheries in the enclosure secured by one or more layers of binding or similar securing element 2009. It is to be understood the length and width of the weight straps 1700 can have a greater length than one another with respect to the request of the user. In some instances, the outer and/or inner fabric may comprise of a layer of foam padding and/or elastic configured to secure softer articles, which still allows expansion of the weight straps 1700. Depending on the usage of the loadable bag 600 such as for a hiking bag or a travel bag, the weight straps 1700 can comprise of a zipper 2010, wherein the zipper 2010 comprises of various compartments in sections around the enclosure. As previously elaborated, the user is required to choose from a listing of options, depending on the usage of the loadable bag 600. For example, a user can utilize the loadable bag 600 as a travel bag and the weight straps 1700 may not be manufactured which is more economical during manufacturing and when retailing. Also, the internal surface can be viewed as regular suitcase straps with fasteners and/or adjustable working strap 2010 and/or hooks to secure objects in place with minimal to no movement. For example, a user carrying clothes can attach one or more adjustable working strap 2010 and/or hooks to one ending point of the loadable bag 600 internal enclosure to secure all clothes in place. Also, the user can conveniently utilize one or more weight straps 1700 with a hook to fold over and/or under and/or in between objects to have a divided area.
In some embodiments the end point of a weight straps 1700 on a periphery 1400 may not comprise of an adjustable working strap 2010 on one ending but can comprise of a securing mechanism 2009 such as a hook, magnet, clip and/or fasteners. Also, it is understood one side of the end point of a weight straps 1700 can be loose and not fixed which allows the user to completely remove the weight straps 1700. For example, wherein one side of the weight straps 1700 is not engaged with the opposite ending of the weight straps 1700, the end point of the hook and loop fastener 2010 are not engaged with each other which can be removed from the adjustable working strap 2010 on an end point of an enclosure periphery which then can be discharged, in other words looped through the adjustable working strap 2014 loosely and then can be removed. In some embodiments, an end point of peripheries 1004 can comprise of adjustable working strap 2010 on both ends wherein the weight straps 1700 is then inserted through one adjustable working strap 2010 followed to the opposite ending. This feature allows a user to remove one or more adjustable working strap 2010 which allows the enclosure of the loadable bag compartment. The inner panel walls 1004 of the enclosure of the front compartment 2000. The at least one adjustable working strap 2010 comprises of a fabric strap 1016 and a fastener which may include a hook and loop fastener 2010 or similar fasteners. One or more adjustable working strap 2010 secured to one or more inner peripheries 1004 of the loadable bag 600. In between each inner panel further comprises of a separate fastener 2010 in a horizontal or vertical position relative to the inner peripheries 1004 fastener 2010. For example, in between an inner periphery 1004 comprises of the corner, wherein the corner of the inner peripheries 1004A comprises of a separate fastener 2010. In some instances, the corner fastener 2010 comprises of a layer of padding to protect the fastener from damage during physical activities and movement. As previously described, the term adjustable working strap 2010 is a fastener 2010 and in some instances the fastener 2010 is a buckle 2010, a hook or other securing mechanism. In some embodiments, the one or more inner peripheries 1004A fasteners 2010 may comprise of a swivel securing element 2009 fixed and/or removable to the first layer of fabric of the surface of the inner panel configured to either tighten or loosen the fabric in a length, width and/or height as an all in one fastener 2010. It is understood the fasteners are secured to the inner peripheries 1004 wherein the fabric of the inner peripheries 1004 fabric comprises of a space in between the one or more inner peripheries 1004 fastener 2010 and the inner peripheries 1004 to tighten and/or loosen. With respect to the fastener 2010 such as a buckle 2012, a padding cover may overlap one side of the buckle 2012, known as the male/female inserting one or more layers of padding on the either the male or female and in some instances both male and female inserts, wherein the padding is configured to protect the fastener in the inner and outer loadable bag. It is understood the fabric of the one or more inner peripheries 1004 fastener 2010 passes through one or more ladders, in other words dividers of a fastener (buckle 2012 and/or adjustable working strap 2010 to the opposite end of the divider to create a tension to tighten and/or loosen. With respect to excessive fabric of the one or more inner peripheries 1004 fasteners 2010, a fabric can comprise of a fabric glider 1018 to decrease the length, if any. In addition, the ending of the fabric of the inner peripheries 1004 fasteners 2010 may comprise of a hook and loop fastener 2010 to fold over at least one to decrease the length of the fabric. Also, the padding is configured to create a soft rounding with respect to the outer panels. For example, the corner fasteners 2010 may comprise of a larger fastener 2010 compared to the inner peripheries 1004 fasteners 2010, wherein the outer peripheries corner may comprise of a dense section which may cause discomfort to a user during physical activities. In some embodiments, the adjustable working strap 2010 of the first inner periphery and second inner periphery and corner in between the first and second inner periphery may comprise of a small space to either tighten or loose then fasteners 2010 of the inner first or second periphery 1004 fasteners 2010 and/or to fold over the excessive fabric at least once via a hook and loop fastener 2010, similar to the fabric strap 1016 and hook and loop fastener 2010 fold over previously described. In some embodiments the inner peripheries 1004 fasteners 2010 may comprise of a layer of padding of the entire fastener fabric around the inner peripheries 1004 configured to also protect from any damage in the enclosure of one or more compartments during physical activities and also to provide comfort for a user for exercises such as Olympic lifting, in particular cleans. With respect to the amount of weight and length in the enclosure of the compartment the inner peripheries 1004 fasteners 2010 is configured to tighten the loadable bag structure and/or loosen. For example, a loadable bag comprising of two or more weights secured in the enclosure surface 1704 of the compartment 2000, the inner peripheries 1004 fasteners 2010 may comprise of the fabric of the one or more inner peripheries 1004 fasteners 2010 to decrease tension, in other words to loosen the bag. This method is designed to increase or decrease the length of the loadable bag on the front external surface 1000. With respect to the one or more corners of the inner peripheries 1004A fasteners 2010 is configured to increase or decrease the height of the loadable bag with respect to the amount of weight