|Publication number||US3358504 A|
|Publication date||Dec 19, 1967|
|Filing date||Oct 1, 1965|
|Priority date||Oct 1, 1965|
|Publication number||US 3358504 A, US 3358504A, US-A-3358504, US3358504 A, US3358504A|
|Inventors||Russell Freebairn Samuel|
|Original Assignee||Russell Freebairn Samuel|
|Export Citation||BiBTeX, EndNote, RefMan|
|Patent Citations (2), Referenced by (39), Classifications (9)|
|External Links: USPTO, USPTO Assignment, Espacenet|
Dec. 19, 1967 s. R. FREEBAIRN SIGHTING APPARATUS 2 Sheets-Sheet 1 INVENTOR jay/z/z/ 1Q fieda/k/z ATTORNEY Filed Oct. 1, 1965 Dec. 19, 1967 s. R. FREEBAIRN SIGHTING APPARATUS 2 Sheets-Sheet 2 Filed Oct. 1, 1965 INVENTOR @2022? ATTORNEY United States Patent 3,358,504 SIGHTING APPARATUS Samuel Russell Freebairn, 4181 Jupiter Drive, Salt Lake City, Utah 84117 Filed Oct. 1, 1965, Ser. No. 492,132 Claims. (Cl. 73167) This invention relates generally to a sighting apparatus and more particularly to a device for zeroing in rifles and other types of firearms.
Many devices are known for checking or testing the accuracy of gun sights. Many of the prior known devices rely upon the maintenance of the utmost stability of the firearm throughout the testing procedure whereby provision is made for preventing even the slightest displacement of the weapon during the firing of a plurality of cartridges therefrom. In order to achieve this effect, it has heretofore been a practice to construct the gun mount of extremely heavy components tending to resist any displacement as a result of the firing of the weapon and to incorporate any of various means for tightly clamping the weapon within the gun mount which in turn is usually permanently mounted upon a heavy bench.
Accordingly, one of the primary objects of the present invention is to provide a sighting apparatus comprising a lightweight easily transported device which may be readily adapted for use in the field by, say, a hunter, as well as adaptable for use on a firing range by attaching the base of the mount to a rigid pipe or other supporting member fixedly disposed within the ground.
Another object of the present invention is to provide a sighting apparatus which may be set up to test any type of firearm in a matter of seconds, and which provides means for rigidly clamping only the butt stock of the firearm while merely providing a cradle type support for the forearm stock of the weapon. With the present invention, the actual time consumed in conducting the actual zeroing in of the weapon amounts to only a few seconds in view of the novel construction therein provided. This feature, coupled with the ease or portability of the present device, makes readily available an improved sighting apparatus not previously known in the art. Heretofore, it has usually only been the most expert of riflemen who could afford the time and expense necessary to have their firearms zeroed in in view of the non-availability of a simple inexpensive apparatus for accomplishing this procedure. All shooting enthusiasts realize, however, that the line of sight of each of their weapons will vary considerably, not only as a result of time and use, but also between manufacturers lots of a single prescribed size and weight of. ammunition. Thus, it becomesevident that it would behoove each shooter to have his weapon zeroed in, not only a single initial time, but also whenever he changes from one bullet. size or powder weight of ammunition to another, or even changed lots in a single rating of ammunition. With the present invention, a sighting apparatus is provided of inexpensive construction which may be easily transported, even into the field, by a hunting party so that each and every member may readily zero in his firearm in a mere matter, of seconds, usually requiring only the firing of two rounds of ammunition per weapon.
A further object of the present invention is to provide a sighting apparatus including a pair of V-way suspended supporting clamps into which the weapon is deposited, said suspended clamps being in turn pivotally mounted to a pair of parallel frame members, in turn pivotally mounted upon a body member.
