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Electromagnetically-countered actuator systems and methods

  • US 9,112,395 B2
  • Filed: 02/29/2012
  • Issued: 08/18/2015
  • Est. Priority Date: 08/28/2006
  • Status: Expired due to Fees
First Claim
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1. An electromagnetically countered electric motor system including at least one basic rotor unit and at least one basic stator unit, wherein said basic rotor unit is configured to be rotatably disposed with respect to said basic stator unit, wherein said basic units are configured to generate first dynamic magnetic fields therearound when first electric energy is supplied to at least one of said basic units in a first direction, and wherein said basic rotor unit is configured to rotate due to said first magnetic fields while producing first electromotive force and while irradiating from at least one of said base units first electromagnetic waves defining first characteristics, said system comprising:

  • at least one counter rotor unit and at least one counter stator unit each of which is disposed in a preset arrangement with respect to each of said basic rotor unit and basic stator unit, respectively,wherein said counter rotor unit is configured to be rotatably disposed with respect to said counter stator unit, wherein said counter units are configured to generate second dynamic magnetic fields therearound when second electric energy is supplied to at least one of said counter units in a second direction, and wherein said counter rotor unit is configured to rotate due to said second magnetic fields while emitting from at least one of said counter units second electromagnetic waves defining second characteristics,whereby said system is configured to minimize an intensity of said first waves irradiating onto a user of said system by one of suppressing a preset portion of said first waves from propagating toward said user due to at least one of said arrangement, direction, and characteristics and canceling said portion of said first waves with said second waves around said user due to at least one of said arrangement, directions, and characteristics.

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