Camera adapter and a method for mounting a camera
A camera adapter for connecting a camera having an optical axis. The camera adapter comprises an adapter cover for connecting to a camera housing of the camera, the adapter cover and the camera housing form a chamber for a sensor board of the camera. The camera adapter has a connector for connecting the camera adapter to a control unit outside the chamber, a waveguide for transmitting signals from the sensor board to the connector, the waveguide being guided inside the chamber; and a contact surface disposed on the waveguide for contacting the waveguide with the sensor board in the chamber, the waveguide is arranged with the contact surface on a side wall of the camera adapter extending in the direction of the optical axis in order to contact an edge of the sensor board in a contact direction which is perpendicular to the optical axis of the camera.
1 . A camera adapter for connecting a camera having an optical axis, the camera adapter comprising:
an adapter cover for connection to a camera housing of the camera, wherein the adapter cover and the camera housing form a chamber for a sensor board of the camera;
a connector for connecting the camera adapter to a control unit outside the chamber;
a waveguide for transmitting signals from the sensor board to the connector, the waveguide being guided within the chamber;
a contact surface arranged on the waveguide, the contact surface for contacting the waveguide with the sensor board in the chamber;
wherein the waveguide is arranged with the contact surface on a side wall of the camera adapter extending in the direction of the optical axis in order to contact an edge of the sensor board in a contact direction which is perpendicular to the optical axis of the camera.
2 . The camera adapter according to claim 1 , wherein the adapter cover further comprises a rear wall, wherein the rear wall faces an opening defined by the side wall, and wherein the side wall protrudes from the rear wall in the direction of the opening, wherein the opening is closable by the camera housing with optics defining the optical axis.
3 . The camera adapter according to claim 2 , wherein the connector is arranged on the rear wall of the adapter cover.
4 . The camera adapter according to claim 1 , wherein the connector is shielded, preferably a coaxial cable, and/or wherein the adapter cover is made of a shielded material, preferably wherein the adapter cover comprises aluminum.
5 . The camera adapter according to claim 4 , wherein a shield of the connector is connected to the adapter cover.
6 . The camera adapter according to claim 1 , the waveguide comprising a signal conductor track arranged on a dielectric substrate to form a lead frame.
7 . The camera adapter according to claim 6 , the lead frame further comprising two shield conductor tracks, wherein the shield conductor tracks and the signal conductor track are arranged on one side of the substrate.
8 . The camera adapter according to claim 6 , the lead frame further comprising a rear conductor shield, wherein the rear conductor shield is arranged on a rear side of the substrate, the rear side facing a front side of the substrate, wherein the single conductor is arranged on the front side.
9 . The camera adapter according to claim 1 , further comprising a holder for attaching the waveguide to the adapter cover, in particular wherein the holder comprises an insulating material.
10 . The camera adapter according to claim 9 , wherein the holder is arranged between the contact surface and the connector so that the waveguide is movable on the contact surface in an compensation direction which is perpendicular to the optical axis and perpendicular to the contact direction, and is moveable in the contact direction.
11 . The camera adapter according to claim 1 , wherein the contact surface comprises a spring element, so that the contact surface is movable in the contact direction, in particular wherein a pressure limiter is arranged on the contact surface, the pressure limiter protrudes from the waveguide in the contact direction in order to prevent overbending of the spring element.
12 . The camera adapter according to claim 1 , wherein the extension of the contact surface along the optical axis is larger than in a compensation direction perpendicular to the optical axis and perpendicular to the contact direction to increase a tolerance to the connection along the optical axis.
13 . The camera adapter according to claim 1 , wherein the side wall comprises a spacer element extending perpendicular to the optical axis to limit the movement of the camera relative to the adapter housing in the direction of the optical axis.
14 . A method of mounting a camera system having a camera with an optical axis, the method comprising:
inserting a sensor board into a chamber partially formed by an adapter cover of a camera adapter with a connector, the connector for connecting to a control unit;
contacting, in a contact direction, an edge of the sensor board in the chamber with a contact surface on a side wall of the camera adapter, wherein the contact direction is perpendicular to the optical axis;
closing the chamber in the adapter cover by connecting the adapter cover to a camera housing.
15 . The method according to claim 14 wherein the
inserting, in the direction of the optical axis, the sensor board into the chamber ( 150 ), further comprising that an indentation arranged at the edge of the sensor board is guided through a waveguide, on which the contact surface is arranged and which is arranged on the side wall, is guided through the indentation in order to align the contacting of the waveguide to the sensor board in the compensation direction, the compensation direction being perpendicular to the optical axis and perpendicular to the contact direction;
and/or
contacting, in the contact direction, an edge of the sensor board in the chamber further comprises that a contact pin, which protrudes from the sensor board in the direction of the optical axis, contacts the contact surface.