Face mask structure having barrier component

Abstract

A mask structure includes a mask body having at least one edge side; at least one subsidiary part connecting with and corresponding to the edge side, wherein an angle is formed between the subsidiary part and the mask body; and a band set fixing at the two sides of the mask body.

Description

BACKGROUND OF THE INVENTION[0001]1. Field of the Invention[0002]The present invention generally relates to a mask structure, more particularly to a mask structure having barrier component.[0003]2. Description of the Related Art[0004]Nowadays, the face mask is broadly applied in various applications, such as riding a bike, working in a restaurant, a hospital, a factory, and a clean room, etc., for the purpose of barricading polluted air, dust, bacteria or virus to ensure that people are not infected and products are not contaminated. It is thus well known the face masks applied to aforesaid applications are mostly formed from one or multi-layers of flat type gauze, cotton, non-woven fabric or paper in order to satisfy the demands for low cost and high consumption.[0005]As shown in FIG. 1 and FIG. 2, a traditional non-woven mask or a traditional clothes, gauze mask etc. mainly has a mask body 10 and two bands 20, the mask body 10 having two sides 30, and each band 20 fixes at two side...

AI Technical Summary

Benefits of technology

The present invention provides a mask structure with a subsidiary part to prevent air leakage during wear. The subsidiary part is formed at the edge sides of the mask body and made of elongation section that bends towards the mask body. This increases the fitness ability of the mask and improves its filtering efficiency by making all air breathed in and out by the wearer forced to go through the mask. The angle formed between the subsidiary part and the mask body is 15 degrees to 90 degrees for better covering of the gap between the mask body and the face. The subsidiary part can be easily manufactured with reprocess and allows for economic manufacturing.

Problems solved by technology

It is difficult to conforming the various contours of the human face when wearing the mask made of clothes, gauze or non-woven etc.

Therefore, some of the air being breathed in and out by the user is allowed to bypass the filter of the mask, resulting in the filtering efficiency of the mask being tremendously decreased and the users having a higher risk of breathing in dust, bacteria or viruses.

Images