KR20200000888U - Personalized mask depressor - Google Patents

Abstract

In order to prevent fogging of the glasses, the present invention is a device for blocking the water vapor coming up through the hilarious part of the side of the nose by using a separate compression stand rather than glasses or a mask. Since the shape of the face differs from person to person, it is necessary to make a model by scanning the shape of the face three-dimensionally or taking an impression to make a model, and to create a presser that is precisely shaped for the contour of the face. In the present invention, as a result of making and testing various types of compression rods, it was found that fogging can be prevented only when certain requirements are met. In the present invention, by using a transparent resin for orthodontics, a compression plate suitable for the model was manufactured in the form of a plate having a thickness of 2.5 mm. It consists of a lower nose side lateral compression section 16 and a handle section 15. Like a general mask, it is fixed to the head using a rubber band 21, and the lower part 16 of the pressure plate presses the upper part of the mask 19 to prevent fogging.

Description

Pressure mask to prevent fogging of glasses when using a mask {Personalized mask depressor}

It is related to a face mask presser for preventing the fogging of the glasses caused by wearing the face mask after wearing the face mask.

Human tissue impression acquisition method, orthodontic device manufacturing method, denture manufacturing method and materials used in dentistry were applied.

When wearing a mask due to fine dust, viruses, or cold, fogging of glasses causes discomfort, and prevention of fogging of glasses is important, especially when wearing a mask for a long time, such as medical staff or athletes.

The wear and tear of the glasses on the upper part of the mask was solved by wearing a compression stand.

To prevent fogging of the glasses, a drug was developed to coat the surface of the glasses, but it was not a complete solution because the effect declined over time. A product in the form of a blocking film was developed to change the shape of the mask or glasses to prevent runny nose from rising under the eyes, but the effect was not sufficient. In the present invention, a significant form of antifogging effect was obtained as a result of using a special shape of the face press.

Figure 1 is a front view of the mask for preventing fogging
Figure 2 is the anatomical diagram of the nose
Figure 3 is a face model photo produced after obtaining an impression.
Figure 4 is a photograph of the press made on the model.
Figure 5 is a photograph of the pressure bar separated from the model.
Figure 6 is a photo before wearing the press
Figure 7 is the actual picture of the pressure bar
Figure 8 is a photo after wearing the pressure bar
Figure 9 is a picture of wearing sunglasses after wearing a compression stand

In order to prevent fogging of the glasses, the present invention is a device for blocking the water vapor coming up through the hilarious part of the side of the nose by using a separate compression stand rather than glasses or a mask. Since the shape of the face differs from person to person, it is necessary to make a model by scanning the shape of the face three-dimensionally or taking an impression to make a model, and to make a pressure plate that is precisely suited to the contour of the face according to the model.

In the present invention, as a result of making and testing various types of compression rods, it was found that fogging can be prevented only when certain requirements are met. In the present invention, by using a transparent resin for orthodontics, a compression plate suitable for the model was manufactured in the form of a plate having a thickness of 2.5 mm, the upper forehead support region (11), the middle non-proximal saddle shape region (12, 13), It consists of a lower nose side lateral compression section 16 and a handle section 15. Like a general mask, it is fixed to the head using a rubber band 21, and the lower part 16 of the pressure plate presses the upper part of the mask 19 to prevent fogging.

@Forehead support part 11 should cover more than 25mm upward, including the forehead and eyebrows. Right and left width is appropriate 100mm. This is because, when the forehead cover area is reduced to a small extent, the load on the compression stand is concentrated and causes pain when worn for a long time. The partial rotation of the orbital margin 33 limits the rotation and upward movement of the compression table.

@ Non-proximal saddle-shaped sites (12,13) cover the intervertebral region (31) and fibula (32), and should not cover the cartilage (35,36) of the nose. This is because when the non-cartilage regions 35 and 36 are overlaid, the pressure of the lateral region of the nose is reduced due to the overall lifting of the compression base. In addition, the nose cartilage area is because the pain is felt and the breathing is disturbed when the pressure is applied after the fold. It should be manufactured in a form that covers only the fibula 32 above the non-cartilage. The non-root saddle-shaped region (12, 13) serves to limit the left and right movement and downward movement of the compression stand.

@ The lateral compressive part of the nose (16) runs upward while compressing the recessed part of the lower eyeball from the area 15 mm away from the both sides of the nostrils (37) to meet at the non-root. The outer cartilage part of the nose (35) should be at least 10mm away to prevent breathing, and the nose cartilage (36) must be at least 15mm away to prevent breathing. In this experiment, the lateral compression region (16) of the nose was a rod-shaped 10 mm wide.

