SYSTEM AND METHOD FOR POSITIONING OF A VISUAL PRODUCTION LINE INSPECTION APPLIANCE
A mounting assembly for a camera on an inspection line, the assembly including a mount having a first and second end, the first end to fix the mount to an inspection line mounting surface, the first end configured to allow flexibility of positioning of the mount on the mounting surface, prior to fixing the mount to the mounting surface, and the second end configured to attach to a camera.
1 . A mounting assembly for a camera on an inspection line, the assembly comprising:
a mount having a first and second end, the first end to fix the mount to an inspection line mounting surface, the first end configured to allow flexibility of positioning of the mount on the mounting surface, prior to fixing the mount to the mounting surface; and
the second end configured to attach to a camera.
2 . The mounting assembly of claim 1 wherein the mounting surface comprises an aluminum profile of the inspection line.
3 . The mounting assembly of claim 2 wherein the aluminum profile comprises a pipe.
4 . The mounting assembly of claim 1 wherein the first end comprises at least one hole through which a fixing mechanism fixes the mount to the mounting surface, the hole shaped to allow flexibility of positioning of the mount on the on the mounting surface.
5 . The mounting assembly of claim 4 wherein the first end comprises a plurality of holes in close proximity to each other.
6 . The mounting assembly of claim 4 wherein the at least one hole has an oblong shape.
7 . The mounting assembly of claim 1 comprising a varying length segment configured to connect between the mount and the camera.
8 . The mounting assembly of claim 7 wherein the varying length segment comprises a length marking for adjustment of the segment to a desired length.
9 . The mounting assembly of claim 7 comprising a motor to adjust the segment to a desired length.
10 . The mounting assembly of claim 1 comprising a connector configured to connect components of the assembly and configured to change an angle of connection between the components of the assembly.
11 . The mounting assembly of claim 10 wherein the connector comprises angle markings and a pointer to enable changing the angle of connection between components to a desired angle.
12 . The mounting assembly of claim 10 comprising a fixing mechanism to fix the angle of connection between components of the assembly.
13 . The mounting assembly of claim 12 wherein the fixing mechanism comprises interlocking teeth.
14 . The mounting assembly of claim 1 comprising a mechanical motion stabilizer configured to limit unintended movement of the camera.
15 . The mounting assembly of claim 1 comprising a motor to move or adjust a component of the assembly, the motor controlled by a controller running software to calculate an optimal position for the camera.
16 . The mounting assembly of claim 1 comprising a light source having multiple separately controllable segments, the light source separately attachable to the assembly.
17 . The mounting assembly of claim 1 comprising a plurality of cameras and sensors to detect relative positions of the cameras, the sensors in communication with a controller running software to provide a single image for inspection from the cameras, based on input from the sensors.
18 . The mounting assembly of claim 17 comprising an arm attached to the mount, the arm supporting the plurality of cameras, and wherein the cameras are joined by connector arms.
19 . A kit for positioning a camera for automated visual inspection of an item on an inspection line, the kit comprising:
a mount configured to allow flexibility of positioning of the mount on a mounting surface of the inspection line;
a varying length segment configured to connect between the mount and the camera;
a connector configured to connect two component of the kit and configured to change an angle of connection between the components; and
instructions to input measurements of a position of an item to be inspected relative to a mounting point of the mount.