12results about "Natural electricity" patented technology

An apparatus for generation and application of a hydrophobic effect in a bathroom fixture including an electrostatic generator, a liquid shielded object, and a bowl or basin. The electrostatic generator is configured to generate an electrostatic field configured to repel liquid. The liquid shielded object is positioned in relationship to the electrostatic generator. The bowl or basin is configured to collected liquid repelled away from the liquid shielded object by the electrostatic field.

The present disclosure relates to a shielding device against atmospheric discharges. The device comprises a first conductive element and a second conductive element that passes through the first conductive element, wherein both conductive elements are electrically insulated by means of a first insulating body, and a second insulating body that are connected to the ends of the first conductive element and the second conductive element. Additionally, the device comprises a third conductive element that passes through the second conductive element that is connected to a fourth conductive element. The fourth conductive element is connected to one of the ends of the first and second conductive elements, and the shape of the fourth conductive element prevents the generation of a corona effect in the presence of an electric discharge. In addition, the third conductive element allows the lightning shielding device to be connected to a grounding element, thus concentrating the electric discharge only in the lightning shielding device, acting as an electric capacitor, and producing the flow of electric charge towards the grounding element, preventing the discharge from spreading to structures or people around.

To provide an electron generator which can efficiently emit electrons to achieve a greater activation effect, and to provide a method for manufacturing the same.SOLUTION: An electron generator designed to be installed on an elongate electron supply target is provided, the electron generator comprising a cover and a cylindrically formed electron generating member provided inside the cover, and being configured to allow the electron supply target to be inserted into the cylindrical electron generating member.SELECTED DRAWING: Figure 1

The application provides a conversion device for converting lightning electric energy into kinetic energy, and relates to the technical field of electric energy conversion devices.The device comprises an artificial lightning attraction system, which is used for inducing lightning in a thunderstorm environment and leading out the generated lightning current; a pulse energy storage and conversion system, which is connected with the artificial lightning attraction system, is used for receiving the lightning current led out by the artificial lightning attraction system and storing energy, and outputs the energy after pulse shaping and power amplification as pulse electric energy; and an electromagnetic track launching system, which is connected with the pulse energy storage and conversion system, is used for receiving the pulse electric energy for pulse discharge to generate an electromagnetic field to provide electromagnetic propulsion force, so as to launch a load.The application solves the problems that the existing technology causes the loss of artificial lightning attraction energy directly led into the ground, and the electromagnetic track launching device highly depends on a conventional power grid, thereby causing the great power supply pressure of the power grid.

This application relates to a wafer jig, a cleaning jig, and a cleaning method. The wafer jig includes a wafer body and an electrostatic generation module, located on and connected to the wafer body, for generating static charge, thereby imparting static charge to the wafer body. This application can effectively improve the cleaning performance of cavity equipment.

A charging device 30 is provided with a lightning rod 31 and charging circuits 32 connected between the lightning rod 31 and ground. A wire 11 is dropped from a drone 10 in the air toward the lightning rod 31 of the charging device 30, and the lower end of the wire 11 is brought close to the lightning rod 31. Lightning is caused by generation of a discharge phenomenon between the lower end of the wire 11 and the lightning rod 31, and a lightning surge is passed through the charging circuits 32 via the wire 11 and the lightning rod 31.

The application relates to the technical field of umbrella manufacturing equipment, and proposes an umbrella rust-proof framework spraying device which solves the traditional umbrella bone spraying problem, realizes high spraying efficiency and automatic spraying effect, and comprises a spraying chamber, a first fixing column and a second fixing column are arranged in the spraying chamber, a first rotating rod is rotatably arranged on the first fixing column, a rotating disc is arranged on the first rotating rod, a socket passage for the umbrella top end to pass through is formed in the rotating disc, a fixing device for fixing the umbrella top end is arranged on the rotating disc, a fixing disc is fixedly arranged on the second fixing column, an electrostatic sleeve capable of transmitting static electricity is fixedly and penetratingly arranged on the fixing disc, an electrostatic rod is slidingly and penetratingly arranged in the electrostatic sleeve, an elastic piece is arranged between the electrostatic sleeve and the electrostatic rod, the electrostatic rod is penetratingly arranged at the umbrella tail end, an electrostatic device for conducting static electricity to the electrostatic rod is arranged in the fixing disc, and a spraying head is slidingly arranged on the upper portion of the spraying chamber through a moving device and used for spraying the umbrella bone.

