Mask type ion net filtering system

Abstract

The invention provides a mask type ion net filtering system. The mask type ion net filtering system comprises conductive filtering cotton arranged in a triangular area of a mask shell, an airflow guide wing arranged on an airflow guide wing mounting part, side wing electrode assemblies arranged on two side wings of the airflow guide wing and matched with the conductive filtering cotton, and an ion generating electrode arranged on an upper shell of the airflow guide wing, wherein the conductive filter cotton is distributed around the airflow guide wing; a wing plate of the airflow guide wing is provided with a plurality of airflow guide wing holes serving as an airflow guide inlet and tip electrode working ports at the side wing electrode assemblies; the ion net filtering system is connected to a high-voltage plate and control panel module; and the high-voltage plate and control panel module is connected to a power supply module. The system has low breathing resistance on the premise of meeting a high-grade protection requirement, and the conductive filter cotton can achieve the air treatment effect of ionization sterilization through cooperation with the side wing electrode assemblies due to the fact that the conductive filter cotton has the conductivity while exerting traditional filtering effect.

Description

technical field [0001] The invention relates to the technical field of protective equipment, in particular to a mask-type ion net filter system. Background technique [0002] Masks are not only health care and safety supplies commonly used in people's daily production and life, but also a necessity for special groups such as medical workers. [0003] Traditional mask types include cotton masks, gauze masks, activated carbon masks, medical masks, industrial dust masks, and gas masks or masks. , The resistance of the mask is usually greater, and the respiratory resistance of the mask doubles. Bacterial air enters the mouth and nose from the gap between the mask and the face. [0004] Masks are a key tool to reduce the risk of COVID-19 transmission. For SARS, Ebola, mad cow disease and the current raging new crown pneumonia virus, masks with high protection levels (such as N95 masks) are the most realistic and reliable protective equipment. [0005] The inventor found throug...

AI Technical Summary

Problems solved by technology

[0005] The inventor found through the use of existing masks that although the existing masks can meet the corresponding protection requirements for bacterial viruses, aerosols, ultrafine particles, and ultrafine particles below PM2.5, they cannot protect against high-risk bacteria and viruses. The pathogenic body is killed, and the inventor artificially improves the pathogenic bacteria killing effect of the mask, and develops a corresponding mask-type ion net filter system, which can not only meet the high-level protection requirements, but also have the advantages of reducing respiratory resistance and high-efficiency filtration.

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