US2645037A - Gun sighting - Google Patents

Gun sighting Download PDF

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Publication number
US2645037A
US2645037A US259531A US25953151A US2645037A US 2645037 A US2645037 A US 2645037A US 259531 A US259531 A US 259531A US 25953151 A US25953151 A US 25953151A US 2645037 A US2645037 A US 2645037A
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sight
frame
line
shaft
apertures
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US259531A
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Albert J Talone
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41—WEAPONS
    • F41G—WEAPON SIGHTS; AIMING
    • F41G3/00—Aiming or laying means
    • F41G3/26—Teaching or practice apparatus for gun-aiming or gun-laying

Definitions

  • This invention relates to a sight trainer and particularly to a device for training trainees in the use of small arms.
  • t is accordingly an object of this invention to provide an improved sight training device.
  • Figure l is a top plan view of the sight training device in operative position
  • Figure 2 is a front View of the sight training device
  • Figure 3 is a cross section taken substantially on the plane indicated by line 33 of Figure 1 and showing the target operating mechanism
  • Figure 4 is a longitudinal section taken substantially on the plane indicated by line t t of Figure l and showing the operating mechanisms for the sight apertures and the target field;
  • Figure 5 is a cross section taken substantially on the plane indicated by line 5--5 of Figure 4 showing the arrangement of the rear sight having a plurality of selectable apertures;
  • Figure 6 is a view showing the rear sight and front sight in proper location.
  • Figure 7 is a view showing sights and targets in proper alignment.
  • the sight training device comprises a frame Hi having side members l2 and 14, end members I6 and [8 herein shown as providing a substantially longitudinal rectangular framework.
  • the framework could be of any size and shape and could quite obviously be cylindrical with the working parts contained therein.
  • the frame is likewise preferably provided with a bottom 29 and a top 22 which is hinged thereto by means of hinge devices 24 and 26 and may be provided with a detachable handle 28 herein shown as being arranged in a side member l2.
  • the top member 22 may be closed onto the framework and locked in position by means of catches 3t.
  • the. framework is supported on any suitable mechanism such as a table, bench or other device and is herein shown as being mounted on legs 32.
  • the framework It being provided with cross members 34 and 36 to provide reinforced sections into which the tops of the legs 32 may be inserted.
  • the training device mounted in the case consists of a simulated gun barrel it, a sight aperture :32 in the framework it and a gun sight 44 mounted on the gun barrel til.
  • the aperture 52 and the gun sight provide a fixed line of sight in the sight training device.
  • a rear sight member is has a plurality of rear sight apertures 48.
  • the rear sight member is mounted on a shaft which is journaled between the end of the gun barrel 53 and an aperture in the end it of the frame
  • the shaft 5t extends through the aperture in the me... er l6 and has a hand operating wheel secured thereon.
  • a resilient element such as a spring tit is mounted between the sight member ti; and the end of the gun barrel so that there is a pressure tending to lock the sight member 5% in position.
  • the sight memher 4% can be turned to present various of the apertures it into the line of sight so that the trainee may select one of the apertures which he believes is exactly in the line of sight and coincides therewith.
  • the rear sight aperture is in proper relation to the line of sight between the aperture and the frame and the front sight 451 the appearance will be as seen in Figure 6 with the gun sight extending exactly centrally of the aperture and terminating at the exact center thereof.
  • the braking mechanism presented by the friction spring 54 effectively preventing dislocation of the sight during the interval of transfer of the trainee from the sighting position.
  • rear sight mechanisms may be utilized. Instead of utilizing a disk rotatable about a shaft it is obviously possible, to use a sliding member having a rack and pinion. driving arrangement or any other such device.
  • the rear sight member will have a plurality of rear sight apertures at least; one of which can be brought into proper alignment in the line of sight between the aperture and the frame and the front gun sight.
  • a target member 60 is arranged between the sight 44 and the rear end l8 of the frame 10.
  • the sight member SU is provided with a plurality of target devices 62 which can be selectively presented to the line of sight between the aperture 42, the gun sight 44 and the target member. After the trainee has properly aligned the rear sight aperture and the gun sight he then selects the proper target which will be arranged exactly in tangent relation to thetop of the gun sight as shown in Figure '7.
  • the member 60- is herein shown as a disk having a plurality of simulated targets thereon, at least one of said targets being capable of being manipulated into exact coincidence with the line of sight.
  • the disk Bil is mounted on ashaft 34 journaled in the end of a gun barrel 4!] and the rear end l8- of the frame.
  • a driving mechanism for the disk 60 provides a shaft 66 journaled in the front end [6 and the rear end I! ofthe frame and'having a handwheel fifl rigidly-mounted thereon.
  • a driving connection between the operating shaft 66 and the shaft 64 comprises a pinion '58 mounted on the shaft 66, a pinion 1'2- mounted on the shaft 64' and a driving instrument 14 such as a.
  • a spring braking mechanism 76 is mounted between the sprocket l2 and the end- [8 of the frame. This spring serves the purpose of acting as a brake mechanism so that the'target 60 will be maintained in fixed relation after it has been adjusted;
  • gear teeth could be provided in the rimof the disk 60- and a gear could be mounted meshing therewith, or obviously, any number of mechanical connections other than the rotating type could be utilized.
  • a target member will be provided with a plurality of simulatedtargets any one of which can be approached to the line of sight andat least one of which can be made to completelyv coincide with the line of sight to establish a proper sightingarrangement.
