Patent Application
20200232774
This invention relates to weapon accessories and more particularly to a firearm magazine holder, a magnetized bracket to securely hold a large-capacity magazine for a pistol, rifle, or carbine.
Firearms have been produced with a variety of different designs for storage of ammunition. One popular design incorporates the storage of rounds of ammunition in removable magazines that fit within an aperture of the firearm receiver. The use of such removable magazines provides certain advantages, such as rapidly loading and unloading the firearm with a magazine that may contain a number of rounds of ammunition. Another advantage is allowing a user to carry one or more extra magazines that are also loaded with additional rounds of ammunition.
A magazine is a box with an approximately rectilinear shape that fits through an aperture of the firearm receiver and into the firearm's internal magazine well that has a similar shape and size to that of the magazine. Such magazines can themselves be stored in a number of different places, such as in a shooter's pocket, or within a pouch that is typically attached to a belt that the shooter wears around his waist. When a firearm user is not certain that he will need to rely upon a spare magazine, such a solution may be adequate. However, there are organized competitive events, in which a shooter is challenged to shoot accurately and quickly, including having to exchange magazines one or more times to fire additional rounds. In such a competition, the delay associated with removing one or more spare magazines from a pocket or from a pouch is undesirable. For example, some competitions include as many as eight “standing reloads,” in which a competitor must reload his pistol eight times during a timed competition. If a competitor can save even half a second per reload by using an improved magazine holder, that would add up to a four second reduction in the shooter's total time in the competition, a significant time savings.
Some designs utilize one or more magnets to hold a steel-sided firearm magazine by making contact with a single face of the box magazine. However, there are concerns over whether these earlier magnetic designs can rotationally stabilize firearm magazines, and, additionally, can securely hold the heavy high-capacity pistol magazines used in competitions.
What is needed is an improved firearm magazine holder that allows for a user to more securely carry a loaded firearm magazine on his body.
The present invention provides a substantial improvement in the design of a pistol, rifle, or carbine magazine holder for use in competitive shooting events. It incorporates an L-shaped bracket with magnets placed on the inner walls, to make contact with two of the four walls of a steel firearm box magazine.
The firearm magazine holder configured and arranged as described will provide improved functionality.
Preferred embodiments of the invention are described herein below with reference to the drawings wherein:
The present invention is directed towards a firearm magazine holder for use in securely holding a loaded pistol box magazine.
L-shaped bracket 110 is preferably made out of a metal, such as steel or aluminum, but could alternatively be made from a thermoplastic such as polyoxymethylene, or from a resinous fiber.
Attached to the two interior walls 111, 112 of L-shaped bracket 110 are magnets 130 covering a majority of the surface area of the two interior walls 111, 112. Magnets 130 include holes 135. In a preferred embodiment, magnets 130 are attached to the interior walls 111, 112 of L-shaped bracket 110 with fasteners 140, such as screws, that penetrate through holes 135 of magnets 130 and that screw into the tapped holes 145 provided interior walls 111, 112.
Interior wall 111 is also provided with penetrations 150 for attaching the firearm magazine holder 100 to a third-party belt mount or to a third-party magazine pouch. Penetrations 150 can be countersunk, as shown in
To attach firearm magazine holder 100 to a belt mount or magazine pouch, a user would first remove magnet 130 from interior wall 111. The user would then insert fasteners through penetrations 150 of wall 111 and into the selected belt mount or magazine pouch, securing L-shaped bracket 110 to the belt mount or magazine pouch. Magnet 130 could then be reinstalled onto interior wall 111 with fasteners 140, as explained above.
In one preferred embodiment, L-shaped bracket 110 is 4.89″ long, wall 111 is 1.25″ wide and 0.24″ thick, and wall 112 is 1.385″ wide and 0.126″ thick.
In a second preferred embodiment, L-shaped bracket 110 is 2.45″ long, wall 111 is 1.25″ wide and 0.24″ thick, and wall 112 is 1.385″ wide and 0.126″ thick.
Magnets 130 should be strong enough to hold a loaded steel box magazine to L-shaped bracket 110, without being so strong that they create a pinch-hazard for users or make it too difficult to remove a magazine from L-shaped bracket 110. In a preferred embodiment, magnets 130 are made from an alloy of rare-earth elements. In a preferred embodiment, magnets 130 are made from an alloy of molybdenum.
While preferred embodiments of the present invention have been illustrated and described herein, it will be apparent that such embodiments are provided by way of example only. Numerous variations, changes and substitutions will be apparent to those skilled in the art without departing from the invention, the scope of which is to be determined by the following claims.
| Number | Date | Country | |
|---|---|---|---|
| 62793980 | Jan 2019 | US |
