Lens mount calibration mechanism for large camera
Disclosed herein are system, apparatus, and method for accurately setting a focus flange depth and planarity of a camera lens. An aspect includes a lens housing with at least one camera lens, a camera body with an imaging plane, and a lens mount removably coupling the lens housing to the camera body via a coupling mechanism. At least one shim may be inserted between the lens mount and the camera body to adjust a depth, pitch, and yaw of the camera lens in the lens housing with respect to the imaging plane in the camera body. Each shim may comprise a body having an opening extending from an edge of the body to a center of the body. The opening of each shim is configured to receive the coupling mechanism such that the pitch and yaw may be adjusted without fully removing the lens housing from the camera body.
1. A camera system, comprising:
a camera body having an imaging plane;
a lens housing having a camera lens positioned within the lens housing;
a lens mount to couple the lens housing to the camera body,
wherein the lens mount and the camera body are separable by a gap to insert a shim between the lens mount and the camera body to adjust the lens housing with respect to the camera body.
2. The camera system of claim 1 , wherein the lens mount and the camera body are separable by the gap to insert the shim between the lens mount and the camera body to adjust the lens housing with respect to the camera body without fully removing the lens mount from the camera body.
3. The camera system of claim 1 , wherein the lens mount and the camera body are separable by the gap to insert the shim between the lens mount and the camera body to adjust a depth, pitch, and yaw of the camera lens with respect to the imaging plane.
4. The camera system of claim 1 , further comprising a coupling mechanism to couple the lens mount to the camera body.
5. The camera system of claim 4 , wherein the coupling mechanism comprises:
a first fastener, located in a top hole of a top portion of the coupling mechanism, to couple the coupling mechanism to the camera body; and
a second fastener, located in a bottom hole of a bottom portion of the coupling mechanism, to couple the coupling mechanism to the lens mount.
6. The camera system of claim 5 , wherein the second fastener is partially loosened to create the gap without fully disengaging the lens mount from the camera body.
7. The camera system of claim 5 , wherein the second fastener is configured to receive the shim as the shim is slid from the top portion of the coupling mechanism towards the bottom portion of the coupling mechanism portion.
8. The camera system of claim 1 , wherein the lens mount comprises a sealing mechanism coupled to camera body to seal the gap between the lens mount and the camera body.
9. A camera body for a camera system, the camera body comprising:
a front face of the camera body; and
a lens mount to couple a lens housing having a camera lens positioned within the lens housing to the front face of the camera body,
wherein the lens mount and the front face of the camera body are separable by a gap to insert a shim between the lens mount and the front face of the camera body to adjust the lens mount with respect to the camera body.
10. The camera body of claim 9 , wherein the lens mount and the front face of the camera body are separable by the gap to insert the shim between the lens mount and the front face of the camera body to adjust the lens mount with respect to the front face of the camera body without fully removing the lens mount from the front face of the camera body.
11. The camera body of claim 9 , wherein the lens mount and the front face of the camera body are separable by the gap to insert the shim between the lens mount and the front face of the camera body to adjust a depth, pitch, and yaw of the camera lens with respect to an imaging plane within the camera body.
12. The camera body of claim 9 , further comprising a coupling mechanism to couple the lens mount to the camera body.
13. The camera body of claim 12 , wherein the coupling mechanism comprises:
a first fastener, located in a top hole of a top portion of the coupling mechanism, to couple the coupling mechanism to the front face of the camera body; and
a second fastener, located in a bottom hole of a bottom portion of the coupling mechanism, to couple the coupling mechanism to the lens mount.
14. The camera body of claim 13 , wherein the second fastener is partially loosened to create the gap without fully disengaging the lens mount from the front face of the camera body.
15. The camera body of claim 13 , wherein the second fastener is configured to receive the shim as the shim is slid from the top portion of the coupling mechanism towards the bottom portion of the coupling mechanism portion.
16. A camera system, comprising:
a lens housing having a distal end and a camera lens positioned within the lens housing;
a camera body having a front face and an imaging plane within the front face of the camera body;
a lens mount to couple the lens housing to the front face of the front face of the camera body,
wherein the lens mount and the front face of the camera body are separable by a gap to insert a shim between the lens mount and the front face of the camera body to adjust the distal end of the lens housing with respect to the front face of the camera body.
17. The camera system of claim 16 , wherein the lens mount and the front face of the camera body are separable by the gap to insert the shim between the lens mount and the front face of the camera body to adjust a depth, pitch, and yaw of the camera lens with respect to the imaging plane.
18. The camera system of claim 16 , further comprising a coupling mechanism to couple the lens mount to the front face of the camera body.
19. The camera system of claim 18 , wherein the coupling mechanism comprises:
a first fastener, located in a top hole of a top portion of the coupling mechanism, to couple the coupling mechanism to the front face of the camera body; and
a second fastener, located in a bottom hole of a bottom portion of the coupling mechanism, to couple the coupling mechanism to the lens mount.
20. The camera system of claim 19 , wherein the second fastener is configured to receive the shim as the shim is slid from the top portion of the coupling mechanism towards the bottom portion of the coupling mechanism portion.