in the enclosure compartment 2000. For example, one or more weights is secured on top of each other on either the top or bottom inner peripheries 1004A the corner fastener is configured to increase or decrease the height, wherein the weight in between the corner fasteners comprises of limited to no weight in the enclosure compartment, the corner fasteners will be tightened, in other words the fastener fabric will be pulled tight to decrease the height of the loadable bag in the closed and open configuration. This method is beneficial for a loadable bag to comprise of minimal to no fasteners on the external panels and/or peripheries, providing the loadable bag comprising of limited parts to the external surface of the loadable bag 600. Additionally, this method of manufacturing is beneficial for user's in the military and any hard impact training to create a direct hard impact exercises such as slams and drags preventing damage to the fasteners 2010 secured on the outer panels and/or peripheries. In some embodiments, the loadable bag external fastener to open and close the loadable bag is configured to open and close the loadable bag without damage to the fastener 2010, wherein the fastener is a zipper 2013. The zipper 2013 is secured to the opposite ending corner of the loadable bag and secured and protected in a zipper 2013 hood (not shown). Also, the present method of manufacturing allows a one size fits all loadable bag with respect to the fasteners 2010 on the inner and outer panels and/or peripheries with respect to the length and height increased or decreased, with respect to the amount of weight in the enclosure. It is understood the inner panel fasteners and the weight strap 1700 are two different fasteners and also the two fasteners may not overlap each other on the inner peripheries 1004. The advantage of a separate weight strap 1700 and an inner peripheries 1004 fasteners 2010 distinguished as two separate securing mechanism. For example, an article can be secured to the base of the inner compartment wherein one side of the adjustable compartment strap 1700 is wrapped around to the opposite side of the adjustable compartment strap 1700, wherein the one or more inner peripheries 1004 fasteners 2010 is designed and configured solely to increase or decrease length, width and/or height of the inner panel of the loadable bag to the outer panel of the loadable bag. In some embodiments, one weight strap 1700 is horizontal and a second weight strap 1700 is vertical to the first weight strap 1700 to secure a weight in different directions. For example, a filler weights comprising of a smaller size can be strapped and secured to the weight strap 1700 vertically on the inner peripheries 1004 wherein the larger filler weight can be strapped and secured to the periphery inner peripheries 1004. It is understood the same or similar features, functions and/or fabric construction as the weight strap 1700.
Example: Weight in the Open Bag Configuration
Referenced to FIG. 12, a loadable bag comprises of different amount of weight, in particular FIG. 12A comprises of minimal to no weight, FIG. 12B comprises of moderate weight and FIG. 12C comprises of an increased and/or full expansion weight. It is understood one or more weight strap 1700 comprises of one or more configurations, for example
FIG. 17A-17B comprises of minimal to no weight in the enclosure of loadable bag 100, wherein the weight can comprise of fillable materials and/or other weight. As referenced in FIG. 15A the weight straps 1700 are not engaged with each other, in other words the weight straps 1700 are detached on one end. A weight is then placed on one or more weight strap 1700, in particular the weight strap 1700 on periphery inner peripheries 1004A and/or or vice versa. A user can firmly pull one end of the weight strap 1700 to the opposite ending of the weight strap for both sides to engage with each other to secure one part of the weight. Depending on the size of the weight, one side of the weight strap 1700 can securely wrap over the opposite end of the weight strap 1700. This feature allows the user to utilize the weight strap 1700 in accordance with the size of the weight placed in the enclosure. It is understood the weight strap 1700 can comprise of a longer length with respect to stacking one or more weights on each other. For example, the hook and loop 2010 on the ending of an adjustable working strap 2014 can comprise of a hook and the opposite comprise of a loop to then fold/roll over till the appropriate length desired referenced to FIG. 10B. It is understood the same or similar method is used for the weight strap 1700 on the one or more inner peripheries 1004A to create a more secure option. It is understood various size of weighted articles can be configured in one or more weight strap 1700. For example, a water bottle can be secured by one or more weight strap 1700 with respect to the length of the water bottle. For exercise purposes, a user targeting core stability exercises the weight strap 1700 can disengage with each other wherein targeting compound exercises, the weight strap 1700 can secure a weight. Also, it is understood a weight can be placed under the weight strap 1700 wherein another weight is stacked on top of the first weight to still secure.
Hydration Pack Compartment
FIG. 20 illustrates a compartment open via a fastener 2010, wherein the compartment comprises of one or more pockets 1802 on the inner layer of the enclosure, in more particular the rear external surface compartment. FIG. 18A illustrates a pocket 1802 comprising of a fastener configured to open and close to add or remove one or more articles. Also, to add weight without large expansion, the loadable bag can comprise of pockets 1802 specifically for weighted plates designed for weighted vest which can be convenient to retail together for usage with a loadable bag 100 and a weighted vest. The first surface of the inner compartment, in particular the rear external surface compartment enclosure can comprise of a layer of foam and lining, secured by binding, wherein the second layer comprises of a second layer of foam and elastic to expand to one or more articles, wherein a third layer of the rear external surface compartment enclosure comprises of smaller size pocket 1802. The top lining of the rear periphery compartment enclosure comprises of a cavity hole 1800 comprising of one or more layers of fabric and a fastener 2010 and in some instances a fastener flap to add or remove articles such as a hydration pack, headphones etc. As previously described, the first layer of the rear external surface compartment enclosure comprises of a second cavity hole 1800, wherein the second cavity hold comprises of a small opening to secure a hook wherein the hook is secured to the enclosure of one or more pockets, in particular the first layer of the rear external surface compartment configured to hold and secure one or more articles. The one or more articles can comprise of a hydration pack inserting to the first, second or third pockets, wherein the hook is a swivel to secure the hydration pack with minimal to no movement. The hook 1804 can be secured by a layer of fabric to a surface of the enclosure of the loadable bag 600 wherein the hook is hidden in one or more pockets of a cavity hole 1800 when securing the hydration pack.
