Patent Grant
11235907
This invention generally relates to portable containers for storing various items according to the specific needs and desires of a user. Specifically, the present invention relates to a storage container having a base storage compartment configured to receive one or more dividers by which the storage compartment is divided into two or more sub-compartments, wherein at least one of the dividers further includes a tool configured to provide a secondary utility. The present invention further relates to various systems, methods, and structures for selectively securing a plurality of dividers at various desired locations within a storage container. Further still, the present invention relates to a modular storage container adapted to receive a subset of specialized dividers selected from amongst a plurality of specialized dividers, wherein the modular storage container is customized for a specific use dependent upon the selection of specialized dividers in the subset of specialized dividers.
Many service and trade professions involve tools or other objects which are required in order for the worker to quickly and efficiently perform their service. For example, both mechanics and surgeons utilize a variety of tools and materials that must be organized and readily accessible during the performance of a task. Similarly, housekeepers and tradesman (i.e., plumbers, electricians, carpenters, repair technicians, handymen, etc.) utilize a wide variety of tools, parts, chemicals, etc. that are highly specialized to the specific task at hand. In addition to professional occupations, many crafts and hobbies involve the use of tools, chemicals, adhesives, and a variety of small parts which are easily misplaced or obscured by other equipment.
When a user is required to search for items while performing a task, the efficiency of the user decreases and frustration often occurs. In some instances, a user's inability to quickly and efficiently locate a needed item can result in increased consumer costs, repurchase of “lost” items, or in the case of a surgeon, added patient injury and/or death.
There currently exist a variety of storage-specific containers or other containers that are commonly used or retrofitted to meet the storage needs of a user. For example, a standard five-gallon bucket is commonly used by tradesmen to hold their various tools, parts and materials for use on a jobsite. In some instances, all of the user's materials are simply placed into the bucket in a random manner, whereby the user is required to dig and sort through the contents of the bucket to find their desired items. Various storage or organizing systems are available for five-gallon buckets, some of which include internal dividers, stackable organizing trays, and/or internal/external storage pockets which hang from the rim of the bucket. Alternative storage containers include a variety of caddies, totes, trays, carts and other types of storage containers having a variety of compartments having shapes and sizes that are generally designed to receive one or more common items. For example, a caddy advertised and sold for use with cleaning tools, may include a compartment having dimensions for receiving a standard spray bottle. For hobbies and crafts, or other instances where storage of small items is desired, a variety of storage systems are available which include movable dividers which may be strategically placed by the user to achieve a desired sub-compartment layout. Generally, these dividers are placed between sidewalls of the container and/or between one or more immovable interior wall or divider. Thus, the user may be limited in one or more desired dimension of a desired sub-compartment.
Thus, while systems and methods currently exist for organizing and providing ready access to a variety of tools, items and materials, challenges still exist. The present invention addresses and overcomes these challenges.
The present disclosure relates generally to a portable, modular storage container for storing various items according to the specific needs and desires of a user. In some instances, the storage container includes a planar base that is generally rectangular and includes sidewalls extending about or surrounding a perimeter of the planar base, wherein an upper perimeter edge of the sidewalls defines an opening of the storage container. In some instances, the planar base and sidewalls define an interior volume of the storage container.
In some instances, the upper perimeter edge of the sidewalls further includes a rim. In some instances, the rim reinforces the sidewalls. In some instances, the rim further includes one or more internal channels or pathways forming a storage compartment within a portion of the rim. In some instances, the sidewalls further comprise an inner surface having two or more receptacles which are arranged opposite one another and configured to compatibly and selectively receive a divider. In some instances, the two or more receptacles comprise a channel or recessed surface of the inner surface of the sidewall. In some instances, the two or more receptacles comprise a ridge, rail or extension of the inner surface of the sidewall.
In some instances, the storage container further includes a handle. In some instances, the handle is coupled to at least one of the planar base, the sidewalls, and the rim. In some instances, the handle divides the interior volume into two or more sub-compartments, wherein a portion of the handle that is located within the interior volume comprises one or more receptacles. In some instances, a portion of the handle extends outwardly from the interior volume and is positioned above the upper perimeter edge and/or rim portions of the container.
The present invention further comprises a divider configured to selectively couple to the inner surface of the sidewall via the two or more receptacles. In some instances, a divider includes first and second side edges that are configured to selectively coupled to the two or more receptacles. In some instances, a divider further includes a bottom edge configured to contact an inner surface of the planar base. In some instances, a bottom edge of the divider is suspended above an inner surface of the planar base when first and second edges of the divider are fully engaged with the two or more receptacles. In some instances, the divider further comprises a top edge positioned opposite the bottom edge, wherein the divider further comprises a body defined by the top, bottom, first side, and second side edges.
In some instances, the top edge of the divider comprises a rim or lip that extends outwardly from the body and is configured to contact and rest on a portion of the upper perimeter edge and/or rim of the storage container when first and second side edges are engaged with the two or more receptacles.
