JP3160631U - Super stereoscopic mask - Google Patents

Abstract

[PROBLEMS] To provide a large space around the mouth and nose, good sealability, stable and comfortable wearability, elegant appearance, speaking naturally, and smoothness and breathing that do not feel stuffy Provide a mask. A three-dimensional cup, a three-dimensional sealed soft resin ring, an anti-slip pocket, and a highly elastic rubber band are included. The multilayer filter is heated and pressed into a three-dimensional cup. The outer edge of the three-dimensional sealed soft resin ring having the nose bridge cushioning material and the periphery of the three-dimensional cup are heated and press bonded, and the anti-slip pocket and the lower edge of the three-dimensional cup are bonded. Both ends of the highly elastic rubber band are bonded to the middle part of the three-dimensional cup edge symmetrically. [Selection] Figure 1

Description

  The present invention relates to a hygiene mask, and more particularly, to a super three-dimensional mask made of a nonwoven fabric and a soft material used for protecting dust and bacteria from entering in a hygienic place.

  Nonwoven sanitary masks are widely used in medical institutions, food processing industries, precision goods manufacturing industries, and other places where hygiene requirements are relatively high. Even in public places, an increasing number of people wear sanitary masks. Sanitary masks are widely accepted not only as medical supplies but also as daily necessities, and the demand for sanitary masks is increasing. Therefore, the practicality, economy, safety, aesthetics and comfort of the sanitary mask are regarded as important.

  Currently, non-woven sanitary masks that are widely used in the market are limited to flat masks. The wearing method of the flat mask is a typical “sealed type” and needs to be firmly attached to the back of the head or the ear in order to guarantee the filtration efficiency. The wearer may feel suffocation in the mouth and nose, pain in the ears, poor sweating on the face, and so on, and may even be difficult to speak. When a wearer of spectacles wears a flat mask, the exhaled breath is transmitted along the gap above the mask, and “mist” is generated in the lens, which greatly affects the wearer's visual acuity.

  It can be seen that the use of the existing flat mask has many drawbacks such as poor wearing comfort, difficulty in breathing, poor airtightness, and difficulty in speaking.

  The purpose of the present invention is to secure a very large comfortable space in the mouth and nose, which has a simple and practical structure, has a stable and comfortable wearability, is elegant in appearance, and has an elegant appearance in response to the above technical shortages. A super-stereoscopic mask that can breathe smoothly, speak naturally, and is highly airtight and safe.

  The object of the present invention was realized by the following technical means. The super three-dimensional mask includes a three-dimensional cup, a three-dimensional sealed soft resin ring, an anti-slip pocket, and a highly elastic rubber band. The multilayer filter material is heated and pressed into a three-dimensional cup, and the outer edge of the three-dimensional sealed soft resin ring having the nasal bridge cushioning material and the periphery of the three-dimensional cup are heat-press bonded. The anti-slip pocket and the lower edge of the three-dimensional cup are bonded, and both ends of the highly elastic rubber band are bonded symmetrically to the middle portion of the three-dimensional cup edge.

  When using a super-stereoscopic mask, if the three-dimensional cup is lightly placed on the mouth and nose of the face, the wearer feels sufficient space in front of the mouth and nose due to the three-dimensional space unique to the three-dimensional cup. The shape of the three-dimensional sealed soft resin ring itself that has been hot-press bonded to the periphery of the cup matches the face structure around the wearer's mouth and nose. Furthermore, it has very strong flexibility, and the contact surface of the three-dimensional sealed soft resin ring is in close contact with the face and nose bridge. At the same time, the nasal bridge cushion “wraps” the nasal bridge and surrounding area firmly. In addition, the anti-slip pocket adhered to the lower edge of the three-dimensional cup “surrounds” the wearer's chin due to the elastic effect of the highly elastic rubber band. This ensures that all contact surfaces of the three-dimensional sealed soft resin ring are firmly attached to the face and prevents the cup from slipping.

