The present invention relates to a carrying device for small accessories, and, more particularly, to a hand-mounted carrier to which accessories may be removably secured for ready access by the user.
Items such as writing instruments, hand tools and other accessories that are manipulated by the hands of a user are often most convenient to use when they are readily accessible by the user. For example, it is often convenient to have a writing instrument located within reach of a driver's seat in a car so that the driver can access the writing instrument easily without having to move from the driver's seat. As another example, convenience for a carpenter is enhanced when a hand tool may be readily accessible when the tool is mounted on the carpenter's belt.
In some situations, a plurality of accessories must be carried by the user in an efficient and secure fashion, allowing ease of access to those accessories. For example, facilitating retrieval and carrying of accessories is important for outdoor activities such as hunting and shooting. In such activities, the user must be able to conveniently retrieve ammunition without distraction so that the hunting weapon may be loaded and reloaded without losing sight of a potential quarry or target. Moreover, in hunting activities, often it is necessary to load or reload a hunting weapon using a steady and quick hand so that the weapon may remain trained on the target. In most hunting situations, spare ammunition is kept on a belt or in a pocket. The ammunition must then be retrieved by holding the weapon with one hand, and reaching into the pocket or onto the belt with the other hand. This movement of the hand and arm from the weapon to the pocket or belt and back is undesirable because it not only creates unwanted vibration and disturbance to the weapon, such movement may also be visible to a wary target.
In some hunting situations, the hunter will carry a few spare ammunition such as shotgun cartridges or bullets in the hand while holding, aiming and using the weapon. This is convenient because it allows the weapon to be reloaded quickly without having to move the arm and hand a relatively long distance to a pocket or a bag. A disadvantage, however, is that one of the user's hands is not able to fully grip the weapon because the held ammunition interferes with the palm area of the hand. While various inventors have provided methods for mounting accessories such as ammunition to the hands of users through the use of mounting systems stitched to the back of conventional gloves, including ammunition-related mounting, these systems are not ideal because they may overly constrict the hand during the entire time of their use. Furthermore, such glove-mounted accessory holders still require frequent reloading of the holders themselves.
Similar problems of access and hand freedom may also be present in other hand-mounted accessory devices, such as devices for holding writing instruments, sports accessories or tools.
It will be seen, therefore, that a need exists for a system and method for carrying hand-mounted accessories to provide convenient and ready access and use by a user.
The various embodiments of the invention disclosed herein generally provide a method, system or apparatus incorporating a hand-mounted carrier that allows a user to securely carry at least one accessory on the back side of the user's hand. In these various embodiments, these hand-mounted accessories are configured as hand overlays, gloves or flaps that may cover at least the back side of a hand. Furthermore, in some embodiments, the accessory carrier may be readily interchanged with other modular carrier devices through the use of non-permanent fasteners.
In one aspect, a hand-mounted carrier is provided comprising a panel member overlaying at least a portion of the back of the hand. The carrier includes an upper surface facing away from the hand and a lower surface facing toward the hand. The upper surface defines a mounting area thereon for securing at least one accessory. At least one loop member is attached to the panel member for at least partially wrapping around at least one finger of the hand to partially anchor a portion of the panel member to the hand. At least one strap is attached to the panel member for at least partially wrapping around the wrist of the hand to anchor at least a portion of the panel member to the hand. The carrier does not significantly obstruct the palm of the hand when worn.
In a further aspect, a hand-mounted carrier for ammunition is provided. Covering means for placement on a user's hand is provided including a panel means for overlaying the back of the hand and a first fastening material mounted to the panel means. A removable ammunition carrier module having upper and lower surfaces is also provided. The upper surface includes an area for holding ammunition and the lower surface includes a second fastening material secured thereto and engageable with the first fastening material to secure the ammunition carrier module to the first fastening material of the covering means.
In yet another aspect, a system for a hand-mounted ammunition carrier is provided. The system comprises a glove body having a front panel adapted to extend at least partially over the palm of a wearer's hand and a rear panel adapted to extend at least partially over the back of the hand. An ammunition holder module is removably mounted to the rear panel by at least one non-permanent fastener, and the ammunition holder module allows ready access by the wearer to ammunition carried by the holder. The ammunition holder may be exchanged for a different ammunition holder module, allowing a user to selectively and readily mount pre-loaded modules to the carrier.
In yet another aspect, a method for carrying ammunition is provided comprising a panel member adapted to overlay at least a portion of the back of a user's hand. The panel member includes an upper surface facing away from the hand and defines a mounting area thereon for securing ammunition. The panel member is mounted to the user's hand with at least one strap means, while leaving the palm area of the hand significantly unobstructed by the panel member. Ammunition is secured onto the mounting area, and ammunition is carried within the mounting area. Ammunition is then retrieved from the mounting area using the opposing hand.
The accompanying drawings, which are incorporated in and form a part of the specification, illustrate the embodiments of the present invention and, together with the description serve to explain the principles of the invention.
In describing the preferred embodiments of the invention illustrated in the drawings, specific terminology will be used for the sake of clarity. However, the invention is not intended to be limited to the specific terms so selected, and it is to be understood that each specific term includes all technical equivalents which operate in a similar manner to accomplish a similar purpose.
With reference to the drawings, in general, and to
To secure the carrier 10 to the back of the hand 14, loop attachment means in the form of a pair of loop members 30 and 32 are provided. The loop members 30 and 32 are constructed from elongated string, rope or relatively thin leather strapping (other materials may of course be used) and are preferably secured to the panel member 20 by sewing or other means of attachment. The loops 30 and 32 are sized so that when they are looped over the third and fourth fingers 34 and 36, respectively, the front portion 20a of the panel member 20 will be positioned properly on the backside 14 of the hand 12 just below the knuckle of the fingers 34 and 36. To secure the rear 20b of the panel member 20 to the user's wrist 16, a pair of elongated straps 40 and 42 are provided to wrap around the wrist 16. To fasten the straps 40 and 42 to each other, various fasteners may be used, such as snaps, hook-and-loop fasteners such as Velcro®, or a buckle configuration. The straps 40 and 42 may extend as part of the panel member 20 or may be attached as separate members to the panel member 20 by sewing or other attachment methods.