In some instances, the tool portion of the divider comprises a first tool wall positioned at 90 degrees from a second tool wall, wherein first and second tool walls further comprise one or more edges, splines, ridges, channels or other compatible feature or surface for selectively engaging the one or more receptacles of the storage container. In some instances, a tool wall of the divider comprises one or more edges configured to selectively one or more receptacles of the storage container. In some instances, a first set of edges of the first tool wall is configured to selectively engage a first set of receptacles on a first sidewall of the storage container, and a second set of edges of the second tool wall is configured to selectively engage a second set of receptacles on a third sidewall of the storage container, wherein the third sidewall is 90 degrees to the first sidewall. In some instances, the second set of receptacles is provided on a divider of the present invention. In some instances, the tool comprises a third tool wall positioned opposite the first tool wall, and a fourth tool wall positioned opposite the second tool wall, wherein the third tool wall and fourth tool wall comprise a third set of edges, and a fourth set of edges, respectively. In some instances, the third set of edges is configured to selectively engage a third set of receptacles provided on a second sidewall of the storage container, and the fourth set of edges is configured to selectively engage a fourth set of receptacles on a fourth sidewall, wherein the second and fourth sidewalls are parallel to one another and 90 degrees to first and third sidewalls of the storage container. In some instances, any one of the first, second, third, and fourth sidewalls of the storage container may comprise a divider of the present invention. In some instances, a body or other surface of any one of the first, second, third, and fourth sidewalls may comprise one or more receptacles configured to receive one or more edges or other compatible surfaces or features of a divider, tool, or tool wall of the present invention. Thus, first, second, third, and fourth sidewalls may be substituted with first, second, third, and/or fourth dividers, in any desired combination.
In some instances, the tool portion further comprises a concave or convex surface. In some instances, the tool portion comprises a radius. In some instances, the tool portion of the divider comprises one or more receptacles. In some instances, a cross-section of the body is at least one of a square, a rectangle, a triangle, a circle, and an annulus.
Various dividers of the present invention further comprise one or more tools integrated into one or more surfaces of the divider. For example, in some instances a bottom edge of the divider includes a tapered surface comprising a scraper. In some instances, the tapered surface comprises a knife edge. In some instances, a bottom edge of the divider comprises a plurality of tines. In some instances, a bottom edge of the divider comprises an abrasive scrubbing material. In some instances, the body portion of the divider comprises a screwdriver tip.
In some instances, the divider comprises a single material. In some instances, the divider comprises two or more materials, wherein one or more additional materials are selected to provide a desired property or mechanical advantage for the tool portion of the divider. For example, in some instances the bottom edge comprises a metal material that may be sharpened to provide a knife edge, or that may be provided simply as a scraping surface (such as for use in removing adhesive labels or other residue from glass or tile surfaces). In another example, the bottom edge comprises an abrasive scrubbing material, such as coiled stainless steel, steel wool, or a plastic mesh (such as a Scotch-Brite® pad).
In some instances, a tool portion of a divider comprises a plurality of tool sides or walls forming a container or compartment, wherein an outer surface of each tool wall is configured to compatibly and selectively engage a receptacle of the storage container. In some instances, the tool portion of the divider is a storage compartment. In some instances, the tool portion of the divider comprises a plurality of storage compartments. In some instances, the tool portion of the divider is watertight, such as a rinse cup or container. In some instances, the tool portion of the divider comprises a hemispherical concave recess configured to compatibly receive and store a brush end of a toilet brush, wherein the concave recess comprises one or more drainage holes.
The present invention further includes one or more external storage containers, compartments, or tools configured to compatibly and selectively couple to an outer surface of one or more sidewalls of the storage container. In some instances, the one or more external storage containers, compartments or tools is configured to compatibly and selectively couple to the rim of the storage container. In some instances, the one or more external storage container, compartments or tools is configured to compatibly and selectively couple to the storage container via an adapter, such as a hook, a receptacle, a slot, a keyed interface, or the like. In some instances, an exterior surface of the storage container comprises one or more receptacles configured to compatibly and selectively receive one or more edges or other features of a divider, tool, or tool wall of the present invention. In some instances, an external storage container or compartment comprises a cup holder. In some instances, an external storage container or compartment comprises a cellphone holder. In some instances, an external tool comprises a wireless speaker. In some instances, an external tool comprises a retractable cord for holding keys or an identification badge. In some instances, an external tool comprises one or more hooks or other features configured to secure a tool, a part, a material, or other desired item. In some instances, a surface of the storage container comprises a tool that is embedded therein or applied thereon, for example a surface of the storage container may include a sidewall, a rim, or a handle.
In some instances, a storage container is provided having smooth and/or featureless inside walls. In some instances, an interior floor surface of a storage container comprises a plurality of grooves forming a grid pattern of intersecting horizontal and vertical grooves, wherein at least some of the intersecting horizontal and vertical grooves are interconnected. In some instances, the grid pattern of grooves forms a network of interconnected grooves, wherein the network of interconnected grooves forms a reservoir for collecting and isolating liquids from the interior floor surface such that an item in contact with the interior floor surface is prevented from contacting the liquid in the reservoir. In some instances, the grid pattern of grooves is configured to receive a bottom edge of a divider. In some instances, the interconnected grooves of the grid pattern comprise tapered walls. In some instances, the interconnected grooves of the grid pattern comprise rounded walls and/or edges.
In some instances, a storage container is provided having a raised perimeter edge comprising an engagement surface for selectively engaging and maintaining a desired position of a divider coupled thereto. In some instances, the plurality of surfaces comprises a plurality of single notches. In some instances, the plurality of surfaces comprises a plurality of overlapping notches, wherein the overlapping notches comprise different widths. For example, in some instances a first notch having a first width is provided in the raised perimeter edge, and a second notch having a second width is provided in the first notch, wherein the second width is less than the first width. In some instances, the plurality of surfaces is a stepped surface comprising vertical and horizontal surfaces.