In some embodiments, one or more compartments inner peripheries 1004A and/or external peripheries 1004 can comprise of a layer of padding and/or stretchable fabric configured to such as elastic fixed by a securing element 2009 configured to decrease the ability of a first compartment to decrease the possibility of a compartment. For example, the front compartments detached via a fastener 2010 to a compartment wherein the front compartment can comprise of one or more articles which cause the front compartment to detach at a fast pace; over time the stress of the detachment may cause damage to the lower part of the fasteners 2010 of the one or more compartment. The padding layer and/or stretchable elastic may decrease the likelihood of the front compartment detaching from the compartment resulting in damage with respect to the fastener to open and close the front compartment and the compartment. Also, the layer of padding and/or elastic can be secured to the lining around the inner layer of the compartment configured for padding during exercises in the closed bag configuration. For example, during Olympic lifting in particular cleans, a user can catch the loadable bag onto the user's chest or collarbone. With respect to the one or more layers of padding and/or stretchable elastic, the user can comfortably utilize the loadable bag 600 for hard impact workouts.
FIG. 21 illustrates a filler bag 700 in particular a filler bag 700 comprising of an external surface 1000 a rear external surface 1002 and an external periphery 1004 with a front interior surface 1000A rear interior surface 1002B and periphery interior surface 1004A comprising of the same and/or similar features, components, intended purpose referenced from FIG. 1-20, in particular FIG. 2A with respect to a cavity hole 1008 on the front external surface 1000 of the filler bag 700. In some perspective views, FIG. 21-23 comprises a bag as a circular shape with rounded corners for comprising of a bounding flap 1013, attachment flaps comprising of a set of fasteners configured for an opening to insert fillable materials for a desired weight. FIG. 21A-D illustrates a transition from a closed filler bag 700 to a top opening, in particular FIG. 21D. FIG. 21A illustrates front perspective view of the filler bag 700 with all bounding flaps 1013 engaged with each other. FIG. 21B illustrates the rear perspective view of the filler bag 700. FIG. 21C-21D comprises of a second bounding flap 1013 disengaged with the top bounding flap 1013 wherein the top bounding flap is folded over to the second bounding flap 1013 wherein the outer external surface bounding flap 1013 is engaged with a fastener 2010 in particular a loop said of a hook and loop fastener 2010.
FIG. 22 illustrates a filler bag, in particular the filler bag 700 with fillable materials in the enclosure selected from: sand, water, soil, pellets and other dense materials in combination thereof. It is understood the filler bag 700 comprises of flexible, durable material for an expansion when fillable materials is in the enclosure, while maintaining the durability. FIG. 22A illustrates a top perspective view of a filler bag 700 comprising of bounding flaps 1013 and flaps, a first flap 1013A a second flap 1013B and a third flap 1013C are same and/or similar components referenced to FIGS. 1F and 8A. FIG. 22B illustrates a side perspective view of the filler bag 700 wherein the bounding flap(s) 1013 are self-supported raised and in some instances, a more dense fabric materials are constructed within the filler bag 700 the bounding flaps 1013 are raised. A loop 1006 is secured on the periphery (not shown), wherein one end of the loop is secured to the front external surface 1000 and the opposite ending is secured to the rear external surface 1002. The preferred materials used for this loop 1006 is the same and/or similar to the loops 1006 securing the attachable grips 1012 in particular referenced to FIG. 11A. FIG. 22C a user securing the bounding flap 1013 on or underneath the loop 1012. When a user removes his/her hand, the bounding flap 1013 will remain tucked under the loop 1006. When manufacturing, the rear external surface 1002 is flat on a surface, the front external surface 1000 is over top and the two surfaces are secured by one or more securing elements 2009 such as adhesive, thread stitching etc. the outer surface periphery 1004 is constructed. Therefore, the outer surface of the first bounding flap 1013 can comprise of a great number of fabrics, coatings, and other materials listed on FIG. 1-21, the top of the bounding flap 1013 is illustrated as a durable material.