  • the device as shown is constructed of opaque material and the lid 22'should be raised during the sighting interval.
  • the lid-22 could-be made of light transmitting material in which case it would be unnecessary to lift the lid 22.
  • a sight trainer comprising a case, a simulated gun barrel rigidly mounted in said case, a front sight on said barrel, a sighting aperture in said case in alignment with said barrel and said front sight, a rear sight disk rotatably mounted adjacent the rear of said barrel, a plurality of rear sight apertures in said rear sight disk, means for rotating said disk to selectively position said rear sight apertures in proximity to the line of sight between said sighting aperture and said front sight, one of said apertures being capable of correct alignment in said line of sight, a target .disk' adjacent the; front of said barrel, a plurality of targets on said target disk, means for rotating said target disk to selectively position said targets in proximity to said line of sight, one of said targets beingcapable of correct alignment insaid line of sight.
  • a sight trainer comprising a case, a simulated gun barrel rigidly mounted in said case, a front sight on said barrel, a sighting aperture in saidcase in alignment with said barrel and said front sight, a rearsight disk rotatably mounted adjacent the rear of said barrel, aplurality of rear sight apertures in said rear sight disk, means for rotating said disk to selectively position said rear sight apertures in proximity to the line of sight between said sighting aperture and said front sight, one of said aperturcsbeing capable of correct alignment in said line of sight, a target disk adjacent the-front of said barrel, a plurality of targets on said target disk, means for rotating said target disk to selectively position said targets in proximity to said line of sight, one of said targets being capable of correct alignment in said line of sight, resilient means forholding said sightdisk and. said. target disk in selected position.
  • a sight trainer comprising aframe, a simulated: gun barrel mounted in said frame, a front gun sight supported. by said barrel, a sighting aperture in said frame, a shaft journaled in said frame and said simulated gun barrel, a hand wheel mounted on said shaft exterior of said frame, a rear sight operatively connected to said shaft, a. plurality of rear sight apertures in said rear sight, said shaft being operable by said hand wheel to selectively move said rear sight apertures into the line of sight between the frame aperture and said front sight, oneof said rear sight apertures being capable of proper alignment in said line of sight.
  • a sight trainer comprising a frame, a simulatedzgun barrel mounted insaid frame, a front gun sight supported on said barrel, a sighting aperture in said frame, a shaft journaled in said frame, and: saidv simulated gun barrel, a hand wheel mounted on said shaft exterior of said frame, a rear sight operatively connected to said shaft, a plurality of rear sightzapertures in said rear. sight, said shaft being operable by said hand wheel to selectively move said rear sight apertures. into the line of sight between the frame aperture and said front sight, one of said rear sight apertures being. capable of proper.
  • a target member mounted in front of said front sight, a plurality of targets on said target member, a second shaft journaled in said frame, a hand. wheel on said second shaft exterior of said frame, said target member being operatively connected to said sec- 0nd shaft, said second shaft being operable to selectively move said targets into said line of sight, one of said targets being capable of proper alignment in said line of sight.
  • a sight trainer comprising a frame, a simulated gun barrel mounted in said frame, a front gun sight mounted on said barrel, a sighting aperture in said frame, a shaft journaled in said frame and said gun barrel, a hand wheel mounted on said shaft exterior of said frame, a rear sight operatively connected to said shaft, a plurality of rear sight apertures in said rear sight, said shaft being operable by said hand Wheel to selectively move said rear sight apertures into the line of sight between the frame aperture and said front sight, one of said rear sight apertures being capable of pro-per alignment in said line of sight, a plurality of targets, means for selectively moving said targets into said line of sight, one of said targets being capable of proper alignment in said line of sight.
  • a sight trainer comprising a frame, a front gun sight mounted in said frame, an aperture in said frame, a plurality of rear sight apertures, means for selectively moving said rear sight apertures into the line of sight between said frame aperture and said gun sight, one of said rear sight apertures being capable of correct alignment with said line of sight, a target member mounted in front of said front sight, a plurality of targets on said target member, a second shaft journaled in said frame, a hand wheel on said second shaft exterior of said frame, said target member being operatively connected to said second shaft, said second shaft being operable to selectively move said targets into said line of sight, one of said targets being capable of proper alignment in said line of sight.
  • a sight trainer comprising a frame, a simulated gun barrel mounted in said frame, a front gun sight mounted on said barrel, a sighting aperture in said frame, a shaft journaled in said frame and said simulated gun barrel, a hand wheel mounted on said shaft exterior of said frame, a rear sight operatively connected to said shaft, a plurality of rear sight apertures in said rear sight, said shaft being operable by said hand wheel to selectively move said rear sight apertures into the line of sight between the frame aperture and said front sight, one of said rear sight apertures being capable of proper alignment in said line of sight, a second shaft journaled in said frame and said simulated gun barrel, a target secured on said second shaft, an operating shaft journaled in said frame, a hand wheel on said operating shaftya driving connection between said operating shaft and said second shaft whereby said second shaft is operated to selectively present said target in said line of sight.

