Abstract: A hybrid vehicle control system for cold plate refrigeration and method of the same. The hybrid vehicle control system for cold plate refrigeration uses inputs from sensors which read parameters such as battery voltage, environmental temperature, vehicle temperature, door status, fan status, refrigerant pressure, and mechanical cooling system status. The hybrid vehicle control system for cold plate refrigeration then assesses the inputs and outputs commands to operate fans, a mechanical cooling system, and alarms. The hybrid vehicle control system is capable of both cooling a vehicle refrigeration compartment or initiating a defrost cycle with a heater and hot gas to heat the refrigeration compartment.

Abstract: A dual lever control mechanism is disclosed for actuating a pair of control devices individually having first and second modes of operation, including a stationary support, a first lever arrangement pivotally mounted on the support for selectively moving both of the control devices into either their first modes of operation or their second modes of operation for effecting simultaneous coordinated movement thereof, and a second lever arrangement pivotally mounted on the support and cooperatively coupled with a portion of the first lever arrangement for selectively moving both of the control devices respectively into either their first and second modes of operation or their second and first modes of operation for effecting simultaneously opposite coordinated movement thereof.