Air purification device based on ultrasonic technology

Abstract

Relating to the field of air purification, the invention discloses an air purification device based on ultrasonic technology. The device includes an ultrasonic atomization dust removal module, a ceramic heating module, a filtering module, an ultrasonic vibration gas purification module, a water tank, a water circulation module, a fan, an external shell and a drive circuit module. During work, airenters from a side of the bottom and moves upward to firstly pass through the atomization dust removal module with water fed by the water tank; then the air passes through the ceramic heating area forheating drying; then the treated air passes through the filtering module and the ultrasonic vibration purification module in order; and finally the treated air is discharged by the top fan. Specifically, the settled and condensed water containing particulate matters in the ultrasonic atomization dust removal module flows into a sink below, passes through a filter layer, and then flows back into the water tank through a water pump from an upstream water pipe. The air purification device based on ultrasonic technology provided by the invention can be used for indoor and outdoor air purification, has comprehensive functions, also can purify gas pollutants according to needs, has compact unit modular structure, can be combined with street lamps, isolation guardrails and the like, and fills inthe blank of purification system in the field of municipal facilities.

Description

technical field [0001] The invention belongs to the field of air purification, in particular to an air purification device based on ultrasonic technology, which is suitable for indoor and outdoor air purification. Background technique [0002] Existing air purification devices are mainly aimed at the adsorption and filtration of solid particles, and methods such as mechanical filtration and plasma adsorption are often used to remove particles to achieve the purpose of purification. However, this type of purification device has defects and incomplete functions. It can only purify solid particles. It is generally used for indoor air purification, and cannot purify the gas pollutants with a large content in outdoor air. The mechanical filtration method mainly uses HEPA filter screen, although the purification rate can reach more than 99%, but its life is short and the cost is high. Purification of gas pollutants mainly decomposes pollutants through chemical reactions. When int...

AI Technical Summary

Problems solved by technology

However, this type of purification device has defects and its functions are not comprehensive. It can only purify solid particles. It is generally used for indoor air purification, and cannot purify the gas pollutants with a large content in outdoor air.

The mechanical filtration method mainly uses HEPA filter, although the purification rate can reach more than 99%, but its life is short and the cost is high

Purification of gas pollutants mainly decomposes pollutants through chemical reactions. When integrated in a purification device, a thicker catalyst carrier layer needs to be laid, which will cause excessive resistance to air flow in the purification device, which requires a larger power fan and consumes more electric energy

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