A New Built-in Ozone Generator

Abstract

The invention discloses a novel built-in ozone generating device which comprises an insulating medium tube and a gas inlet tube and a gas outlet tube which are arranged at the left end and the right end of the insulating medium tube respectively, the outer side of the insulating medium tube is provided with a grounding heat dissipation body electrode tube, the grounding heat dissipation body electrode tube is provided with a grounding screw foundation support, the insulating medium tube is internally provided with a cavity, the cavity is internally provided with an inner electrode, the inner electrode is a spiral metal spring, and the spiral metal spring is in close contact with the inner wall of the insulating medium tube.The electrode generated by ozone is of a spiral spring type structure, on one hand, ozone is evenly distributed on the surface of the device to lower the temperature of the ozone work face, improve ozone efficiency and meanwhile reduce possibility of generating impurities due to excessively high energy on a local portion, so that quality of ozone generated by an ozone generator is guaranteed; on the other hand, distribution capacitance of the device is greatly lowered, reactive power consumption of the device is reduced quite effectively, and work efficiency of the ozone generator is improved.

Description

technical field [0001] The invention relates to the technical field of ozone production equipment, in particular to a novel built-in ozone generating device. Background technique [0002] Because ozone has a strong bactericidal function, it is widely used in daily life. Ozone is generally produced by an ozone generator. Conventional ozone generators generally use a high-voltage arc to generate ozone. High-voltage arcs are generally generated by ball discharge, tip discharge, ceramic plate discharge and tubular panel discharge structures. Among them, the structure of ball discharge and tip discharge is simple and low in cost, but the working temperature of the arc is high, and the energy of the arc generation point is concentrated, which is easy to activate the nitrogen in the air and produce highly toxic nitric oxide, so the generated ozone has many impurities and is highly toxic. [0003] The ceramic plate discharge and tube panel discharge structures use high-voltage ele...

AI Technical Summary

Problems solved by technology

[0004] 1: The distributed capacitance of the device is large, the work energy consumption is high, most of the energy is lost in reactive power consumption, and the ozone generation efficiency is low;

[0005] 2: One fatal flaw of its structure is its short lifespan. The reason is that its discharge surface requires high cleanliness. Once the surface of the discharge structure is polluted by air, not only the amount of ozone produced will drop greatly, but also the pollutants will produce impurity gases and even spontaneous combustion;

[0006] 3: The working temperature of the electrodes is high during high-power applications, and the ozone efficiency is significantly reduced;

[0007] 4: The strong arc is easy to cause the combustion of combustible gas, which is unsafe to use

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