TH127278A - AC block-type capacitors that store high energy, interactively electrostatic field. - Google Patents

Abstract

DC60 (10/09/55) High energy interactive electrostatic field capacitors that block AC power, which look first. The invention consists of a capacitor in the form of an active (10) interactive electrostatic field charge plate that is formed in the form of a closed continuous electric loop that is slightly discrete and parallel longitudinally three. Loops It consists of a central (12) and two outer parts (13) and (14), with one on each side of the central disk in the form of a counter-electrostatic charge plate. To the negative plate (27), the dielectric material (22) and the negative plate (27) were provided, a connector (15) as a means for connection to the central circuit (12) was arranged. To have a connector (15) as a means for connecting To the source of charge And the outer two parts (13) and (14) are electrically connected at (16) and (17) to the central (12) in such a way that they both flow opposite charge currents. When the charged plates reverse the active electrostatic field is charged. The charge current flows around the center (12) of the charge plate. The electrostatic field reacts to the charge plate (10). High intensity against its outer edge Then the same charge current flows in the opposite direction around the outer portion (13) and (14) the outer charge. Creates a strong, high-intensity electrostatic field against the periphery. This ensures that the charge is evenly distributed in the dielectric material (22) around the charged electrostatic field reactive electrostatic charge plates (10). Electric capacitance with negative plates (27). Elimination of electric fields with specific intensity. Increase the voltage at which it is charging In this way, the capacity is increased. It stores electrical energy and is able to block AC power. Electrostatic field capacitors interact with high energy that blocks alternating current which looks one. The invention consists of a capacitor in the form of an active (10) interactive electrostatic field charge plate that is formed in the form of a closed continuous electric loop that is slightly discrete and parallel longitudinally three. Loops It consists of a central (12) and two outer parts (13) and (14), with one on each side of the central disk in the form of a counter-electrostatic charge plate. To the negative plate (27), the dielectric material (22) and the negative plate (27) were provided, a connector (15) as a means for connection to the central circuit (12) was arranged. To have a connector (15) as a means for connecting To the source of charge And the outer two parts (13) and (14) are electrically connected at (16) and (17) to the central (12) in such a way that they both flow opposite charge currents. When the charged plates reverse the active electrostatic field is charged. The charge current flows around the center (12) of the charge plate. The electrostatic field reacts to the charge plate (10). High intensity against its outer edge Then the same charge current flows in the opposite direction around the outer portion (13) and (14) the outer charge. Creates a strong, high-intensity electrostatic field against the periphery. This ensures that the charge is evenly distributed in the dielectric material (22) around the charged electrostatic field reactive electrostatic charge plates (10). Electric capacitance with negative plates (27). Elimination of electric fields with specific intensity. Increase the voltage at which it is charging In this way, the capacity is increased. It stores electrical energy and is able to block AC power.

Claims (1)

: DC60 (10/09/55) High energy interactive electrostatic field capacitors that block AC power, which look first. The invention consists of a capacitor in the form of an active (10) interactive electrostatic field charge plate that is formed in the form of a closed continuous electric loop that is slightly discrete and parallel longitudinally three. Loops It consists of a central (12) and two outer parts (13) and (14), with one on each side of the central disk in the form of a counter-electrostatic charge plate. To the negative plate (27), the dielectric material (22) and the negative plate (27) were provided, a connector (15) as a means for connection to the central circuit (12) was arranged. To have a connector (15) as a means for connecting To the source of charge And the outer two parts (13) and (14) are electrically connected at (16) and (17) to the central (12) in such a way that they both flow opposite charge currents. When the charged plates reverse the active electrostatic field is charged. The charge current flows around the center (12) of the charge plate. The electrostatic field reacts to the charge plate (10). High intensity against its outer edge Then the same charge current flows in the opposite direction around the outer portion (13) and (14) the outer charge. Creates a strong, high-intensity electrostatic field against the periphery. This ensures that the charge is evenly distributed in the dielectric material (22) around the charged electrostatic field reactive electrostatic charge plates (10). Electric capacitance with negative plates (27). Elimination of electric fields with specific intensity. Increase the voltage at which it is charging In this way, the capacity is increased. It stores electrical energy and is able to block AC power. Electrostatic field capacitors interact with high energy that blocks alternating current which looks one. The invention consists of a capacitor in the form of an active (10) interactive electrostatic field charge plate that is formed in the form of a closed continuous electric loop that is slightly discrete and parallel longitudinally three. Loops It consists of a central (12) and two outer parts (13) and (14), with one on each side of the central disk in the form of a counter-electrostatic charge plate. To the negative plate (27), the dielectric material (22) and the negative plate (27) were provided, a connector (15) as a means for connection to the central circuit (12) was arranged. To have a connector (15) as a means for connecting To the source of charge And the outer two parts (13) and (14) are electrically connected at (16) and (17) to the central (12) in such a way that they both flow opposite charge currents. When the charged plates reverse the active electrostatic field is charged. The charge current flows around the center (12) of the charge plate. The electrostatic field reacts to the charge plate (10). High intensity against its outer edge Then the same charge current flows in the opposite direction around the outer portion (13) and (14) the outer charge. Creates a strong, high-intensity electrostatic field on the outer edge This ensures that the charge is evenly distributed in the dielectric material (22) around the charged electrostatic field reactive electrostatic charge plates (10). Electric capacitance with negative plates (27). Elimination of electric fields with specific intensity. Increase the voltage at which it is charging In this way, the capacity is increased. It stores electrical energy and is able to block AC power. (Item one) which will appear on the advertisement page: tag: