Imaging camera
The present application discloses an imaging camera, including: a lens holder; a first lens unit, a stop, a second lens unit arranged in the lens holder in a sequence from an object side to an image side. An outer diameter of the first lens unit is greater than an outer diameter of the second lens unit. The stop includes a first supporting area abutting against the first lens unit, a second supporting area abutting against the second lens unit, and a connecting area abutting against the lens holder and connecting the first supporting area to the second supporting area. The first lens unit presses the first supporting area and forces the second supporting area to abutting against the second lens unit.
1. An imaging camera, including:
a lens holder;
a first lens unit, a stop, a second lens unit arranged in the lens holder in a sequence from an object side to an image side;
an outer diameter of the first lens unit being greater than an outer diameter of the second lens unit;
the stop including a first supporting area abutting against the first lens unit, a second supporting area abutting against the second lens unit, and a connecting area abutting against the lens holder and connecting the first supporting area to the second supporting area; wherein
the first lens unit presses the first supporting area and forces the second supporting area to abutting against the second lens unit.
2. The imaging camera as described in claim 1 , wherein the second supporting area includes a slope part connecting with the connecting area and a horizontal part abutting against the second lens unit, the slope part extends from the connecting area toward the object side in a direction oblique to an optical axis; and the first supporting area extends from one end of the connecting area away from the slope part toward the optical axis.
3. The imaging camera as described in claim 2 , wherein the first supporting area includes a first object side surface adjacent to the object side, a first image side surface opposite to the first object side surface, and a first connecting surface extending obliquely from an edge of the first object side surface adjacent to the optical axis toward the optical axis to the first connecting surface of the first image side surface.
4. The imaging camera as described in claim 2 , wherein the second supporting area includes a second object side surface adjacent to the object side, a second image side surface opposite to the second object side surface, and a second connecting surface extending obliquely from an edge of the second object side surface adjacent to the optical axis toward the optical axis to the second connecting surface of the second image side surface.
5. The imaging camera as described in claim 2 , wherein an contacting area between the first supporting area and the first lens unit is greater than a contacting area between the second supporting area and the second lens unit.
6. The imaging camera as described in claim 1 , wherein the second supporting area is a slope part connecting with the connecting area, and the slope part extends from the connecting area toward the object side in a direction oblique to an optical axis.
7. The imaging camera as described in claim 1 , wherein the stop is black.