Camera mount for rifle scopes

• US 5,020,262 A
• Filed: 09/04/1990
• Issued: 06/04/1991
• Est. Priority Date: 09/04/1990
• Status: Expired due to Fees

• Current Assignee: Louis T. Pena
• Original Assignee: Louis T. Pena
• Inventors: Pena, Louis T.
• Primary Examiner(s): Carone, Michael J.
• Application Number:
  US07/576,775
• Time in Patent Office: 273 Days
• Field of Search: 42/103, 42/101, 42/106, 434/20, 354/76, 354/79, 354/82
• US Class Current: 42/106
• CPC Class Codes: F41C 27/00 Accessories; Details or attachments not otherwise provided for
• CPC Class Codes: F41J 5/10 Cinematographic hit-indicating systems cinematographic targets F41J9/14
• CPC Class Codes: G03B 29/00 Combinations of cameras, projectors or photographic printing apparatus with non-photographic non-optical apparatus, e.g. clocks or weapons; Cameras having the shape of other objects combinations with flash apparatus G03B15/03

Abstract

An apparatus is disclosed which includes a mount for use on a telescope in combination with a rifle. The mount is clamped onto the telescope, and has a camera attached to the top of the mount. A cable mechanism is attached at one end to the shutter release of the camera and at the other end to the trigger of the rifle. The camera is arranged to photograph the image received through the telescope and reflected through the mount. The cable mechanism provides means for controlling the operation of the camera. A housing is clamped onto the telescope and has an eyepiece which fits onto the eyepiece of the telescope and contains a split prism which is positioned in the eyepiece at an angle such that it can be seen through for viewing the image of the target received through the telescope. The split prism has a reflective surface on one side which reflects the image of the target upwardly to a first surface mirror positioned in the housing above the split prism at an angle such that it receives the image reflected from the split prism, and then reflects the image forwardly to a second surface mirror. A second surface mirror is positioned at the forward end of the housing and at an angle that it receives the image reflected from the first surface mirror, and then reflects the image upwardly to the camera lens. The image of the target is photographed when the trigger of the rifle is pulled.

Claims

1. The combination with a rifle having an upper portion with a telescope mounted thereon with an eyepiece for viewing at close range the target of the rifle and a trigger for firing said rifle, of

an apparatus for mounting a camera on the telescope for photographing the image of the target when the trigger of the rifle is pulled comprising

an L-shaped hollow housing having a horizontal portion secured on said telescope and a vertically extending portion extending across the eyepiece of said telescope,

said vertically extending portion having an eyepiece at its lower end aligned with the eyepiece of said telescope for viewing,

a split prism contained in said housing eyepiece positioned for viewing the image of the target through said eyepiece, and reflecting the image of the target upwardly,

a first surface mirror in said housing positioned above said split prism for receiving the image of the target reflected from said split prism, and reflecting said image forwardly,

a second surface mirror contained in said housing positioned at the forward end thereof for receiving the image of the target reflected from said first surface mirror, and reflecting said image upwardly,

a camera mounted on said housing having a shutter mechanism positioned to photograph the image of the target reflected from said second surface mirror,

control means operatively connected to said trigger and arranged to operate said camera, and

said control means for the camera being remotely operated by the trigger of said rifle whereby said camera is operated simultaneously with the firing of said rifle.

2. A combination according to claim 1 in which:

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera.

3. A combination according to claim 1 in which:

said split prism is contained in said housing eyepiece positioned centrally therein and placed to pas light through to said housing eyepiece and to reflect light upwardly to said first surface mirror.

4. A combination according to claim 1 in which:

said L-shaped hollow housing has a horizontal portion secured on said telescope and a vertically extending portion with cylindrical openings extending across the eyepiece of said telescope,

said split prism being positioned between said cylindrical openings to receive light from said telescope and pass light to said housing eyepiece.

5. A combination according to claim 1 in which:

said camera is mounted on the top of said housing, has a shutter mechanism positioned to photograph the image of the target reflected from said second surface mirror, and

said camera is located above said second surface mirror.

6. A combination according to claim 1 in which:

said camera is mounted on the top of said housing, has a shutter mechanism positioned to photograph the image of the target reflected from said second surface mirror,

said camera is located above said second surface mirror, and

said camera is removably mounted on said housing.

