Abstract: An electronic device housing which may be cooled via a heat pump (e.g., heat exchange unit or thermo electric cooling mechanism) is provided. The housing may have a heat pump aperture sized and configured to receive the heat pump. The heat pump may comprise an internal heat sink positioned inside the housing and an external heat sink positioned exterior to the housing. A peltier module may be interposed between the internal and external heat sinks to transfer heat absorbed by the internal heat sink from the housing inside to the external heat sink. The external heat sink subsequently transfers the heat to the environment. Such heat transfer between the internal and external heat sinks may be further facilitated via an internal fan and external fan which are positioned adjacent to the internal and external heat sinks, respectively.

Abstract: A housing including an enclosure and a backup battery system is provided wherein the backup battery system may be disposed within the enclosure. The enclosure may also be locked such that unauthorized personnel may not tamper with the camera's operation. More particularly, the camera may be typically powered via a 110 VAC wall outlet. If the camera's normal power is interrupted, a battery of the backup battery system contained within the enclosure may route power to the camera such that the camera continues to capture images even though the power which normally operates the camera is interrupted.

Abstract: An electronic device housing which may be cooled via a heat pump (e.g., heat exchange unit or thermo electric cooling mechanism) is provided. The housing may have a heat pump aperture sized and configured to receive the heat pump. The heat pump may comprise an internal heat sink positioned inside the housing and an external heat sink positioned exterior to the housing. A peltier module may be interposed between the internal and external heat sinks to transfer heat absorbed by the internal heat sink from the housing inside to the external heat sink. The external heat sink subsequently transfers the heat to the environment. Such heat transfer between the internal and external heat sinks may be further facilitated via an internal fan and external fan which are positioned adjacent to the internal and external heat sinks, respectively.