Ultrasonic nano-biology self-cleaning-type joint heat-insulation film static dust removal device

Abstract

An ultrasonic nano-biology self-cleaning-type joint heat-insulation film static dust removal device is characterized in that the ultrasonic nano-biology self-cleaning-type joint heat-insulation film static dust removal device comprises an ultrasonic vibration system (1), a dust removal system (2) and a heat insulation system (3); the dust removal system (2) comprises an inlet (202), an outlet (217), a dust discharging opening (219) and a shell (201); the ultrasonic vibration system (1) is used for enabling dust collected by a circular dust collecting pole (205) to fall into the dust discharging opening (219) in a vibrated mode, the ultrasonic vibration system (1) is mounted on the upper portion of the dust removal system (2) and connected with a dust collecting pole upper portion support (208) through a magnitude-variable rod (103), and the magnitude-variable rod transmits ultrasonic vibration to the circular dust collecting pole (205) through the dust collecting pole upper portion support (208); and heat insulation system (3) is used for enabling the dust removal system (2) to be in a constant-temperature work state so as to ensure the stability of the dust removal efficiency. Theultrasonic nano-biology self-cleaning-type joint heat-insulation film static dust removal device is simple in structure, good in dust removal effect and convenient to clean.

Description

technical field [0001] The present invention relates to a kind of dedusting technology, especially a combined static electricity and biofilm electrostatic dedusting technology, specifically an ultrasonic nano-biological self-cleaning combined thermal insulation film electrostatic dedusting device, which can be applied to manufacturing, construction, mines , quarries and other technical fields, especially for the control of various types of dust pollution including flying dust. Background technique [0002] Flying dust pollution is one of the most prominent environmental problems in our country at present. Flying dust pollution has the characteristics of large amount and refractory degradation. How to effectively and reasonably solve the problem of fugitive dust emission is the key problem we are facing at present. There are many dust treatment methods in the prior art, but there are some shortcomings: dry electrostatic precipitator is easy to generate secondary dust when cle...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to design an ultrasonic nano-biological self-cleaning combined thermal insulation film electrostatic dust removal device with high comprehensive efficiency, long service life and good dust removal effect for the problem of low efficiency of various existing dust removal devices

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