Ion wind air purifier

Abstract

An ion wind air purifier comprises a machine case; an ion wind channel is arranged in the machine case in the front and back direction; the front end of the machine case is provided with an ion wind channel inlet; the rear end of the machine case is provided with an ion wind channel outlet; an emitting electrode is arranged in the front of the ion wind channel and is in the shape of a net or a fence allowing ion wind to pass through; the emitting electrode is arranged in the left and right direction; a lens plate is arranged behind the emitting electrode in the left and right direction and is provided with a plurality of rows of round through holes; a dust collecting electrode is arranged behind the lens plate and is in the shape of a net or a fence allowing the ion wind to pass through; and the dust collecting electrode is arranged in the left and right direction. The ion wind air purifier is mainly used indoors and can also be applied to outdoor squares, streets and other open space systems, the ion wind air purifier is simple in structure, convenient to manufacture, install and apply and popularize on a large scale, the concentration of particulate matter of the indoor space where the ion wind air purifier is located or the concentration of particulate matter around an area where the ion wind air purifier is located can be reduced in a short period of time, not any noise is generated in the dust removing process, and the ion wind air purifier quite saves energy.

Description

technical field [0001] The invention relates to an air purification device, in particular to an ion wind air purifier. Background technique [0002] Smog and smog have brought serious harm to people's health. In order to improve indoor air quality, the main methods of air purification are filter type and electrostatic type. The main problem of filter type is that the filter screen needs to be replaced frequently ( There are consumables, easy to produce secondary pollution), large wind resistance, high power consumption, and high noise. The problem with the electrostatic type is that it needs to be driven by a fan, and the noise is relatively large. Both of them need to be driven by a fan, and the power consumption is large, which is inevitable Noise pollution is generated, and it is impossible to create a quiet and air-purifying working environment. [0003] The current electrostatic precipitator technology requires a fan to drive the airflow, which will consume a lot of po...

AI Technical Summary

Problems solved by technology

[0002] Smog and smog have brought serious harm to people's health. In order to improve indoor air quality, the main methods of air purification are filter type and electrostatic type. The main problem of filter type is that the filter screen needs to be replaced frequently ( There are consumables, easy to produce secondary pollution), large wind resistance, high power consumption, and high noise. The problem with the electrostatic type is that it needs to be driven by a fan, and the noise is relatively large. Both of them need to be driven by a fan, and the power consumption is large, which is inevitable Noise pollution is generated, and it is impossible to create a quiet and air-purifying working environment

[0003] The current electrostatic precipitator technology requires a fan to drive the airflow, which will cause a large amount of power consumption and inevitably generate noise pollution. It is not suitable for use in a home environment, let alone a large-scale open system.

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