Camera mount for vehicles

• US 4,615,597 A
• Filed: 01/07/1985
• Issued: 10/07/1986
• Est. Priority Date: 01/07/1985
• Status: Expired due to Fees

• Current Assignee: Stephen Brooks III
• Original Assignee: Stephen Brooks III
• Inventors: Burriss, John T.
• Primary Examiner(s): Hix, L. T.
• Assistant Examiner(s): Brown, Brian W.
• Application Number:
  US06/689,289
• Time in Patent Office: 638 Days
• Field of Search: 354/293, 354/81, 352/243, 352/132, 248/371, 248/183, 248/188
• US Class Current: 396/428
• CPC Class Codes: B60R 11/04 Mounting of cameras operative during drive; Arrangement of controls thereof relative to the vehicle
• CPC Class Codes: F16M 11/048 adapted to forward-backward translation movement
• CPC Class Codes: F16M 13/022 repositionable

Abstract

A camera mount for supporting a camera at the outside of a vehicle, including two vertical guides along which two slides are movable upwardly and downwardly to differently adjusted levels and which carry a platform on which a camera can be mounted, with the platform being adjustable horizontally relative to the slides and having pivotal connections with the slides to facilitate adjustment of the platform without the possibility of a binding action. The device may be connected to a vehicle by two upper connector elements adapted to rest on the upper edge of a door frame, and two lower elements attached to vertically adjustable lower portions or structures of the device and engageable with the vehicle at a lower level. The lower structures have projections extending telescopically upwardly into the two vertical guides of the device, and have tubular elements projecting upwardly about coacting downwardly projecting elements of the upper portion of the device, in telescoping relation, with the lower vehicle contacting elements being slidably adjustable along this second telescopic assembly.

Claims

1. A camera mount comprising:

two tubular guides secured together in parallel spaced relation;

means for mounting said guides at a side of a vehicle in essentially vertically extending positions and spaced horizontally apart;

said mounting means including upper vehicle contacting means connected to upper portions of said vertically extending guides and adapted to engage and be located by a first portion of the vehicle;

two slides mounted on said two guides respectively and guided thereby for upward and downward adjusting movement relative thereto;

a camera support carried by and movable upwardly and downwardly with said two slides and adapted to be attached to and carry a camera;

two elongated members connected at their upper ends to said guides and projecting downwardly generally parallel thereto;

two lower structures adjustable upwardly and downwardly relative to said guides and members;

said lower structures including two elements projecting upwardly into and telescopically and slidably interfitting with said two tubular guides respectively for upward and downward sliding adjustment relative thereto, and two tubular members connected at lower ends to said two elements respectively and projecting upwardly about said two elongated members respectively and slidably and telescopically adjustable upwardly and downwardly relative thereto with said two elements; and

two additional slides mounted on said two tubular members respectively of said lower structures and guided thereby for upward and downward sliding adjustment relative thereto;

said mounting means including lower vehicle contacting means connected to said two additional slides and adjustable upwardly and downwardly therewith and adapted to engage and be located by the vehicle at a location spaced beneath said upper vehicle contacting means.

2. A camera mount as recited in claim 1, in which said upper vehicle contacting means include two units attached to upper portions of said two tubular guides and adapted to fit over and be supported by an upper edge of a vehicle door at spaced locations.

3. A camera mount as recited in claim 2, in which each of said units includes two cushioned elements for engaging opposite sides of said door, and means mounting said two cushioned elements for adjusting movement toward and away from one another to fit different doors.

4. A camera mount as recited in claim 2, including means mounting said units for movement horizontally toward and away from said tubular guides to vary the spacing of said guides from the vehicle.