In some instances, an exterior or interior surface of the raised perimeter edge comprises a catch positioned in proximity to the surface for selectively engaging and maintaining a desired position of a divider coupled thereto, wherein the catch is configured to receive a compatible engagement feature of the divider. In some instances, a compatible engagement feature of the divider comprises a bump, a recess, a texture, or the like.
In some instances, the raised perimeter edge comprises a plurality circular receptacles configured to receive a peg extension of a divider. In some instances, the circular receptacles have a wedged or tapered upper opening having a first width that is greater than the diameter of the peg extension, and a second width that is approximately equal to, or slightly smaller than the diameter of the peg extension, wherein the wedged opening tapers inwardly towards the circular receptacle from the first width to the second width. In some instances, the second width of the wedged opening is slightly biased and/or temporarily deformed by mechanical interference of the peg extension to permit passage of the peg extension into the circular receptacle, wherein once the peg extension is seated within the circular receptacle, the second width is restored thereby retaining the peg extension within the circular receptacle. In some instances, the material of at least one of the peg extension and the raised perimeter edge is elastic such that it may be temporarily and repeatedly deformed through mechanical interference between the peg extension and the circular receptacle and/or wedged opening. In some instances, a tolerance between the peg extension and the wedged opening and/or circular receptacle is selected to permit repeated insertion and removal of the peg extension within the circular receptacle without weakening the respective materials. In some instances, the peg extension may be removed from the circular extension via the wedged opening by applying a mechanical force on the peg extension in the direction of the wedged opening, wherein the mechanical force is sufficient to temporarily bias at least one of the peg extension and the circular receptacle to allow the peg extension to pass through the second width of the wedged opening.
In some instances, a height of the divider and/or the distance between the openings of the grooves and the raised perimeter edge is selected to enable an initial engagement of the divider with a desired groove in the floor surface of the storage container, and a subsequent engagement of the divider with the raised perimeter edge. In some embodiments, this two-step engagement process provides increased control and ease when installing a divider within the storage container.
In some instances, a storage container is provided having a removable handle. In some instances, a removable handle of a storage container is selectively coupled to the storage container by inserting the handle into a receptacle, wherein one or more surfaces of the handle mechanically and compatibly engage with the receptacle to retain the handle therein. In some instances, the handle may be removed by accessing and disengaging the engaged surfaces of the handle and the receptacle of the storage container. In some instances, the handle is initially unattached to the storage container, but may subsequently be coupled to the storage container. In some instances, the handle may be reversibly coupled to the storage container. In some instances, the handle is irreversibly coupled to the storage container.
In some instances, a storage container is provided comprising a raised perimeter edge having a plurality of u-shaped receptacles configured to receive a peg extension of a divider. In some instances, a retainer lid is provided having one or more surfaces configured to overlap and/or cover a receptacle in a raised perimeter edge of the storage container, wherein the retainer lid is configured to retain a seated position of a divider in the receptacle of the storage container. The retainer lid includes a center support having an opening to receive a handle of the base portion of the storage container, and further defines one or more openings through which the interior volume and surfaces of the storage container may be accessed. In some instances, the retainer lid comprises one or more alignment tabs configured to interact with one or more wall surfaces of the storage container, thereby aligning the retainer lid with the storage container. In some instances, the retainer lid comprises one or more catches configured to secure the retainer lid to an outer perimeter of the storage container, such as a perimeter stop of the container.
In some instances, the present invention provides a method for assembling a storage container, said method comprising steps for: i) providing a storage container comprising a raised perimeter edge having a plurality of receptacles, ii) inserting a divider or equivalent part into the storage container by seating a peg extension of the divider into the plurality of receptacles, and iii) retaining the seated position of the peg extension in the plurality of receptacles by securing a retainer lid to the storage container.
It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are not restrictive of the invention, as claimed.
Example embodiments will be described and explained with additional specificity and detail through the use of the accompanying drawings in which:
The presently preferred embodiments of the present invention will be best understood by reference to the drawings, wherein like reference numbers indicate identical or functionally similar elements. It will be readily understood that the components of the present invention, as generally described and illustrated in the figures herein, could be arranged and designed in a wide variety of different configurations. Thus, the following more detailed description, as represented in the figures, is not intended to limit the scope of the invention as claimed, but is merely representative of presently preferred embodiments of the invention.
Referring now to
Storage container 110 further comprises a plurality of sidewalls 120 coupled to the outer perimeter edge and enclosing planar base 112. Sidewalls 120 comprise a lower perimeter edge that is coupled to planar base 110, and further comprise an upper perimeter edge that is separated from the lower perimeter edge by a sidewall height. The height of sidewalls 120 defines a depth of storage container 110 and interior volume 130. In some embodiments, sidewalls 120 provide a continuous exterior wall surface for storage container 110. Sidewalls 120 further provide a continuous interior wall surface. In some embodiments, sidewalls 120 provides a first sidewall 122 positioned opposite a second sidewall 124, wherein first and second sidewalls 122 and 124 define a length of storage container 110. Sidewalls 120 further comprise a third sidewall 126 and fourth sidewall 128 positioned opposite third sidewall 126, wherein third and fourth sidewalls 126 and 128 define a width of storage container 110. In some embodiments, first, second, third and fourth sidewalls 122, 124, 126, 128 define interior volume 130.
