TWI671035B - Multi-effect superconducting skin mask - Google Patents

Abstract

The invention refers to a multi-effect superconducting skin mask, which uses 50% copper ammonia fiber and Kath fiber as a base material, adds 5% polyacrylate fiber, and adds 30% samarium. Warm collagen fiber, and further adding 15% polyester far-infrared ray and antibacterial and antibacterial fiber, and the multi-effect superconducting skin mask is spun through the water rolling process, so that it can be completely applied to the face It can maintain proper air permeability and avoid sweltering feeling to improve the comfort of using the mask. It can also produce antibacterial and bacteriostatic effects to inhibit and eliminate bacteria and further improve its moisture absorption and heat preservation effects. At the same time, its diffusivity is used to reduce the amount of dressing, and to make the dressing spread evenly, and at the same time, the effect of the overall use of the mask can be improved.

Description

Multi-effect superconducting skin mask

The present invention belongs to the technical field of a facial mask, and specifically refers to a multi-effect superconducting patch facial mask that can improve its adherence to the face, thereby improving the maintenance effect of the facial mask.

According to the skin, the skin quality is derived from the self-regulation of the physiological mechanism and fertility. During the youth period, due to the strong metabolism, the skin elasticity can be effectively maintained. After the growth period, the collagen in the skin is subject to slow metabolism and staleness. The effect will make the dermal tissue lose connection, and the skin elasticity will weaken and begin to produce wrinkles. Early skin care methods were to directly apply cosmetics or skin care products on the skin, and after application, let it directly on the surface of the skin and penetrate the dermis through the pores. However, due to its large particle size and Cohesion, short time, easy to be affected by external factors, difficult to directly enter the dermal tissue, and reduce its maintenance effect; in recent years, the method of facial maintenance tends to be diversified. At present, the most common way is to cover the mask impregnated with skin care products. On the human face, the beauty ingredients of the skin care products are effectively penetrated into the skin. The material of the mask is mainly made of non-woven fabric, but its disadvantages are poor breathability, heavy weight, and poor skin adhesion, resulting in use. People are prone to feel uncomfortable with suffocation during use. In general, the best time to apply a face mask made of non-woven fabric is 20 to 30 minutes. If the face is applied for too long, the user will often retain the wetness by visual or hand contact with the surface of the mask. Moisture and nutrients have been completely lost, especially the part that touches the skin on the face, because of the siphon principle, the moisture in the stratum corneum of the skin will be recovered into the mask dressing, which will cause the skin not only to be more moisturized and serious People may also have problems such as irritating dermatitis due to loss of facial water. In addition, its diffusion ability is not good. When impregnating skin care products, more materials are required and uneven, which will not only cause unnecessary waste, but also affect the overall skin care effect. It is even more likely to contact with external air. Bacteria can cause discomfort on the user's face.

In other words, the existing non-woven facial masks have problems such as sweltering sensation, water loss, wasted dressing, and bacterial growth, which seriously affect the overall effect of the facial mask. How to solve the aforementioned problems is an urgent need for developers in the industry.

The reason is that the present inventor has in-depth discussions on the problems faced by the aforementioned existing masks, and through years of research and development experience in related industries, actively seeks solutions, and through continuous research and trial work, he has successfully developed a multi- Effective superconducting skin mask can overcome the problems that existing masks cannot have both breathability, moisture absorption, diffusion and bacteriostasis.

Therefore, the main purpose of the present invention is to provide a multi-effect superconducting skin mask, so that it can be completely applied to the face, and can maintain proper breathability, avoid sultry feeling, and improve the comfort of using the mask. .

In addition, a secondary main objective of the present invention is to provide a multi-effect superconducting skin-mask, which can produce antibacterial and bacteriostatic effects to inhibit and destroy bacteria and avoid unnecessary infections.

In addition, another main object of the present invention is to provide a multi-effect superconducting skin mask, which can further improve the effect of moisture absorption and heat preservation, so as to avoid facial moisture. Loss and promotes absorption of the dressing by the body.

Furthermore, another main object of the present invention is to provide a multi-effect superconducting skin-masking mask, which can improve the diffusivity of the mask, reduce the amount of dressing, and make the dressing spread evenly, which can not only reduce the manufacturing cost of the mask. At the same time, the overall effect of using the mask can be improved.

Based on this, the present invention mainly achieves the foregoing objectives and its effects through the following technical means. It uses 50% copper ammonia fiber and Kath fiber as the base material, and adds 5% polyacrylate fiber. Furthermore, 30% of the warmth-type collagen fiber and 15% of the polyester-based far-infrared and antibacterial fiber are added, and the multi-effect superconducting skin mask is spun through a water rolling process.

