a gas processor

Abstract

A gas processor, the processor changes the air inlet channel, and uses the air inlet airflow to cool the electrical part; the plasma radio part can be pulled out for cleaning; the main fan can be reversed, and the plasma area can be backwashed; in the gas processor A water-wet dust container is installed at the bottom to dissolve the fallen dust into water or wet objects, avoiding the defect that the fallen dust is sucked back after being crushed, which is beneficial to air purification.

Description

technical field [0001] The invention relates to an air purification device, in particular to a low-temperature plasma air purification machine. Background technique [0002] Common low-temperature plasma gas processing devices have the following disadvantages: firstly, the plasma part is inside the shell, which is inconvenient to clean; secondly, when the power of the gas processing device is large, the electronic part is prone to heat, and fans need to be added for cooling , not only increases power consumption, but also takes up space; third, the main fan cannot be reversed, so there is no function of backwashing its own interior; moreover, the dust absorbed by the plasma is easy to fall off after the accumulation increases, and there is no proper way to fall off. On the contrary, the fallen dust becomes small particles after collision, and is sucked into the plasma treatment area, which will repeat the cycle many times, which not only increases the burden of the plasma, b...

AI Technical Summary

Problems solved by technology

[0002] Common low-temperature plasma gas processing devices have the following disadvantages: firstly, the plasma part is inside the shell, which is inconvenient to clean; secondly, when the power of the gas processing device is large, the electronic part is prone to heat, and fans need to be added for cooling , not only increases power consumption, but also takes up space; third, the main fan cannot be reversed, so there is no function of backwashing its own interior; moreover, the dust absorbed by the plasma is easy to fall off after the accumulation increases, and there is no proper way to fall off. On the contrary, the fallen dust becomes small particles after collision and is sucked into the plasma treatment area. This will repeat the cycle many times, which not only increases the burden of the plasma, but also seriously affects the gas treatment effect of the plasma.

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