The interior sidewall surfaces of storage container 110 further comprise one or more receptacles 132, 134, 136 and 138. Receptacles 132, 134, 136 and 138 may comprise any surface, feature or design compatible with the various embodiments of the present invention. For example, a suitable receptacle of the present invention may comprise a groove, a channel, a recess, a ridge, a spline, a rail, a dovetail slide, or other keyed or non-keyed interface surface. In some embodiments, first sidewall 122 comprises a first receptacle vertically disposed between the upper and lower perimeter edges of first sidewall 122. In some embodiments, at least one of second, third, and fourth sidewalls 124, 126 and 128 further comprise second, third, and fourth receptacles 134, 136 and 138, respectively. In some embodiments, each sidewall surface comprise a plurality of receptacles.
In some embodiments, storage container 110 further comprises a rim 140 coupled to and circumscribing the upper perimeter edge of sidewalls 120. Rim 140 generally provides a thicker or wider profile or shape to the upper perimeter edge and further reinforces sidewalls 120. In some embodiments, rim 140 comprises one or more channels or pathways forming a storage compartment, as discussed in detail below.
Storage system 100 further comprises a divider 150. Divider 150 is generally coupled to two or more receptacles of storage container 110 in order to divide the interior volume 130 into two or more spaces or sub-compartments. In some embodiments, divider 150 comprises the same material as storage container 110. In some embodiments, divider 150 comprises two or more materials having desired properties within the scope of the present invention. In some embodiments, divider 150 is generally planar having a rectangular shape with a width and height configured to divide interior volume 130 into two or more sub-compartments. In addition to dividing interior volume 130, divider 150 further comprises one or more tools configured to provide an auxiliary function, wherein the auxiliary function is beneficial to the user or an intended use or function for which the storage container 110 is intended.
In some embodiments, divider 150 comprises a first edge 152 configured to selectively coupled to first receptacle 132, and further comprises a second edge 154 configured to selectively couple to second receptacle 134. Divider 150 comprises a bottom edge 162 configured to contact an inner surface of planar base 112 when first and second edges 152, 154 are selected engaged with first and second receptacles 132, 134. Divider 150 further comprises a top edge 164 positioned opposite bottom edge 162 and generally positioned in proximity to upper perimeter edge and/or rim 140 when engaged with, or coupled to receptacles 132, 134.
Divider 150 further comprises a body 170 defining a surface between first, second, bottom and top edges 152, 154, 162, 164. In some embodiments, body 170 is generally planar. In some embodiments, body 170 comprises a three-dimensional shape. In some embodiments, body 150 comprises one or more receptacles 156.
Divider 150 further comprises a tool or tool surface, wherein the tool provides an auxiliary function or benefit to the user. For example, divider 150 provides a primary or first function of engaging receptacles 132 and 134 to divide interior volume 130 into two sub-compartments, and further comprises a tool that provides an auxiliary or second function separate and apart from the first function. Thus, divider 150 provides two or more functions, wherein at least one of the functions is to divide interior volume 130.
Referring now to
Referring now to
Referring now to
In some embodiments, a divider of the present invention comprises a tool 287 that is embedded within body 270, or applied to an outer surface of body 270, as shown in
Some embodiments of the present invention further comprise an auxiliary tool 283 configured to connect with or otherwise engage divider 250 to provide an additional benefit or function to tool 280, divider 250, and storage system 100. For example, in some embodiments storage system 100 further comprises an auxiliary tool 283 comprising a cover, sleeve, or cozy having an opening 285 configured to receive bottom edge 262, a portion of body 270, and one or more additional surfaces of divider 250, as shown in
Referring now to
Referring now to
In some embodiments, a divider 551 is provided comprising an integrated handle or shaft 581 comprising a socket 585, such as a ¼-inch hex socket, as shown in
Referring now generally to
Tool walls 691, 693, 695 and 697 further comprise one or more edges 689 configured to compatibly and selectively engage one or more receptacles 130 of a storage container. In some embodiments, edges 689 comprise a raised ridge or rail surface. In some embodiments, edges 689 comprise a channel or recessed groove or surface of one or more tool walls. In some embodiments, edges 689 comprise one or more surfaces that are keyed to selectively engage with a compatibly keyed surface or feature of a receptacle 130.
In some embodiments, divider 650 comprises a height that is less than a height of a sidewall 120 of a storage container into which divider 650 is inserted. In some instances, the lesser height of divider 650 results in the bottom-most surface of divider 650 resting directly on the inner surface of planar base 112, wherein the top surface 664 is position within interior volume 130 at a height that is lower than the upper perimeter edges of sidewalls 120 and/or rim 140. In some instances, top surface 664 overhangs at least one of tool walls 691, 693, 695, and 697 to provide a rim or lip 699. In some embodiments, top surface 664 overhangs all four tool walls to provide a lip that circumscribes the perimeter of top surface 664. In some embodiments, lip 699 is configured to contact and rest on the upper perimeter edges of sidewalls 120 and/or rim 140 when divider 650 is inserted therein, wherein the shortened height of divider 650 positions and/or suspends the bottom-most surface of divider 650 above the inner surface of planar base 112. In some instances, the suspended position of the bottom-most surface of divider 650 prevents an object stored within opening 665 from contacting the inner surface of planar base 112. In some embodiments, the shortened height of divider 650 permits two or more dividers to be stacked and occupy a same location or area within interior volume 130. In some embodiments, divider 750 comprises a square or rectangular opening, as shown in
Referring now to
Divider 850 further comprises a plurality of edges 889 configured to compatibly and selectively engage one or more receptacles 130 of storage container 110. In some embodiments, an outer surface of first, second, and third tool walls 891, 893, and 895 comprise edges 889 having a spacing configured to align with and compatibly engage respective receptacles 130 provided on the inner surfaces of sidewalls 120. In some embodiments, edges 889 are positioned near top surface 864 and extend along only a portion of the tool walls.
