JP3234842U - A mask that is easy to put on the nose and suppresses the outflow of exhaled air toward the eyes - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a disposable non-woven fabric mask with a wire or the like to support the mask body and to allow the mask to be stably attached. However, regardless of the presence or absence of a wire in the portion where the mask touches the nose. There were many things that floated. Further, when the portion where the mask touches the nose floats, the gap between the mask and the face becomes wide, so that a mask is provided to prevent the exhaled breath from the nose and mouth from flowing out toward the eyes and fogging the glasses and the like. SOLUTION: A central main body cut portion 2 which is supposed to be in contact with the nose on one side of the upper side of a mask main body 1 is cut out, and a part thereof is supported so as to follow the cut out side at a height slightly below the cut out side. The feature is that the wire 3 is incorporated and the diagonal fins 4 having an oblique downward inclination from the mask body toward the face are provided at a height slightly above the nostrils when the mask is attached to the inside of the mask body. Mask to do. [Selection diagram] Fig. 1

Description

The present invention relates to a hygienic product in which the shape of the mask is devised for the purpose of improving adhesion.

There are various types of conventional masks, but some of them take into consideration the flow of exhaled breath and some are aimed at reducing fogging of eyeglasses (see Patent Documents 1 to 7). In addition, although the shape was not mentioned, there were some that described the material and filter and those that were considered in consideration of the shape of the nose (see Patent Documents 8 and 9).

Utility model registration No. 3231817 Japanese Patent No. 6857926 Utility Model Registration No. 3231135 Utility Model Registration No. 3230822 Utility Model Registration No. 3230761 Japanese Unexamined Patent Publication No. 2020-105677 Japanese Unexamined Patent Publication No. 2020-94315 Utility Model Registration No. 3226404 Gazette Japanese Unexamined Patent Publication No. 2020-128617

Therefore, there were the following problems.
(B) Many of the masks these days have been devised, such as attaching wires to support the mask body and making it stable.
(B) Many of the masks floated on the nose with or without wires.
(C) When the part of the mask that touches the nose floats, the gap between the mask and the face widens, and the amount of exhaled breath from the nose and mouth flows out toward the eyes, causing the glasses to become cloudy when wearing glasses. It was also a factor of.
The present invention has been made to solve these problems.

Most of the conventional mask bodies are rectangular, but by cutting out the part of the mask body that touches the nose (the part where the mask hits the nose) and making it concave, it becomes easier to adhere to the shape (curved surface) of the nose. In addition, attach the fins slightly higher than the nostrils inside the mask. Attach the fins so that they face diagonally downward from the mask ground plane toward the tip. With these diagonal fins, it is easy for air from the direction of the eyes to enter, and on the contrary, it is possible to prevent the exhalation from the nose and mouth from escaping toward the eyes (the outflow of breath from the nose and mouth toward the eyes). You can.

By cutting out the part of the mask that touches the nose (the part where the mask hits the nose) (it becomes a concave shape), the mask can easily touch the nose (around the tip of the nasal bone) and adheres to the shape of the nose (curved surface). It will be easier to do. Furthermore, using a support wire incorporated so as to follow the shape of the cut part of the main body, the shape of the nose and the surface of the face (line from nose to cheeks, ears, etc.) is adjusted. At this time, by forming the support wire so as to sandwich the nose, the mask can be easily caught on the nose (on the nose), and the wearing condition of the mask can be stabilized. In addition, the diagonal fins attached to the inside of the mask body at a height slightly above the nostrils prevent the exhaled air from the nose and mouth from escaping toward the eyes (the exhaled air flows out toward the eyes). Can be done. By suppressing the outflow of exhaled breath from the nose and mouth toward the eyes, it also helps reduce fogging of the glasses when wearing glasses.

It is the figure which looked at the present invention from the inside. It is a perspective view of this invention. It is an image diagram of an example in which the present invention is attached.

Hereinafter, a mode for carrying out the present invention will be described.
(B) Regarding the central part of the upper part of the mask body (1), the part that rides on the nose (hangs on the nose) when the mask is worn is cut to make the body cut part (2). As a result, the mask body (1) has a concave shape.
(B) Incorporate the support wire (3) at a position slightly below the upper side along the upper side of the mask main body (1) in which the main body cut portion (2) is formed.
(C) Provide diagonal fins (4) inside the mask body (1) at a height above the nostrils when the mask is worn. The diagonal fins (4) are attached at two locations, left and right, but they are attached so that they face diagonally downward from the mask ground plane toward the tip of the diagonal fins (4).
(D) On the left and right sides of the mask body (1), ear hooks (5) are attached to be worn on the ears when the mask is worn. Ear hooks (5) are attached to the left and right respectively.
The present invention has the above configuration.
When using the present invention, the mask body (1) is worn so as to wrap from the nose to the mouth. When wearing the mask body (1), wear it so that the body cut portion (2) rests on the nose (gets on the nose). The ear hooks (5) attached to the left and right of the mask body (1) are used so as to be worn on the left and right ears. After attaching the mask body (1), shape the support wire (3) so that it adheres to the shape of the nose and face. At this time, it is desirable to form the nose so as to be sandwiched between the support wires (3). As a result, the wearing condition of the mask body (1) is stable, the gap between the mask body (1) and the face can be narrowed, and the degree of adhesion can be increased. By attaching the diagonal fins (4) to the inside of the mask body (1) at a height above the nostrils, air from the eyes and nose can easily enter, and exhaled breath from the nose and mouth. It is possible to prevent the nose from coming out in the direction of the eyes (the amount of exhaled air flowing out in the direction of the eyes).

1 Mask body 2 Body cut 3 Support wire 4 Diagonal fin 5 Ear hook

Claims (1)

By cutting out the part of the mask that touches the nose (the part where the mask touches the nose) (it becomes a concave shape), the mask can easily touch the nose (around the tip of the nasal bone) and adheres to the shape of the nose (curved surface). It will be easier to do. Furthermore, using a support wire incorporated so as to follow the shape of the cut part of the main body, it is adjusted to match the shape of the nose and face surface (nose to cheek, ear line, etc.). At this time, by forming the support wire so as to sandwich the nose, the mask can be easily caught on the nose (on the nose), and the wearing condition of the mask can be stabilized. In addition, the diagonal fins attached to the inside of the mask body at a height slightly above the nostrils can prevent the exhaled breath from the nose and mouth from escaping toward the eyes. By suppressing the outflow of exhaled breath from the nose and mouth toward the eyes, it also helps reduce fogging of the glasses when wearing glasses.

Images