Energy saving electromotive engine
First Claim
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1. An energy-saving electromagnetic motor, comprising:
- a pressure tank for holding pressurized fluid in a pressurized state;
a fluid-driven turbine coupled to said pressure tank, said pressurized fluid driving said fluid-driven turbine, said fluid-driven turbine revolving about a crankshaft;
a first pipe coupled between said turbine and said pressure tank for directing said pressurized fluid from said tank to said fluid-driven turbine;
at least one piston-driven pump coupled between a reserve tank and said pressure tank, said piston-driven pump increasing the pressure of said pressurized fluid;
a second pipe coupled between said reserve tank and said piston-driven pump, said second pipe directing the pressurized fluid from said reserve tank to said piston-driven pump;
a third pipe coupled between said piston-driven pump and said pressure tank, said third pipe directing said pressurized fluid from said piston-driven pump to said pressure tank;
a fourth pipe coupled between said turbine and said reserve tank for directing said pressurized fluid from said turbine to said reserve tank; and
a skin revolving about an axle, said axle connected to said crankshaft, said skirt comprising a magnet, said magnet revolving with said skin to within a distance of an electromagnet, such that said magnet interacts with a magnetic field of said electromagnet;
wherein the magnetic field of said magnet produces a force on each electromagnet so as to pull a piston of said piston-driven pump in a single direction, an electrical system inducing a current in said electromagnets so as to pull said piston opposite of said single direction in such a way as to operate said piston-driven pump.
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Abstract
An energy saving electromagnetic motor in which a pressure tank provides pressurized fluid to a turbine, rotating the turbine and a crankshaft. The crankshaft is connected via a clutch and axle to a skin comprising a plurality of magnets, which thus revolve about the axle. The magnet'"'"'s revolution causes electromagnets to operate piston-driven pumps, which serve to partially replenish the pressure lost by the pressurized fluid after the fluid rotates the turbine.
21 Citations
13 Claims
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1. An energy-saving electromagnetic motor, comprising:
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a pressure tank for holding pressurized fluid in a pressurized state; a fluid-driven turbine coupled to said pressure tank, said pressurized fluid driving said fluid-driven turbine, said fluid-driven turbine revolving about a crankshaft; a first pipe coupled between said turbine and said pressure tank for directing said pressurized fluid from said tank to said fluid-driven turbine; at least one piston-driven pump coupled between a reserve tank and said pressure tank, said piston-driven pump increasing the pressure of said pressurized fluid; a second pipe coupled between said reserve tank and said piston-driven pump, said second pipe directing the pressurized fluid from said reserve tank to said piston-driven pump; a third pipe coupled between said piston-driven pump and said pressure tank, said third pipe directing said pressurized fluid from said piston-driven pump to said pressure tank; a fourth pipe coupled between said turbine and said reserve tank for directing said pressurized fluid from said turbine to said reserve tank; and a skin revolving about an axle, said axle connected to said crankshaft, said skirt comprising a magnet, said magnet revolving with said skin to within a distance of an electromagnet, such that said magnet interacts with a magnetic field of said electromagnet; wherein the magnetic field of said magnet produces a force on each electromagnet so as to pull a piston of said piston-driven pump in a single direction, an electrical system inducing a current in said electromagnets so as to pull said piston opposite of said single direction in such a way as to operate said piston-driven pump. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13)
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Specification