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  • Engineering & Computer Science (AREA)
  • Radar, Positioning & Navigation (AREA)
  • General Engineering & Computer Science (AREA)
  • Instructional Devices (AREA)

Description

y 4, 1953 A. J. TALONE 5,037
GUN SIGHTING Filed Dec. 5. 1951 2 aeetm m 1 Fig.! 3
IN VEN TOR.
Albert J. Talone y 4, 1953 A. J. TALONE 2,645,037
GUN SIGHTING Filed Dec. 3, 1951 2 Sheet's-Sh ee t 2 Fig.4
V/AI- Albert J. Tulane mmvrox.
BY 5k "vy Patented July 14, 1953 UNITED STATES PATENT OFFICE 7 Claims.
This invention relates to a sight trainer and particularly to a device for training trainees in the use of small arms.
In sighting small arms it is necessary to bring a sight aperture and a front sight into correct barrel presents a line of sight and a plurality of rear sight apertures which may be aligned in the line of sight and a plurality of targets one of which at least can be properly aligned in the line of sight between the rear apertures, the gun sight and the target areas.
t is accordingly an object of this invention to provide an improved sight training device.
It is a further object of this invention to provicle a training device to train trainees how to align up the sights of small arms.
It is a further object of this invention to provide a sight training device having a plurality of apertures which may be selectively engaged in line of sight.
It is a further object of this invention to provide a sight training device in which a plurality of apertures may be properly aligned with a sight and a target area.
It is a further object of this invention to provide a training device having a plurality of target areas which may be selectively presented into the line of sight of the device.
Other objects and man of the attendant advantages of this invention will be apparent from the following detailed description, taken in conjunction with the accompanying drawings, in which:
Figure l is a top plan view of the sight training device in operative position;
Figure 2 is a front View of the sight training device;
Figure 3 is a cross section taken substantially on the plane indicated by line 33 of Figure 1 and showing the target operating mechanism;
Figure 4 is a longitudinal section taken substantially on the plane indicated by line t t of Figure l and showing the operating mechanisms for the sight apertures and the target field;
Figure 5 is a cross section taken substantially on the plane indicated by line 5--5 of Figure 4 showing the arrangement of the rear sight having a plurality of selectable apertures;
Figure 6 is a view showing the rear sight and front sight in proper location; and
Figure 7 is a view showing sights and targets in proper alignment.
The sight training device according to the inventioncomprises a frame Hi having side members l2 and 14, end members I6 and [8 herein shown as providing a substantially longitudinal rectangular framework. Obviously, the framework could be of any size and shape and could quite obviously be cylindrical with the working parts contained therein.
The frame is likewise preferably provided with a bottom 29 and a top 22 which is hinged thereto by means of hinge devices 24 and 26 and may be provided with a detachable handle 28 herein shown as being arranged in a side member l2. The top member 22 may be closed onto the framework and locked in position by means of catches 3t. Preferably the. framework is supported on any suitable mechanism such as a table, bench or other device and is herein shown as being mounted on legs 32. The framework It being provided with cross members 34 and 36 to provide reinforced sections into which the tops of the legs 32 may be inserted.
The training device mounted in the case consists of a simulated gun barrel it, a sight aperture :32 in the framework it and a gun sight 44 mounted on the gun barrel til. The aperture 52 and the gun sight provide a fixed line of sight in the sight training device.
A rear sight member is has a plurality of rear sight apertures 48. The rear sight member is mounted on a shaft which is journaled between the end of the gun barrel 53 and an aperture in the end it of the frame The shaft 5t extends through the aperture in the me... er l6 and has a hand operating wheel secured thereon. A resilient element such as a spring tit is mounted between the sight member ti; and the end of the gun barrel so that there is a pressure tending to lock the sight member 5% in position.
By turning the handwheel 52 the sight memher 4% can be turned to present various of the apertures it into the line of sight so that the trainee may select one of the apertures which he believes is exactly in the line of sight and coincides therewith. When the rear sight aperture is in proper relation to the line of sight between the aperture and the frame and the front sight 451 the appearance will be as seen in Figure 6 with the gun sight extending exactly centrally of the aperture and terminating at the exact center thereof.
