Social anti-poison and anti-epidemic method and multifunctional invisible protective mask

Abstract

The invention belongs to the field of social anti-poison and anti-epidemic methods and protective masks. Air with viruses, bacteria, poison gas and dust is sequentially filtered and disinfected by a filtering and disinfecting module of the breathing gas filtering and disinfecting cleaner, adsorbed and filtered by an adsorption and filtering module, assisted by a drug prevention and treatment module to moisten the lung and detoxify, added with negative oxygen ions by a negative oxygen ion module and filtered by an ultrafine filtering module at the bottom; therefore, high-cleanness beneficial air is conveyed to the invisible mask on the face, and it is guaranteed that inhaled air is clean and safe; the exhaled air is disinfected and filtered, so that infection of virus carriers to surrounding people is prevented. The invisible mask is small, exquisite, attractive and comfortable, and the wearing protection problem of people in daily work and life can be well solved; by adopting multipletechnologies such as functional modularization, chromatography filtration and desorption, the mask is wide in application, long in service life and low in average daily cost, and is mainly used for social poison prevention, epidemic prevention, flu prevention, haze prevention, industrial and mining dust prevention, household fire protection, formaldehyde removal and the like.

Description

technical field [0001] The invention relates to a social antivirus and epidemic prevention method and the technical field of a protective mask. The gas inhaled and exhaled by a human body is filtered and sterilized multiple times to solve the problems of personal protection and social environmental pollution. Background technique [0002] The SARS virus in 2003, the new coronavirus in 2020, the American flu, the Ebola virus, and future unknown virus plagues all threaten people's lives and health, and affect people's work, study, and social economy. Home isolation, community closures, and city closures for epidemic prevention have highlighted the necessity and limitations of the mode of epidemic prevention against major virus epidemics under existing technical conditions. [0003] At present, the commonly used technology is to make masks with Meltblown melt-blown non-woven materials into SMS and SMMMS, such as N95 masks, which adopt blocking filtration isolation technology, w...

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