Electrostatic induction generator

An electrostatic induction generator comprising:

• a housing;
• a first board fixed to said housing;
• a second board arranged in parallel to said first board to be able to move relative to said first board;
• electrically charged films;
• counter electrodes;
• and
• output parts outputting an alternating current generated between said electrically charged films and counter electrodes, wherein
• said counter electrodes are set at a first facing surface of the first board,
• said electrically charged films are set at every other constant interval at a second facing surface of said second board so as to face said counter electrodes,
• said counter electrodes are comprised of pluralities of first electrodes and second electrodes provided separated from each other at said first facing surface,
• said first electrodes and said second electrodes are alternately arranged along said direction of movement at said constant intervals in a single line,
• said first electrodes and said second electrodes are respectively connected with each other,
• said first electrodes and said second electrodes are respectively connected to said output parts,
• at said first facing surface, a plurality of said single lines of said first electrodes and said second electrodes are set, and said constant intervals of said plurality of lines are all the same in phase, and,
• at said second facing surface, a single line of electrically charged films comprised of said electrically charged films set at every other constant interval is made to face each of said plurality of lines of said first electrodes and said second electrodes, and said constant intervals of the respective single lines of electrically charged films respectively differ in phase.

A system comprising:

• an electrostatic induction generator having:
• a rotor having electrically charged parts and able to rotate, and a stator facing said rotor over an air gap of a predetermined distance from said rotor and having conductor parts,
• wherein said electrically charged parts comprise a plurality of C-fan shaped regions with predetermined center angles arranged in a radial manner from a center of rotation of said rotor,
• said conductor parts comprise a plurality of ring-shaped regions arranged in concentric circles from a position on the axis of center of rotation of said rotor,
• said ring-shaped regions are respectively divided into a plurality of C-fan shaped small electrodes with center angles equal to the above center angles,
• adjoining small electrodes in one said ring-shaped region are alternately connected to output terminals and common terminals of said ring-shaped region, and
• the same number of output terminals as the said ring-shaped regions are provided,
• a full wave rectifying circuit connected to said output terminals and
• a constant voltage load circuit forming a voltage supply of a substantially constant voltage connected to the output of said full wave rectifying circuit are provided,
• wherein the current rectified in one direction by said full wave rectifying circuit is used to charge said constant voltage load circuit.