@Handle part 15 is a part that runs horizontally from the side of the nose to the left and right sides, and is a part for easy gripping of the compression stand. In addition, it is the part where the rubber band connecting parts 14 and 20 are located, and serves to closely adhere the lateral compressive part 16 to the tissue surface through a kind of lever action. It should be located near the orbital margin (34) to avoid eye pressure.

@Rubber line connecting parts (14,20) drilled the upper hole in the centrifugal part of the eyebrow, and drilled the lower hole in the centrifugal part of the handle part 15 to connect the rubber band 21 to 4 places. If the lower hole is located in the compression region 16 located at the lower side of the nose, it is inappropriate because the mask compression efficiency decreases.

11 Forehead support area
12 Trailing areas
13 Non-proximal saddle-shaped area
14 Upper rubber band connection
15 horizontal handle
16 Nasal compression area
17 cartilage area of the nose
18 Nostril area
19 mask
20 Down rubber band connection
21 Rubber band for fixing
22 Hook
31 forehead
32 fibula
33 Orbital Stage
34 Anwahayeon '
35 lateral cartilage
36 Non-cartilage
37 Nostrils

Claims (8)

In order to prevent fogging of the glasses, the present invention is a device for blocking the water vapor coming up through the hilarious part of the side of the nose by using a separate compression stand rather than glasses or a mask. Since the shape of the face differs from person to person, it is necessary to make a model by scanning the shape of the face three-dimensionally or taking an impression to make a model, and to make a pressure plate that is precisely suited to the contour of the face according to the model.
In claim 1, as a result of testing by making various types of compression rods, it was found that fogging can be prevented only when certain requirements are met. In the present invention, by using a transparent resin for orthodontics, a pressure plate suitable for a model was manufactured in a plate shape of 2.5 mm thick.
The method according to claim 2, the pressing table is composed of three parts. It consists of the upper forehead support area (11), the middle non-root saddle-shaped area (12,13), the lower nasal side compression part (16) and the handle area (15). Like a general mask, it is fixed to the head using a rubber band 21, and the lower part 16 of the pressure plate presses the upper part of the mask 19 to prevent fogging.
The method according to claim 3, the forehead support portion (11) should cover 25mm or more upwards, including the tail and eyebrows. Right and left width is appropriate 100mm. This is because, when the forehead cover area is reduced to a small extent, the load on the compression stand is concentrated and causes pain when worn for a long time. The partial rotation of the orbital margin 33 limits the rotation and upward movement of the compression table.
In claim 3, the non-proximal saddle-shaped region (12, 13) covers the intervertebral organs (31) and fibula (32), and should not cover the cartilage regions (35, 36) of the nose. This is because when the non-cartilage regions 35 and 36 are overlaid, the pressure of the lateral region of the nose is reduced due to the overall lifting of the compression base. In addition, the nose cartilage area is because the pain is felt and the breathing is disturbed when the pressure is applied after the fold. It should be manufactured in a form that covers only the fibula 32 above the non-cartilage. The non-root saddle-shaped region (12, 13) serves to limit the left and right movement and downward movement of the compression stand.
The method according to claim 3, the nose lateral compression part (16) runs upward while squeezing the recessed part of the lower eyeball at a part 15 mm away from the both sides of the nostril (37) to meet at the non-root. The outer cartilage part of the nose (35) should be at least 10mm away to prevent breathing, and the nose cartilage (36) must be at least 15mm away to prevent breathing. In this experiment, the lateral compression region (16) of the nose was a rod-shaped 10 mm wide.
The method according to claim 3, the handle portion 15 is a portion that runs horizontally on both sides of the left and right from the side of the nose and is a portion for easy gripping of the compression table. In addition, it is the part where the rubber band connecting parts 14 and 20 are located, and serves to closely adhere the lateral compressive part 16 to the tissue surface through a kind of lever action. It should be located near the orbital margin (34) to avoid eye pressure.
In claim 3, the rubber band connecting portions (14, 20) drilled an upper hole in the centrifugal part of the eyebrow, and a lower hole was drilled in the centrifugal part of the handle part (15) to connect the rubber band (21) to four places. If the lower hole is located in the compression region 16 located at the lower side of the nose, it is inappropriate because the mask compression efficiency decreases.

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