7. A combination according to claim 1 in which:

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera, and

said cable operator mechanism is located in a position attached at one end to the trigger of the rifle, at the other end to the shutter release of the camera, and extends across the housing, telescope and rifle.

8. A combination according to claim 1 wherein:

said telescope has an eyepiece,

said housing has an eyepiece configured for attachment to said telescope eyepiece,

said camera is mounted on said housing as an extension of said telescope to photograph the image of the target from said second surface mirror,

a viewing aperture in said housing eyepiece in the line of sight of viewing through said telescope, and

stationary reflecting means in said housing directing the image viewable through said telescope to said camera.

9. A combination according to claim 1 in which:

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera, and

said split prism is contained in said housing eyepiece positioned centrally therein and placed to pass light through to said housing eyepiece and to reflect light upwardly to said first surface mirror.

10. A combination according to claim 1 in which:

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera,

said L-shaped hollow housing has a horizontal portion secured on said telescope and a vertically extending portion with cylindrical openings extending across the eyepiece of said telescope, and

said split prism is contained in said housing eyepiece positioned centrally therein and placed to pass light through to said housing eyepiece and to reflect light upwardly to said first surface mirror.

11. A combination according to claim 1 in which:

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera,

said L-shaped hollow housing has a horizontal portion secured on said telescope and a vertically extending portion with cylindrical openings extending across the eyepiece of said telescope,

said split prism is contained in said housing eyepiece positioned centrally therein and placed to pass light through to said housing eyepiece and to reflect light upwardly to said first surface mirror,

said camera is mounted on the top of said housing, has a shutter mechanism positioned to photograph the image of the target reflected from said second surface mirror, and

said camera is located above said second surface mirror.

12. A combination according to claim 1 in which:

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera,

said L-shaped hollow housing has a horizontal portion secured on said telescope and a vertically extending portion with cylindrical openings extending across the eyepiece of said telescope,

said split prism is contained in said housing eyepiece positioned centrally therein and placed to pass light through to said housing eyepiece and to reflect light upwardly to said first surface mirror,

said camera is mounted on the top of said housing, has a shutter mechanism positioned to photograph the image of the target reflected from said second surface mirror,

said camera is located above said second surface mirror, and

said camera is removably mounted on said housing.

13. A combination according to claim 1 in which:

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera,

said L-shaped hollow housing has a horizontal portion secured on said telescope and a vertically extending portion with cylindrical openings extending across the eyepiece of said telescope,

said split prism is contained in said housing eyepiece positioned centrally therein and placed to pas light through to said housing eyepiece and to reflect light upwardly to said first surface mirror,

said camera is mounted on the top of said housing, has a shutter mechanism positioned to photograph the image of the target reflected from said second surface mirror,

said camera is located above said second surface mirror, said camera is removably mounted on said housing,

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera, and

said cable operator mechanism is located in a position attached at one end to the trigger of the rifle, at the other end to the shutter release of the camera, and extends across the housing, telescope and rifle.

14. A camera mount for a rifle having an upper portion with a telescope mounted thereon with an eyepiece for viewing at close range the target of the rifle and a trigger for firing said rifle, for photographing the image of the target when the trigger of the rifle is pulled comprising

an L-shaped hollow housing having a horizontal portion secured on said telescope and a vertically extending portion extending across the eyepiece of said telescope,

said vertically extending portion having an eyepiece at its lower end aligned with the eyepiece of said telescope for viewing,

a split prism contained in said housing eyepiece positioned for viewing the image of the target through said eyepiece, and reflecting the image of the target upwardly,

a first surface mirror in said housing positioned above said split prism for receiving the image of the target reflected from said split prism, and reflecting said image forwardly,

a second surface mirror contained in said housing positioned at the forward end thereof for receiving the image of the target reflected from said first surface mirror, and reflecting said image upwardly,

a camera mounted on said housing having a shutter mechanism positioned to photograph the image of the target reflected from said second surface mirror,

control means for operative connection to the rifle trigger and arranged to operate said camera, and

said control means for the camera being remotely operable by the trigger of said rifle whereby said camera is operated simultaneously with the firing of said rifle.