Still another object of the present invention is to pro vide a sighting apparatus including a pair of pivoted firearm supporting frame members which are equally stock clamp assembly 7 guide bars 1313 and includes an 3,358,594 Patented Dec. 19, 1967 displaced in an arcuate manner by the force of the recoil of the Weapon when it is fired, and which are returned by arrestor means to the exact original position without any displacement of the bore sighting of the weapon from its original position.
With these and other objects in view which will more readily appear when the nature of the invention is better understood, the same consists in the novel construction, combination, and arrangement of parts hereinafter more fully described, illustrated, and claimed.
A preferred and practical embodiment of the invention is shown in the accompanying drawings, in which:
FIGURE 1 is a side elevation, with portions broken away, of a sighting apparatus according to the present invention.
FIGURE 2 is a top plan view of the present invention.
FIGURE 3 is a front elevation view of the present invention.
FIGURE 4 is a rear elevation view of the present invention.
Similar reference characters designate corresponding parts throughout the several views of the drawings.
Referring now to the drawings, particularly FIGURE 1, it will be seen that the present invention comprises a device which is relatively compact and lightweight and which thus may be readily transported, even into the field, by a hunter for the purpose of zeroing in his rifle in order to ensure accuracy of bullet impact, even at ranges in excess of 1000 yards. Basically, the sighting apparatus comprises a longitudinal body member 1 having pivotally journalled at opposite ends thereof a substantially U-shaped front frame member 2 and rear frame member 3. The bearings (not shown) disposed within the ends of the body member 1 and containing the pivotal axles 4 and 5 are of the adjustable type so that maximum precision may be maintained to eliminate any possible free play in the attachment of the front and rear frames to the body member. Pivotally suspended from the upper ends of the forks of the front frame 2 and rear frame 3 are, respectively, a front V-Way clamp assembly generally designated 6 and a rear butt stock clamp assembly generally designated 7. From a review of FIGURES 3 and 4 it will be seen that the two clamp assemblies are each pivotally suspended from the upper ends of. the front and rear frames by means of stub axles 8 which are journalled within suitable bearings 9, contained in the upper forks or arms of the frame members.
The front and rear frame members may be of substantially identical construction. However, the front clamp assembly 6 and rear clamp assembly 7 are necessarily entirely different in construction from one another in view of their use during operation of the sighting apparatus. As will be most clearly seen in FIGURE 1, the rear butt is disposed with its vertical axis offset and to the rear of the pivotal axis of the stub axles 8 journalled Within the rear frame member 3. As will be seen in FIGURE 4, the bottom of the rear clamp assembly 7 is provided with a V-way 10, the upper exposed surfaceof which is preferably covered with a protective cushion layer such as neoprene. Disposed above the bottom of V-way 10 is a butt stock clamp bar 11 having an in verted V-way surface 12 facing the V-way 10. The clamp bar 11 is mounted within the confines of the rear clanip assembly 7 by means of a pair of vertically disposed clamp adjustment screw 14 threaded through the top of the clamp assembly 7 and having its lower end freely journalled within the medial portion of the butt stock clamp bar 11. Pivotally mounted between a pair of rearwardly projecting offset brackets 1515 is a rifle butt support plate 16 which is provided with a protective cushion layer on its forwardly facing surface as will be seen in FIGURE 1. From the foregoing, it will now be understood that when placing a firearm in the sighting apparatus, the butt of the weapon is disposed in juxtaposed relationship to the rifle butt support plate 16 with the bottom of the rifle butt resting upon the bottom V-way of the clamp assembly 7. With the weapon thus positioned, the clamp screw 14 is turned to force the butt stock clamp bar 11 downwardly until the upper V-way 12 firmly grips the top of the rifle butt to hold the weapon in a rigid position in the sighting device.