5. A camera mount as recited in claim 1, in which said upper vehicle contacting means includes two units attached to upper portions of said tubular guides and adapted to fit over and be supported by an upper edge of a vehicle door at spaced locations, each of said units including an elongated rod connected to one of said tubular guides and projecting essentially horizontally therefrom, a tube disposed about said rod and telescopically adjustable axially relative thereto, a first cushioned element carried by said tube and engageable with a first side of said upper edge of the vehicle door, a second cushioned element for engaging the opposite side of said upper edge of the vehicle door, and a tubular part carrying said second cushioned element and mounted slidably and adjustably about said tube to vary the spacing between said two cushioned elements.

6. A camera mount as recited in claim 5, including means for connecting said rod of each of said units detachably to the upper end of a corresponding one of said tubular guides.

7. A camera mount as recited in claim 5, in which each of said units includes an elongated element connected to said tube and projecting therefrom into the interior of said rod and having a shoulder engageable with a shoulder carried by the rod to limit axial movement of the tube relative to the rod.

8. A camera mount as recited in claim 1, including two bearings connecting said camera support at spaced locations to said two first mentioned slides respectively for pivotal movement relative thereto about two spaced generally horizontally extending essentially parallel axes.

9. A camera mount as recited in claim 1, including two bearing structures connecting said camera support at spaced locations to said two first mentioned slides respectively for pivotal movement relative thereto about two spaced generally horizontally extending essentially parallel axes and for axial movement along said axes to shift said camera support toward and away from the locations of said vertically extending guides.

10. A camera mount as recited in claim 9, in which each of said bearing structures includes an elongated shaft extending along one of said generally horizontally extending axes, a tubular sleeve disposed about said shaft and mounted thereby for rotation relative to the shaft about said one generally horizontally extending axis, and a structure attached to said camera support and received about said tubular sleeve and mounted thereby for rotary movement about said one generally horizontally extending axis and for longitudinal sliding movement along said one generally horizontally extending axis.

11. A camera mount as recited in claim 10, including means for detachably connecting said shaft of each of said bearing structures to one of said first mentioned slides.

12. A camera mount as recited in claim 1, including two bearing structures connecting said camera support at spaced locations to said two first mentioned slides for pivotal movement relative to said first mentioned slides about two spaced generally horizontally extending and generally parallel axes, and for movement horizontally along said axes, a brace assembly connected at a lower end to said tubular guides and extending at an inclination upwardly and connected at an upper end to said camera support, said brace assembly being extensible to different lengths to brace the camera support in a generally horizontally extending condition in different positions of adjustment of the camera support along said two generally horizontally extending axes.

13. A camera mount as recited in claim 1, in which said two tubular members of said lower structures have internal surfaces of noncircular horizontal section slidably engaging external surfaces of said two elongated members of similar noncircular horizontal section, and have external surfaces of noncircular horizontal section slidably engaging internal surfaces of noncircular horizontal section of said additional slides to maintain the additional slides and said tubular members of said lower structures in predetermined orientation with respect to said two elongated members.

14. A camera mount as recited in claim 1, in which said two elongated members and said two tubular members of said lower structures and said two additional slides have slidably engaging portions of essentially square horizontal cross-section.

15. A camera mount as recited in claim 1, in which said lower vehicle contacting means include two cushioned members for engaging the vehicle and connected to said two additional slides respectively for adjusting movement toward and away from said additional slides.

16. A camera mount as recited in claim 1, in which said lower vehicle contacting means include two cushioned members for engaging said vehicle at spaced locations, and elongated rods for carrying said cushioned members and connected slidably to said two additional slides respectively to adjust the cushioned members toward and away from said additional slides.

17. A camera mount as recited in claim 16, in which said rods have first portions and extensions detachably connectible thereto to vary the effective lengths of the rods.