15. A camera mount according to claim 14 in which:

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera.

16. A camera mount according to claim 14 in which:

said split prism is contained in said housing eyepiece positioned centrally therein and placed to pass light through to said housing eyepiece and to reflect light upwardly to said first surface mirror.

17. A camera mount according to claim 14 in which:

said L-shaped hollow housing has a horizontal portion secured on said telescope and a vertically extending portion with cylindrical openings extending across the eyepiece of said telescope,

said split prism being positioned between said cylindrical openings to receive light from said telescope and pass light to said housing eyepiece.

18. A camera mount according to claim 14 in which:

said camera is mounted on the top of said housing, has a shutter mechanism positioned to photograph the image of the target reflected from said second surface mirror, and

said camera is located above said second surface mirror.

19. A camera mount according to claim 14 in which:

said camera is mounted on the top of said housing, has a shutter mechanism positioned to photograph the image of the target reflected from said second surface mirror,

said camera is located above said second surface mirror, and

said camera is removably mounted on said housing.

20. A camera mount according to claim 14 in which:

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera, and

said cable operator mechanism is located in a position attached at one end to the trigger of the rifle, at the other end to the shutter release of the camera, and extends across the housing, telescope and rifle.

21. A camera mount according to claim 14 wherein:

said telescope has an eyepiece,

said housing has an eyepiece configured for attachment to said telescope eyepiece,

said camera is mounted on said housing as an extension of said telescope to photograph the image of the target from said second surface mirror,

a viewing aperture in said housing eyepiece in the line of sight of viewing through said telescope, and

stationary reflecting means in said housing directing the image viewable through said telescope to said camera.

22. A camera mount according to claim 14 in which:

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera, and

said split prism is contained in said housing eyepiece positioned centrally therein and placed to pas light through to said housing eyepiece and to reflect light upwardly to said first surface mirror.

23. A camera mount according to claim 14 in which:

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera,

said L-shaped hollow housing has a horizontal portion secured on said telescope and a vertically extending portion with cylindrical openings extending across the eyepiece of said telescope, and

said split prism is contained in said housing eyepiece positioned centrally therein and placed to pass light through to said housing eyepiece and to reflect light upwardly to said first surface mirror.

24. A camera mount according to claim 14 in which:

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera,

said L-shaped hollow housing has a horizontal portion secured on said telescope and a vertically extending portion with cylindrical openings extending across the eyepiece of said telescope,

said split prism is contained in said housing eyepiece positioned centrally therein and placed to pass light through to said housing eyepiece and to reflect light upwardly to said first surface mirror,

said camera is mounted on the top of said housing, has a shutter mechanism positioned to photograph the image of the target reflected from said second surface mirror, and

said camera is located above said second surface mirror.

25. A camera mount according to claim 14 in which:

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera,

said L-shaped hollow housing has a horizontal portion secured on said telescope and a vertically extending portion with cylindrical openings extending across the eyepiece of said telescope,

said split prism is contained in said housing eyepiece positioned centrally therein and placed to pass light through to said housing eyepiece and to reflect light upwardly to said first surface mirror,

said camera is mounted on the top of said housing, has a shutter mechanism positioned to photograph the image of the target reflected from said second surface mirror,

said camera is located above said second surface mirror, and

said camera is removably mounted on said housing.

26. A camera mount according to claim 14 in which:

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera,

said L-shaped hollow housing has a horizontal portion secured on said telescope and a vertically extending portion with cylindrical openings extending across the eyepiece of said telescope,

said split prism is contained in said housing eyepiece positioned centrally therein and placed to pass light through to said housing eyepiece and to reflect light upwardly to said first surface mirror,

said camera is mounted on the top of said housing, has a shutter mechanism positioned to photograph the image of the target reflected from said second surface mirror,

said camera is located above said second surface mirror, said camera is removably mounted on said housing,

said control means for operating said camera is a cable operator mechanism interconnecting said trigger and said camera, and

said cable operator mechanism is located in a position attached at one end to the trigger of the rifle, at the other end to the shutter release of the camera, and extends across the housing, telescope and rifle.