water molecule air filter

Abstract

The invention provides a water molecule air filter, which includes an air inlet, a water molecule inlet, a mixing chamber, a centrifugal wind impeller, a driving motor, a motor shaft and an exhaust outlet, and the air inlet and the water molecule inlet are arranged in an arc-shaped split. In the upper part of the mixing chamber, the mixing chamber is in the shape of an inverted truncated cone, and the air entering from the air inlet and the water molecules entering from the water molecule inlet are subjected to compression and mixing. The mixture with water molecules performs centrifugal motion, the drive motor drives the centrifugal wind impeller through the motor shaft, the exhaust outlet is set on one side of the centrifugal wind impeller, and the air from the centrifugal wind impeller is discharged from the exhaust outlet. The water molecule air filter of the present invention uses water molecules as the filter medium, and the air stays in the water molecule air filter for a relatively long time, which has sufficient time for adsorption and filtration, so the effect on air filtration is better.

Description

【Technical field】 [0001] The invention relates to the field of air purification, in particular to a water molecule air filter. 【Background technique】 [0002] In recent years, air pollution has become more and more serious, especially the smog weather has shrouded the city over a large area for a long time, which has seriously affected people's daily life and physical health. With the increasing air pollution, the concept of PM2.5 has become a topic of concern. [0003] Based on this, various air purifiers arise at the historic moment. The forms of these air purifiers are ever-changing, but the same technologies such as physical filters, activated carbon, and photocatalyst coatings are used. Although certain effects can be obtained, the problem cannot be completely solved. The reason is that these technologies use various filter screens to directly act on the air, and the time that the air stays in the filter screen is very short, and there is not enough time to adsorb and...

AI Technical Summary

Problems solved by technology

The forms of these air purifiers are ever-changing, but the same technology uses physical filters, activated carbon, and photocatalyst coatings. Although they can achieve certain results, they still cannot completely solve the problem.

The reason is that these technologies use various filter screens to directly act on the air. The air stays in the filter screen for a very short time, and there is not enough time to adsorb and filter, so the effect on air filtration is not ideal.

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