With the butt stock portion of the rifle firmly anchored within the clamp assembly 7, the forearm stock portion of the weapon is adapted to be disposed upon the V-way portion 17 of the front clamp assembly 6. This front clamp assembly 6 includes a main body portion 18 of generally U-shaped configuration and which is pivotally supported within the front frame 2 by means of the aforedescribed stub axles 8. Straddling the front and rear of the main body portion 18 are a pair of scissor arms 19-19, each of which is pivotally mounted to the main body portion as at 20. Depending from the lowermost medial portion of the main body portion 18 is a guide 21 having a slot 22 provided therein (FIGURE 1). Loosely disposed within the slot 22 is a scissor adjustment screw 23 about which are threaded a pair of sleeves 24-24. The ends of each of the threaded sleeves 24 are pivotally mounted within the front and rear portions of each of the scissor arms 19, whereupon it will be obvious that as the adjustment screw 23 is turned, the left and right hand threads provided thereon will move the two sleeves 24 concurrently either towards the ends of the screw 23 or towards the depending guide 21, dependent upon the direction the screw 23 is rotated. In view of the pivotal mounting of the two scissor arms 19 upon the pivots 20, it will follow that as the screw 23 is turned, the upper ends of the scissor arms 19 will be moved either towards one another or away from one another in an arcuate manner. As shown in FIGURE 3, the upper portions of the scissor arms 19-19 are each provided upon their oppositely facing surfaces with a rubber bumper 25a for reasons which will become obvious immediately hereinafter.
When the fire-arm has been anchored within the rear clamp assembly 7 and the forearm stock is resting upon the V-way 17 of the front clamp assembly 6, the screw 23 is rotated to move the two sleeves 24, 24 outwardly away from the guide 21 to pivot the scissor arms 19 and move the bumpers 25a towards one another until the forward portion of the rifle is urged downwardly thereby to suitably retain the front of the weapon Within the V-way 17. It will be understood as this description progresses that the front clamp assembly 2 does not have to serve the purpose of rigidly locking the forearm portion of the weapon in the sighting apparatus against the usual recoil reaction encountered, and is primarily to prevent later-a1 displacement of the weapon during the subsequent firing thereof. An important feature of the present invention which precludes any raising or climbing of the bore of the weapon during the recoil thereof is that the line of thrust which passes through the center of the firearms bore, if extended rearwardly, would pass through the center of the pivoting stub axles 8, 8 in the rear frame 3. The front and rear frame, as well as the front and rear clamp assemblies, are maintained in their respective parallel relationship by means of a tie-rod 25, having its opposite ends rigidly attached to the front and rear clamp assemblies. In order to balance the forces reacting on the front and rear clamp assemblies, it is proposed to provide a separate tie rod 25 to interconnect both the left and right hand sides of the two clamp assemblies.
The front and rear frames which will always be disposed in parallel relationship in view of the tie rods 25, '25 interconnecting the front and rear clamp assemblies, assume a normal or at-rest position with the upper portions thereof inclined forwardly as shown in FIGURE 1. The frame members are biased to this at-rest position by means of an arrestor cylinder 26, preferably comprising a pneumatic cylinder operating on the similar principle, as a door closer and having one, end of the cylinder pivotally anchored as at 27 to the undersurface of the body member 1 while the slidable piston rod 28 has its outer free end pivotally connected to the lower rear edge of the front frame member 2 below the, pivotal axis of the axle 4. It will be understood that the arrestor 26 will include any suitable conventional valve means (not shown) as commonly found in many cylinders of this type, whereby the resistance, and therefore the speed with which the piston rod 28 is extended and retracted, may be altered in order to accommodate firearms having widely different recoil forces.
The present invention provides means whereby practically any firearm may be zeroed in by firing usually no more than two shots, regardless of how far from the bullseye the first shot strikes the target. In order to accomplish this, fast, accurate, and smooth means must be rovided for making elevation and wind adjustment to the line of sight of the weapon. Means are included to enable the operator to make both rapid or coarse elevation and wind age adjustments as well as fine precision windage and elevation adjustments to the body member 1, it being apparent that any vertical and lateral movements directed to the body member 1 will be transmitted as a correspond ing movement of the line of sight of the weapon mounted within the front and rear clamp assemblies of the sighting apparatus.
