A humidifying mask

Abstract

A humidifying mask, comprising a mask and a wet sheet, both sides of the mask are provided with elastic ear bands, the mask is composed of an outer layer, a middle layer and an inner layer, an inner side of the inner layer forms a pocket for accommodating the wet sheet, and the wet sheet is placed in the pocket; the mask has the advantages that the inhaled air is partially humidified by the positionable wet sheet, the respiratory tract dryness is effectively relieved, the cheek skin in the mask can be kept moist, and the comfort and functionality of wearing are comprehensively improved.

Description

Technical Field

[0001] This utility model patent relates to a humidifying face mask. Background Technology

[0002] Face masks have become an important tool for daily health protection; however, current face masks have significant drawbacks when worn for extended periods: First, traditional masks have a small internal space, and the fabric tends to stick to the user's mouth and nose when breathing, which not only causes a feeling of stuffiness, but also makes it easier for people who wear makeup to ruin their makeup, affecting the user experience and willingness to wear them. Secondly, especially in dry environments or after prolonged wear, the air inside the mask becomes dry, which can easily cause discomfort to the user's oral and nasal mucosa and throat, and even trigger respiratory irritation. Utility Model Content

[0003] The purpose of this invention is to solve existing technical problems by proposing a humidifying mask.

[0004] A humidifying mask includes a mask and a humidifying pad. The mask has elastic ear loops on both sides. The mask consists of an outer layer, a middle layer and an inner layer. The inner layer forms a pocket for holding the humidifying pad, which is placed in the pocket.

[0005] Furthermore, the outer layer is a waterproof nonwoven fabric layer; the middle layer is a meltblown fabric filter layer; and the inner layer is a composite layer, with the third and fourth layers forming a pocket for containing the wet sheet.

[0006] Furthermore, the mask is a double nose strip mask, with the upper nose strip embedded in the top edge of the mask, the lower end of the third layer fixed to the middle nose strip in the middle of the middle layer, and the upper part of the fourth layer open, and the fourth layer is fixedly connected to the third layer at the middle nose strip to form a pocket for containing wet wipes.

[0007] Furthermore, the mask is a three-dimensional mask, with the third layer corresponding to the outer and middle layers. The edges of the third layer are formed into one piece by ultrasonic pressing. The fourth layer is shorter on both sides than the third, outer, and middle layers. The top and bottom of the fourth layer are formed into one piece with the top and bottom of the third, outer, and middle layers by ultrasonic pressing. The fourth layer has side openings on both sides to form pockets for holding wet wipes.

[0008] Furthermore, the fourth layer is ultrasonically bonded to the center of the third, outer, and middle layers to form two pockets for holding wet films.

[0009] Furthermore, the elastic ear loops are connected to the mask via solder points.

[0010] Furthermore, the wet sheet contains a moisturizing substance.

[0011] Furthermore, the moisturizing agents are EDI purified water and sodium hyaluronate.

[0012] The beneficial effects of this utility model are: the double nose strip mask, through its unique double nose strip structure and layered design, forms a stable three-dimensional breathing space in the mouth and nose area, preventing the fabric from sticking to the mouth. At the same time, through the built-in positioning wet patch, it locally humidifies the inhaled air, effectively relieving respiratory dryness. The skin on the cheeks inside the mask can maintain moisture, comprehensively improving the comfort and functionality of wearing it. The main purpose of 3D masks is to cut fabric into a shape that fits the face and then press it together using ultrasonic waves to create a 3D mask that fits the face. This creates a stable 3D breathing space in the mouth and nose area, preventing the fabric from sticking to the mouth. At the same time, the built-in positioning moisture absorber locally humidifies the inhaled air, effectively relieving respiratory dryness. The skin on the cheeks inside the mask can remain moist, comprehensively improving the comfort and functionality of wearing the mask. Attached Figure Description

[0013] Figure 1 This is a schematic diagram of the structure of Example 1.

[0014] Figure 2 This is an exploded view of Example 1.

[0015] Figure 3 This is an exploded cross-sectional view of Example 1.

[0016] Figure 4 This is a schematic diagram of the structure of Example 2.

[0017] Figure 5 This is a side view of Example 2.

[0018] Figure 6 This is an exploded view of Example 2. Detailed Implementation

[0019] The technical solutions of the present utility model will be clearly and completely described below with reference to the embodiments of the present utility model. Obviously, the described embodiments are only some embodiments of the present utility model, and not all embodiments.

