A medical beauty repair mask

Abstract

The utility model relates to skin care technical field, concretely relates to a medical beauty repair mask, including the adhesion layer and the protection layer, the adhesion layer is opened has the eye part through -hole, the mouth part through -hole and the nose part through -hole, still include the carrier layer, the adhesion layer and the protection layer opposite face edge between one connection through the elastic ring, the elastic ring one is equipped with the carrier layer in, the carrier layer includes left wrinkle layer and right wrinkle layer, and the left wrinkle layer and right wrinkle layer all have been impregnated with essence, and the periphery of left wrinkle layer and right wrinkle layer hot melt connection elastic ring one's inner ring, the carrier layer and the protection layer are extended and penetrated by the eye part through -hole and the mouth part through -hole, and the nose part through -hole extends and penetrates the carrier layer, the protection layer is cut and forms the movable piece with the nose part through -hole correspondence on, and the movable piece is equipped with the nose film for the care nose on. The utility model has solved the problem that the carrier layer on the mask stores less essence and essence is easy to overflow.

Description

Technical Field

[0001] This utility model relates to the field of skin care technology, specifically to a medical aesthetic repair mask. Background Technology

[0002] Everyday face masks work by delivering a short-term skincare effect through the essence in a closed environment. The occlusive nature of the mask sheet slightly raises the skin temperature, opening the channels of the stratum corneum and allowing water molecules in the essence to penetrate more easily, relieving dryness and peeling. The small molecules in the essence can temporarily fill the gaps between the stratum corneum, making the skin feel smoother and visually brightening and reducing the appearance of fine lines. After medical aesthetic procedures such as laser treatments and IPL skin rejuvenation, the skin enters a "dry period." Medical aesthetic face masks can provide intensive hydration, preventing peeling and scabbing caused by excessive dryness. Existing face masks have problems when used, such as those mentioned in the authorization announcement number CN222323934U "A One-Way Permeation Face Mask with Large Liquid Capacity". The simple structure of the face mask essence carrier layer has a small liquid capacity, and the essence is easy to overflow from the face mask when used, making it difficult to concentrate the essence on the face. Utility Model Content

[0003] This invention addresses the problems of insufficient essence storage and easy essence leakage in the carrier layer of a facial mask by providing a medical aesthetic repair mask that can increase the liquid storage capacity of the carrier layer, reduce essence leakage, and improve the essence's care and repair effects on the face.

[0004] To solve the above problems, the technical solution of this utility model is: A medical aesthetic repair mask includes an adhesive layer and a protective layer. The adhesive layer has openings for the eyes, mouth, and nose. It also includes a carrier layer. The edges of the adhesive layer and the protective layer are connected by an elastic ring. The carrier layer is located within the elastic ring and includes a left and right pleated layer in contact with each other. The left pleated layer is corrugated from top to bottom, and the right pleated layer is corrugated from front to back. Both the left and right pleated layers are impregnated with essence. The outer peripheries of the left and right pleated layers are heat-fused to the inner ring of the elastic ring. The carrier layer and the protective layer are penetrated by the eye and mouth openings, and the nose opening extends through the carrier layer. The protective layer has movable pieces cut to correspond to the nose openings, and these movable pieces are equipped with a nasal membrane for nasal care.

[0005] Furthermore, the contact area between the left and right pleated layers is fixedly connected by multiple adhesive dots, which are distributed in a star-shaped pattern on the carrier layer.

[0006] Furthermore, the movable piece is located on the right side of the nasal opening, and a nasal membrane is provided on the left side of the movable piece, which is located inside the nasal opening. Release paper is attached to the left side of the nasal membrane.

[0007] Furthermore, an elastic ring two is provided inside the eye through hole, and the outer ring of the elastic ring two is heat-fused together to form an adhesive layer, a carrier layer, and a protective layer for the eye through hole. An elastic ring three is provided inside the mouth through hole, and the outer ring of the elastic ring three is heat-fused together to form an adhesive layer, a carrier layer, and a protective layer for the mouth through hole. An elastic ring four is provided inside the nose through hole, and the outer ring of the elastic ring four is heat-fused together to form an adhesive layer and a carrier layer for the nose through hole.