As shown in
The present embodiment of the hand-mounted carrier 10 is configured to carry ammunition as an exemplary accessory. In the embodiment shown, the carrier 10 is adapted to removably retain a pair of shotgun cartridges 50a and 50b within a pair of tubular, cylindrical sleeves 60a and 60b. In this embodiment, the sleeves 60a and 60b are made from an elastic fabric, although other elastomeric or non-elastomeric items such as leather, rubber or plastic, among other materials, may be used. The sleeves 60a and 60b in the present embodiments are non-removably attached to the upper surface 22 of the panel member 20, in this case via sewing. The cartridges 50a and 50b slide into the tubular sleeves 60a and 60b readily and easily by the user's opposing hand (not shown). It should be noted that the tubular sleeves 60a and 60b need not be complete cylindrical loops. Instead, they may comprise portions of cylinders in cross-section.
Thus, in the present configuration, should the user need to reload his or her shotgun during use, the user need only move the left hand towards the right hand-mounted carrier 10, remove the cartridges 50a and 50b, transport them the short distance to the rear of the shotgun, and load it. There is no need for the user to have to reach into a pocket or an ammunition belt to rummage for cartridges, put the gun down or otherwise create significant movement of the gun or arms. Instead, the cartridges are positioned close to the shotgun for easy and simplified access.
Because the present configuration of the hand-mounted carrier 10 only includes sufficient room to mount two standard shotgun cartridges 50a and 50b, a further embodiment is shown in
To facilitate reloading of the carrier 110, a carrying module 190 is provided. The carrying module 190 is sized to mount to the top surface 122 of the panel member 120. The underside of the carrying module 190 includes a complementary non-permanent fastener 192 which is engageable with the fastener 180 mounted on the top surface 122 of the panel member 120. In this fashion, the carrying module 190 may be removably mounted to the top surface 122 of the panel member 120. The top surface of the carrying module 190 includes a pair of sleeves 160a and 160b to mount shotgun shells 150a and 150b similar to the embodiment of
The carrying module 190 may be mounted so that the sleeves 160a and 160b are generally aligned in parallel with the middle finger 34 of the user's hand as shown in
Furthermore, in the present configuration, a plurality of pre-loaded carrying modules 190 may be placed in the pocket or accessory bag of the user so that the user may conveniently “reload” the carrier 110 in a simplified motion by switching out an empty carrying module 190 with a pre-filled carrying module 190 during a convenient, non-critical time.
The “finger-sling” embodiment shown in
A further embodiment is shown in
As shown in
The portion of the strap 644 connected to the panel member 620 includes two additional small strips of Velcro® fasteners 656 and 658 located on both sides of the panel member 620 as shown in
The strap system 644 may be made from natural or synthetic leather, vinyl, canvas, elastomeric, or other strong materials, most preferably nylon webbing. The strap 644 may be secured to the panel member 620 by stitching or other means of attachment. The first end 640 of the strap 644 may be attached to the connecting means 670, i.e., a ring, using such methods as stitching, stapling or gluing. The connecting means 670, i.e. a ring, may be made of any rigid material, such as metal or plastic. The means 632 for preventing the second end 642 from escaping the ring 670, i.e. the dovetail, may be made of any flexible or rigid material, such as metal, plastic, or rubber and may be attached to the second end 642 by any means of attaching, such as stitching, stapling, or gluing.
As in the first embodiment, to secure the carrier 610 to the back of the hand 12, the panel member 620 comprises loop attachment means in the form of a pair of loop members 630 and 632.
As in the second embodiment, a removable carrying module sized to mount to the top surface of the panel member 620 may be provided.
A further embodiment is shown in
Of course, in this and in all of the other embodiments, the tubular sleeve 460 may be replaced by other attachment mechanisms and configurations for holding ammunition or other accessories such as flashlights, ammunition magazines, tools, and the like. The tubular sleeves could ideally be reconfigured and reshaped to facilitate attachment and retention of these other accessories to the particular carrier being used. Of course, the glove 400 may also comprise various other configurations, such as a fingerless glove or a mitten.
In step 801, a panel member is provided that is adapted to overlay at least a portion of the back of a user's hand. The panel member includes an upper surface that faces away from the user's hand. Further, the panel member defines a mounting area for securing the ammunition. In step 802, the panel member is mounted on the user's hand with at least one strap means. The strap means may be a wristband configuration or a pair of elongated straps adapted to wrap around the wrist. The palm area of the user's hand is significantly unobstructed by the panel member. In step 803, the ammunition is secured unto the mounting area. The mounting area may be permanently attached to the panel member or may be removably mounted by at least one non-permanent fastener. In step 804, the ammunition is carried within the mounting area. In step 805, the ammunition is retrieved from the mounting area using the opposing hand.
If a removable ammunition carrier module is provided, in step 806, the carrier module is detached from the panel member. In step 807, a pre-loaded ammunition carrier module is removably mounted to the panel member.
It is therefore intended that the foregoing detailed description be regarded as illustrative rather than limiting, and that it be understood that it is the following claims, including all equivalents, that are intended to define the spirit and scope of this invention.
This application claims the benefit of U.S. Provisional Application No. 61,121,037, filed Dec. 9, 2008, the entirety of which is hereby incorporated by reference.
Number | Date | Country | |
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61121037 | Dec 2008 | US |