Abstract: An electromagnetic device comprising a coil configured electrically in series with and connected directly to a magnetizable switch that said coil controls where when the coil is energized said switch is drawn into contact with an electrical conductor to transmit power from the coil through the switch to said electrical conductor; and a method for instantaneously deenergizing a detached electrical conductor using an electromagnetic gate where operation of said electromagnetic gate and sustention of electrical power flow in said electrical conductor are mutually required; and a machine improvement comprising connecting the output out an electromagnet's circuit into the input of an electromagnetic switch's circuit so that the circuitry of the electromagnet acts in series with the electrical load.

Abstract: Using this invention, no input fuel is required to sustain operation of electric generators and other machines and devices. This is done using a magnetic motor that has parallel and perpendicular, rotatable shafts and gears to which those generators and other machines are connected along with equally spaced, perpendicular extensions having permanent magnets attached to those extensions and arranged so as to allow repelling magnetic interaction; and where the shafts also have ways of maintaining required spacing and rotational timing to allow the magnets to interact in precise and extremely close proximity a number of times per rotation causing perpetual movement.