[0008] Furthermore, the left and right pleated layers are both sheet-like structures made of polyester fiber material, the bonding layer is a sheet-like structure made of cupro fiber material, the protective layer is a pearlescent film, and the elastic ring one, elastic ring two, elastic ring three and elastic ring four are all ring-like structures made of medical silicone material.

[0009] Furthermore, the wave height of the left fold layer is 0.5mm-1mm, the distance between adjacent wave peaks is 2mm-3mm, the wave height of the right fold layer is the same as that of the left fold layer, and the distance between adjacent wave peaks on the right fold layer is the same as that on the left fold layer.

[0010] The beneficial effects of this utility model through the above technical solution are as follows: The carrier layer of this utility model is composed of a left pleated layer and a right pleated layer. The left pleated layer and the right pleated layer can increase the carrying area of ​​the essence. The left pleated layer and the right pleated layer are stacked in a cross manner, which further improves the liquid storage capacity and reduces the dripping of the essence. Elastic ring one, elastic ring two, elastic ring three and elastic ring four can provide a closed environment for the carrier layer and reduce the overflow of the essence on the carrier. This invention can extend the flow path of the essence, avoid excessive release of essence during use, improve the repair effect, and provide separate care for the nose based on the characteristics of facial oil secretion. Attached Figure Description

[0011] Figure 1 This is a schematic diagram of the structure of this utility model; Figure 2 This is a schematic diagram of the carrier layer of this utility model; Figure 3 This is a sectional front view of the present invention; Figure 4 yes Figure 3 A magnified view of a portion of point A in the middle.

[0012] The attached diagram is labeled as follows: 1. Adhesive layer, 2. Protective layer, 3. Eye opening, 4. Mouth opening, 5. Nose opening, 6. Carrier layer, 6a. Left pleated layer, 6b. Right pleated layer, 7. Essence, 8. Elastic ring one, 9. Movable sheet, 10. Nasal membrane, 11. Adhesive dot, 12. Release paper, 13. Elastic ring two, 14. Elastic ring three, 15. Elastic ring four. Detailed Implementation

[0013] The present invention will be further described below with reference to the accompanying drawings and specific embodiments: like Figures 1-4 As shown, a medical aesthetic repair mask includes an adhesive layer 1 and a protective layer 2. The adhesive layer 1 has eye openings 3, mouth openings 4, and nose openings 5. It also includes a carrier layer 6. Both the adhesive layer 1 and the protective layer 2 are elliptical sheets. The edges of the opposite surfaces of the adhesive layer 1 and the protective layer 2 are connected by an elastic ring 8. The carrier layer 6 is disposed within the elastic ring 8. The carrier layer 6 includes a left pleated layer 6a and a right pleated layer 6b in contact. The left pleated layer 6a has a wavy shape from top to bottom, and the right pleated layer 6b... The fold 6b is wavy from front to back. The left fold 6a and the right fold 6b are both impregnated with essence 7. The outer periphery of the left fold 6a and the right fold 6b are heat-fused to the inner ring of the elastic ring 8. The carrier layer 6 and the protective layer 2 are extended and penetrated by the eye hole 3 and the mouth hole 4. The nose hole 5 extends and penetrates the carrier layer 6. The protective layer 2 is cut to form a movable piece 9 corresponding to the nose hole 5. The movable piece 9 and the protective layer 2 are integrally structured. The movable piece 9 is provided with a nasal membrane 10 for nasal care.

[0014] The contact area between the left pleated layer 6a and the right pleated layer 6b is fixedly connected by multiple adhesive dots 11. The multiple adhesive dots 11 are distributed in a star-shaped pattern on the carrier layer 6. The star-shaped distribution of adhesive dots 11 can prevent the left pleated layer 6a and the right pleated layer 6b from shifting and separating.

