Air conditioning device capable of eliminating air pollution

Abstract

An air conditioning device capable of eliminating air pollution is composed of a device body, upper air inlets, an upper cavity, a lower cavity, lower air outlets, stacked adsorption discs loaded in the device body and adsorbent nanogel. According to the indoor air conditioning device, an air inlet of an existing indoor air conditioner and an air inlet of an automobile air conditioner are each connected with a layered stacked type stacked disc in a matched manner for containing a nanogel cleaning agent, PM2.5 is purified away, and legionella is killed; the effects that refrigerating and heating pipes generate no dirty colloid and pollutant bonding, and draught fan blades generate no dirty colloid and pollutant bonding are achieved; effective purification, oxidization and decomposition are carried out on smoker smoke, PM2.5, legionella, viruses, influenza viruses, acarid, germs and mould smells; cleanliness of indoor air is effectively protected after startup; no PM2.5 circulating air exists in the indoor air; a filter screen is not needed; the air volume of the air conditioners is high; noise is low; the service time of a motor is long; much electricity is saved; and refrigerating and heating are fast.

Description

technical field [0001] The invention belongs to the field of air-conditioning purification technology, in particular to an air-conditioning device for eliminating air pollution in which a layered and stacked disc-packed nano gel purifier is connected to the air inlet of the existing indoor air conditioner and automobile air conditioner. Background technique [0002] Air conditioners and automobile air conditioners work in a closed environment, and the metabolite CO in the human body 2 Substances such as waste gas, dust and other substances produced by rising air and living processes cause indoor air quality to decline. During the operation of the air conditioner, these substances will be firmly collected and bonded inside the air conditioner. These dirt and pollutants contain bacteria and will breed many mites, molds, germs, Legionella, viruses, influenza viruses and other pollutants. When the air conditioner is working again Under certain conditions, these mites, molds, ge...

AI Technical Summary

Problems solved by technology

[0004] 1. For plastic nets, synthetic fiber nets, knitted cotton nets, non-woven fabric nets, activated carbon felt filters, activated carbon nets, nano photocatalytic nets, etc., the disadvantage is that there is no filtering ability at all, such as suspended dust particle size 0.1-2.0 μm, bacteria 0.5-1.5μm, mites 0.5-1 mm, influenza virus 0.09-1.0μm, all of which cannot be removed by existing filters

Knitted cotton net, non-woven fabric net, activated carbon felt filter, activated carbon net, nano-photocatalytic net The disadvantage is that the wind resistance is large and the filter will be blocked

[0005] 2. Electrostatic adsorption, the disadvantage is that it will produce ozone, which will cause damage to the human respiratory system, and has the defect of "secondary smog and small dust pollution". The air conditioner and people cannot be in the same room

The disadvantage is that due to the large are

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