Electronic net air-filtration device and use thereof

Abstract

The invention relates to an electronic net air-filtration device and a use thereof. The electronic net air-filtration device comprises 1, multiple electronic channels, wherein two ends of each one of the electronic channels are opened and communicated and high pressure-resistant insulating sleeves and metal tubes connected to the ground are arranged in the electronic channels, 2, upper and lower positioning plates, 3, high voltage electrodes, 4, electronic emitters, 5, left and right dust removers, 6, through-hole dust removers and 7, a high-energy electronic generator. The electronic emitters are arranged in centers of the electronic channels and are fixed to the high voltage electrodes. The high voltage electrodes pass through the through-hole dust removers and two ends of each one of the high voltage electrodes stretch respectively into the left and right dust removers. When the high voltage electrodes are powered on, high-density electronic nets are produced in the electronic channels with the open ends, do not block air and effectively block pollutants. Electronic high-speed impact energy destroys gas molecules so that peculiar smells are eliminated. Through electronic polarity, pathogenic bacteria are killed. Through the high-density electronic nets, dust, smoke and inhalable particles are filtered. Through the electronic circuit, pollutants are collected. Therefore, the electronic net air-filtration device is a high-efficiency, no-air resistance and no-ozone device and is especially suitable for fan coil units and various air purifiers.

Description

1. Technical field [0001] The invention relates to an "electronic network air filter device" used to replace fiber filter materials to achieve high efficiency, no wind resistance, energy saving, etc., especially suitable for central air-conditioning pipelines, central air-conditioning fan coil units and various indoor air purification equipment. Belongs to environmental protection products. 2. Background technology [0002] At present, the filter materials of various air purifiers in the domestic and foreign markets are activated carbon fibers, polyester fibers, non-woven fabrics, sponges... to filter the air. These materials have high cost, large wind resistance, high power consumption, and frequent replacement costs later. , especially not suitable for the purification of central air-conditioning ducts and fan coil units, because the motor power and air volume of the air conditioner are rated, so increasing wind resistance, reducing air volume, and frequent filter replacem...

AI Technical Summary

Problems solved by technology

[0002] At present, the filter materials of various air purifiers in the domestic and foreign markets all use activated carbon fibers, polyester fibers, non-woven fabrics, sponges... to filter the air. , especially not suitable for the purification of central air-conditioning ducts and fan coil units, because the motor power and air volume of the air conditioner are rated, so increasing wind resistance, reducing air volume, and frequently replacing filters are not allowed. Indoor air purifiers The above-mentioned materials are generally used, but it is not good for reducing costs and users' later burden

Especially the many fan coil units in the building, once they are running, they always suck in the polluted air in the interlayer of the ceiling and send it to the room, and then return the cold and warm air in the room to the interlayer through the return air outlet. This cycle creates secondary pollution and is Lost energy, this is a vicious cycle. The equipment will make the indoor air worse and worse. Especially when the virus is prevalent, as long as one person gets sick, the entire floor will be infected soon. The central air-conditioning pipes and the garbage in the ceiling interlayer, Small animal corpses, microbes, molds... A large amount of pollution cannot be solved by cleaning, liquid disinfection, and fresh air alone

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