[0015] The movable piece 9 is located to the right of the nasal passage 5. The movable piece 9 and the nasal passage 5 have the same shape. A nasal membrane 10 located inside the nasal passage 5 is provided on the left side of the movable piece 9. Release paper 12 is pasted on the left side of the nasal membrane 10.

[0016] The eye passage 3 is provided with an elastic ring 13, and the outer ring of the elastic ring 13 is heat-fused to form the adhesive layer 1, carrier layer 6 and protective layer 2 of the eye passage 3. The mouth passage 4 is provided with an elastic ring 14, and the outer ring of the elastic ring 14 is heat-fused to form the adhesive layer 1, carrier layer 6 and protective layer 2 of the mouth passage 4. The nose passage 5 is provided with an elastic ring 15, and the outer ring of the elastic ring 15 is heat-fused to form the adhesive layer 1 and carrier layer 6 of the nose passage 5.

[0017] The left fold layer 6a and the right fold layer 6b are both sheet-like structures made of polyester fiber material. Polyester fiber itself has a stable structure and can maintain a certain degree of hardness after absorbing liquid, which can support the three-dimensional shape of the left fold layer 6a and the right fold layer 6b and prevent collapse. The bonding layer 1 is a sheet-like structure made of cupro fiber material. The surface of cupro fiber is smooth and there is no friction when in contact with the skin. The cupro fiber has tiny pores inside, which can guide the essence 7 in the left fold layer 6a and the right fold layer 6b to the skin surface slowly and evenly through capillary action, avoiding local accumulation. The protective layer 2 is a pearlescent film. The elastic ring 1 8, elastic ring 2 13, elastic ring 3 14 and elastic ring 4 15 are all ring-like structures made of medical silicone material.

[0018] The wave height of the left fold 6a is 0.5mm-1mm, and the distance between adjacent wave peaks is 2mm-3mm. The wave height of the right fold 6b is the same as that of the left fold 6a, and the distance between adjacent wave peaks on the right fold 6b is 2mm-3mm. The purpose is to prevent the collapse of the left fold 6a and the right fold 6b.

[0019] The carrier layer 6 of this invention is composed of a left pleated layer 6a and a right pleated layer 6b. Both the left and right pleated layers 6a and 6b are corrugated, which significantly increases the bearing area compared to a flat carrier layer, thereby increasing the liquid storage capacity. The left and right pleated layers 6a and 6b are stacked alternately. This cross structure allows the crests and troughs of the left and right pleated layers 6a and 6b to "interlock," forming a grid-like support structure. Even if the right pleated layer 6b tends to collapse, the left pleated layer 6a can still provide support and prevent collapse. The crests and troughs of the left and right pleated layers 6a and 6b are interlocked. At the interlocking points, there are micron-sized gaps. When the essence 7 comes into contact with these micron-sized gaps, it will be drawn into the gaps and stored due to capillary action, further increasing its liquid storage capacity. Moreover, the pleated structure can reduce the fluidity of the essence 7 and prevent dripping due to gravity. In addition, the outer periphery of the carrier layer 6 is provided with an elastic ring 11, the eye opening 3 is provided with an elastic ring 213, the mouth opening 4 is provided with an elastic ring 314, and the nose opening 5 is provided with an elastic ring 415. The elastic rings 11, 21, 31, 14 and 415 can provide a sealed environment for the carrier layer 6, reducing the leakage of the essence 7. In use, this invention is applied to the face with pressure. Under the influence of facial temperature, the essence 7 stored in the carrier layer 6 is released from the adhesive layer 1 onto the facial skin. Because both the left and right pleated layers 6a and 6b have a corrugated structure, the essence 7 flows through these layers, diffusing towards the adhesive layer 1 at the point where the left pleated layer 6a contacts it, and finally being released onto the face. The essence 7 travels a longer, non-linear path through the three-dimensional network of pleats to reach the adhesive layer 1, improving its movement path and enabling a slow release. This avoids excessive release of essence 7 in a short time, improving the effectiveness of skincare. Furthermore, considering that the nose is the area with the highest oil secretion and is prone to blackheads, this invention allows for separate repair of the nose area by removing the release paper 12, improving practicality and functionality.

