High-frequency high-voltage potential field kinetic energy sterilization and virus killing device and combined device thereof

Abstract

The invention discloses a high-frequency high-voltage potential field kinetic energy sterilization and virus killing device and a combined device thereof. Comprising an adapter, an ion module connected with the positive output end of the adapter, a loop electrode plate connected with the negative output end of the adapter, a positive electrode plate connected with the positive output end of the ion module, and an emission needle plate connected with the negative output end of the ion module. The loop electrode plates are respectively and correspondingly arranged between two adjacent positive electrode plates; the ion module is internally provided with a positive and negative high-voltage output circuit so as to control the voltage difference output by the positive and negative output ends of the ion module to be 25-30KV. By means of the mode, the device is energy-saving, efficient, good in safety performance and long in service life, oxygen molecules and microparticles in air carry free electrons through the emission needle plate, when the oxygen molecules and microparticles pass through a high-voltage electric field formed between the positive electrode plate and the loop electrode plate, bacterial colonies and viruses make contact with the electrode plates to generate a microcosmic point-touch lightning effect, and therefore the oxygen molecules and the microparticles can be purified. And the internal structure is instantly damaged, so that rapid inactivation is realized.

Description

technical field [0001] The invention relates to the technical field of sterilization and virus elimination, in particular to a high-frequency high-voltage electric potential field kinetic energy sterilization and virus elimination device and a combined device thereof. Background technique [0002] In the current special environment, people have begun to pay attention to the sterilization and virus elimination of indoor air. For large places such as hospitals and office buildings, as well as aquaculture, animal husbandry, large stations, terminals, cinemas and other areas where people and livestock are denser, the requirements for air purification are more stringent. At the same time, because the sterilization and virus elimination equipment needs to run continuously, it poses a major challenge to the current life concept of carbon reduction and low energy consumption. [0003] At present, the main air purification technologies mainly include electrostatic dust removal techn...

AI Technical Summary

Problems solved by technology

Among them, the electrostatic dust removal technology relies on high-power electrostatic modules to supply corresponding high and low voltage current fields to the emitter and collector to form a super strong electrostatic adsorption effect, but its energy consumption is too high, and high concentrations of ozone and nitrogen will be generated during work oxygen compound

Negative ion technology uses negative voltage and high voltage discharge to form negative oxygen ions to capture bacteria and virus particles in the air to form a negatively charged legion. low efficiency

Ultraviolet technology includes different light source technologies such as mercury lamp tubes and LED lamp beads, which have short service life, high cost, and great damage to equipment materials

Plasma technology is composed of a tungsten wire emitter and a metal plate dust collector. The arc formed by the voltage difference between the tungsten wire and the metal plate is used to form a plasma air state, but its service life will also produce ozone with a concentration exceeding the standard. and nitrogen oxides

The low-temperature plasma module technology is a technology that replaces the material of the dust-collecting plate with printed circuit plastic sheets, but its sterilization effect is poor and the energy consumption of the air duct is high

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