IMAGE SENSOR MOUNT AND SHIELDING
An image capture apparatus that includes a housing defining a cavity therein, an image capture device, a heat sink located in the cavity of the housing that contacts the image capture device, and a shield located in the cavity of the housing. The image capture device extends through the housing and includes an image sensor located within the cavity of the housing. The heat sink is configured to absorb heat generated by the image capture device. The shield at least partially encloses the image sensor and is coupled to the heat sink. The shield is configured to block electromagnetic waves generated external to the image sensor from the reaching the image sensor. The heat sink is configured to transfer the heat generated by the image capture device to the shield.
1 . An image capture apparatus, comprising:
a housing defining a cavity therein;
an image capture device extending through the housing and that includes an image sensor located within the cavity of the housing;
a heat sink located in the cavity of the housing that contacts the image capture device, wherein the heat sink is configured to absorb heat generated by the image capture device; and
a shield located in the cavity of the housing that at least partially encloses the image sensor, wherein the shield is coupled to the heat sink and configured to block electromagnetic waves generated external to the image sensor from reaching the image sensor, and
wherein the heat sink is configured to transfer the heat generated by the image capture device to the shield.
2 . The image capture apparatus of claim 1 , wherein the image sensor is positioned between the heat sink and the shield.
3 . The image capture apparatus of claim 1 , wherein the image capture device includes a lens barrel that extends through the housing and extends through the heat sink.
4 . The image capture apparatus of claim 1 , further comprising:
a power module located in the cavity of the housing, wherein the shield is positioned between the heat sink and the power module.
5 . The image capture apparatus of claim 4 , wherein at least a portion of the shield is positioned between the image sensor and the power module.
6 . The image capture apparatus of claim 4 , wherein the shield is configured to transfer heat generated by the power module to the heat sink.
7 . The image capture device of claim 4 , wherein the shield is spaced apart from the power module such that a spacer made from a thermal insulative material is located therebetween.
8 . The image capture device of claim 1 , wherein the shield includes:
a front face defining an opening therein; and
side faces connected to the front face, wherein the front face and the side faces define a cavity of the shield, and the image sensor is located within the cavity of the shield.
9 . The image capture device of claim 8 , wherein the side faces each include an alignment feature that is received by a respective receiving feature of the heat sink.
10 . The image capture device of claim 8 , wherein the shield further includes a tab extending from one of the side faces that is configured to be coupled to the heat sink.
11 . An image capture apparatus, comprising:
a housing defining a cavity therein;
a heat sink located in the cavity of the housing; and
an image capture device that includes:
a lens barrel extending through the housing and located at least partially within the cavity of the housing; and
a lens barrel mount configured to couple the lens barrel to the image capture apparatus, wherein the lens barrel mount includes:
a base;
a first aperture defined by a tab of the lens barrel mount that extends from the base;
a second aperture defined by the base; and
a third aperture defined by the base and spaced apart from the second aperture,
wherein the lens barrel mount is configured to be mounted to the heat sink by fasteners extending through the first aperture, the second aperture, and the third aperture into the heat sink.
12 . The image capture apparatus of claim 11 , wherein the second aperture is positioned along an outer edge of the base such that a circumference of the second aperture is open to the outer edge of the base.
13 . The image capture apparatus of claim 12 , wherein the third aperture is an open-ended and slotted hole.
14 . The image capture apparatus of claim 11 , wherein the lens barrel mount is configured to align the lens barrel along an optical axis of the image capture device when the lens barrel mount is mounted to the heat sink.
15 . The image capture apparatus of claim 11 , wherein the lens barrel mount further includes: a barrel extending from the base that defines an opening therein, wherein the barrel is configured to receive the lens barrel.
16 . The image capture apparatus of claim 15 , wherein the barrel of the lens barrel mount and the lens barrel are configured to be aligned along an optical axis of the image capture device.
17 . An image capture apparatus, comprising:
a housing;
an image capture device that includes:
a lens barrel;
an image sensor; and
a lens barrel mount that includes:
a base; and
a barrel extending from the base that defines an opening therein that is configured to receive the lens barrel and align the lens barrel with an optical axis of the image capture device,
a heat sink located in the housing that contacts the image capture device; and
a shield located in the housing and that defines a cavity therein,
wherein the image sensor and the lens barrel mount are positioned in the cavity of the shield, and
wherein the image sensor is coupled to the lens barrel mount.
18 . The image capture apparatus of claim 17 , wherein the shield and the lens barrel mount are coupled to the heat sink.
19 . The image capture apparatus of claim 17 , wherein the image capture device further includes:
a removable lens cover that is coupled to the heat sink.
20 . The image capture apparatus of claim 19 , wherein the heat sink includes a bayonet that is configured to releasably couple the removable lens cover to the heat sink.