Mask assist device and mask

Abstract

The mask assistor and the mask belong to the field of disposable masks, the mask assistor comprises a hanging belt, two ends of the hanging belt are connected with an anti-fog film, a shaping strip is arranged on the upper edge of the anti-fog film, the anti-fog film is processed into a bag-shaped structure with an opening on the left side, and the middle position of the upper edge of the anti-fog film and the middle position of a nose clamping strip of the mask are connected into a whole. When the mask assisting device and the mask are used, the mask is worn firstly, the hanging belt is hung on the rear portion of the neck or the rear portion of the head in a sleeving mode, and the length of the hanging belt is adjusted to the proper tightness degree in a slipknot tying mode. The invention discloses a mask assist device and a mask. The mask is simple in structure and convenient to use, reduces the phenomena of ear tightening and skin indentation injury, reduces the leakage rate of the two sides of the nose bridge of the mask, ensures the protection and comfort of wearing the mask, avoids increasing the breathing resistance, eliminates the phenomenon of glasses fogging caused by leakage of the two sides of the nose bridge and hot steam flow normally filtered by the mask, prevents cross contamination, increases the utilization rate of the mask, and improves the safety. The use cost of the mask is reduced, and the mask is more convenient to wear and more attractive.

Description

technical field [0001] The invention relates to a mask, in particular to a mask auxiliary device and a mask, which belong to the field of disposable masks. Background technique [0002] At present, during the wearing process of commonly used masks, when talking, raising the head and other activities, it is easy to shift the sides of the nose bridge of the mask that fits the face or straighten the nose clip strips of the mask that have been straightened out, which not only reduces the two sides of the nose bridge of the mask. The tightness between the side and the face increases the leakage rate on both sides of the nose bridge of the mask, reduces the protective performance of wearing a mask, and causes fogging of the glasses. In order to reduce the leakage rate on both sides of the nose bridge of the mask, the hardness of the mask nose clip must be increased when designing and processing the mask. And the tightness of the mask strap, this will inevitably cause ear and skin ...

AI Technical Summary

Problems solved by technology

[0002] At present, during the wearing process of commonly used masks, when talking, raising the head and other activities, it is easy to shift the sides of the nose bridge of the mask that fits the face or straighten the nose clip strips of the mask that have been straightened out, which not only reduces the two sides of the nose bridge of the mask. The tightness between the side and the face increases the leakage rate on both sides of the nose bridge of the mask, reduces the protective performance of wearing a mask, and causes fogging of the glasses. In order to reduce the leakage rate on both sides of the nose bridge of the mask, the hardness of the mask nose clip must be increased when designing and processing the mask. And the tightness of the mask strap, this will inevitably cause ear and skin indentation damage when wearing the mask, and reduce the comfort of wearing the mask

Anti-leakage masks equipped with anti-leakage devices such as Velcro and anti-leakage straps not only have high processing costs and are troublesome to use, but also can only prevent leakage on both sides of the bridge of the nose and the resulting fogging of the glasses, but cannot prevent the normal operation of the mask. Glasses fogging from filtered hot air

The anti-fog mask with anti-fog film can only prevent the fogging of the glasses caused by the hot air flow normally filtered by the mask, but cannot prevent the leakage on both sides of the bridge of the nose and the fogging of the glasses caused by it. The fog film is fixed on the surface of the mask, the gap between the two is small, and it is easy to fit together when breathing, resulting in increased breathing resistance

There is no better unified storage method for various existing masks when they do not need to be worn for the time being, and they are prone to random hanging, random placement, and littering, which can not only cause cross-contamination, but also reduce the utilization rate of masks and increase the cost of using masks , but also affect the aesthetic

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