Anti-virus type automobile air conditioner filter

Abstract

The invention discloses an anti-virus type automobile air conditioner filter, the anti-virus type automobile air conditioner filter comprises a pre-filtering supporting layer, a rough filtering layer,an active electrostatic adsorption positive electrode layer, a fine filtering layer, a passive electrostatic adsorption layer, an active electrostatic adsorption negative electrode layer and a micropore trapping layer, which are fixed in a layered mode from top to bottom and form a filter body. The filter body is fixed in a sealed supporting frame, a plurality of ultraviolet sterilizing lamps arefixed on the inner wall of the sealed supporting frame, and the ultraviolet sterilizing lamps are arranged on the upper side and the lower side of the filter body; wherein a wire harness, a sensor, the ultraviolet disinfection lamp, the active electrostatic adsorption positive electrode layer, the passive electrostatic adsorption layer and the active electrostatic adsorption negative electrode layer are correspondingly connected with a controller, and the wire harness is in two-way communication with a whole vehicle CAN network. The anti-virus type automobile air conditioner filter is used for filtering, collecting, killing and removing viruses and removing part of organic matter, smell, bacteria, particles and the like, and therefore the air quality is improved in an auxiliary mode.

Description

Technical field: [0001] The invention relates to an antivirus type automotive air conditioner filter. Background technique: [0002] Whether it is a passenger car or a commercial vehicle, the internal and external air circulation system needs to inhale air from the outside world (outside or inside the vehicle), filter it and send it into the vehicle through the air outlet. The current "in-vehicle air quality system" and "active cockpit cleaning" are actually simple filtration and direct ventilation, without focusing on the prevention and control of viruses and other pollutants. Because there is no targeted design, conventional air-conditioning filtration systems are less effective in filtering viruses, especially for key areas such as epidemic control areas, hospitals or medical waste treatment and transportation areas, post-disaster epidemic prevention areas, and areas with great risks. The safety of passengers is not fully guaranteed. [0003] When the vehicle turns on t...

AI Technical Summary

Problems solved by technology

But even with internal circulation, there may be droplet infection among the passengers in the car. Therefore, the air in the car needs to be cleaned of viruses and other pollutants in time under the state of internal circulation.

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