After the rear sight aperture has been adjusted in what the trainee believes to be the proper location the supervising oflicer may sight through the device and ascertain that it has been properly selected. The braking mechanism presented by the friction spring 54 effectively preventing dislocation of the sight during the interval of transfer of the trainee from the sighting position.
Obviously many forms of rear sight mechanisms may be utilized. Instead of utilizing a disk rotatable about a shaft it is obviously possible, to use a sliding member having a rack and pinion. driving arrangement or any other such device.
In any event the rear sight member will have a plurality of rear sight apertures at least; one of which can be brought into proper alignment in the line of sight between the aperture and the frame and the front gun sight.
A target member 60 is arranged between the sight 44 and the rear end l8 of the frame 10. The sight member SUis provided with a plurality of target devices 62 which can be selectively presented to the line of sight between the aperture 42, the gun sight 44 and the target member. After the trainee has properly aligned the rear sight aperture and the gun sight he then selects the proper target which will be arranged exactly in tangent relation to thetop of the gun sight as shown in Figure '7.
The member 60- is herein shown as a disk having a plurality of simulated targets thereon, at least one of said targets being capable of being manipulated into exact coincidence with the line of sight. The disk Bil is mounted on ashaft 34 journaled in the end of a gun barrel 4!] and the rear end l8- of the frame. A driving mechanism for the disk 60 provides a shaft 66 journaled in the front end [6 and the rear end I! ofthe frame and'having a handwheel fifl rigidly-mounted thereon. A driving connection between the operating shaft 66 and the shaft 64 comprises a pinion '58 mounted on the shaft 66, a pinion 1'2- mounted on the shaft 64' and a driving instrument 14 such as a. chain mounted on the sprockets 18- and 12. Preferably a spring braking mechanism 76 is mounted between the sprocket l2 and the end- [8 of the frame. This spring serves the purpose of acting as a brake mechanism so that the'target 60 will be maintained in fixed relation after it has been adjusted;
Obiously, many driving connections other than the sprocket chain arrangement can be utilized. For example, gear teeth could be provided in the rimof the disk 60- and a gear could be mounted meshing therewith, or obviously, any number of mechanical connections other than the rotating type could be utilized. In any event a target member will be provided with a plurality of simulatedtargets any one of which can be approached to the line of sight andat least one of which can be made to completelyv coincide with the line of sight to establish a proper sightingarrangement.
The device as shown is constructed of opaque material and the lid 22'should be raised during the sighting interval. However it is quite obvious that the lid-22 could-be made of light transmitting material in which case it would be unnecessary to lift the lid 22.
While for purpose of exemplification a particular embodiment of the invention has been shown, and described according to the best present understanding thereof, it will be apparent to those skilled in the art, that many changes and modifi- 4 cations can be made therein without departing from the true spirit of the invention.
Having described the invention, what is claimed as new is:
1. A sight trainer comprising a case, a simulated gun barrel rigidly mounted in said case, a front sight on said barrel, a sighting aperture in said case in alignment with said barrel and said front sight, a rear sight disk rotatably mounted adjacent the rear of said barrel, a plurality of rear sight apertures in said rear sight disk, means for rotating said disk to selectively position said rear sight apertures in proximity to the line of sight between said sighting aperture and said front sight, one of said apertures being capable of correct alignment in said line of sight, a target .disk' adjacent the; front of said barrel, a plurality of targets on said target disk, means for rotating said target disk to selectively position said targets in proximity to said line of sight, one of said targets beingcapable of correct alignment insaid line of sight.
2. A sight trainer comprising a case, a simulated gun barrel rigidly mounted in said case, a front sight on said barrel, a sighting aperture in saidcase in alignment with said barrel and said front sight, a rearsight disk rotatably mounted adjacent the rear of said barrel, aplurality of rear sight apertures in said rear sight disk, means for rotating said disk to selectively position said rear sight apertures in proximity to the line of sight between said sighting aperture and said front sight, one of said aperturcsbeing capable of correct alignment in said line of sight, a target disk adjacent the-front of said barrel, a plurality of targets on said target disk, means for rotating said target disk to selectively position said targets in proximity to said line of sight, one of said targets being capable of correct alignment in said line of sight, resilient means forholding said sightdisk and. said. target disk in selected position.