[0020] The preferred embodiments of the present utility model have been described in detail above with reference to the accompanying drawings. However, the present utility model is not limited to the above embodiments. Any equivalent or equivalent modifications or substitutions to the technical solutions of the present utility model without departing from the spirit of the present utility model or the scope of disclosure shall fall within the protection scope of the present utility model.

Claims

1. A medical aesthetic repair mask, comprising an adhesive layer (1) and a protective layer (2), wherein the adhesive layer (1) has an eye opening (3), a mouth opening (4), and a nose opening (5), characterized in that, It also includes a carrier layer (6), and the edges of the opposite surfaces of the bonding layer (1) and the protective layer (2) are connected by an elastic ring (8). The carrier layer (6) is provided inside the elastic ring (8). The carrier layer (6) includes a left pleated layer (6a) and a right pleated layer (6b) in contact with each other. The left pleated layer (6a) is corrugated from top to bottom, and the right pleated layer (6b) is corrugated from front to back. Both the left pleated layer (6a) and the right pleated layer (6b) are impregnated with There is an essence (7), and the outer periphery of the left pleated layer (6a) and the right pleated layer (6b) are heat-fused to the inner ring of the elastic ring (8); the carrier layer (6) and the protective layer (2) are extended through the eye hole (3) and the mouth hole (4), and the nose hole (5) extends through the carrier layer (6). The protective layer (2) is cut to form a movable piece (9) corresponding to the nose hole (5), and the movable piece (9) is provided with a nasal membrane (10) for caring for the nose.

2. The medical aesthetic repair mask according to claim 1, characterized in that, The contact area between the left pleated layer (6a) and the right pleated layer (6b) is fixedly connected by multiple adhesive dots (11), which are distributed in a cross shape on the carrier layer (6).

3. The medical aesthetic repair mask according to claim 1, characterized in that, The movable piece (9) is located to the right of the nasal opening (5), and a nasal membrane (10) is provided on the left side of the movable piece (9) inside the nasal opening (5). Release paper (12) is pasted on the left side of the nasal membrane (10).

4. The medical aesthetic repair mask according to claim 1, characterized in that, The eye passage (3) is provided with an elastic ring two (13), and the outer ring of the elastic ring two (13) is heat-fused to form the eye passage (3) adhesive layer (1), carrier layer (6) and protective layer (2). The mouth passage (4) is provided with an elastic ring three (14), and the outer ring of the elastic ring three (14) is heat-fused to form the mouth passage (4) adhesive layer (1), carrier layer (6) and protective layer (2). The nose passage (5) is provided with an elastic ring four (15), and the outer ring of the elastic ring four (15) is heat-fused to form the nose passage (5) adhesive layer (1) and carrier layer (6).

5. The medical aesthetic repair mask according to claim 4, characterized in that, The left pleated layer (6a) and the right pleated layer (6b) are both sheet-like bodies made of polyester fiber material, the bonding layer (1) is a sheet-like body made of cupro fiber material, the protective layer (2) is a pearlescent film, and the elastic ring one (8), elastic ring two (13), elastic ring three (14) and elastic ring four (15) are all ring-like bodies made of medical silicone material.

6. The medical aesthetic repair mask according to claim 1, characterized in that, The wave height of the left fold (6a) is 0.5mm-1mm, and the distance between adjacent wave peaks is 2mm-3mm. The wave height of the right fold (6b) is the same as that of the left fold (6a), and the distance between adjacent wave peaks on the right fold (6b) is the same as that on the left fold (6a).

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