Mechanical deduster

Abstract

The invention discloses a mechanical deduster. The mechanical deduster comprises a deduster, a gas outlet tube and a gas inlet tube are arranged on the external surface of one side of the deduster, the gas inlet tube is positioned at one side of the gas outlet tube, a flange is fixedly arranged on the external surface of the top end of the gas outlet tube, an electrostatic dedusting net is arranged in the gas outlet tube, a power supply is arranged on the external surface of one side of the gas outlet tube, a power chamber is fixedly arranged on the external surface of the top end of the deduster, the external surface of the bottom end of the deduster is fixedly provided with an ash bucket, the external surface of the bottom end of the ash bucket is movably provided with a piston, and theexternal surface of one side of the deduster is provided with a fixed plate. The electrostatic dedusting net, a silencing chamber and a sprayer arranged on the mechanical deduster achieve secondary dedusting of incompletely treated dusts, effectively reduce noises brought by a motor in the deduster, also can effectively prevent standing dusts from being blown up, and bring a good use application.

Description

technical field [0001] The invention relates to the field of dust collectors, in particular to a mechanical dust collector. Background technique [0002] A mechanical dust collector is a device that relies on mechanical force (gravity, inertial force, centrifugal force, etc.) to remove dust particles from the airflow. It is characterized by simple structure, low equipment cost and operating cost, but the dust removal efficiency is not high. According to the difference of dust particles, it can be designed as gravity dust fall chamber, inertial dust collector and cyclone dust collector; the existing mechanical dust collector is in the There are certain disadvantages when using it. First, the dust collector cannot be treated multiple times, resulting in incomplete treatment of the dust, which has a certain impact on use. Secondly, the motor in the dust collector emits too much noise when it is working, which affects people's normal operation. The working environment brings a ...

AI Technical Summary

Problems solved by technology

It is characterized by simple structure, low equipment cost and operating cost, but the dust removal efficiency is not high. According to the difference of dust particles, it can be designed as gravity dust fall chamber, inertial dust collector and cyclone dust collector; the existing mechanical dust collector is in the There are certain disadvantages when using it. First, the dust collector cannot be treated multiple times, resulting in incomplete treatment of the dust, which has a certain impact on use. Secondly, the motor in the dust collector emits too much noise when it is working, which affects people's normal operation. The working environment brings a certain amount of noise pollution. Finally, it is impossible to isolate the dust that has settled down from the air that comes in from the intake pipe, so that the dust that has settled down can enter the dust removal chamber of the dust collector again, causing unnecessary repetition. Processing work brings a certain amount of energy waste and has a certain impact on people's use process. Therefore, we propose a mechanical dust collector

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