FIG. 23A illustrates a top perspective view of a filler bag 700, in particular a filler bag 700 comprising of two grips secured in a lateral direction and two grips 1014 and/or attachable grips 1012 secured in a horizontal direction, wherein the grips 1014 and 1012 are secured via one or more securing elements 2009. The first bounding flap 1013 is configured and illustrated to fold over to the external surface 1000 of the filler bag 700 however it is understood the top opening bounding flap 1013 opening can be released and disengaged with each other for access on the rear external surface 1002. It is understood the elements referenced and structure on referenced on FIGS. 2A, 3A, 5, 6A, 6B, 9A and 10A may comprise of the same and/or similar elements, construction, features, intended purpose etc. FIG. 23B illustrates a rear perspective view of the rear external surface 1002 in the closed filler bag configuration 700 with the same and/or similar features as the rear external surface on FIGS. 3D, 6E-G and 10B also the loops 1006 are shown and secured to the bottom lateral portion bottom surface periphery 1002 comprising of the same and/or similar features as the loops 1006 illustrated on FIG. 1-18 when illustrated. FIG. 23C illustrates a bottom side perspective view of the filler bag 700 illustrating the external surface periphery 1004 and loops 1006 and the rear external surface 2000. FIG. 23D illustrates a top rear perspective view of the filler bag 700 first set of the bounding flap 1013 disengaged with each other, in particular the inner surface of the first bounding flap 1013 comprises of a hook end of a hook and loop fastener 2010 wherein the loop end of the hook and loop fastener 2010 is secured to the front external surface 1000 and/or rear external surface 1002, a second set of bounding flap 1013 fasteners 2010 wherein the second set of bounding flap 1013 is secured in a lateral direction on the outer surface of the first fastener of the first bounding flap 1013, wherein the inner surface of the second set of bounding flap is a hook side of a hook and loop fastener to engaged with the loop side of the first set of the first set of bounding flap 1013 wherein the outer surface of the second set of the bounding flap 1013 is a loop side to secure onto the inner surface of the first set of bounding flap 1013 wherein when the first set and the second set are engaged with each other, the bounding flap 1013 base is closed, as depicted in FIG. 23A, in other words a first set and a second set of bounding flaps 1013 are engaged with each other, the top outer surface of the bounding flap 1013 is folded over and secured on top of the zipper(s), or, the second set of fasteners are folded over and secured on top of the zipper as a single flap; a third set of fasteners, wherein first fastener is a top zipper chain 2010 and the second fastener is the bottom zipper chain 2010B are disengaged with each other, illustrating a cavity hole 1800 opening for fillable materials, a fourth set of fasteners, wherein a hook side of a hook and loop fastener is secured in the front interior surface 1000A and the loop side of the hook and loop fastener is secured to the rear interior surface 1002A wherein when the fourth set of fasteners 2010 are engaged with each other, the fillable materials is secured in the enclosure. It in some instances, an additional cavity hole 1800 may be secured in the inner surface of the front external surface 1000A and the rear interior surface 1002A and a funnel opening for a easy access to pour fillable materials directly into the enclosure of the filler bag 700. It is understood the first, second, third, fourth and fifth fasteners 2010 are secured together, the fillable materials, the cavity hole 1800 is closed, preventing or limiting the fillable materials from depositing from the enclosure of the filler bag 700. It is also to be understood the filler bag 700 bounding flap 1013 may comprise of a single set of fasteners to secure the cavity hole 1800 or the first set and the second set of fasteners are engaged with each other to cover the cavity hole 1800 or the first set, second set and third set are engaged with each other to cover the cavity hole 1800 or the first set, the second set, the third set and the fourth set are engaged with each other to cover the cavity hole 1800. FIG. 23E illustrates an opening, wherein the opening is configurable to add or remove fillable materials once the flaps of the loadable bag 700 is at a desired weight. It is understood FIG. 23E illustrates a separate set of fasteners in the inner surface to the outer surface creating an additional securing hook and loop fastener 2010. The bounding flaps 1013 may comprise of a hook and loop fastener and zipper as one flap as referenced to FIG. 8B however a single fastener may be configured on a bound flap 1013 described.
FIG. 24A illustrates a drag sled 2502 in particular a top view of the dragging sled 2502 can comprise of the same or similar textile as the fixed rear external surface 1002 on the loadable bag(s) illustrated on FIG. 1-23600 with a similar intended purpose. In some embodiments, a drag sled 2502 can comprise at least one layer selected from nylon, ballistic nylon, wool, silk, plants such as cotton, flax, jute, bamboo, minerals such as asbestos, glass fiber, and synthetics such as nylon, polyester, acrylic, and rayon, rubber, polyvinyl chloride (PVC) polyurethane (PU) coating and tarpaulin in combination thereof. In some instances, the loadable bag 600 may not comprise of the durable materials on the rear external surface 1002 wherein the drag sled 2502 as a desired replacement and in some instances, a user can use weight from the loadable bag 600 to add onto the drag sled 2502 for a desired weight, as illustrated in FIG. 24B. In addition, the materials on the drag sled 2502 such as metal, the drag sled 2502 can be configured to drag on more than one surface preventing damage. FIG. 24B illustrates. As illustrated in FIG. 24C, the drag sled 27 is attached onto a hook 18 of a connecting strap 15 for hauling exercises. It is to be understood the intended primary usage of the dragging sled 2502 as a separate apparatus. In some embodiments, an ending of the drag sled 27 may have a perspective view of a slight elevation to secure all objects in place. Additionally, the elevation can comprise of a loop 1004 to attach to optional objects such as a connecting strap to haul for dragging exercises but is not limited to other activities. In some embodiments, the dragging sled 2502 can comprise of one or more cavity holes to attach or detach optional objects, such as a connecting strap for dragging exercises, but not limited to other activities. In some embodiments, a weight strap 1700 can comprise of the same and/or similar features, components, intended purpose as depicted in FIGS. 8 and 19. In some embodiments, the drag sled 2502 can fold at least once to conveniently stow in the loadable bag 600 or other devices. In some embodiments, a user can stack weighted plates on top of one another to be secured by one or more fasteners previously described with a fastener and adjustable working strap 2010 under and/or over to decrease shifting when performing physical activity as referenced to FIG. 24C. In some embodiments, the drag sled 2502 may have an elevation with respective of manufacturing. For example, the drag sled 27 can comprise of one sheet of metal which a perspective side view flat on a surface. In some instances, the drag sled 27 can comprise of one or more fabrics such as nylon and/or canvas resulting in a slight elevation. It is to be understood a drag sled 27 can further be viewed as a similar structure to the rear external surface 1002 previously referenced and described in details. In some embodiments, a drag sled 2502 is designed as an accessory to utilize with the loadable bag 600 as a draggable component. In some embodiments, the drag sled 2502 may comprise of a securing device such as a cavity hole 1800 wherein the cavity hole comprises of a fixed and/or removable pole to stack barbell plates, as depicted in FIG. 24C.
Referenced to FIG. 1-23 illustrates a loadable bag apparatus shaped as a rectangular shape. It is understood FIG. 25-29 illustrates a circular loadable bag in some perspective views comprising of the similar or same features, components, functions, intended purpose etc. as referenced to FIGS. 1-23 and in some instances, additional features may be added with similar elements. In addition, drawing elements may be labelled the same or similar components from FIG. 1-23.