3. A sight trainer comprising aframe, a simulated: gun barrel mounted in said frame, a front gun sight supported. by said barrel, a sighting aperture in said frame, a shaft journaled in said frame and said simulated gun barrel, a hand wheel mounted on said shaft exterior of said frame, a rear sight operatively connected to said shaft, a. plurality of rear sight apertures in said rear sight, said shaft being operable by said hand wheel to selectively move said rear sight apertures into the line of sight between the frame aperture and said front sight, oneof said rear sight apertures being capable of proper alignment in said line of sight.
4. A sight trainer comprising a frame, a simulatedzgun barrel mounted insaid frame, a front gun sight supported on said barrel, a sighting aperture in said frame, a shaft journaled in said frame, and: saidv simulated gun barrel, a hand wheel mounted on said shaft exterior of said frame, a rear sight operatively connected to said shaft, a plurality of rear sightzapertures in said rear. sight, said shaft being operable by said hand wheel to selectively move said rear sight apertures. into the line of sight between the frame aperture and said front sight, one of said rear sight apertures being. capable of proper. alignment in said line of a sight, a target member mounted in front of said front sight, a plurality of targets on said target member, a second shaft journaled in said frame, a hand. wheel on said second shaft exterior of said frame, said target member being operatively connected to said sec- 0nd shaft, said second shaft being operable to selectively move said targets into said line of sight, one of said targets being capable of proper alignment in said line of sight.
5. A sight trainer comprising a frame, a simulated gun barrel mounted in said frame, a front gun sight mounted on said barrel, a sighting aperture in said frame, a shaft journaled in said frame and said gun barrel, a hand wheel mounted on said shaft exterior of said frame, a rear sight operatively connected to said shaft, a plurality of rear sight apertures in said rear sight, said shaft being operable by said hand Wheel to selectively move said rear sight apertures into the line of sight between the frame aperture and said front sight, one of said rear sight apertures being capable of pro-per alignment in said line of sight, a plurality of targets, means for selectively moving said targets into said line of sight, one of said targets being capable of proper alignment in said line of sight.
6. A sight trainer comprising a frame, a front gun sight mounted in said frame, an aperture in said frame, a plurality of rear sight apertures, means for selectively moving said rear sight apertures into the line of sight between said frame aperture and said gun sight, one of said rear sight apertures being capable of correct alignment with said line of sight, a target member mounted in front of said front sight, a plurality of targets on said target member, a second shaft journaled in said frame, a hand wheel on said second shaft exterior of said frame, said target member being operatively connected to said second shaft, said second shaft being operable to selectively move said targets into said line of sight, one of said targets being capable of proper alignment in said line of sight.
7. A sight trainer comprising a frame, a simulated gun barrel mounted in said frame, a front gun sight mounted on said barrel, a sighting aperture in said frame, a shaft journaled in said frame and said simulated gun barrel, a hand wheel mounted on said shaft exterior of said frame, a rear sight operatively connected to said shaft, a plurality of rear sight apertures in said rear sight, said shaft being operable by said hand wheel to selectively move said rear sight apertures into the line of sight between the frame aperture and said front sight, one of said rear sight apertures being capable of proper alignment in said line of sight, a second shaft journaled in said frame and said simulated gun barrel, a target secured on said second shaft, an operating shaft journaled in said frame, a hand wheel on said operating shaftya driving connection between said operating shaft and said second shaft whereby said second shaft is operated to selectively present said target in said line of sight.
ALBERT J. TALONE.
References Cited in the fi1e of this patent UNITED STATES PATENTS
US259531A 1951-12-03 1951-12-03 Gun sighting Expired - Lifetime US2645037A (en)

