Intelligent air purifier

Abstract

The invention provides an intelligent air purifier which comprises a labyrinth adsorption area and an electrostatic adsorption area that are communicated with each other, wherein fluff is arranged on partition bodies forming a labyrinth partition in the labyrinth adsorption area; the air purifier is further provided with a gel filling device; the gel filling device is communicated with the fluff via pipe grooves in the partition bodies. With the adoption of a structure that the gel filling device is matched with the labyrinth adsorption area, the adsorption capacity of the labyrinth adsorption area is greatly improved; since gel has a good water retention property and strong dust adsorption capability; the problem that dust particulates enter air after evaporation of water for a common adsorbent can be avoided. The gel filling device continuously fills the gel; the cleaning time interval can be prolonged greatly; the operation difficulty is reduced. With the adoption of a gel adsorption structure, the evaporation capacity can be reduced greatly, and the use level of the adsorbent is reduced.

Description

technical field [0001] The invention relates to the field of air purification, in particular to an intelligent air purifier. Background technique [0002] The air pollution in some existing cities is relatively serious, and air purifiers have become commonly used indoor appliances. Existing air purifiers mostly use filtration to remove dust particles. The problem is that this kind of filter is difficult to filter small particles of dust, such as small particles of pm2.5 and below, which are still easy to enter the human body. Accumulation in the lungs seriously affects health. The use of more precise filters can filter fine particles, but this also creates new technical problems. More precise filters are easily blocked by dust or fine particles, and the cost of frequent replacement of filters is higher, and the replacement of filters Cannot be recycled, causing new environmental pollution. With the use of filters, especially more precise filters, the wind resistance will ...

AI Technical Summary

Problems solved by technology

Existing air purifiers mostly use filtration to remove dust particles. The problem is that this kind of filter is difficult to filter small particles of dust, such as small particles of pm2.5 and below, which are still easy to enter the human body. Lung accumulation, seriously affecting health

However, the pump structure under this structure is more difficult to produce

Moreover, the evaporation of the adsorption liquid is relatively large, so that the indoor humidity rises rapidly, even if the moisture absorption area is set, it is still relatively humid

Due to the large amount of evaporation, the adsorption liquid needs to be replaced every day, and the operation is more troublesome

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