US3772813A

US3772813A - Rifle shooting stand

Info

Publication number: US3772813A
Application number: US00151375A
Authority: US
Inventors: L Sands
Original assignee: Individual
Current assignee: Individual
Priority date: 1971-06-09
Filing date: 1971-06-09
Publication date: 1973-11-20
Anticipated expiration: 1990-11-20

Abstract

A rifle shooting stand formed of two stand members, each preferably consisting of machine-bendable wire. The stand members are pivotally connected together to unfold into a spread position preparatory to serving as a support for a rifle in shooting position thereon. A V-shaped bend in one stand member is adapted to supportingly receive the rifle and also effectively prevents relative sliding movement of the two stand members. Thus, the stand construction, by which the two stand members are confined solely to pivotal movements, is simple and yet provides sturdy support for the rifle.

Description

United States Sands Nov. 20, 11973 RIFLE SHOOTING STAND [76] Inventor: Lawrence Sands, 1415 Holiday Park Dr., Wantagh, NY. 11793 22 Filed: June 9, 1971 21 Appl.No.:11511,375

52 us. on. 51 1111.01. ..r41c 29/00 [58] Field 01 Search ..42/94;24s/441,17s,

[56] Refierences Cited UNITED STATES PATENTS 1,136,520 4/1915 Fukami 248/442 423,287 3/1890 Stillman... 16/192 203,184 4/1878 Muller 42/94 3,182,942 5/1965 Flanigan 248/175 3,193,240 7/1965 Browett 248/175 2,847,909 8/1958 Kester 42/94 FOREIGN PATENTS OR APPLICATIONS 191,399 0/1888 France 42/94 Primary Examiner-Benjamin A. Borchelt Assistant Examiner-C. T. Jordan Attorney-Bauer & Amer [57] AESTRAICT A rifle shooting stand formed of two stand members, each preferably consisting of machine-bendable wire. The stand members are pivotally connected together to unfold into a spread position preparatory to serving as a support for a. rifle in shooting position thereon. A V-shaped bend in one stand member is adapted to supportingly receive the rifle and also effectively prevents relative sliding movement of the two stand members. Thus, the stand construction, by which the two stand members are confined solely to pivotal movements, is simple and yet provides sturdy support for the rifle.

1 Claim, 3 Drawing; Figures PAIENTEnnnvzo ma 3,772,813

INVENTOR LAWRENCE SANDS ATTORNEYS RIFLE snoo'rnvc STAND The present invention relates generally to shooting stands for rifles and the like, and more particularly to an improved, portable rifle shooting stand characterized by a simplified construction.

It is already well known to utilize as rifle shooting stands tri-pod constructions or the like, such as is exemplified in US. Pat. No. 3,016,802. Undoubtedly because these prior art constructions must provide steady and sturdy support for the rifle during sighting, and also withstand recoil forces, they are comprised of numerous machined parts and otherwise are somewhat complicated in their construction.

Broadly, it is an object of the present invention to provide an improved rifle shooting stand overcoming the foregoing and other shortcomings of the prior art. Specifically, it is an object to provide a stand in which the rifle-supporting structure, in the shape of a V, also contributes significantly to simplifying the construction of the stand. Additionally, the rifle-supporting structure is advantageously located in a depending relation to the pivot axis of the stand so that the weight of the rifle thereon tends to force the stand members together rather than apart. This contributes to the sturdiness of the stand.

A rifle supporting structure demonstrating objects and advantages of the present invention includes two wire or rod-like pivotally connected stand numbers which, in use, are spread apart to provide an erect stand or support for the rifle. Specifically, the rifle is seated in a V-notch which is located in one stand member below the pivotal connection of the stand members, the V-notch also being between the two pivotal connection points of the members. Thus, the change in curviture which forms the V-notch prevents one stand from slipping off the other, and the location thereof below the pivot axis also contributes to minimizing collapse of the stand during use.

The above brief description, as well as further objects, features and advantages of the present invention, will be more fully appreciated by reference to the following detailed description of a presently preferred, but nonetheless illustrative embodiment in accordance with the present invention, when taken in conjunction with the accompanying drawings, wherein:

FIG. l is a perspective view of the rifle shooting stand hereof in its operative erect condition supporting a rifle in shooting position which is illustrated in phantom perspective;

FIG. 2 is a side elevational view, in section, taken on lines 2-2 of FIG. 1, illustrating further details of the stand; and

FIG. 3 is a side elevational view illustrating the stand in its closed position.

Reference is now made to the drawings wherein there is shown a rifle shooting stand, generally designated 10, deomonstrating objects and advantages of the present invention. Stand is advantageously used by being set up on the ground 40 or other support surface in the erect position illustrated in FIG. I in which it effectively supports a front end of a rifle 112 in the shooting position illustrated. Stand 10 thus steadies the rifle during its use.

In the preferred embodiment of the rifle stand 110 as illustrated herein, the same includes a first stand member, generally designated M, which preferably has a body fabricated out of a machine-bendable wire. Stand 14 is generally a flat or planar member and has an overall M-shape which provides two legs 16 and I8 and intermediate these legs a generally V-shaped riflesupporting section 20. Cross piece 22 adds rigidity to stand 114.

