RU74016U1 - ELECTROSTATIC CURRENT ELECTRIC GENERATOR - Google Patents

Abstract

The proposal relates to electrical engineering, to electrostatic current generators (EEGT).

The proposed EEGT is made in the form of a dielectric mesh capacity filled with dielectric granules with the possibility of their movement, and electrodes, one of which is immersed in the capacity of the container and made of plates intersecting on the central axis of the EEGT and provided with a contact surface with holes that repeats the internal shape of the mesh capacity .

This embodiment of the EEGT allows you to increase the current collector during operation of the generator, as it increases the reliability and area of contact with granules during operation.

Description

The proposal relates to electrical engineering, to electrostatic current generators (EEGT).

Known EEGT (patent RU No. 2307446), adopted for the prototype, containing a dielectric element made in the form of a mesh container filled with granules, with the possibility of their movement, and electrodes, one of which is immersed in the filling of the container.

However, the efficiency of such a generator in operation is low.

The goal is to increase the effectiveness of EEGT.

The essence of the proposed EEGT containing electrodes and between them a dielectric element made in the form of a mesh container filled with granules, with the possibility of their movement, moreover, one of the electrodes is immersed in the tank filling, and this electrode is made in the form of plates intersecting on the central axis of the generator and equipped with a contact surface with holes repeating the shape of the mesh capacity.

Figure 1 shows the proposed EEGT, where 1 is an external electrode, 2 is a dielectric grid, 3 is an electrode immersed in a mesh capacity: 4 is its central part from intersecting plates, and 5 is its additional part, from a conductive surface with holes, repeating the shape, covering its outer mesh 2. Arrows conditionally show the direction of air flow.

The operation of the device is as follows.

Penetrating through the grid 2 and between the filling particles (not shown in the drawing) air flow, the wind moves these particles, they rub against each other and their surfaces are electrified. A volumetric electrostatic charge is formed in the tank. During movements, surface-charged particles come into contact with various parts of the immersed electrode, either with a covering, repeating the internal shape of the mesh capacity, or with plates intersecting each other on the central axis of the generator.

This embodiment of the immersed electrode allows you to increase the current collector during operation of the generator, as it increases the reliability and area of contact with the granules during operation.

The manufacture of the device is not difficult, while using cheap materials, and during operation - natural wind energy, which determines the efficiency of EEGT.

Claims (1)

An electrostatic current generator containing a dielectric element made in the form of a mesh capacitance filled with granules with the ability to move them, and electrodes, one of which is immersed in the filling of the capacitance, characterized in that the immersed electrode is made in the form of plates intersecting on the Central axis of the generator, and equipped with a contact surface with holes repeating the internal shape of the mesh capacity.