Referring now to
Referring now to
Referring now to
When selectively engaged with and inserted within storage container 110, the tool or tool surface 1280 of divider 1250 modifies an existing geometric shape or structure of storage container 110. For example, a squared corner 111 of storage container 110 comprises a right angle or square configuration where sidewalls 122 and 126 meet. When divider 1250a is inserted into storage container 110, corner 111 is modified by tool 1280 to be a concave radius. The further addition of dividers 1250b, 1250c, and 1250d modify the square corners of the square sub-compartment (defined by sidewalls 122, 124, 126, and divider 127) are rounded to provide a round sub-compartment. In some embodiments, dividers 1250a, 1250b, 1250c, and 1250d include a tool comprising a flat surface at approximately 45 degrees to first and second tool walls 1291 and 1293, wherein when the dividers are inserted into a square sub-compartment of storage container 110, the square sub-compartment is modified to provide an octagonal sub-compartment.
Referring now to
In some embodiments, storage container 1310 comprises a handle 1312. Handle 1312 may comprise any structure, shape, size, dimensions and other features compatible with the teachings of the present invention. In some embodiments, handle 1312 comprises a lower portion coupled to the inner sidewall and planar base surfaces and extending upwardly therefrom to provide an interior wall surface that divides the interior volume 1330 into two or more sub-compartments. In some embodiments, the lower portion of handle 1312 further comprises a plurality of receptacles 156. In some embodiments, handle 1312 is selectively coupled to storage container 1310.
In some embodiments, storage container 1310 further comprise a tool 1387 that is embedded within, or applied to, one or more surfaces of storage container 1310. For example, in some embodiments tool 1387 is integrated into or associated with handle 1312. In some embodiments, tool 1387 is integrated into or applied onto an interior or exterior sidewall, such as sidewall 1328. In some embodiments, tool 1387 comprises a magnet. In some embodiments, tool 1387 comprises an RFID chip, such as part of a security access card or identification badge. In some embodiments, tool 1387 comprises a mirror. In some embodiments, tool 1387 comprises an adhesive memo pad. In some embodiments, tool 1387 comprises a power source, such as a portable charger. In some embodiments, tool 1387 comprises a thumb drive. In some embodiments, tool 1387 comprises a hook and/or loop fastener material. In some embodiments, tool 1387 comprises one or more tools disclosed herein.
In some embodiments, storage container 1310 further comprises a recess or channel 1313 formed in the bottom surface and corresponding to a position of handle 1312. In some embodiments, channel 1313 is a hollow interior of handle 1312. In some embodiments, channel 1313 is configured to compatibly receive a handle of a second storage container when stacked atop storage container 1310, wherein the bottom surface of storage container 1310 rests on a rim of the second storage container. In some embodiments, handle 1312 is tapered to permit insertion within a channel 1313 of a storage container stacked on top of storage container 1310.
Referring now to
In some embodiments, storage container 1410 further comprises a storage compartment 1441 located within a portion of rim 1440. In some embodiments, storage compartment 1441 comprises an elongated opening forming a pathway through a length or a portion of a length of rim 1440. Accordingly, in some embodiments storage compartment 1441 comprises a single opening and a closed end opposite the single opening. In some embodiments, storage compartment 1441 comprises first and second openings positioned on opposite ends or sides of storage container 1410. In some embodiments, storage compartment 1441 is configured to store an elongated item or object, such as a drain cleaning tool, welding rods, knitting needles, a writing utensil, a knife, or a similarly shaped object.
In some embodiments, a surface of storage container 1410 comprises one or more hooks 1415 or similarly shaped or functional elements to facilitate storage of a desired item. For example, in some embodiments handle 1412 comprises hooks 1415 that may be used individually or in concert to store an elongated item or object.
In some embodiments, a surface of storage container 1410 further comprises or more tools 1487 embedded therein or applied thereon. For example, in some embodiments storage container 1410 comprises a tool 1487 embedded within or applied onto a sidewall, a rim, or a handle 1412 portion of the container. In some embodiments, tool 1487 comprises one or more tools disclosed herein.
In some embodiments, an exterior or outer surface of a sidewall 1520 comprises an adapter 1515 configured to selectively receive a storage container 1511, as shown in
In some embodiments, storage container 1511 comprises one or more compartments for storing an object outside of interior volume 1530. In some embodiments, storage container 1511 comprises a compartment for storing a cellular phone 1513. In some embodiments, storage container 1511 comprises an identification or badge holder. In some embodiments, storage container 1511 comprises a beverage holder. In some embodiments, storage container 1511 comprises a pouch, a hook or other structure for holding keys.