The body member 1 is mounted for pivotal movement upon a carrier 29 comprising a channel member having a horizontal base 30 and a pair of vertically disposed side walls 31, 31. The side walls 31, 31 are generally of triangular configuration in side elevation and are attached to the body member 1, adjacent the upper vertex thereof by means of a suitable shaft 32 which is equipped with bearings to provide a smooth, effortless, pivotal movement of the body member 1 upon the carrier 29. The carrier 29 is in turn supported upon a base 33 by means of a circular hub 34 depending from the bottom 30 of the carrier and journalled Within said base 33 for rotary movement with respect to the base. From the above description, it will be seen that suitable means are provided to permit both lateral or windage movement of the line of sight of the firearm as the carrier 29 is pivoted about the vertical axis passing through the base 33, and also vertical or elevation movement by means of the horizontal pivot axis formed by the bearing-equipped shaft 32 joining the body member 1 to the side walls of the carrier 29. 9
Means for regulating the vertical and horizontal disposition of the line of sight of the firearm is provided by a plurality of screw threaded elements for adjusting and holding the relative position between the fixed base 33, the carrier 29, and the body member 1, as will now be described. Disposed within a peripheral groove 35 formed in the upper portion of the base 33 is a windage clamp 36 comprising a split ring having a pair of spaced apart clamping ears 37, 37 formed at the free ends thereof. A clamp screw 38 freely passing through one of said cars 37 engages a tapped opening in the other ear 36 whereby the windage clamp 36 will be tightened about the peripheral groove 35 in base 33 as the clamping screw 38 is moved in one direction and will be loosened as it is moved in the opposite direction for purposes which will become obvious immediatelyhereinafter. Attached to the split ring of the windage clamp 36 at a point diametrically opposed to the clamping screw 38 is a horizontally disposed oifset arm 39 extending outwardly to a point underlying the forward portion of the carrier 29. As will be seen in FIGURE 1, a pair of upstanding stops 40 and 41 are provided along opposite side edges of the offset arm 39, the stop 40 being disposed adjacent the split ring portion of the windage clamp 36, while the stop. 41 is adjacent the free outer edge of the offset arm 39'. Depending from the bottom portion 30 of the carrier 29 and laterally opposed to the stops 40 and 41 is an ear 42 and threaded sleeve 43, respectively. As will be seen most clearly in FIGURE 3, a windage screw is threaded through the sleeve 43 and has its free end positioned in abutment with the vertically disposed stop 41 on the offset arm 39. The constant biasing of the end of the screw 44 against the stop 41 is ensured by means of a compression spring 45, having its opposite ends bearing upon the inner surfaces of the opposed stop 40 and ear 42. In this manner, it will be understood that relative positioning of the carrier 29 with respect to the windage clamp 36 is achieved by rotation of the windage screw 44. Prior to utilizing the screw 44, it will often be advantageous to initially obtain a rough windage adjustment of the line of sight by means of the clamping screw 38. When the firearm has been secured within the front and rear clamp assemblies, the screw 38 is loosened to release the clamping pressure of the split ring 36 upon the base 33 whereby the carrier 29 and body member 1 may be manually moved about the vertical axis of the base 33 to achieve a rough setting of the windage adjustment, whereafter the clamping screw 38 is tightened. Then when it is desired to exactly pinpoint the windage portion of the line of sight adjustment, the windage fine adjustment screw 44 is manipulated to move the carrier 29 laterally with respect to the now fixedly disposed windage clamp 36.