FIG. 25A-B illustrates the loadable bag 800 in the closed bag configuration, comprising of a front external surface 1000, a rear external surface 1002 and a periphery external surface 1004 defined as the outer circular shape of the loadable bag 800 wherein a front interior surface 1000A, a rear an interior surface 1002A and periphery interior surface 1004A. The one or more external surfaces of the loadable bag comprises of a MOLLE system, wherein the MOLLE system comprises of one or more MOLLE attachment 1006, wherein at least one MOLLE attachment 1006 is fixed and secured vertically and/or horizontally to one or more external surfaces 1000, 1002 and 1004 wherein the one or more MOLLE attachment 1006 comprises of an opening. For example, a MOLLE attachment 1006 is not secured to the outer surface of the loadable bag on either a top end, a bottom end and/or two lateral side configured for a space for attachments, in other words a MOLLE attachment 1006 as illustrated in FIG. 25 comprising of similar components in particular to the loop 1006 referenced in FIG. 1-24. Furthermore, the outer fabric surface of a MOLLE attachment 1006 may comprise of a hook and loop fastener, in particular the loop end of the hook and loop fastener for attachments, such as patches. The front grips 1014 may have the same and/or similar features and functions as the present disclosed rear grips. To utilize the loadable bag 800 as a physical exercising device, one or more attachable grips 1012 are removed from one or more external pockets 2007 and inserted underneath a MOLLE attachment 1006, preferably the last two MOLLE attachments 1006 distal to the external pockets 2004 wherein the securing elements 2009 is pulled through one or more MOLLE attachments 1006 in which the securing elements 2009 top layer is inserted in between the distal end of the MOLLE attachment 1006. To decrease the length of the attachable grips 1012, a user can firmly lift a MOLLE attachment 1006, insert the securing elements 2009 underneath followed to freely allowing the securing elements 2009 to move, until pulling in an upwards direction to decrease the movement of the loadable bag 800.
FIG. 26A illustrates a rear perspective view 1002 of the loadable bag 800 with one or more compartments 2007 completely closed and FIG. 26B illustrates two attachment straps secured to one or more MOLLE attachments 1006 near the end point of the rear external surface 1002. The one or more attachment straps 2600 comprises of a first layer of fabric, wherein an attachable grip 1012 may comprise of one or more layers of fabric, wherein the attachable grip 1012 comprises of a greater number of layers of fabric relative to the first attachment strap 2600 or vice versa. Previously referencing FIG. 26B, two attachment straps 2600 are released from two external pockets 2004 in which the attachment straps 2000 may be viewed as a “less constructed” element, in particular the front grip 1014 as previously illustrated in FIG. 1-24. The attachment straps 2600 may comprise of a smaller width and thickness relative to the attachable grip 1012. One intended purpose for the attachment straps 2600 is configured to attach onto separate devices such as weight vest and/or attaching other objects with respect to the MOLLE attachment 1016 opening. In some instances, the attachment strap 2600 may be utilized as a grip, in fact, depending on the perspective view, the attachment strap 2600 can be used as a grip 1014. The top portion and the bottom portion of the rear external surface 1002, the bottom end is either fixed and/or removable on either the top or the bottom and in some instances, the attachment strap 2600 can be removed. In addition, one or more securing elements 2009 such as binding, adhesive, thread stitching and similar securing mechanisms on the top or bottom of the one or more attachment straps 2600. The one or more attachment straps 2600 comprises of a first layer of fabric, wherein an attachable grip 1012 may comprise of one or more layers of fabric, wherein the attachable grip 1012 comprises of a greater number of layers of fabric relative to the first attachment strap 2600 or vice versa.
FIG. 26C illustrates two attachable grips 1012 secured and fixed by one or more securing elements to the top of the external pocket 2004 wherein the securing elements 2009 is distal relative to the fixed point of the attachable grips 1012 and attachment straps 2600. The first layer of the attachable grip 1012 comprises of a layer of fabric, wherein the layer of fabric comprises of at least one securing element such as thread stitching, adhesive, snap buttons and/or similar fasteners for reinforcement. the rear perspective view of the loadable bag 100 and the rear external surface 1002 of the loadable bag 800, wherein the rear external surface 1002 of the loadable bag 800 comprises MOLLE attachments 1006, similar to the front external surface 1000. It is understood the front external surface 1000 comprises of a front interior surface 1000A in the enclosure which is also understood as the open pouch configuration 801. FIG. 26B illustrates the top of the rear external surface 1002 comprises of at least one opening, where the at least one opening comprises of at least one rear compartment 2007. A second opening of the at least one opening comprises of the MOLLE attachment 1006 top opening, wherein the MOLLE attachment 1006 opening is secured in a vertical direction, relative to from a first MOLLE attachment 1006 to a second MOLLE attachment 1006, which defines as a MOLLE attachment 1006 row of a top end fixed to the top of the rear external surface 1002 and a bottom end either fixed and/or removable on either the top or the bottom and in some instances, the attachment strap 2600 can be removed. In addition, one or more securing elements 2009 such as binding, adhesive, thread stitching and similar securing mechanisms on the top or bottom of the one or more attachment straps 2600.
