TH19643Y - An ionization gas production device with multiple layers of planar electrodes for water or air treatment. - Google Patents

Abstract

------11/01/2022------(OCR) Equipment for producing ionization gas. A multi-layer planar electrode for water or air treatment. The electrodes consist of a metal electrode, where electrode (6) is the ground electrode and electrode (7) is the high-voltage electrode. The two electrodes are separated by an electrical insulator (8) and are spaced approximately equally apart to create a void for gas (9) to ionize on both sides. When a voltage is applied to electrodes (6) and (7) to create a sufficient electrical potential difference, ionization of gas occurs in the void for gas (9) on both sides of electrode (6) and on both sides of electrode (7), resulting in approximately 2 times the amount of ionized gas. Good heat dissipation is provided by the electrical insulator (8), which is a solid electrical insulator that prevents short circuits between the electrodes. (6) and electrode (7) with the connection of electrode (6), which is the ground potential electrode, placed on both sides of the electrode assembly for safety in use ------------ ------25/05/2021------(OCR) Equipment for producing ionization gas. Planar electrodes stacked in multiple layers for water or air treatment. Using electrodes with properties consisting of electrodes in the state of metal, where electrode (6) is the ground potential electrode and electrode (7) is the high voltage electrode. The two electrodes are separated by electrical insulation (8), arranged approximately equally apart to create a gap for gas (9) to ionize for use on both sides. When voltage is applied to electrodes (6) and (7) to create a sufficient electrical potential difference. Ionization of gas occurs in the gas space (9) at both electrodes (6) and at both electrodes (7), resulting in approximately 2 times the ionized gas and good heat dissipation. An electrical insulator (8), which is a solid electrical insulator, prevents short circuits between electrodes (6) and electrodes (7). The electrode (6), which is a ground potential electrode, is placed on both sides of the electrode assembly for safety during use. ------------ Ionization gas production equipment, multi-layer planar electrodes for water or air treatment, using electrodes with properties consisting of metal electrodes, where electrode (6) is the ground potential electrode and electrode (7) is the high voltage electrode. The two electrodes are separated by an electrical insulator (8), spaced approximately equal apart to create a gas gap (9) for ionization on both sides. When a voltage is applied to electrodes (6) and (7) to create a sufficient potential difference, ionization of the gas occurs in the gas gap (9) on both sides of electrodes (6) and (7), resulting in approximately twice the amount of ionized gas. Good heat dissipation is provided by the electrical insulator (8), which is a solid electrical insulator, to prevent short circuits between electrodes (6) and (7). The electrode (6), which is the ground potential, is placed on the outside of both sides of the electrode assembly for safety during use.

Claims (2)

------11/01/2022------(OCR) 1. Equipment for producing ionization gas. A multi-layer planar electrode for water or air treatment. It uses metallic electrodes and consists of electrode (6), which is a metallic electrode that acts as a ground potential, and electrode (7), which is also a metallic electrode. Both electrodes (6) and (7) are separated by electrical insulation (8) and arranged to create a void for gas (9) to ionize for use on both sides. When voltage is applied to electrodes (6) and (7) to create a sufficient electrical potential difference, Ionization of gas is caused in the gas gap (9) at both electrodes (6) and at both electrodes (7), with electrical insulator (8), which is a solid electrical insulator, preventing electricity from flowing through electrodes (6) and electrodes (7) to prevent a short circuit. Specifically, electrodes (6) and electrodes (7) are metal electrodes separated by electrical insulator (8) and arranged to create a gas gap (9) for ionization on both sides. They are arranged in a planar stacked layer, with the gas gap (9) having a spacing of 0.001 - 5 centimeters. 2. Device for producing ionization gas. Planar stacked electrodes according to claim 1. Electrodes (6) are connected as ground potentials and are placed on the outside of the electrode set on both sides. For safe use only ------------ ------25/05/2021------(OCR) 1. Equipment for producing ionized gas. A multi-layer planar electrode system for water or air treatment. It uses metallic electrodes and consists of electrode (6), which is a metallic electrode that serves as the ground potential, and electrode (7), which is also metallic. Both electrodes (6) and (7) are separated by an electrical insulator (8) and arranged to create a gas void (9) for ionization on both sides. When a voltage is applied to electrodes (6) and (7) to create a sufficient electrical potential difference, ionization of gas occurs in the gas void (9) on both sides of electrode (6) and on both sides of electrode (7). The electrical insulator (8), which is a solid electrical insulator, prevents electricity from flowing through electrodes (6) and (7) to prevent a short circuit. Its specific characteristics are that electrodes (6) and (7) are metallic electrodes. It is separated by electrical insulation (8) and arranged to create a gas gap (9) for ionization on both sides. It is placed in a planar stacked layer, with the gas gap (9) having a distance of 0.001 - 5 centimeters. 2. Ionization gas production equipment, planar stacked layer electrodes according to claim 1, has electrode (6) connected as a ground potential, placed on the outside on both sides of the electrode set for safety in use. ------------ Ionization gas production equipment, planar stacked layer electrodes for water or air treatment, using electrodes with metallic properties, consisting of electrode (6) which is an electrode with metallic properties. The ground potential electrode and electrode (7) are electrodes in a metallic state. Both electrodes (6) and electrode (7) are separated by an electrical insulator (8), which is spaced approximately equally apart to create a gas gap (9) for ionization on both sides. When a voltage is applied to electrodes (6) and electrode (7) to create a sufficient electrical potential difference, ionization of the gas in the gas gap (9) occurs on both sides of electrode (6) and on both sides of electrode (7). This results in approximately twice the amount of ionized gas compared to the electrodes in Figure 1 and better heat dissipation. The electrical insulator (8), which is a solid electrical insulator, prevents electricity from flowing through electrodes (6) and electrode (7) to prevent a short circuit. It is characterized by electrodes (6) and electrode (7) being metallic electrodes. It is separated by electrical insulation (8) and arranged with approximately equal gaps for gas (9) to allow ionization on both sides. It is placed in a planar stack of multiple layers to allow for increased ionization. 2. Equipment for producing ionization gas, multi-layer planar electrodes according to claim 1, with electrode (6) connected as a ground potential, placed on both sides of the electrode assembly for safety in use.