Shock-sbsorbing material 24, in cylindrical shape, is advantageously disposed along section 20 prior to the bending thereof into its final shape. The advantageous location of the shock-absorbing material 24 along the rifle-supporting section 20 cushions the recoil of the rifle 12.

The other significant part of the stand 10 is a second stand member, generally designated 26, which is pivotally connected, as at the

points

28 and 30, to stand member 14. Stand member 26 also includes a cross piece or brace 32 and has a body also preferably fabricated out of a machine-bendable wire.

As is illustrated in FIG. I, the two stand members 114 and 26 are pivotally connected to each other in a simplified, noteworthy manner. Specifically, the V-shape of the rifle-supporting section 20 cooperates with each

adjacent leg

16, 18 to produce a small radius bend 34 at the two

pivotal connection points

28, 30. As a conse: quence, the attachment of the upper ends of each of the legs 36 of the stand member 26 to the stand 14 at the

pivotal connection points

28 and 30 is greatly facilitated. The upper ends of the legs 36 are merely bent in an appropriate circular shape 38 about the curvature or bends 34 in the body of the stand I4 and, in an obvious manner, freely permits uminped ed pivotal movement between the two

stand members

14 and 26. At the same time, however, any relative sliding movement between the

stand members

14 and 26 as would tend to disengage these two members is prevented because of the small radius bends 34 which prevent sliding movement of the stand member 26 relative to the stand member 114.

In addition to the erect shooting position of stand as illustrated in FIG. I, the

stand members

14 and 26 can be closed upon each other, as illustrated in FIG. 3, which greatly contributes to the portability of the stand 110.

Another noteworthy feature of stand 10 is its inherent ability to withstand forces tending to cause it to collapse from its erect position as illustrated in FIG. I flat against its supporting surface 114. This tendency manifests itself in a typical prior art stand because the supporting legs thereof, under the weight of the rifle being supported, is under pressure to spread or move further away from each other. In contrast, the weight of the rifle 12 on the rifle-supporting section 20 which occupies an advantageous depending; relation to the imagi nary horizontally oriented pivot axis of

pivot points

28 and 30 has the tendency of urging the spread legs I6, 118 and 36 of the respective stand members through movement towards each other. That is, as best illustrated in FIG. 2, the angular inclination of stand member 14 of necessity presents the riflesupporting section 20 in a corresponding angularly inclined orientation beneath the rifle 12 being supported. Further, section 26, as previously indicated, is below the pivot axis, as exemplified by pivot point 28 in FIG. 2. Assuming stand member 26 is firmly engaged in the support surface dt) as at $2, the weight F of rifle I2 appears, in practice, to introduce a turning movement 44?, in the other stand member 14 which has a tendency of causing closing movement of stand 14 towards stand member 26. Stated another way, movement 44 minimizes the tendency of stand member 14 to slip at its point of engagement with the support surface 40 and thereby result in the collapsing of the stand 10. Thus, despite the simple construction of stand 10, it has been found in practice to be very sturdy and a steady Support for a rifle during shooting.

A latitude of modification, change and substitution is intended in the foregoing disclosure, and in some instances some features of the invention will be employed without a corresponding use of other features. Accordingly, it is appropriate that the appended claims be construed broadly and in a manner consistent with the spirit and scope of the invention herein.

What is claimed is:

l. A rifle shooting stand comprising a pair of generally planar first and second stand members, a riflesupporting section formed in said first stand member as a general V-shape between spaced apart opposite small radius bends and terminating in outwardly diverging legs, means pivotally connecting operative ends of said second stand member to said first stand member at said small radius bends thereof so as to define a generally horizontally oriented pivot axis for said shooting stand and to minimize disengaging sliding movement of one stand member relative to the other stand member while permitting unrestricted pivotal movement therebetween, said first and second stand members being pivotally movable about said pivot axis from positions adjacent each other into spread positions preparatory to providing an upright rifle-supporting condition to said shooting stand, said V-shape of said first stand being located adjacent and in depending relation to said pivot axis so that the weight of the rifle thereon induces closing movement of said first stand member relative to said second stand member, and shock-absorbing material disposed about said V-shape.

Claims

1. A rifle shooting stand comprising a pair of generally planar first and second stand members, a rifle-supporting section formed in said first stand member as a general V-shape between spaced apart opposite small radius bends and terminating in outwardly diverging legs, means pivotally connecting operative ends of said second stand member to said first stand member at said small radius bends thereof so as to define a generally horizontally oriented pivot axis for said shooting stand and to minimize disengaging sliding movement of one stand member relative to the other stand member while permitting unrestricted pivotal movement therebetween, said first and second stand members being pivotally movable about said pivot axis from positions adjacent each other into spread positions preparatory to providing an upright riflesupporting condition to said shooting stand, said V-shape of said first stand being located adjacent and in depending relation to said pivot axis so that the weight of the rifle thereon induces closing movement of said first stand member relative to said second stand member, and shock-absorbing material disposed about said V-shape.