Patents by Inventor Gregory P. Jackson

Gregory P. Jackson has filed for patents to protect the following inventions. This listing includes patent applications that are pending as well as patents that have already been granted by the United States Patent and Trademark Office (USPTO).

  • Hand-held, continuously variable, remote controller
    Patent number: 7019680
    Abstract: A continuously variable, remote controller including a pair of first and second frequency oscillating circuits, each circuit including a separate induction coil for producing an induction field thereabout, the normal resonating frequency of the first oscillating circuit being different from the normal resonating frequency of the second oscillating circuit, the first and the second oscillating circuits producing a baseline frequency that is the difference between the two the oscillating circuits, each of the induction coils including an induction field modifying armature, when a rocker block is pivoted about a fulcrum, in a first radial direction, the first induction field modifier engagement surface will engage the first induction field modifying armature and move it across the induction field generated by the first induction coil, to alter the oscillating frequency of the first frequency oscillating circuit, a subtractor adapted to receive the frequencies outputted from the first and the second frequency osc
    Type: Grant
    Filed: April 25, 2003
    Date of Patent: March 28, 2006
    Inventors: Gregory P. Jackson, Arthur C. McBride, John L. Schooley
  • Hand-held, continuously variable, remote controller
    Publication number: 20040212528
    Abstract: A continuously variable, remote controller including a pair of first and second frequency oscillating circuits, each circuit including a separate induction coil for producing an induction field thereabout, the normal resonating frequency of the first oscillating circuit being different from the normal resonating frequency of the second oscillating circuit, the first and the second oscillating circuits producing a baseline frequency that is the difference between the two the oscillating circuits, each of the induction coils including an induction field modifying armature, when a rocker block is pivoted about a fulcrum, in a first radial direction, the first induction field modifier engagement surface will engage the first induction field modifying armature and move it across the induction field generated by the first induction coil, to alter the oscillating frequency of the first frequency oscillating circuit, a subtractor adapted to receive the frequencies outputted from the first and the second frequency osc
    Type: Application
    Filed: April 25, 2003
    Publication date: October 28, 2004
    Inventors: Gregory P. Jackson, Arthur C. McBride, John L. Schooley