High-energy multi-state low-temperature ionizer

Abstract

The invention discloses a high-energy multi-state low-temperature ionizer, comprising an internal electrode and an external electrode, wherein the internal electrode and the external electrode are respectively connected with a power supply. The internal electrode and the external electrode are both tubular structures, and a hollow cavity of the internal electrode is a cooling channel; two ends of the internal electrode and two ends of the external electrode are respectively provided with an electrode support, and the two ends of the internal electrode and the two ends of the external electrode are respectively fixed on the electrode support; the internal electrode is sleeved in the external electrode, and an ionization channel is formed between the external surface of the internal electrode and the internal surface of the external electrode; two ends of the ionization channel are respectively provided with an aerial fog input port and an aerial fog output port, and the aerial fog input port and the aerial fog output port are respectively communicated with the ionization channel. The ionizer provided by the invention is simple in structure and convenient to use, the cooling channel is formed at the center of the internal electrode, when working, the cooling channel can cool the ionization channel so as to generate a large amount of low-temperature plasmas, the cooling effect is better, and the generated plasmas have high energy charge.

Description

technical field [0001] The invention is an ion generator, especially a high-energy multi-state low-temperature plasma generator. Background technique [0002] At present, the methods commonly used for disinfection and sterilization of articles and medicines at home and abroad mainly use high temperature and high pressure steam sterilization, ethylene oxide gas sterilization, ionizing radiation sterilization, ultraviolet rays, infrared rays, microwave sterilization, etc. Although the above-mentioned methods can all achieve a certain purpose of sterilization and deinsectization, various methods are all limited in their use due to their own defects, such as the most widely used ethylene oxide gas sterilization at present, Its advantage is that there is no high temperature and high pressure, the temperature is only 40~60°C, and it is not easy to damage the sterilized items. The disadvantage is that ethylene oxide is flammable, explosive, and highly toxic, which will pollute the ...

AI Technical Summary

Problems solved by technology

Although the above-mentioned methods can all achieve a certain purpose of sterilization and deinsectization, various methods are all limited in their use due to their own defects, such as the most widely used ethylene oxide gas sterilization at present, Its advantage is that there is no high temperature and high pressure, the temperature is only 40~60°C, and it is not easy to damage the sterilized items. The disadvantage is that ethylene oxide is flammable, explosive, and highly toxic, which will pollute the environment and cause cancer to the human body. At the same time, it is expensive. Disinfection takes a long time, and after disinfection, it will be placed for several days to detoxify, etc.

[0003] With the development of science and technology, ions are used for disinfection and insecticide. Ion disinfection and sterilization are widely used because of their safety, non-toxicity and good effect. However, the existing ion generator has a complex structure and poor cooling effect. , when the generator is working, it is easy to generate high temperature to reduce the ion energy charge

For example, Chinese patent application No. 02226575.9 discloses a multi-charged ion generator. The ion generator has a complex structure and lacks a cooling system. The generated ions cannot be directly used in the disinfection and sterilization of articles due to high temperature, and it is not easy to produce ions. control

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