The generator has three main parts. The first is a charged particle source. The second is a static electric field. The third is a collector connected to the ground or a capacitor. The first species has a wire, the collector, from the ground to the ion source. In the second species, the wire acts as a collector or is attached to the collector. The charged particle source can be any method that can produce ions. The electrostatic field can be the field of the Earth or a static field. The collector is attached to a grounded load. In one design, electrons are drawn through the load by an electron-emitting source attached to the top of the wire. The static electric field causes the rise of the electrons in the wire. In another embodiment, ions from the ion source are accelerated by the static field towards a collector.

Device (201) for extracting a static electrical charge from suspended particles in an atmosphere, comprising: a first rechargeable energy storage device (203); and a charge conductor (211) that is exposed to the suspended particles in the atmosphere; characterized by the fact that the device (201) further comprises: a second rechargeable energy storage device (205) having a nominal voltage greater than that of the first rechargeable energy storage device (203); a DC-DC converter (209); and a first configuration state comprising a static discharge circuit, the charge conductor (211) being functionally coupled to a positive terminal of the first rechargeable energy storage device (203), a negative terminal of the first rechargeable energy storage device (203) being functionally coupled to a ground (223), and the static discharge circuit being functionally decoupled from the second rechargeable energy storage device (205), thereby recharging the first rechargeable energy storage device (203) by a charge flow through the static discharge circuit; and a second configuration state comprising the DC-DC converter (209) being functionally coupled between the first rechargeable energy storage device (203) and the second rechargeable energy storage device (205), thereby transferring energy from the first rechargeable energy storage device (203) to the second rechargeable energy storage device (205) via the DC-DC converter (209); wherein the second configuration state further comprises that the charge conductor (211) is functionally decoupled from the positive terminal of the first rechargeable energy storage device (203) and that the negative terminal of the first rechargeable energy storage device (203) is functionally decoupled from the ground mass (223).

The present disclosure provides a kind of static bar installation insulation crossbeam and static bar installation mechanism, static bar installation technical field.The static bar installation insulation crossbeam includes: insulation side wall, insulation purge plate and insulation upper cover plate;Two insulation side wall are oppositely arranged along left and right direction, insulation upper cover plate and insulation purge plate are oppositely arranged in two ends of two insulation side wall along up and down direction and are connected with two insulation side wall, to form the receiving cavity for receiving static bar by surrounding;Insulation purge plate is opened with static electricity emission channel corresponding to the static electricity emission needle of static bar, insulation purge plate is provided with sequentially communicated air inlet, built-in air cavity and air purge port, air purge port is arranged towards static electricity emission needle, air inlet is used to connect gas supply device.The present disclosure makes static bar be installed in an insulation environment, and leakage phenomenon does not occur, improves paper laying efficiency and is safer and more reliable;And can automatically clean dust, prolong the service life of static bar.

A charging device 30 includes a lightning rod 31 and a charging circuit 32 connected between the lightning rod 31 and a ground. A wire 11 is dropped from a drone 10 in the air toward the lightning rod 31 of the charging device 30, and the lower end of the wire 11 and the lightning rod 31 are brought close to each other. A discharge phenomenon is caused to occur between the lower end of the wire 11 and the lightning rod 31 to induce lightning, and a lightning surge is caused to flow to the charging circuit 32 via the wire 11 and the lightning rod 31.

A system for collection of static electricity deploys a plurality of planar capacitors connected in parallel and aligned to form a capacitor stack, which has two parallel and opposing major surfaces arranged for receiving a static electricity charge from the atmosphere. The system also includes electronic circuitry in communication with the capacitor stack. The electronic circuitry is configured to cause the static electricity charge to at least partially discharge thereinto so as to prepare the capacitor stack for receiving an additional static electricity charge from the atmosphere.