A camera device has a dome bubble member and an imaging unit housed within the camera chamber. A heat-emitting element, such as a film, may be arranged about the lens unit and is adapted to radiate heat for heating the dome bubble member. The camera device may include a sealing member adapted to sealingly engage a portion of the dome bubble member, whereby the heat radiated from the heat-emitting element is substantially contained within the sealed sub-chamber. The imaging unit may be rotatable about a first axis and a second axis in which the second axis is offset from the center of the dome bubble member and is displaceable in at least one direction transverse to itself. The camera device may have a shroud member that is pivotal about a third axis. The camera device may also have a shroud member that is transmissive to infra-red light.
1. A camera device comprising:
a dome bubble member;
one or more connection ports;
a base member being cooperatively coupled to the dome bubble member to define a camera chamber; and
a movable part being housed within the camera chamber and being rotatable relative to the base member about a first axis, the movable part having an imaging unit being rotatable about a second axis and a shroud member being pivotal about a third axis,
wherein the shroud member is displaceable from an installation position assumed during camera device installation to a concealing position assumed following camera device installation, and wherein when the shroud member is in the concealing position the one or more connection ports are obstructed from access and the imaging unit is housed within the camera chamber.
2. The camera device of claim 1 , further comprising a stationary part housed within the camera chamber, the stationary part housing the one or more connection ports;
wherein the movable part is rotatably coupled to the stationary part to define the first axis;
wherein the shroud member is positioned above the stationary part relative to the base member;
wherein in the concealing position, the shroud member substantially obstructs access to the connection ports of the stationary part in a downward direction towards the base member; and
wherein in the installation position, the shroud member permits access to the connection ports of the stationary part in a downward direction towards the base member via a channel rearward of the imaging unit.
3. A camera device comprising:
a dome bubble member;
one or more connection ports;
a base member being cooperatively coupled to the dome bubble member to define a camera chamber; and
a movable part being housed within the camera chamber and being rotatable relative to the base member about a first axis, the movable part having an imaging unit being rotatable about a second axis and a concealing shroud member being pivotal about a third axis,
wherein the concealing shroud member is configured to obstruct the one or more connection ports in a concealing position following camera device installation, and
wherein the imaging unit comprises:
a substantially cylindrical body defining an internal chamber, at least a portion of an annular sidewall of the cylindrical body being formed by a thermally conductive material;
an image sensor being housed within the internal chamber; and
a thermally conductive spreader member housed within the internal chamber, a first portion of the spreader member being in thermal contact with the image sensor and a second portion of the spreader member being in thermal contact with the thermally conductive portion of the annular sidewall of the cylindrical body.
4. The camera device of claim 3 , wherein heat from the image sensor is transmitted to the thermally conductive portion of the annular sidewall of the cylindrical body via the thermally conductive spreader member.
5. The camera device of claim 3 , wherein heat received at the thermally conductive portion of the annular sidewall from the image sensor is dissipated from an outer surface of the portion of the annular sidewall to an environment surrounding the annular sidewall.
6. The camera device of claim 3 , wherein the thermally conductive spreader member has a substantially planar body and a plurality of arms extending axially from the planar body;
wherein the image sensor is in contact with the planar body; and
wherein the arms are in contact with the thermally conductive portion of the annular sidewall.