Electromagnetic power generator
OwnerEddie Oquendo Virellainventor
Life of this patent
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Abstract
An electromagnetic generator comprising an antenna that receives radiofrequency energy. The antenna is connected to a rectifier circuit, which is used to charge a first battery using the radiofrequency energy received by the antenna. The first battery supplies power to a control unit, which powers at least one electromagnet to generate a magnetic field. A flywheel having at least one magnet is configured to rotate when the magnetic field is generated. An alternator, connected to the flywheel, charges a second battery based on the rotation of the flywheel. The second battery is then used to supply power to an external device.
Claims20
An electromagnetic generator comprising:
- an antenna configured to receive radiofrequency energy;
- a first circuit connected to the antenna and configured to charge a first battery using the radiofrequency energy received by the antenna;
- a control unit comprising a processor, the control unit being configured to receive power from the first battery and further configured to control power provided from the first battery to at least one electromagnet to generate a magnetic field;
- a rotatable body having at least one magnet and configured to rotate when the magnetic field is generated;
- and
- a second circuit connected to the rotatable body and configured to supply power to an external device based on the rotation of the rotatable body,
- wherein the control unit, via programming modules executable by the processor, is programmed to selectively and independently activate and deactivate the at least one electromagnet.
A method for supplying power using radiofrequency energy, comprising:
- receiving radio waves through an antenna;
- converting energy from the radio waves to a first current;
- using the first current to charge a first battery;
- powering at least one electromagnet to produce a magnetic field using energy supplied from the first battery;
- rotating a rotatable body due to the magnetic field produced by the at least one electromagnet;
- converting energy produced by the rotation of the rotatable body to a second current;
- and
- using the second current to power an external device,
- wherein the powering at least one electromagnet is controlled by a control unit comprising a processor, and
- wherein the control unit, via programming modules executable by the processor, is programmed to selectively and independently activate and deactivate the at least one electromagnet.
An electromagnetic generator comprising:
- an antenna configured to receive radiofrequency energy;
- a rectifier circuit connected to the antenna and configured convert the radiofrequency energy to direct current energy used to charge a first battery;
- a control unit comprising a processor, the control unit being configured to receive power from the first battery and further configured to control power provided from the first battery to at least one electromagnet to generate a magnetic field;
- a flywheel having at least one magnet and configured to rotate when the magnetic field is generated;
- and
- an alternator mechanically connected to the flywheel and configured to charge a second battery based on the rotation of the flywheel;
- wherein the second battery is configured to supply power to an external device, and
- wherein the control unit, via programming modules executable by the processor, is programmed to selectively and independently activate and deactivate the at least one electromagnet.
Dependencies are inferred from the claim text.