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JP58207610A - Electric Particle Generator

Japan Patent Office (JP)

Patent Application Publication
(Application A)

  1. Patent Application Publication No.:
    Showa 58-207610

  2. Patent Application Date:
    Showa 58 (1983), December 3

  3. Application Number:
    Showa 58-23664
    February 15, 1983

  4. Priority Claim:
    1982 April 9, USA No. 367051

  5. Title of the Invention:
    Electric Particle Generator

  6. Applicant:
    Stanley A. Meyer
    Grove City, Ohio 43123, USA

  7. Agent:
    Attorney Nakamura

Title of the Invention
Electric Particle Generator

Scope of Patent Claims

(1) An electric particle generator equipped with a particle accelerator at the end of a tube through which non-conductive magnetic gas flows, and incorporating ionization elements inserted into the unit, which work together with the particle accelerator.

(2) The electric particle generator described in claim 1, where the ionization element operates with low input voltage in the second chamber, and the voltage/electromagnetic field is used to extract and utilize energy from the gas.

(3) The electric particle generator described in claim 1, wherein a second electrode that extracts the ionized particles from the first chamber is installed and operates to capture the energy released.

(4) The ionization element described in claim 1, wherein the element is solid in structure.

(5) The ionization element described in claim 1, wherein the element is a liquid.

(6) The electric particle generator described in claim 1, wherein the particle accelerator is driven by a magnetic coil.

(7) The electric particle generator described in claim 6, wherein the magnetic coil is designed to generate a low input voltage into the first chamber.

(8) The electric particle generator described in claim 7, wherein the low input voltage and the magnitude of electromagnetic force generated by the second coil control the size of the voltage output.

(9) The electric particle generator described in claim 7, wherein the low input voltage is further enhanced by the ionization process.

 

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