  Compared with a conventional mask, the present invention fundamentally solves the drawback that the conventional mask cannot effectively guarantee the airtightness due to the unevenness of the wearer's face. It achieves a very strong airtight effect, ensuring that all breaths that are inhaled and exhaled are filtered through the cup, while at the same time increasing wear comfort.

  As can be seen from the above, the beneficial effect of the present invention is that the structure is simple and practical, has a stable and comfortable wearability, has an elegant appearance, and ensures a very large comfortable space in the mouth and nose. It is possible to breathe smoothly, to speak naturally, to have high airtightness, to improve filterability, and to be highly safe.

  For a clear understanding of the objects, features and advantages of the present invention, a preferred embodiment of the present invention will now be described in detail with reference to the drawings.

FIG. 1 is an overall structural view of the super-stereoscopic mask of the present invention. FIG. 2-1 is a side view of the super-stereoscopic mask of the present invention during wearing. FIG. 2-2 is a three-dimensional view during wearing of the super-stereoscopic mask of the present invention. FIG. 3A is a front view of a three-dimensional cup of the super-stereoscopic mask of the present invention. FIG. 3-2 is a side view of the three-dimensional cup of the super-stereoscopic mask of the present invention. FIG. 3C is a top view of the three-dimensional cup of the super-stereoscopic mask of the present invention. FIG. 4-1 is a front view of the three-dimensional sealed soft resin ring of the super-stereoscopic mask of the present invention. FIG. 4-2 is a side view of the three-dimensional sealed soft resin ring of the super-stereoscopic mask of the present invention. FIG. 4-3 is a three-dimensional view of the three-dimensional sealed soft resin ring of the super-stereoscopic mask of the present invention. FIG. 5 is a three-dimensional view of a highly stretchable rubber band of the super-stereoscopic mask of the present invention.

  The following are preferred embodiments of the present invention, and do not limit the scope of protection of the present invention.

  Please refer to FIG. 1, FIG. 2-1, and FIG. The present invention includes a three-dimensional cup 10, a three-dimensional sealed soft resin ring 20, an anti-slip pocket 40, and a highly elastic rubber band 30. The multilayer filter medium is heated and pressed onto the three-dimensional cup 10. The outer edge of the three-dimensional sealed soft resin ring 20 and the periphery of the three-dimensional cup 10 are heat-press bonded, and the anti-slip pocket 40 and the lower edge of the three-dimensional cup 10 are bonded. The highly elastic rubber band 30 is H-shaped, and its both ends are bonded symmetrically with the middle part of the edge of the three-dimensional cup 10 respectively. The overall appearance of the present invention is elegant.

  Furthermore, please refer to FIG. 1, FIG. 2-1, and FIG. A highly stretchable material is used as the material of the highly stretchable rubber band 30, and it is only necessary to apply it lightly to the back of the head during use. The anti-slip pocket 40 has a wide shape, and naturally forms a pocket-shaped object after bonding its edge and the lower edge of the three-dimensional cup 10. When worn, it stretches the wearer's chin and prevents the cup from sliding. In the use of the present invention, wearing is stable and fixed, and easy to remove.

  Refer to FIGS. 3-1, 3-2, and 3-3. In the cup 10 of the present invention, the edges of the multilayer nonwoven fabric and the filter cloth are made into a three-dimensional shape by a hot press. The frontal viewing angle of the three-dimensional structure and the distribution of the triangular shape of the mouth and nose are similar, and the three-dimensional effect and the three-dimensional structure of the mouth and nose are identical. A breathable material having a different material and number of layers is employed, and the height of the filtration function is determined by the thickness of the filtration layer. When the periphery 11 of the cup 10 is closely heated and press-bonded, the central portion becomes a protruding shape 12, and the edge of the cup 10 exhibits a three-dimensional three-dimensional shape that matches the mouth-nose structure. A sufficiently wide space is maintained between the mouth-nose and the filtration layer of the cup 10. Therefore, it is ensured that the size of the three-dimensional space of the cup and the filtration and ventilation functions can be increased. You can speak smoothly, naturally and comfortably while wearing, and even if you wear it for a long time, you will not feel stuffy.

