Electric power stabilizing regulator responsive to plural conditions

Claim 1

A STABILIZING REGULATOR CONNECTIBLE BETWEEN A SOURCE OF ELECTRICAL ENERGY AND AN ELECTRIC LOAD HAVING A CONDITION DESIRED TO BE MAINTAINED SUBSTANTIALLY CONSTANT AND PRODUCING AN ELECTRIC SIGNAL INDICATIVE OF AN OUTPUT VOLTAGE OF THE REGULATOR NECESSARY TO ACHIEVE THE CONDITION COMPRISING INPUT MEANS CONNECTIBLE TO THE SOURCE OF ALTERNATING CURRENT, OUTPUT MEANS CONNECTIBLE TO THE ELECTRIC LOAD AND AT WHICH THE OUTPUT VOLTAGE APPEARS, REGULATING MEANS CONNECTED BETWEEN THE INPUT AND OUTPUT MEANS FOR REGULATING THE VALUE OF VOLTAGE AT THE OUTPUT MEANS AND INCLUDING A FIRST CHANNEL MEANS WHICH UPON ACTUATION INCREASES THE VALUE OF THE OUTPUT VOLTAGE AND A SECOND CHANNEL MEANS WHICH UPON ACTUATION DECREASES THE VALUE OF THE OUTPUT VOLTAGE, MEANS CONNECTIBLE TO THE OUTPUT MEANS FOR PROVIDING A UNIDIRECTIONAL VOLTAGE HAVING A VALUE RELATED TO THE VALUE OF THE OUTPUT VOLTAGE, MEANS CONNECTIBLE TO A SOURCE OF ELECTRICAL ENERGY FOR PROVIDING ANOTHER UNIDIRECTIONAL VOLTAGE HAVING A SUBSTANTIALLY CONSTANT VALUE, MEANS FOR PROVIDING A UNIDIRECTIONAL VOLTAGE FROM AND RELATED TO THE ELECTRIC SIGNAL, MEANS INTERCONNECTING THE THREE VOLTAGE PROVIDING MEANS TO ADD THE THREE UNIDIRECTIONAL VOLTAGES TO PRODUCE AN ALGEBRAIC SUM VOLTAGE, AND MEANS FOR RECEIVING THE ALGEBRAIC SUM VOLTAGE AND CAUSING ENERGIZATION OF THE FIRST CHANNEL WHEN THE SUM VOLTAGE IS OF ONE SENSE AND FOR CAUSING ENERGIZATION OF THE SECOND CHANNEL WHEN THE SUM VOLTAGE IS OF THE OPPOSITE SENSE.