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Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US2800329A (en) * 1954-06-28 1957-07-23 William C Tinsley Toy control panel
US2885794A (en) * 1957-09-17 1959-05-12 Reibly George Instructional target sighting device
US2968877A (en) * 1955-07-14 1961-01-24 Strato Missiles Inc Marksmanship trainer and recorder
US4245402A (en) * 1978-12-06 1981-01-20 Lanese Richard A Firearm sight picture simulator and teaching aid
US9683810B2 (en) * 2015-03-30 2017-06-20 Patrick Douglas Perkinson Shooter's gun case, table combo

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE318458C (en) *
DE320128C (en) * 1920-04-14 Wilhelm Walterscheid Rear sight disc with opening for setting the line of sight on coated, full, fine and pinched front sight
US2268113A (en) * 1940-08-03 1941-12-30 Fidelman Paul Apparatus for indicating alignment
US2269410A (en) * 1939-11-02 1942-01-06 Fredcraft Corp Electrically operated machine gun apparatus
US2319787A (en) * 1942-06-01 1943-05-25 Edward L Black Sight training picture device
US2456828A (en) * 1944-12-02 1948-12-21 Hawe Philip George Target practice apparatus
US2471368A (en) * 1942-09-07 1949-05-24 Arenco Ab Gunfire control training apparatus

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE318458C (en) *
DE320128C (en) * 1920-04-14 Wilhelm Walterscheid Rear sight disc with opening for setting the line of sight on coated, full, fine and pinched front sight
US2269410A (en) * 1939-11-02 1942-01-06 Fredcraft Corp Electrically operated machine gun apparatus
US2268113A (en) * 1940-08-03 1941-12-30 Fidelman Paul Apparatus for indicating alignment
US2319787A (en) * 1942-06-01 1943-05-25 Edward L Black Sight training picture device
US2471368A (en) * 1942-09-07 1949-05-24 Arenco Ab Gunfire control training apparatus
US2456828A (en) * 1944-12-02 1948-12-21 Hawe Philip George Target practice apparatus

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US2800329A (en) * 1954-06-28 1957-07-23 William C Tinsley Toy control panel
US2968877A (en) * 1955-07-14 1961-01-24 Strato Missiles Inc Marksmanship trainer and recorder
US2885794A (en) * 1957-09-17 1959-05-12 Reibly George Instructional target sighting device
US4245402A (en) * 1978-12-06 1981-01-20 Lanese Richard A Firearm sight picture simulator and teaching aid
US9683810B2 (en) * 2015-03-30 2017-06-20 Patrick Douglas Perkinson Shooter's gun case, table combo

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