Patent ID: 7725238

Claim:
An internal combustion engine processor control system for temperature conditioning, BTU storage, and pressurizing an amount of incoming air into the engine, comprising: a family of sensors providing demand sensing means for the processor determining a level of the engine load; an incoming air flow diverter actuator control means for the processor selecting from a plurality of pathways for incoming air; an incoming air thermo sensing means for the processor measuring the temperature of an insulated thermal BTU storage core; an engine load sensing means for the processor measuring the amount of pressurization required by the engine; the processor device capable of executing a program logic flow stored in the processor program memory for controlling said demand sensing means and said thermo sensing means and a flow diverter actuator means and flow controlling BTU storage means; the processor program logic flow stored in the processor program memory adapted to run on the processing device, [the] a processor temperature conditioning program logic flow means adapted to analyze data of said demand sensing means and said thermo sensing means and compare to predetermined patterns in a processor lookup table stored in the processor program memory accessing through the flow diverters said BTU storage from previous operations for subsequent computing solutions as determined; a processor thermal current control means for the processor regulating an amount of current driving a thermoelectric device for temperature conditioning of incoming air to optimize combustion temperatures; and a processor adjustable electric boost motor drive pulse width modulation means for the processor regulating an amount of energy driving [the] an electric boost motor to achieve a desired motor speed pressurizing incoming air to optimize engine operational efficiency.