In some embodiments, adapter 1515 is suited for selectively receiving a variety of additional components or tools. For example, in some embodiments adapter 1515 is configured to compatibly receive a portable speaker. In some embodiments, adapter 1515 is configured to compatible receive a second storage container of the present invention. In some embodiments, adapter 1515 is configured to compatibly receive a handle. In some embodiments, adapter 1515 is configured to compatibly receive a cover for storage container 1510. In some embodiments, adapter 1515 is configured to compatibly receive a tool selected from the group consisting of a magnet, an RFID chip, an access or identification card, a mirror, an adhesive memo pad, a power source, such as a battery and/or a portable charger, a thumb drive, and a hook and/or loop fastener material.
The present invention further comprises one or more methods of manufacturing a storage system and/or the various components of a storage system disclosed herein, including one or more dividers and tools of the present invention. In some embodiments, a method for manufacturing a storage system includes steps for providing a storage container having a plurality of receptacles; and providing a divider having a first edge configured to selectively engage a first receptacle of the storage container, a second edge configured to selectively engage a second receptacle of the storage container, a bottom edge, a top edge positioned opposite the bottom edge, a body defining a surface between the first, second, bottom and top edges, and a tool comprising at least one of the top edge, the bottom edge, the first edge, the second edge, and the body, wherein the divider comprises a first function of dividing a compartment of the storage container into two or more sub-compartments, and further comprises a second function that is unrelated to the first function.
Some embodiments of the present invention further include a storage system comprising a kit, wherein the kit includes a storage container, and one or more dividers having a tool disclosed herein.
Referring now to
In some embodiments, base 1610 further comprises a channel 1612 which divides base 1610 into left and right halves 1614 and 1616, wherein channel 1612 provides a space for receiving a handle of a second storage container when storage container 1600 is stacked on top of a lid of a second storage container. In some embodiments, a base portion of handle 1620 comprises an opening 1622 to accommodate insertion or passage of a handle of second storage container when the bases of two or more storage containers are stacked together without anything being stored inside of the storage containers, such as during initial shipment of the product, during display of the product on a store shelf, or while being stored away by a user prior to or following use of the container for storage. The sidewalls of base 1610 are further angled or tapered outwardly from the bottom 1624 to the base of the raised perimeter edge 1618 such that the overall length of width of the base 1610 at the bottom 1624 is less than the overall length and width of the opening of the base (as defined by the raised perimeter edge 1618). The angled configuration of the sidewalls further permits efficient stacking of multiple bases 1610 within one another.
In some embodiments, handle 1620 is removably coupled to base, as shown in
The interior walls of base 1610 are generally smooth and featureless, unlike some of the previous embodiments of this invention. Base 1610 further comprises an interior floor surface 1626 comprising a plurality of grooves 1628 forming a grid pattern of intersecting horizontal and vertical grooves at approximately right angles to one another, wherein the at least some of the horizontal and vertical grooves are interconnected. In some embodiments, the grid pattern of grooves forms a network of interconnected grooves, wherein the network of interconnected grooves forms a reservoir 1630 below the interior floor surface 1626 for collecting and isolating liquid and other materials from the interior floor surface, such that items in contact with the interior floor surface are prevented from contacting the liquid or other contents of the reservoir. In some embodiments, at least one of the grooves 1628 is aligned with an engagement surface 1640 of base 1610, as described below. In some embodiments, the interconnected grooves of the grid pattern comprise rounded walls and/or edges, as shown in
Raised perimeter edge 1618 defines an upper opening 1611 of storage container 1600. In some instances, raised perimeter edge 1618 is the upper or top edge of each side wall of container 1600. In some embodiments, container 1600 further comprises raised internal edges 1619 which are located within the interior of container 1600 and interconnect oppositely positioned sides of raised perimeter edge 1618. For example, in some embodiments container 1600 comprises raised internal edges 1619a and 1619b which extend between forward raised perimeter edge 1618a and rearward raised perimeter edge 1618b, wherein raised internal edge 1619a is the top edge of an interior wall of the left half 1614 compartment of container 1600, and raised internal edge 1619b is the top edge of an interior wall of the right half 1616 compartment of container 1600. In some embodiments, handle 1620 is positioned between the interior walls and raised internal edges 1619a and 1619b, wherein said opening 1622 is defined by an open space between the interior walls and raised internal edges and beneath a middle portion of the handle 1620, and wherein spaces forward and rearward of opening 1622 provides forward and rearward compartments 1632 and 1634, respectively. In some embodiments, at least one of forward and rearward compartments 1632 and 1634 comprise at least one drain hole 1636, whereby a liquid or other undesirable material within the compartment may exit the compartment via drain hole 1636. In some embodiments, forward and/or rearward compartments 1632 have a depth that is approximately equal to a distance between the raised perimeter edge 1618 and channel 1612, wherein a bottom surface of the compartment 1632 is the upper or top surface of the channel 1612.