FIG. 27 illustrates the rear external surface 1002 comprising of two attachable grips 1012 and attachment straps 2600 released from one or more compartments 2007 of the loadable bag 800. The compartments 2007 of the loadable bag 800 configured add and/or remove at least one attachment strap 2600 and/or at least attachable grip 1012, however it is understood the compartments 2007 can secure and stow away other items and/or articles. In some instances, the compartments 2007 may be configured to slightly overlap the external periphery 1004. The compartment 2007 comprises of an opening, wherein the opening comprises of at least one fastener 2010. For example, one side of a hook and loop fastener 2010 can be secured to the inner surface of one or more compartments 2007 wherein the opposite side of the hook and loop fastener can be secured to the outer layer of the front external surface 1000 and/or rear external surface 1002. As previously elaborated, the rear external surface 2002 comprises of a MOLLE system (one or more MOLLE attachments 1006) secured by one or more securing elements lateral (side by side) relative to one another. The top row of the MOLLE system comprises of an increased layer of fabric relative to the MOLLE attachment 1006, wherein the increased layer of fabric is configured as an additional reinforcement comprises of a fastener 2010 to open and deposit one or more attachment straps 2600 and/or attachable grips 1012. It is understood the first row of the MOLLE system comprises of a divider wherein the divider is fixed by one or more layers of an x box shape (bartack or similar securing elements) directly onto the outer layer of the rear external surface 1002. During manufacturing, the starting point of the first row of the one or more MOLLE system is secured to the external periphery 1004 wherein the end point secured to a lateral side of the fixed divider comprising of a slight opening, defined as the compartment 2007. It is understood the term starting point is defined as the beginning of the row. Also, it is understood this method of manufacturing may result in openings, in other words the compartment 2007 on the top, the bottom and/or one or more sides, wherein all is secured to the external periphery 1004. In some embodiments, the inner layer of the one or more horizontal (top to bottom) MOLLE system row comprises an increased layer of fabric relative to the remaining MOLLE attachment system rows (which does not have pockets) configured to securely attach onto the external surface. For example, the first layer of the rear external surface 1002 comprises a fixed attachment strap 2600 and/or attachable grip 1012 secured by one or more securing elements 2009 such as thread stitching wherein the first inner layer of the MOLLE system row (horizontal) comprises of an additional layer of fabric. This method allows a user to secure attachments onto the MOLLE system of the rear external surface 1002 without causing damage and in fact the attachment straps 2600 and attachable grips 1012 are not shown. For example, a user attaching a hook comprising of heavy weight such as gun holsters directly onto the MOLLE system would prevent damage to the attachment straps 2600 and attachable grips 1012 during long lasting tactical training. It is understood compartment 2007 configured to release and deposit the attachment straps 2600 and/or attachable grips 1012, however depending on the usage of the loadable bag 800 the compartment 2007 may configured and secured in a lateral direction, relative to the top compartment 2007 in other words, the compartment 2007 located on the side of the one or more external surfaces. To minimize or prevent the attachment strap 2600 and rear grip 2001 from overlapping which may cause additional expansion, either the attachable grips 1012 is stitched and secured to the outer layer of the rear external surface 1002 and the rear grip 2001 is stitched to the inner and/or outer layer of the external pocket 2004 or vice versa.
FIG. 28A illustrates a circular shape of the loadable bag 800, the periphery external surface 1004 is configured on top base secured by thread stitching, dividing into a separate section of the top periphery external surface 1004 wherein the second section relative to the first section external periphery 1004, the end point comprises of a separate stitching configured for a fastener 2010 such as a zipper in particular one side of the teeth of the zipper 2010A to open and close the loadable bag 800. The rear periphery surface 1004 is defined as the periphery external surface 1004 however as previously described, the periphery external surface 1004 is relative to the front external periphery 1004 comprises of the second teeth of the zipper 2010B, relative to the first zipper 2010A of the loadable bag 800. It is to be understood the first zipper teeth 2010A and the second zipper teeth 2010B are engaged with each other, the loadable bag 800 is in the closed pouch configuration, wherein the first zipper teeth 2010A and the second zipper teeth 2010B are not engaged with each other, the loadable bag 800 is in the open pouch configuration 801. It is understood the periphery external surface 1004 may be wrap around the entire loadable bag 800 configured to separate the front external surface 1000 and the rear external surface 1002 further configuring as two separation panels. In some instances, the periphery external surface 1004 fastener 2010 such as a zipper is configured to start nearly half of the front external surface 1000 and the rear external surface 1002 configured to open and close the loadable bag 800. With respect to the physical usage of the loadable bag 800 the periphery external surface 1004 may comprise of one or more layers of padding, wherein the one or more layers of padding is secured by binding and thread stitching to the internal periphery 1004A or in some instances, the layer of padding can be configured to the external periphery 1004 wherein the binding will be secured on one or more external surfaces. In some embodiments, a layer of fabric such as elastic material may be secured by one or more securing elements 2009 in the periphery interior surface 1004 to prevent separation between the front external surface 1000 and the rear external surface 1002. Additionally, this provides a separation for an increased opening size but preventing the two external surfaces without a complete separation.
FIG. 28A-B illustrates a top side perspective view of the loadable bag 800 in the open bag configuration 801 further comprising of a weight strap 1700 in the rear interior surface 1002A. FIG. 28B illustrates weight straps 1700 secured on the front, internal and/or periphery interior surface 1000A, 1002A, 1004A with no weight or other apparatuses. In some embodiments, at least one adjustable working strap 2010 can be secured to the outer part of the internal periphery near the binding. The at least one adjustable working strap 2010 comprises of a fabric strap 1016 and a fastener which may include a hook and loop fastener 2010 or similar fasteners. In different directions and sections of the front interior surface 1000A, rear internal surface 1002A and/or internal periphery 1004A, one or more inner surface further comprises of a separate fastener in a horizontal or vertical position relative to the second and third internal surface. With respect to the cylinder shape of the loadable bag 800 a barbell plate is the preferred weight however, additional loadable bags 800 may comprise of different shapes and sizes. It is to be understood barbell plates is not required and other objects can be utilized as weights in the open configuration 801 such as filler weights, plate carrier plates, and heavy objects for exercises. It is understood the weight straps on FIGS. 8 and 19 can comprise of the same features, components, materials, intended purpose etc. for the weight straps in the open loadable bag configuration 801.