  Refer to FIGS. 4-1, 4-2, and 4-3. The three-dimensional sealed soft resin ring 20 of the present invention employs a soft material having extremely high flexibility, and forms a ring by injection molding. The frontal viewing angle of the structure and the distribution of the triangular shape of the mouth and nose are similar, and the three-dimensional structure of the side matches the structure of the face around the mouth and nose. The outer edge 23 of the three-dimensional sealed soft resin ring 20 and the periphery 11 of the cup 10 are hot-press bonded. The outer edge 23 of the three-dimensional sealed soft resin ring 20 matches the structure of the contact surface 22 with the face and the structure of the face around the mouth and nose. During wearing, the contact surface 22 is in close contact with the face by the action of the highly elastic rubber band 30. Therefore, it ensures that the face has a very high airtightness and comfort.

  Refer to FIGS. 4-1, 4-2, and 4-3. The nasal bridge cushioning material 21 integrated with the upper middle portion of the three-dimensional sealed soft resin ring 20 is also made of a soft material having a very high flexibility, and is injection-molded simultaneously with the three-dimensional sealed soft resin ring 20 to form a thin piece. To do. When worn, the nasal bridge cushion 21 firmly “wraps” the nasal bridge and surrounding area above the nose head. This fundamentally solved the drawback that the airtightness could not be effectively guaranteed due to the unevenness of the wearer's nose and face, and achieved a very high airtightness. When a spectacle wearer wears a mask, the seal is loose and air leaks, preventing the lens from “fogging”. Especially during surgery, the vision of the surgeon and assistant is not affected, reducing the probability of medical accidents.

  Please refer to FIG. 5 and FIG. The highly stretchable rubber band 30 of the present invention employs a highly stretchable material, forms two strips in an H shape, and adheres to both sides of the three-dimensional cup 10 symmetrically. When worn, the two strips are located in the back of the head in a “combined” state. As a whole, the three-dimensional sealed soft resin ring 20 of the present invention is moved and brought into close contact with the face, the nose bridge cushioning material 21 “wraps” the nose bridge and the periphery, and the anti-slip pocket 40 “surrounds” the wearer's chin.

DESCRIPTION OF SYMBOLS 10 Solid cup 11 Perimeter 12 Protrusion 20 Three-dimensional sealing soft resin ring 21 Nasal bridge cushioning material 22 Contact surface 23 Outer edge 30 High elastic rubber band 40 Anti-slip pocket

Claims (5)

  Three-dimensional cup (10), three-dimensional sealed soft resin ring (20), anti-slip pocket (40), high elastic rubber band (30), and heat-pressed multilayer filter material into three-dimensional cup (10) The outer edge of the three-dimensional sealed soft resin ring (20) having the cushioning material (21) and the periphery of the three-dimensional cup (10) are hot-press bonded, and the anti-slip pocket (40) and the lower edge of the three-dimensional cup (10) are bonded. A super-stereoscopic mask characterized by adhering both ends of a highly elastic rubber band (30) symmetrically with the middle part of the edge of a three-dimensional cup (10).   The above-mentioned three-dimensional cup (10) is a projection formed by heating and pressing a multilayer filter material, and a sufficient space is maintained between the filtration layer and the face of the three-dimensional cup (10). The hyperdimensional mask according to claim 1, wherein the peripheral shape is the same as the face structure.   The above-mentioned three-dimensional sealed soft resin ring (20) is integrated with the nose bridge cushioning material (21) at the upper middle portion thereof, adopts a soft material, and forms a three-dimensional ring that matches the human face structure by injection molding. The super three-dimensional mask according to claim 1, wherein the super three-dimensional mask is formed and heated and press-bonded to the outer edge and the periphery of the cup (10).   The super-solid body according to claim 1, wherein a high-stretch material is used for the anti-slip pocket (40) and is adhered to the lower edge of the three-dimensional cup (10) to form a pocket-shaped object. Type mask.   A highly stretchable material is used for the above-described highly stretchable rubber band (30), the side surfaces are H-shaped, and both ends are bonded symmetrically to the middle part of the edge of the solid cup (10). The super-stereoscopic mask according to claim 1.

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