Storage container 1600 further comprises at least one engagement surface 1640 for compatibly receiving and retaining at least one surface of a divider configured for use with container 1600. In some embodiments, at least one raised perimeter edge 1618 and/or raised internal edge 1619 comprises an engagement surface 1640. In some embodiments, storage container 1600 comprises a plurality of engagement surfaces. In some embodiments, storage container 1600 comprises at least one engagement surface 1640 for each groove 1628, wherein the at least one engagement surface 1640 is aligned with and corresponds with the groove 1628 (see alignment plane 1638). In some embodiments, the at least one engagement surface 1640 is adapted to receive a first part of a divider for use with the storage container 1600, and the groove 1628 is adapter to receive a second part of the divider, wherein the engagement surface 1640 and the groove 1628 maintain a desired location of the divider within the storage container.
In some embodiments, engagement surface 1640 comprises a stepped or notched surface having a first or upper width that is greater than a second or lower width. Accordingly, engagement surface 1640 may have a plurality of horizontal and vertical surfaces. In some embodiments, engagement surface 1640 is formed by removing a portion of raised perimeter and/or raised internal edges 1618, 1619. In some embodiments, a divider adapted for use with storage container 1600 comprises one or more engagement surfaces, as described below.
In some embodiments, engagement surface 1640 comprises a plurality of rounded receptacles configured to receive a peg extension of a divider, as described below. In some embodiments, a rounded receptacle further comprises a chamfered or beveled opening having an upper or outer width that is greater than a lower or inner width, such that the opening tapers inwardly from the top edge of raised perimeter edge 1618 to the rounded receptacle. In some embodiments, the upper or outer width is approximately equal to or larger than a diameter of the rounded receptacle, and the lower or inner width is less than the diameter of the rounded receptacle, such that the lower or inner width provides a constriction point for engagement surface 1640. In some embodiments, a peg extension of a divider comprises a width that is approximately equal to the diameter of the rounded receptacle, such that a mechanical interference is experienced between the peg extension and the constriction point of the lower or inner width when the peg extension is inserted into the rounded receptacle. Once inserted within the rounded receptacle, the constriction point of the lower or inner width maintains the inserted position of the peg extension within the rounded receptacle.
Referring now to
Divider 1650 further comprises a top edge 1660 having one or more features to accommodate attachment of divider 1650 within storage container 1600. In some embodiments, top edge 1660 comprises a thickness that is greater than a thickness of body 1652, as shown in
Referring now to
In some embodiments, extension 1672 comprises a thickness that is equal to, or approximately equal to the thickness of body 1652. In some instances, a thickness of extension 1672 is slightly less than width 1644 of a lower notch 1648 of engagement surface 1640, and a thickness of top edge 1660 is slightly less than a width of an upper notch 1646 of engagement surface 1640, as described below. In some embodiments, a distance 1678 between interface surface 1676 and the outer edges of body 1652 is slightly greater than a thickness of raised perimeter and internal edges 1618, 1619, as well as a thickness of body 1652. In some embodiments, a distance 1679a between a bottom or lower surface of extension 1672 and bump 1674 is approximately equal to a distance between engagement surface 1640 and catch 1680. In some embodiments, a height 1662 of top edge 1660 is approximately equal to a depth of an upper notch 1646 of an engagement surface 1640, and a height 1673 of extension 1672 is approximately equal to a depth of a lower notch 1648 of an engagement surface 1640. Thus, the position of bump 1674, the thickness of extension 1672, the length of extension 1672, and the thickness of top edge 1660 are selected to permit concomitant engagement of each of these features with compatible surfaces and/or features of engagement surfaces 1640 and catches 1680 of the present invention, as shown below.
Referring now to
In some embodiments, engagement surfaces 1640 of the present invention may include a rounded receptacle 1641 comprising a chamfered or beveled opening 1643 having an upper or outer width 1645 that is greater than a lower or inner width 1647, such that the opening 1643 tapers inwardly from the top edge of raised perimeter edge 1618 to the rounded receptacle 1641, as shown in
Referring now to
Referring now to
As thus configured, insertion and engagement of divider 1650 with container 1600 is a three-step process, wherein a first step is achieved by selectively engaging the bottom edge 1656 with a groove 1628 of container 1600, as shown in
Referring now to
Referring now to
Referring now to
Referring now to
Retainer lid 2590 further comprises one or more catch features 2593 positioned on the inner surface and near the bottom edge of retainer lid 2590, wherein catch feature 2593 are configured to provide a mechanical connection between retainer lid 2590 and rim 2540, as most clearly shown in
In some instances, retainer lid 2590 further comprises one or more alignment tabs 2596 configured to contact one or more surfaces of base 2510. For example, in some embodiments one or more alignment tabs 2596 are configured to contact an interior sidewall 2520 of base 2510. In some embodiments, one or more alignment tabs 2596 are configured to seat within forward and rearward compartments 2532, 2534. Alignment tabs 2596 may be configured to assist in proper placement of retainer lid 2590 on base 2510. In some instances, alignment tabs 2596 may provide structural reinforcement or rigidity to various portion of retainer lid 2590, such as center support 2591.
In some instances, storage container 2500 comprises a raised perimeter edge 2518 having a plurality of u-shaped receptacles 2540 having vertical sidewalls and a rounded bottom configured to receive a peg extension 2571 of a divider 2550. Divider 2550 may also comprise a plurality of u-shaped receptacles 2540. To retain the peg extension 2571 within the u-shaped receptacles 2540, portions of retainer lid 2590 are configured to overlap the raised perimeter edge 2518 of the storage container such that the peg extension 2571 is prevented from being removed from the u-shaped receptacle 2540 when the retainer lid 2590 is secured to the base 2510. In some instances, retainer lid 2590 contacts peg extension 2571 when retainer lid 2590 is secured to base 2510. In some instances, retainer lid 2590 contacts and pushes peg extension 2571 fully into the u-shaped receptacle 2540 when the retainer lid 2590 is secured to the base 2510.