A weight, preferably a barbell plate on one or more weight strap 1700, in particular the weight strap 1700, on periphery inner peripheries or vice versa. A user can firmly pull one end of the weight strap 1700 to the opposite ending of the weight strap for both sides to engage with each other to secure one part of the weight. Depending on the size of the weight, one side of the weight strap 1700, can securely wrap over the opposite end of the weight strap 1700, This feature allows the user to utilize the weight strap 1700, in accordance with the size of the weight placed in the enclosure. It is understood the weight strap 1700, can comprise of a longer length with respect to stacking one or more weights on each other. For example, the hook and loop fastener 2010 distal to the end of an adjustable working strap 1700, can comprise of a hook and the opposite comprise of a loop to then fold/roll over till the appropriate length desired as referenced in FIG. 5A. It is understood the same or similar method is used for the weight strap 1700, on the one or more inner peripheries 1004A, to create a more secure option. It is understood various size of weighted articles can be configured in one or more weight strap 1700. For example, a less dense weight such as a hydration pack can be secured by strictly by weight strap 1700 with respect to the length of the hydration pack.
FIG. 28C illustrates a hydration pack secured by one or more weight strap 1700 on the rear internal surface 1004A in the open pouch configuration 101. A hydration tube connected or fixed to the hydration pack is released from the first layer of the internal periphery 1004A through the first outer layer of the periphery external surface 1004 wherein the first and the second layers and the opening of the internal and external peripheries define a cavity hole 1800 as illustrated in FIG. 20B. With respect to the pocket securing the barbell plate, the hydration pack can firstly be secured and the weight straps 1700 may be secured over and/or under the hydration pack to prevent movement. In some instances, to prevent liquids or any inserts from entering the cavity hole 1800 of the external periphery 1004, a flap comprising of a fastener 2010 may be configured and secured over the cavity hole 1800 in a vertical and/or horizontal position. Depending on the size of the hydration pack, a swivel hook may be secured to the first layer of one or more internal surfaces, wherein the top of the securing section of the hook can be secured to the binding of the internal periphery 1004A to hang for easy access. During hiking or long-distance activities, a hydration pack can be placed and secured in the weight strap 1700 wherein the hydration tube can be released from the cavity hole 1800 in the enclosure for hydration purposes. The loadable bag 800 can either be attached and secured to a vest or similar devices via an attachment strap 2000 and/or other straps to one or more fasteners on the external surface and/or periphery of the loadable bag 800 wherein the hydration tube is conveniently accessible without carrying water bottles.
FIG. 29 illustrates a shoulder strap 3100 deposited from a cavity hole 1800 from the periphery external surface 1004 and/or rear external surface 1002 wherein the cavity hole comprises of the same and/or similar features, components, intended purpose etc. on FIGS. 2A and C, 20B 28D. The shoulder strap may comprise as a single shoulder strap similar to the harness 14 in particular compressed lining, foam padding, fasteners 2010 and loops 1006. In some embodiments, the periphery external surface 1004 can be split into two panels with respective of the zipper, in particular the front zipper chain 2010A and the rear zipper chain 2010B wherein the underlying lining portion on the rear zipper chain 2010B is reinforced from the rear inner surface 1002A to the rear external surface 1002 wherein in between the bottom lining of the zipper chain 2010B and the top lining of the rear external surface 1002 comprises of a cavity hole 1800 wherein the cavity hole comprises of firm fabric with limited space between the two surfaces to prevent any discharge of materials in the open loadable bag 801. The shoulder strap starting base is stitched and secured in between the zipper chain 2010B and the rear external surface 1002B, wherein the top base is not secured to the surfaces, in other words loosely. It is understood the top portion of the shoulder strap base 3100 is entered and stowed to the rear interior surface 1002A. The advantageous of this manufacturing method is to engaged the front zipper chain 2010A and the rear zipper chain 2010B without damaging the top of the shoulder strap 3100 with respective to the shoulder strap inserted to the cavity hole 1800. With respective to the shoulder strap 3100 entering the enclosure of the rear interior surface 1002A, an additional pocket 1803 may be secured directly onto the rear interior surface 1002A and/or to and inner surface or outer surface of the inner pocket 1803 and in some instances, the enclosure of the loadable bag 801 may not comprise of components, whereas the shoulder strap 3100 will remain loosely. It is understood this method and/or feature of the cavity hole 1800 is not only to secure the shoulder strap 3100 as depicted in in FIGS. 20B and 28D, in particular the hydration tube released from the enclosure to the outer surface of the bag. Depending on the perspective view, the shoulder strap 3100 can comprise of additional layers of compressed lining and in other perspective views, a fabric strap 29 may be extended in a longer length, in addition a hook 1804 is secured to the end point for an attachment to one or more loops 1006. It is understood the method of manufacturing and desired position of the shoulder strap can be configured from the front external surface 1000 and/or rear external surface 1002. Additionally, the attachment straps 2600 and attachable grips 1012 and strap 2302 can be configured and utilized with this feature, if so, the outer external pockets on the rear external surface 1002 is not required. In some instances, a fastener such as a zipper may be secured to the front external surface 1000 on or around the MOLLE rows/system for an additional compartment. For example, zipper chain 2010A can be secured to the outer surface and the zipper chain 2010B can be secured to the inner surface however, it is understood the zipper chain 2010B is not secured to the front interior surface 1000A, a separate compartment to divide the materials in the enclosure of the loadable bag 800. In some embodiments, the end point (opposite side of the bag), can comprise of a fastener 2010 such as a buckle configured to secure onto a second attachment strap to use the loadable bag 2010 as a sling bag.