[0020] Example 1 combined with appendix Figure 1-3 A humidifying mask includes a mask 1 and a humidifying pad 7. The mask has elastic ear loops 4 on both sides. The mask is composed of an outer layer 1a, a middle layer 1b and an inner layer. The inner side of the inner layer forms a pocket for containing the humidifying pad, and the humidifying pad is placed in the pocket.

[0021] A humidifying mask has an outer waterproof non-woven fabric layer for blocking droplets and large dust particles; a middle meltblown fabric filter layer, which is the core filter layer for blocking fine particles and pathogens; and an inner composite layer consisting of a third layer 1c and a fourth layer 1d forming a pocket for holding a humidifying mask.

[0022] A humidifying mask is a double nose strip mask. The upper nose strip 5 is embedded in the top edge of the mask. The lower end of the third layer is fixed to the middle nose strip 3 in the middle of the middle layer. The upper part of the fourth layer has an opening 6, and the fourth layer is fixedly connected to the third layer at the middle nose strip to form a pocket for containing a humidifying pad.

[0023] The upper edge of the third layer extends upward and wraps around and fixes the upper nose strip, while the lower edge of the third layer extends downward to the position of the middle nose strip and fixes it. The third layer is half the height of the outer and middle layers.

[0024] The upper edge of the fourth layer is located above the nose strip, forming an upper opening 6. The fourth layer is fixedly connected to the third layer at the nose strip, forming an upper-opening pocket for accommodating the wet wipe. The lower edge of the fourth layer is folded back and fixed to the front of the mask, so that the area of ​​the mask below the nose strip maintains a three-layer structure: outer layer, middle layer, and fourth layer, avoiding increased breathing resistance due to too many layers.

[0025] A humidifying mask, wherein elastic ear loops are connected to the mask via welding point 2.

[0026] A humidifying mask with a moisturizing substance on the wet pad.

[0027] A humidifying mask, the moisturizing substances being EDI pure water and sodium hyaluronate.

[0028] A humidifying mask with a detachable damping pad placed inside a pocket through an upper opening, positioned directly over the wearer's mouth and nose area, to evaporate moisture and humidify inhaled air.

[0029] A humidifying mask has a nose strip embedded in the top edge of the mask. When worn, it can be pressed to fit tightly against the bridge of the nose and the contours of the face, thus providing a sealing and shaping effect.

[0030] A humidifying mask has a nose strip positioned horizontally at the philtrum. Its functions are: first, to provide mechanical support in front of the lips, forming a stable three-dimensional breathing cavity with the face to avoid stuffiness and makeup smudging; second, to serve as a lower fixing point for the wet pad pocket, precisely defining the position of the wet pad and preventing it from slipping or shifting during use.

[0031] A humidifying mask features a nose strip that provides reliable support in front of the lips, creating ample three-dimensional breathing space and effectively solving the problems of stuffiness and makeup damage caused by masks sticking to the mouth.

[0032] A humidifying mask that provides precise localized humidification: Through a pocket formed by the third and fourth layers, the humidifying pad can be securely and accurately positioned in the optimal humidification area: in front of the mouth and nose. This results in high humidification efficiency, and the humidifying pad does not come into direct contact with the skin, making it more comfortable.

[0033] A humidifying mask that combines sealing and comfort: the two nose strips have distinct functions, with the upper nose strip ensuring a seal at the top and the middle nose strip shaping the lower space, together ensuring the mask's protective effect and wearing comfort.

[0034] A humidifying mask with low breathing resistance: The clever folding design keeps the main breathing area, below the nose strip, with three layers of fabric, without adding extra layers due to the added function, ensuring smooth breathing.

[0035] A humidifying mask with reliable function and ingenious structure: the overall design is highly integrated, and the components work together to achieve multiple functions while ensuring the feasibility of production and the stability of the structure.

[0036] A humidifying mask uses a needle-punched fabric made of PP+PE smooth cloth composite polyester+viscose as the base fabric, infused with EDI pure water, and contains moisturizing polyquaternium-51 (1,2-hexanediol version, safe for lung use), food-grade propylene glycol, and super moisturizing sodium hyaluronate, stabilizing food-grade hydroxyethyl cellulose, preservative-preservative food-grade methylparaben, food-grade propylparaben, and energizing menthol. This allows the mask to effectively relieve respiratory dryness and keep the skin on the cheeks inside the mask moisturized.

