Apparatus for the dispersal and discharge of static electricity

An apparatus for dispersal and discharge of static electricity for the collection and dissipation or discharge of static electrical charge without the need for an earth ground or atmosphere, comprising:

• a collector stage, for collecting electrically charged particles;
• a conversion stage, for entraining the charged particles in an electromagnetic field and converting the charges into electrical energy, electrically connected to said collector stage;
• an emissive stage, for using the converted electrical charges to provide power to an emitting device that converts the electrical energy to another form, such as light or sound, electrically connected to said conversion stage;
• a collector-to-array connection, for an electrical connection between the collector(s) and the center layer in the conversion sub-stage;
• an anode-to-emitter connection, for an electrical connection between the anode layers(s) and the emissive stage;
• a cathode-to-emitter connection, for an electrical connection between the cathode layer(s) and the emissive stage;
• a collector, for an apparatus for electrically charged particles to be collected, electrically connected to said collector-to-array connection;
• an anode layer(s), for entraining the charged particles;
• a center layer(s), for an area for the charges to collect and be attracted to one of the outer layers for conversion to current, electrostatically coupled to said anode layer(s), and electrically connected to said collector-to-array connection;
• a cathode layer(s), for entraining the charged particles, electrostatically coupled to said center layer(s), and electrostatically coupled to said anode layer(s);
• an anode layer diode, for control of the flow of current from the anode layer(s), electrically connected to said anode layer(s);
• a light-emitting diode, laser, piezoelectric crystal, flash tube, or other circuit emissive device, for conversion and emission of electrical current as another form of energy, electrically connected to said anode layer diode;
• a cathode layer diode, for control of the flow of current to the cathode layer(s), electrically connected to said emissive device, and electrically connected to said cathode layer(s);
• a light-emitting diode, laser, piezoelectric crystal, flash tube, or other circuit emissive device, for conversion and emission of electrical current as another form of energy, electrically connected to said cathode layer diode;
• an anode dielectric layer(s), for a layer to isolate the anode layer(s) from the center layer(s), adjacently placed to said center layer(s), and adjacently placed to said anode layer(s);
• a cathode dielectric layer(s), for a layer to isolate the cathode layer(s) from the center layer(s), adjacently placed to said cathode layer(s), and adjacently placed to said center layer(s);
• and
• a conversion circuitry, for converting the charges entrained into electrical energy.

An apparatus for dispersal and discharge of static electricity for the collection and dissipation or discharge of static electrical charge without the need for an earth ground or atmosphere, comprising:

• a collector stage, for collecting electrically charged particles;
• a conversion stage, for entraining the charged particles in an electromagnetic field and converting the charges into electrical energy, electrically connected to said collector stage;
• an emissive stage, for using the converted electrical charges to provide power to an emitting device that converts the electrical energy to another form, such as light or sound, electrically connected to said conversion stage;
• a collector-to-array connection, for an electrical connection between the collector(s) and the center layer in the conversion sub-stage;
• an anode-to-emitter connection, for an electrical connection between the anode layers(s) and the emissive stage;
• a cathode-to-emitter connection, for an electrical connection between the cathode layer(s) and the emissive stage;
• a collector, for an apparatus for electrically charged particles to be collected, electrically connected to said collector-to-array connection;
• an anode layer(s), for entraining the charged particles;
• a center layer(s), for an area for the charges to collect and be attracted to one of the outer layers for conversion to current, electrostatically coupled to said anode layer(s), and electrically connected to said collector-to-array connection;
• a cathode layer(s), for entraining the charged particles, electrostatically coupled to said center layer(s), and electrostatically coupled to said anode layer(s);
• an anode layer diode, for control of the flow of current from the anode layer(s), electrically connected to said anode layer(s);
• a light-emitting diode, laser, piezoelectric crystal, flash tube, or other circuit emissive device, for conversion and emission of electrical current as another form of energy, electrically connected to said anode layer diode;
• a cathode layer diode, for control of the flow of current to the cathode layer(s), electrically connected to said emissive device, and electrically connected to said cathode layer(s);
• a light-emitting diode, laser, piezoelectric crystal, flash tube, or other circuit emissive device, for conversion and emission of electrical current as another form of energy, electrically connected to said cathode layer diode;
• an anode dielectric layer(s), for a layer to isolate the anode layer(s) from the center layer(s), adjacently placed to said center layer(s), and adjacently placed to said anode layer(s);
• a cathode dielectric layer(s), for a layer to isolate the cathode layer(s) from the center layer(s), adjacently placed to said cathode layer(s), and adjacently placed to said center layer(s);
• a power supply, for supplying the layer(s) with a bias voltage;
• and
• a conversion circuitry, for converting the charges entrained into electrical energy.