Elevation adjustment of the body member 1 about the horizontally disposed pivot 32 is accomplished by means of a threaded elevation screw 46 having its free end freely journalled within a suitable pivot member 47 carried by the body member 1. Pivotally mounted between the side walls 31, 31 at the rear of the carrier 29 is an elevation slide housing 48 which includes a smooth cylindrical passageway and a pair of spaced apart locking cars 49, 49 adjacent a split portion in the housing. Disposed within the bore of the slide housing 8 is an elevation adjustment slide 50 having a threaded bore therein. A locking screw 51 passes freely through one of the locking ears 49 and engages a tapped opening in the other locking car 49, whereby clamping pressure may be applied by tightening the screw 51 to lock the otherwise freely slidable member 50 within the housing 48. The elevation adjustment will now be apparent from the foregoing description where it will be seen that by loosening the locking screw 51, the body member 1 may be tilted about the horizontal pivot 32 to achieve a rapid coarse adjustment of the elevation of the line of sight. During this manual adjustment of the body member 1, the slide 50 will be free to move within the loosened passageway of the housing 48 until a crude or coarse elevation adjustment is achieved whereafter the locking screw 51 will then be tightened. Following this coarse adjustment, a precision elevation adjustment is accomplished by the subsequent rotating of the elevation fine adjustment screw 46 which will turn within the threaded bore of the slide 50 to raise or lower the journalled free end of the screw which is attached to the body member 1 at the pivot member 47. The manner of utilizing the present invention to achieve an accurate zeroing in of the firearm by firing only two shots will now be described. After the firearm is proper-1y seated within the front and rear clamp assemblies 6 and 7, the firearm is bore-sighted upon a suitable target by manipulating the aforedescribed windage and elevation adjustment means to center upon the bullseye of the target. The firearm sights are thereafter adjusted to the same center of the target. A first round is then fired from the firearm, preferably by means of any suitable electrical or remote mechanism for depressing the weapon trigger without causing undesirable displacement of the weapon within the sighting apparatus. The strike of the bullet is then noted. During the firing of the round, the force of the recoil will be transmitted through the rifle butt support plate 16 to the rear clamp assembly 7 and also to the front clamp assembly 6 by means of the tie rods 25 so that both the front 2 and rear 3 frame members will be displaced rearwardly against the force of the arrestor cylinder 26 and thereafter returned to the exact same forward, or at-rest position, by retraction of the piston rod 28 within the cylinder 26.
The strike of the fired round is marked or otherwise clearly identified so that the sights of the weapon may then be adjusted to align with the marked bullet strike. By the subsequent manipulation of the fine elevating screw 46 and windage screw 44, the sight alignment is then fixed to the center of the target, and a second round is fired which will strike the target center and verify the proper zeroing in of the weapon for the particular range and ammunition involved.
The embodiment of the invention as illustrated in the drawings discloses a truly portable arrangement, whereby the base 33 is supported upon a detachable folding tripod assembly 52 comprising a plurality of legs 53 pivotally attached to a threaded plug 54 adapted to engage a threaded opening within the base 33. Alternatively, the sighting apparatus may be more rigidly mounted by applying the internally threaded base 33 to an exteriorly threaded pipe, suitably anchored within the ground.
It is to be understood that the invention is not limited to the specific features shown, but that the means of construction herein disclosed comprise the preferred form of several modes of putting the invention into effect, and the invention will therefore be understood in any of its forms or modifications within the legitimate and valid scope of the appended claims.
1. A sighting apparatus for firearms, comprising, front and rear clamp assemblies for supporting the forestock and buttstock of a firearm respectively, front and rear frame members including means pivotally suspending said front and rear clamp assemblies therein, body means having means pivotally mounting said front and rear frame members thereon in spaced apart relationship, means interconnecting said front and rear clamp assemblies and maintaining same in parallel relationship as said frame members pivot about said body means during recoil of said firearm following firing thereof, and arrestor means between one of said frame members and said body means partially absorbing the force of the recoil and returning the pivotally mounted frame member to an at-rest position.
2. In a sighting apparatus according to claim 1, a carrier disposed below and pivotally attached to said body means to permit angular displacement therebetween in a vertical plane, and base means supporting said carrier and pivotally attached thereto to permit angular displacement therebetween in a horizontal plane.