[0037] A humidifying mask, with the third and fourth layers made of non-woven fabric.

[0038] Its production process is as follows: First, prepare the outer layer, middle layer, third layer, and fourth layer. Fold the top edge of the fourth layer to form a pocket opening, then fix each layer of fabric in place according to its position. At the same time, heat-melt the upper nose strip 5 to the inside of the top edge of the mask; pre-position the middle nose strip 3 in the designated position.

[0039] Next, assemble the inner layer: wrap the upper edge of the third half-length fabric around the upper nose strip 5 and secure it, extending the lower edge to the middle nose strip 4. Cover it with the fourth full-length fabric and press it together with the third layer along the trajectory of the middle nose strip 3, thus forming a pocket with an opening only at the top. Then, fold the lower part of the fourth layer back to fit it against the inside of the outer layer of the mask and secure it, ensuring that there is no excess thickness below the middle nose strip.

[0040] Finally, the outer layer, middle layer, and the edges of the assembled inner layer are sealed by ultrasonic welding, forming the welding point 2 for fixing the elastic ear loops 4, and the overall shape of the mask is cut out.

[0041] When using the mask, the user simply needs to put the wet patch 7 into the pocket through the top opening 6, then wear the mask as usual and press the nose strip to make it fit the bridge of the nose; the middle nose strip will automatically support the mouth space, and the moisture generated by the wet patch will directly moisten the air entering the three-dimensional cavity.

[0042] Example 2 Figure 4-6 A humidifying mask includes a mask 1 and a humidifying pad 7. The mask has elastic ear loops 4 on both sides. The mask is composed of an outer layer 1a, a middle layer 1b and an inner layer. The inner side of the inner layer forms a pocket for containing the humidifying pad, and the humidifying pad is placed in the pocket.

[0043] A humidifying mask has an outer waterproof non-woven fabric layer for blocking droplets and large dust particles; a middle meltblown fabric filter layer, which is the core filter layer for blocking fine particles and pathogens; and an inner composite layer consisting of a third layer 1c and a fourth layer 1d forming a pocket for holding a humidifying mask.

[0044] A humidifying mask is a three-dimensional mask. The third layer corresponds to the outer layer and the middle layer. The edge of the third layer is formed into one piece by ultrasonic pressing. The fourth layer is shorter on both sides than the third layer, the outer layer and the middle layer. The top and bottom of the fourth layer are formed into one piece with the top and bottom of the third layer, the outer layer and the middle layer by ultrasonic pressing. The fourth layer has side openings 8 on both sides to form pockets for holding humidifying pads.

[0045] A humidifying mask has a fourth layer that is ultrasonically bonded to the center of the third, outer, and middle layers to form two pockets 9 for holding humidifying pads.

[0046] A humidifying mask, wherein elastic ear loops 4 are connected to the mask via welding points 2.

[0047] A humidifying mask with a moisturizing substance on the wet pad.

[0048] A humidifying mask, the moisturizing substances being EDI pure water and sodium hyaluronate.

[0049] A humidifying mask has a fourth layer of fabric shorter than the third inner lining. It conforms to the shape of the face through a three-dimensional mask cutout, forming a pocket with a side opening. The humidifying pad is detachably placed inside the pocket through the side opening, positioned directly in front of the wearer's mouth and nose area, to evaporate water vapor to humidify the inhaled air.

[0050] A humidifying mask with a unique cut that fits snugly to the face when worn, eliminating the need for a nose strip and reducing the burden on the wearer from pressing the nose strip.

[0051] A humidifying mask that is comfortable and prevents makeup from smudging: Its unique cut creates ample breathing space, effectively solving the problems of stuffiness and makeup damage caused by masks sticking to the mouth.

[0052] A humidifying mask that provides precise, localized humidification: Through a dedicated pocket consisting of a third and fourth layer, the humidifying pad can be securely and accurately positioned in the optimal humidification area: in front of the mouth and nose. This results in high humidification efficiency, and the humidifying pad does not come into direct contact with the skin, making it more comfortable.

[0053] A humidifying mask that combines a tight seal with comfort: its unique face-fitting design ensures both protective effectiveness and comfortable wear.