FIG. 30A illustrates the front view of the loadable bag 800 comprising of four securing straps 2602 deposited out of a set of cavity holes 1800. In some instances, the end point of the securing straps 2602 comprises of a fastener such as a buckle, hook and loop fastener, snap on etc. to attach onto a separate apparatus and/or a user's torso. For example, the top left securing strap 2602 can wrap to the mid-section and the bottom left securing straps 2602 can wrap and secure, in other words attach onto the relative securing straps 2602 wherein the two remaining securing straps 2602 are secured to one another in the mid-section of the torso and the loadable bag 800 is worn as a weight vest. It is understood the placement described can be interpreted from the front torso section and in some instances the loadable bag 800 can be secured to the back-portion position, in other words the weight can be on the front and/or the rear end of the user. Additionally, the securing straps 2602 comprises of a layer of elastic to stretch to the user's body proportion and in some instances a durable material such as the rear external surface 1002 to secure in a seat belt perspective view. It is understood the loadable bag 800 can be manufactured with at least one cavity hole 1800 wherein at least one securing strap 2602 is deposited from the inner surface to the outer surface of the cavity hole 1800. For example, a single securing straps 2602 deposited from a cavity hole 1800 can wrap around the torso of the user, wherein the start point-mid section of the securing straps 2602 comprises of a fastener 2010 such as a hook and loop fastener, wherein the securing straps 2602 stretchable material such as elastic engages with the front or rear end of the securing straps 2602 additionally, the securing straps 2602 can be secured to the front external surface 1000 respective to the loop side of the MOLLE attachments 1006.
FIG. 30B illustrates a harness 14 comprising of the loadable bag 800 secured to the one or more MOLLE attachments 1006 and/or loops on the harness 14, in particular the shoulder straps 2604 of the harness and may comprise of one ending of a fastener 2010 such as the male or female ending of the buckle, wherein the loadable bag 800 may comprise of the opposite side of the male or female buckle, secured to the periphery 1004 and/or external surfaces. This method of attaching the loadable bag 800 to the front of the harness allows the user to utilize the loadable bag 800 for exercises purposes such as push-ups and in some instances the loadable bag 800 may comprise of ballistic materials as such the loadable bag 800 may be used as a bulletproof device. In some embodiments, the loadable bag 800 comprises of one or more external pockets 2004 wherein the one or more attachment straps 2600 and one or more grips may be configured and secured in the one or more external pockets 2004. The external pockets 2004 opening may be placed and secured in the outward direction, relative to the external surfaces, in other ways the external pockets are facing away from the external surfaces. The one or more attachment strap 2000 and/or grips 1014, 1012 may comprise of stretchable elastic and/or similar fabrics to slings and can be deposited from the one or more external pockets 2004. The one or more attachment strap 2000 can wrap around the user's chest, preferably around the inside of the harness wrapped around to the opposite side of the external pocket 2004. The securing elements 2009 of the one or more attachment strap 2000 and/or grip 1008, 2001 can be secured to a MOLLE attachment 1006. It is understood one or more MOLLE attachment 1006 may be secured to the external surface, wherein the MOLLE attachment 1006 opening (to receive attachments) is positioned in a lateral position. This securing method reassures the user the loadable bag 800 will not move during physical activities. Additionally, the attachment strap 2600 and/or grips 1008, 2001 of the front external surfaces 1000 can wrap around through the rear external surface 1002 with respect to the elastic and stretchable fabric. With respect to the straps of the loadable bag 800 the attachment straps can be used as a daily sling bag without manufacturing a fixed shoulder strap in the enclosure of the loadable bag 800.
FIG. 31A-C illustrates the loadable bag 800 secured to separate apparatuses wherein at least one of the apparatuses comprises of MOLLE attachments and/or similar openings. The MOLLE system on the external surfaces of the loadable bag 800 is configured for attachments from other accessories such as gun holsters, hook and loop patches such as country patches and the loadable bag 800 comprising attachment straps 2000 and grips 1008, 2001 is configured for lifting and attaching onto attachments comprising of openings. The weighted vest and plate carriers on the market comprises of MOLLE attachments 1006. For example, a vest comprising of MOLLE attachments 1006 on the outer surface. The method steps to attach the attachment strap 2600 and/or grips 1012, 1014 is as followed: release one or more attachment strap 2600 from the external attachment strap from one or more external pockets 2004 on or around one or more external surfaces of the loadable bag 800; a loadable bag 800 and a vest 6000 both comprising of a MOLLE system, wherein the MOLLE system comprises of six rows; the attachment strap 2600 of the loadable bag 800 inserts from the top, then transitions underneath and releases at the bottom opening of the first MOLLE attachment 1006 of the first MOLLE row; the attachment strap 2600 is inserted from the top opening of a MOLLE attachment 1006 of the first row, transitions underneath and releases at the bottom opening of the first MOLLE attachment 1006 of the first row of the loadable bag 800; the attachment strap 2600 of the loadable bag 800 inserts from the top, then transitions underneath and releases at the bottom opening of the second MOLLE attachment 1006; the attachment strap 2600 of the loadable bag 800 inserts from the top, then transitions underneath and releases at the bottom opening of the second MOLLE attachment 1006 with the same or similar method of steps throughout the six MOLLE attachment 1006 rows. It is understood inserting two attachment straps 2000 of the loadable bag 800 is configured to securely hold the weight in the enclosure 801 of the loadable bag 800 minimizing or preventing movement during physical activities such as running.
It is to be understood that all references to particular materials and dimensions are provided to detail example embodiments, and may not define the composition and dimensions of all embodiments.
Various embodiments of the invention have been described in detail. Since changes in and or additions to the above-described best mode may be made without departing from the nature, spirit or scope of the invention, the invention is not to be limited to those details but only by the appended claims.
Example embodiments having thus been described, it will be obvious that the same may be varied in many ways. Such variations are not to be regarded as a departure from the intended spirit and scope of example embodiments, and all such modifications as would be obvious to one skilled in the art are intended to be included within the scope of the following
Patent Application
20240278061
