Abstract: An information handling system operating a chassis temperature control system may comprise an integrated circuit operatively connected to a proximity sensing strip and a processor, a temperature sensor measuring an exterior temperature of a portion of a chassis of the information handling system adjacent to the proximity sensing strip, and an orientation sensor measuring an orientation of one portion of the chassis to another portion of the chassis to indicate a laptop physical configuration of the information handling system. The integrated circuit may measure a capacitance across the proximity sensing strip such that a high capacitance measurement results in a low skin temperature limit setting, and the processor may execute code instructions of the chassis temperature control system to incrementally decrease a processor power draw limit level based on the exterior temperature measurement exceeding the low skin temperature limit setting.

Abstract: An information handling system operating a chassis temperature control system may comprise an integrated circuit operatively connected to a proximity sensing strip and a processor, a temperature sensor measuring an exterior temperature of a portion of a chassis of the information handling system adjacent to the proximity sensing strip, and an orientation sensor measuring an orientation of one portion of the chassis to another portion of the chassis to indicate a laptop physical configuration of the information handling system. The integrated circuit may measure a capacitance across the proximity sensing strip such that a high capacitance measurement results in a low skin temperature limit setting, and the processor may execute code instructions of the chassis temperature control system to incrementally decrease a processor power draw limit level based on the exterior temperature measurement exceeding the low skin temperature limit setting.

Abstract: An information handling system couples at a location with a rail clip that couples to a rail, such as with a DIN rail system. A sensor detects engagement of the rail clip at the rail and signals extending members that extend outward from the rail clip to press against the rail. At disengagement of the rail clip from the rail, the extending members retract to release the rail for removal of the information handling system. In one embodiment, the sensor and extending members are integrated in the information handling system to support extension and retraction with commands through the information handling system, such as by network communications.

Abstract: An information handling system couples at a location with a rail clip that couples to a rail, such as with a DIN rail system. A sensor detects engagement of the rail clip at the rail and signals extending members that extend outward from the rail clip to press against the rail. At disengagement of the rail clip from the rail, the extending members retract to release the rail for removal of the information handling system. In one embodiment, the sensor and extending members are integrated in the information handling system to support extension and retraction with commands through the information handling system, such as by network communications.