3. In a sighting apparatus according to claim 2, adjustable elevation means rigidly interconnecting said body means and carrier to alter the angular relationship therebetween.
4. In a sighting apparatus according to claim 2, adjustable windage means rigidly interconnecting said base means and carrier to alter the angular relationship therebetween.
5. A sighting apparatus according to claim 3, wherein, said elevation means comprises, an internally threaded member normally anchored to said carrier, and a screw freely journalled in said body means and passing through said member in said carrier.
6. A sighting apparatus according to claim 5, including a housing attached to said carrier, said internally threaded member normally secured against movement in said housing, and locking means on said housing operable to release said threaded member to permit rapid concurrent displacement of said screw and threaded member.
7. A sighting apparatus according to claim 4, wherein, said windage means comprises, a clamp releasably engaging said base means and including an arm provided with stop means, a screw mounted in said carrier and having its free end in abutment with said stop means; and means constantly urging said screw end against said stop means.
8. A sighting apparatus according to claim 7, including a lock screw on said clamp operable to release said clamp from engagement with said base means to permit rapid concurrent angular displacement of said clamp, carrier and body means.
9. In a sighting apparatus according to claim 1, V- way support surfaces in the bottom of said front and rear clamp assemblies, a vertically adjustable clamp bar mounted in said rear assembly, a pair of adjustable scissor arms pivotally mounted on said front assembly, and
' 8 a support plate attached to said rear assembly and adapted to engage the butt of the firearm when secured by said clamp assemblies.
10. A sighting apparatus according to claim 9, Wherein, said support plate is pivotally mounted to provide full contact engagement with the firearm butt.
References Cited UNITED STATES PATENTS DAVID SCHONBERG, Primary Examiner.
|Cited Patent||Filing date||Publication date||Applicant||Title|
|US2870683 *||Sep 20, 1955||Jan 27, 1959||Wilson Walter H||Adjustable tripod type gun mount|
|US3041938 *||Jul 19, 1960||Jul 3, 1962||Seabrook John T||Gun rest with magnetic holding means|
|Citing Patent||Filing date||Publication date||Applicant||Title|
|US3827172 *||Nov 28, 1972||Aug 6, 1974||Howe E||Bench rest device for firearms|
|US4012860 *||May 28, 1975||Mar 22, 1977||Auger Arnold J||Adjustable rifle rest|
|US4030097 *||Feb 2, 1976||Jun 14, 1977||Gedeon Anthony A||Muzzle velocity chronograph|
|US4333385 *||Aug 7, 1980||Jun 8, 1982||Culver W Jay||Gun sighting apparatus|
|US4580483 *||Mar 26, 1985||Apr 8, 1986||Garbini Louis K||Weapon rest for rifles and the like|
|US4799324 *||Jan 11, 1988||Jan 24, 1989||Nodo Nicholas L||Firearm recoil attenuator and method|
|US4841839 *||Jul 30, 1987||Jun 27, 1989||Stuart Richard K||Recoil absorbing gun mount device|
|US5081783 *||Jun 3, 1991||Jan 21, 1992||Jarvis Robert N||Device for supporting and sighting a firearm|
|US5375804 *||May 6, 1993||Dec 27, 1994||Levilly; Philippe||Portable device for immobilizing individual firearms during adjustment firing|
|US5666757 *||Aug 21, 1995||Sep 16, 1997||Helmstadter; Glenn D.||Combination of pistol and rifle shooting rest|