In some embodiments, the present invention provides a method for assembling a storage container, said method comprising steps for: i) providing a storage container comprising a plurality of receptacles, ii) inserting a divider or equivalent part into the storage container by seating a peg extension of the divider into the plurality of receptacles, and iii) retaining the seated position of the peg extension in the plurality of receptacles by securing a retainer lid to the storage container. In some embodiments, the present invention provides a method for retaining a divider or equivalent part in a storage container, said method comprising steps for: i) providing a storage container comprising a plurality of receptacles, ii) inserting a divider or equivalent part into the base portion of the storage container by seating a portion of the divider into one or more of the plurality of receptacles, and iii) securing a retainer lid to the base portion of the storage container, wherein the retainer lid prevents the divider from being displaced or removed from the plurality of receptacles.
Some embodiments of the present invention further include a kit comprising a container and at least one divider. In some instances, a kit of the present invention comprises a container and at least one divider comprising a tool and/or tool surface. In some embodiments, a kit of the present invention comprises a container and a selection of dividers. In some instances, the individual dividers in a selection of dividers are selected based upon a desired discipline or intended application of use. In some embodiments, the components of a kit are preselected based upon a desired discipline or intended application of use. In some embodiments, the components of a kit are selected by a user based upon a desired discipline or intended application of use for the user. In some embodiments, a kit further comprises a retainer lid.
For example, in some embodiments the present invention comprises a craft kit, wherein the craft kit comprises a container and at least one divider having a characteristic and/or use in the craft discipline. In some embodiments the present invention comprises a cleaning kit, wherein the cleaning kit comprises a container and at least one divider having a characteristic and/or use in the cleaning discipline. Additional and/or alternative non-limiting examples of desired disciplines and/or intended applications of use include: automotive mechanic, medical professional, first aid, auto detailing, sewing, art, administrative assistance, clerical, nursing, painting, drawing, embroidery, crocheting, knitting, notions, scrapbooking, tool storage, filing, cleaning, kitchen spices, kitchen utensils, and the like.
In some embodiments, the present invention comprises a method for providing a kit of the present invention. As an initial step of the method, a user identifies a desired discipline or intended application of use. The user then selects one or more dividers of the kit, wherein the one or more dividers includes a characteristic and/or use of the identified discipline or intended application of use. The user then combines the one or more dividers with a container of the invention to provide a kit. In some embodiments, the user of a method of the present invention is a consumer. In some embodiments, the user of a method of the present invention is a manufacturer. In some embodiments, the user of a method of the present invention is a distributor.
The present invention may be embodied in other specific forms without departing from its structures, methods, or other essential characteristics as broadly described herein and claimed hereinafter. The described embodiments and examples are to be considered in all respects only as illustrative, and not restrictive. The scope of the invention is, therefore, indicated by the appended claims, rather than by the foregoing description. All changes that come within the meaning and range of equivalency of the claims are to be embraced within their scope.
All examples and conditional language recited herein are intended for pedagogical objects to aid the reader in understanding the invention and the concepts contributed by the inventor to furthering the art, and are to be construed as being without limitation to such specifically recited examples and conditions. Although implementations of the present inventions have been described in detail, it should be understood that the various changes, substitutions, and alterations could be made hereto without departing from the spirit and scope of the invention.
This U.S. Patent Applications claims the benefit of U.S. Provisional Patent Application Ser. No. 62/937,694, filed Nov. 19, 2019, which is incorporated herein by reference in its entirety.
| Number | Name | Date | Kind |
|---|---|---|---|
| 1862057 | Lewis | Jun 1932 | A |
| 3958715 | Capelli | May 1976 | A |
| 4190172 | Box | Feb 1980 | A |
| 4577773 | Bitel | Mar 1986 | A |
| 5103998 | Caro | Apr 1992 | A |
| D364039 | Kruger | Nov 1995 | S |
| 5484078 | Bronovicki | Jan 1996 | A |
| 5806708 | Schwab | Sep 1998 | A |
| 5833052 | Diamond | Nov 1998 | A |
| 7117991 | Waring | Oct 2006 | B2 |
| 7784145 | Prokop | Aug 2010 | B1 |
| 7992250 | Prokop | Aug 2011 | B2 |
| 8162147 | Ting | Apr 2012 | B1 |
| 8893915 | Vargas | Nov 2014 | B2 |
| 9682471 | Jacobson | Jun 2017 | B2 |
| 10478963 | Workman | Nov 2019 | B1 |
| 20030085142 | Ouimette | May 2003 | A1 |
| 20080128428 | Beckerman | Jun 2008 | A1 |
| 20080230418 | Brouard | Sep 2008 | A1 |
| 20180251263 | Akro-Mils | Sep 2018 | A1 |
| 20180362212 | Bahr | Dec 2018 | A1 |
| Number | Date | Country | |
|---|---|---|---|
| 20210147113 A1 | May 2021 | US |
| Number | Date | Country | |
|---|---|---|---|
| 62937694 | Nov 2019 | US |