[0054] A type of humidifying mask with low breathing resistance: sufficient three-dimensional space ensures smooth breathing.

[0055] A humidifying mask with reliable function and ingenious structure: the overall design is highly integrated, and the components work together to achieve multiple functions while ensuring the feasibility of production and the stability of the structure.

[0056] A humidifying mask, with the third and fourth layers made of non-woven fabric.

[0057] The production process is as follows: First, prepare the fabric and feed the four layers of fabric into the feeding station of the fully automatic mask machine in the order of outer layer → middle layer → third layer → fourth layer. The photoelectric positioning system ensures that each layer of fabric is aligned, and the short edge of the fourth layer must form a precise drop with the edges of the other three layers. Pocket space is reserved on both the left and right sides for inserting the wet mask sheet.

[0058] Then, the four layers of material are fed into the designed mold for stamping, cutting and shaping, while forming the welding points 2 for fixing the elastic ear loops 4. The cut shape is then folded in half to form a three-dimensional shape, and the edges are sealed by ultrasonic welding to form a three-dimensional mask.

[0059] When using the mask, the user simply places the wet pad 7 into the pocket 9 through the side opening 8, with one wet pad on each side. Then, the user puts on the mask as usual, adjusting the position of the mask to fit their face. The moisture generated by the wet pad 7 will directly humidify the air entering the three-dimensional cavity.

[0060] The above description is only a preferred embodiment of the present utility model, but the protection scope of the present utility model is not limited thereto. The terms "front end, back end, upper end, extension section" and other terms involved in the present utility model are for reference only and are not absolute limitations. Any equivalent substitutions or changes made by those skilled in the art within the technical scope disclosed in the present utility model based on the technical solution and the inventive concept of the present utility model should be included within the protection scope of the present utility model.

Claims

1. A humidifying mask, comprising a mask and a humidifying pad, wherein elastic ear loops are provided on both sides of the mask, and the mask is composed of an outer layer, a middle layer and an inner layer, characterized in that: The outer layer is a waterproof non-woven fabric layer, the middle layer is a meltblown fabric filter layer, and the inner layer is a composite layer. The third and fourth layers form a pocket for holding wet wipes. The mask is a double nose strip mask. The upper nose strip is embedded in the top edge of the mask. The lower end of the third layer is fixed to the middle nose strip in the middle of the middle layer. The upper part of the fourth layer is open, and the fourth layer is fixedly connected to the third layer at the middle nose strip to form a pocket for holding wet wipes. The wet wipes are placed in the pocket.

2. A humidifying mask according to claim 1, characterized in that: The lower edge of the fourth layer is folded back and fixed to the front of the mask, so that the area of ​​the mask below the nose strip maintains a three-layer structure of outer layer, middle layer and fourth layer.

3. A humidifying mask according to claim 1, characterized in that: The upper edge of the third layer extends upward and wraps around and fixes the upper nose strip, while the lower edge of the third layer extends downward to the position of the middle nose strip and fixes it. The third layer is half the height of the outer and middle layers.

4. A humidifying mask, comprising a mask and a humidifying pad, wherein elastic ear loops are provided on both sides of the mask, and the mask is composed of an outer layer, a middle layer and an inner layer, characterized in that: The outer layer is a waterproof non-woven fabric layer, the middle layer is a meltblown fabric filter layer, and the inner layer is a composite layer. The third and fourth layers form a pocket for holding wet wipes. The mask is a three-dimensional mask. The third layer corresponds to the outer and middle layers. The edges of the third layer are formed by ultrasonic pressing. The fourth layer is shorter on both sides than the third, outer, and middle layers. The top and bottom of the fourth layer are formed by ultrasonic pressing with the top and bottom of the third, outer, and middle layers. The fourth layer has side openings on both sides to form a pocket for holding wet wipes. The wet wipes are placed in the pocket.

5. A humidifying mask according to claim 4, characterized in that: The fourth layer is ultrasonically bonded to the center of the third, outer, and middle layers to form two pockets for holding wet films.

6. A humidifying mask according to claim 1 or 4, characterized in that: The elastic ear loops are connected to the mask via solder points.

7. A humidifying mask according to claim 1 or 4, characterized in that: The wet film contains a moisturizing substance.

8. A humidifying mask according to claim 7, characterized in that: The moisturizing ingredients are EDI purified water and sodium hyaluronate.

Images