Room occupancy power programmer

Claim 1

In a room occupancy electrical power programmer adapted to controlling the power output of a room wiring power circuit with a calendar real-time schedule, the combination comprising: an electrical power pulse microcircuit source means comprises a battery, a microcircuit high frequency oscillator, and a microcircuit rectifier/shaper of frequencies produced by said oscillator, said frequencies ranging from 32 k Hz to 250 k Hz, said means adaptively sized to dispose in a conventional size room wall electrical outlet box, aforesaid pulse microcircuit source means providing an electrical power pulse; a real-time microcircuit clock means adapted to provide calendar real-time signals from said power pulse source, said real time clock means adaptively sized to dispose in aforesaid room wall electrical outlet box; a real-time storage microcircuit first register means, said first register means adaptively sized to dispose in aforesaid wall electrical outlet box; an ON-time storage microcircuit second register means, said second register means adaptively sized to dispose in aforesaid wall electrical outlet box; an OFF-time storage microcircuit third register means, said third register means adaptively sized to dispose in aforesaid wall electrical outlet box; a rapid-time pulse generator microcircuit means, said rapid time pulse generator means adaptively sized to dispose in aforesaid wall electrical outlet box; a digital time display means, said time display means adaptively sized to dispose in aforesaid wall electrical outlet box; switching and microcircuit connecting means adapted to interconnect said real-time clock means, with said real-time first register means, with said ON-time register means, with said OFF-time register means, with said rapid-time generator means, and with said time display means, as each are required, said switching and microcircuit connecting means adaptively sized to dispose in aforesaid wall electrical outlet box; a time comparator means, separately adapted to interconnect said real-time first register means with said ON-time second register means, and separately with said OFF-time third register means, said comparator means providing an equivalence signal when said ON-time second register means and said real-time first register means have the same time value, said comparator means providing a separate equivalence signal when said OFF-time third register means and said real-time first register means have the same value, and said comparator means providing a separate operational signal on a separate signal of ON and OFF equivalence, said time comparator means adaptively sized to dispose in aforesaid wall electrical outlet box; a power switch conductively connecting the room utility power wiring and said time comparator means, said power switch operating ON and OFF with respect to said power wiring when a separate signal of ON and OFF equivalence is received from said time comparator means, said power switch adaptively sized to dispose in aforesaid wall electrical outlet box; a daily number selector having a microcircuit chip comprising binary bit counting and storage means, said selector adapted to provide a small number on input signal from the connected said real-time clock indicating the passage of 24 hours real-time, and said selector operatively connected to a daily adder/subtracter, said selector being disposable in aforesaid outlet box; a daily adder/subtractor having a microcircuit chip comprising binary bit counting and storage means, said adder/subtracter adapted to adding and subtracting a selected number input signal from said number selector on operatively connecting said adder/subtracter to said ON-time storage second register, and on operatively connecting said adder/subtracter to said OFF-time storage third register, said adder/subtracter alternatively operating in the add and subtraction mode as directed by an (+) and (-) operation key, said adder/subtracter being disposable in aforesaid outlet box; and, aforesaid combination adapted to be conductively secured together inside aforesaid conventional size room wall electrical outlet box and to be conductively connected to the electrical room wiring disposed in aforesaid outlet box.