18. A camera mount as recited in claim 1, in which said upper vehicle contacting means include two units attached to upper portions of said tubular guides and adapted to engage and be supported by an upper edge portion of a vehicle door, said lower vehicle contacting means including two vehicle contacting elements connected to and projecting inwardly from said two additional slides respectively, there being two bearing structures connecting said camera mount to said two first mentioned slides respectively for pivotal movement relative to said first mentioned slides about two generally horizontally extending axes and for movement relative to the slides essentially along said generally horizontally extending axes, and an extensible brace connected at a lower end to said tubular guides and at an upper end to said camera mount and which is extensible longitudinally, said two elongated members and said two tubular members of said lower structures and said two additional slides having slidably engaging portions of noncircular horizontal section.

19. A camera mount comprising:

two elongated guides secured together in parallel spaced relation;

means for attaching said guides removably to a vehicle in essentially vertically extending positions at a side of the vehicle and spaced horizontally apart;

two slides mounted on said two guides respectively and guided thereby for upward and downward adjusting movement relative thereto;

a camera support carried by and movable upwardly and downwardly with said slides and adapted to be attached to and carry a camera; and

two bearing structures connecting said camera support at spaced locations to said two slides respectively for pivotal movement of the camera support relative to the slides about two axes which extend generally horizontally and are retained in parallel relation as the camera support pivots relative to said slides.

20. A camera mount as recited in claim 19, in which said bearing structures mount said camera support for movement axially along said spaced parallel axes in addition to said pivotal movement about said axes.

21. A camera mount as recited in claim 19, in which each of said bearing structures includes an elongated shaft extending along one of said parallel axes, a tubular sleeve disposed about said shaft and mounted thereby for rotation relative to the shaft about said one of the axes, and a structure attached to said camera support and received about said tubular sleeve and mounted thereby for rotary movement about said one of the axes and for longitudinal sliding movement along said one axis.

22. A camera mount as recited in claim 21, including means for detachably connecting said shaft of each of said bearing structures to one of said first mentioned slides.

23. A camera mount as recited in claim 19, including means for securing said bearing structures to said two slides detachably to enable separation of the bearing structures from the slides for transportion of the camera mount.

24. A camera mount as recited in claim 19, in which said bearing structures mount said camera support for movement essentially horizontally along said parallel axes relative to said slides in addition to said relative pivotal movement, there being a brace assembly connected at a lower end to said two guides and extending at an inclination upwardly, a connection attaching said camera support to an upper end of said brace assembly for relative universal movement, said brace assembly being extensible to different lengths to brace the camera support in a generally horizontally extending condition in different positions of adjustment of the camera support along said two parallel axes.

25. A camera mount comprising:

a first pair of elongated guides secured together in parallel spaced relation;

a second pair of elongated guides parallel to and spaced from said guides of the first pair respectively;

means for mounting said two pairs of elongated guides at a side of a vehicle in essentially vertically extending positions and spaced horizontally apart;

said mounting means including upper vehicle contacting means connected to said guides and adapted to engage and be located by a first portion of the vehicle;

a first pair of slides mounted on said first pair of elongated guides respectively and guided thereby for upward and downward adjusting movement relative thereto;

a camera support carried by and movable upwardly and downwardly with said first pair of guides and adapted to be attached to and carry a camera;

a second pair of slides mounted on said second pair of elongated guides respectively and guided thereby for upward and downward sliding adjustment relative thereto;

said mounting means including lower vehicle contacting means connected to said second pair of slides and adjustable upwardly and downwardly therewith and adapted to engage and be located by the vehicle at locations spaced beneath said upper vehicle contacting means.

26. A camera mount as recited in claim 25, in which said two pairs of guides and said two pairs of slides are constructed to enable sliding movement of said second pair of slides carrying said lower vehicle contacting means to positions higher than and lower than said first pair of slides carrying said camera support.

27. A camera mount as recited in claim 26, in which said upper vehicle contacting means includes two units attached to upper portions of said first pair of guides and adapted to fit over and be supported by an upper edge of a vehicle door at spaced locations.

28. A camera mount as recited in claim 25, including a first pair of elongated members interfitting telescopically and slidably with said first pair of guides, and a second pair of elongated members interfitting telescopically and slidably with said second pair of guides respectively.