Bionic Air Purifier

Abstract

The invention discloses a bionic air purifier. The bionic air purifier comprises a shell, purification rotating wheels and a purification liquid circulation system; purification bristles are distributed on the outer peripheries of the rotating wheels to form hairbrush structures; the purification liquid circulation system comprises purification liquid and a purification liquid circulation assembly; the purification rotating wheels are located between an air inlet and an air outlet in a shell. According to the bionic air purifier, by adopting viscous liquid and the hairbrushes to simulate the structure of the human nasal cavity, air can be purified and wetted; in addition, compared with the prior art, a better purification effect on ambient air is achieved, the bionic air purifier still has the capacity of making particulate matter adhere to the bionic air purifier after being used in a long time, thus, a good adhesion effect can still be achieved in spite of a long use cycle, the situation that effects are affected because a lot of pollutant dust, particulates, bacteria and other substances adhere to the bionic air purifier is avoided, the phenomenon that secondary pollution is caused along with precipitation of flowing air is also avoided, and a bionic effect is achieved. Meanwhile, the bionic air purifier is simple in structure, easy to realize and lower than a purification device in the prior art in cost.

Description

technical field [0001] The invention relates to a purification device, in particular to a bionic air purifier. Background technique [0002] With the increasingly prominent environmental problems, the air quality is more and more deeply affecting people's daily life; the air is full of a lot of dust, bacteria and various viruses, causing great harm to human health. For the above problems, the more common way to deal with it is to use various air filters or purifiers; for example, to use HEPA activated carbon composite filter air purifier, which is a dry filter, which can remove at least 97.00% of the 0.3 micron particles in the air; but other The price of the core component HEPA filter is relatively high, resulting in extremely high cost of the air purifier; in the prior art, more static water or circulating water are used for air purification, but the cleaning effect is poor due to long-term use of water, and For some particulate matter, it does not have the ability to adh...

AI Technical Summary

Problems solved by technology

For the above problems, the more common way to deal with it is to use various air filters or purifiers; for example, to use HEPA activated carbon composite filter air purifier, which is a dry filter, which can remove at least 97.00% of the 0.3 micron particles in the air; but other The price of the core component HEPA filter is relatively high, resulting in extremely high cost of the air purifier; in the prior art, more static water or circulating water are used for air purification, but the cleaning effect is poor due to long-term use of water, and Does not have the ability to adhere to some particulate matter, the purification is not thorough, and the purification effect is poor

Due to the weak adhesion of water, with the extension of the service life, pollutants will be precipitated from the water into the air after absorbing more particulate matter, which will cause secondary pollution

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