|US5937561 *||Mar 25, 1998||Aug 17, 1999||Abernethy; Steve T.||Firearm bench rest|
|US6293041 *||Oct 23, 1998||Sep 25, 2001||Marty Lytle||Rifle rest|
|US7086192 *||Jul 30, 2003||Aug 8, 2006||Deros Mark A||Adjustable gun rest apparatus|
|US7406794 *||Jul 26, 2006||Aug 5, 2008||Pope Jr Nehemiah||Rifle vise|
|US7587854 *||Dec 12, 2006||Sep 15, 2009||Werner Theodore J||Gas-dampened recoil rest with remote trigger release|
|US7730824 *||Jul 31, 2007||Jun 8, 2010||Black Robert O||Precision tactical mount|
|US7963206 *||Feb 15, 2006||Jun 21, 2011||David Eric Bartle||Apparatus for sighting-in a gun|
|US7980017 *||Jul 19, 2011||Harman Iii James Pope||Adjustable gun vise|
|US8296988||Nov 30, 2006||Oct 30, 2012||Battenfeld Technologies, Inc.||Firearm supporting devices, methods of assembling firearm supporting devices, and methods of packaging firearm supporting devices|
|US8356442||Mar 13, 2012||Jan 22, 2013||Battenfeld Technologies, Inc.||Adjustable shooting rests and shooting rest assemblies|
|US8393106||Mar 12, 2013||Battenfeld Technologies, Inc.||Shooting rests with adjustable height for supporting firearms|
|US8464628||Jun 18, 2013||Battenfeld Technologies, Inc.||Attachment mechanisms for coupling firearms to supporting structures|
|US8621773||May 10, 2006||Jan 7, 2014||Battenfeld Technologies, Inc.||Shooting rests for supporting firearms|
|US8745913 *||Nov 9, 2011||Jun 10, 2014||Battenfeld Technologies, Inc.||Versatile shooting rest|
|US8894024 *||Apr 24, 2012||Nov 25, 2014||Mark A. Deros||Adapter and mechanism for attaching accessories to support structures|
|US8931201||Dec 20, 2013||Jan 13, 2015||Battenfeld Technologies, Inc.||Gun support apparatus|
|US9140512 *||Jan 22, 2014||Sep 22, 2015||Jim Juel Witchel||Gun recoil suppressor and method of use|
|US9151561||Jan 3, 2014||Oct 6, 2015||Battenfeld Technologies, Inc.||Shooting rests for supporting firearms|
|US9328860 *||May 16, 2014||May 3, 2016||Matthew Steven Hauser||Mount for suspending and selectively positioning an object|
|US20040020097 *||Jul 30, 2003||Feb 5, 2004||Deros Mark A.||Adjustable gun rest apparatus|
|US20070084338 *||Oct 17, 2005||Apr 19, 2007||David Schwarzenberg||Rifle support for motorized vehicles|
|US20080134555 *||Dec 12, 2006||Jun 12, 2008||Werner Theodore J||Gas-dampened recoil rest with remote trigger release for a rifle for allowing a shooter to fire the rifle without any human contact and possible motion contamination|
|US20080209790 *||Feb 15, 2006||Sep 4, 2008||David Eric Bartle||Apparatus For Sighting-In A Gun|
|US20090026679 *||Jul 24, 2008||Jan 29, 2009||Harman Iii James Pope||Adjustable gun vise|
|US20120011759 *||Jan 19, 2012||Battenfeld Technologies, Inc.||Recoil-reducing shooting rest|
|US20120174460 *||Nov 9, 2011||Jul 12, 2012||Real Hicks Properties, Llc||Versatile Shooting Rest|
|US20120255212 *||Oct 11, 2012||Werner Theodore J||Cleaning, maintenance, and servicing rest for accommodating both a pistol and a revolver non-simultaneously|
|US20120273631 *||Nov 1, 2012||Deros Mark A||Adapter and Mechanism for Attaching Accessories to Support Structures|
|US20140237882 *||Feb 18, 2014||Aug 28, 2014||Kopfjager Industries, LLC||Stabilization Shooting Platform|
|U.S. Classification||73/167, 89/37.4|
|International Classification||G02B23/14, F41A23/00, F41A23/16|
|Cooperative Classification||F41A23/16, G02B23/14|
|European Classification||G02B23/14, F41A23/16|