Mask static electricity adding device

Abstract

The invention discloses a mask static electricity adding device. The device comprises a direct-current electricity supply module, a direct-current boosting module, an upper metal layer and a lower metal layer, wherein the output positive electrode and the output negative electrode of the direct-current electricity supply module are connected with the input positive electrode and the input negativeelectrode of the direct-current boosting module through wires, the output end positive electrode of the direct-current boosting module is connected with the upper metal layer through a wire, and theoutput end negative electrode of the direct-current boosting module is connected with the lower metal layer through a wire. The mask static electricity adding device is simple in structure, low in cost, easy to carry and remarkable in effect of adding static electricity to the mask, and not only can be independently designed into a single product, but also can be integrated on an existing consumerelectronic product such as a sterilization and disinfection box, so that the functions of the product are expanded, and the mask static electricity adding device is suitable for popularization and application.

Description

technical field [0001] The invention relates to the field of health protection, in particular to an electrostatic adding device for a mask. Background technique [0002] Since the outbreak of the novel coronavirus, wearing a mask when going out has become one of the living habits of most citizens. At present, the masks on the market are all disposable masks, which cannot be used after a period of time. The main reason is that disposable masks rely on the principle of electrostatic adsorption to filter bacteria, viruses, dust, etc. in the air. People wear masks During the process, the exhaled gas contains a certain amount of water, which will dissipate the static electricity on the mask. In addition, the mask will also dissipate some static electricity when filtering the air. Therefore, as the static electricity on the mask dissipates, its filtration efficiency will also decrease. If consumers reuse disposable masks during the period of lack of masks, although the amount o...

AI Technical Summary

Problems solved by technology

If consumers reuse disposable masks during the shortage of masks, although the amount of masks will be alleviated to a certain extent, it will also bring the risk of self-protection

In addition, the existing equipment for adding static electricity to masks is bulky and expensive, and is mainly used by mask manufacturers

In the consumer electronics market, there has not been a product specially designed for consumers to add static electricity to masks

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