In summary, the present invention can make it completely fit to the face, and can maintain proper breathability, avoid the feeling of sweltering, improve the comfort of using the mask, and can produce antibacterial and bacteriostatic effects to inhibit And eliminate bacteria, avoid unnecessary infection, further enhance its effect of moisture absorption and heat preservation, make the pores effectively open, and promote the absorption of the dressing by the human body, while using its diffusivity to reduce the amount of dressing, and The uniform spread of the dressing can not only reduce the manufacturing cost of the mask, but also improve the overall use of the mask, which can effectively increase its added value and increase its economic benefits.

In order to make your reviewers better understand the composition, features, and other purposes of the present invention, the following is a description of the preferred embodiments of the present invention, which will be described in detail with reference to the drawings, and will be implemented by those familiar with the technical field.

The present invention is a multi-effect superconducting skin-masking mask. The specific embodiments of the present invention are only for convenience of description, and do not limit the present invention, nor limit its components to any position or spatial direction. Therefore, changes can be made in accordance with the design and requirements of specific embodiments of the present invention without departing from the scope of patent application of the present invention.

For the composition of the multi-effect superconducting skin mask of the present invention, the present invention uses 50% copper ammonia fiber and Kath fiber as a base material, wherein the Kath fiber is commonly known as the 嫘 萦 fiber, and 5% is added. Polyacrylic fiber, with 30% of 嫘 萦 series temperature-sensitive collagen fiber, and further added 15% of polyester-based far-infrared and antibacterial fiber, and then woven into a film substrate, and then cut into a Corresponding to the facial mask, nasal membrane and other membranes; the staple fiber specifications of the copper ammonia fiber and the Kath fiber are 1.4d / 38mm and 1.2d / 40mm respectively, and the specification of the staple fiber of the polyacrylate fiber is 2.0 d / 38mm, which has the function of moisture absorption and heat preservation, and the staple fiber of the heat-sensitive collagen fiber is 1.5d / 38mm, which has skin-friendly and whitening effect. As for the polyester, it is far-infrared and antibacterial The staple fiber of the bacteriostatic fiber has a specification of 1.5d / 51mm, which can produce bacteriostatic and sterilizing effects. The process of spinning the various fibers into a non-woven fabric mask with a total weight of about 40g / m ² through the process of hydroentanglement; mixed with the foregoing types of fibers , And through the process of water rolling to spin into a non-woven fabric with a bulk of about 40g / m ² Superconducting superficial skin mask, this multi-effect superconducting skin mask has been tested to have a thermal insulation rate of 29.9%, a water absorption diffusion area of 1397.2mm ² , a breathability of 620.7cub.ft / sq.ft / min, and an antibacterial activity value 4.08, the remaining characteristics are shown in the following table:

Through the foregoing description, the present invention uses the aforementioned multiple fibers to be mixed and spins into a multi-effect superconducting skin mask through the process of water rolling, so that it can be completely adhered to the face, and can maintain proper breathability, avoiding Produces a sweltering sensation to enhance the comfort of using the mask, and can produce antibacterial and bacteriostatic effects to inhibit and eliminate bacteria, avoid unnecessary infections, and further enhance its hygroscopic and thermal insulation effects, making pores effective Open, and promote the absorption of the dressing by the human body, while using its diffusivity to reduce the amount of dressing, and make the dressing spread evenly, not only can reduce the cost of making the mask, but also improve the overall effect of using the mask.

In this way, it can be understood that the present invention is an excellent creative creation. In addition to effectively solving the problems faced by practitioners, it has greatly improved the efficacy, and has not seen the same or similar product creation or public use in the same technical field. At the same time, it has the improvement of efficacy. Therefore, the present invention has already met the requirements of "newness" and "progressiveness" of the invention patent, and has applied for an invention patent in accordance with the law.

Claims (2)

A multi-effect superconducting skin mask, which uses 50% copper ammonia fiber and Kath fiber as a base material, adds 5% polyacrylate fiber, and adds 30% sacral temperature-sensitive collagen Fiber, and further added 15% polyester far-infrared ray and antibacterial fiber, and the multi-effect superconducting skin mask is spun through the process of water rolling. The multi-effect superconducting skin mask according to item 1 of the scope of the patent application, wherein the staple fiber specifications of the copper ammonia fiber and the Kath fiber are 1.4d / 38mm and 1.2d / 40mm respectively, and the polyacrylate fiber The specification of staple fiber is 2.0d / 38mm, which has the function of moisture absorption and heat preservation, and the staple fiber of the heat-sensitive collagen fiber is 1.5d / 38mm, which has skin-friendly and whitening effect. The short fiber specification of the ester-based far-infrared and antibacterial fiber is 1.5d / 51mm, which can produce bacteriostatic and sterilizing effects, and the various fibers are spun into a non-woven face mask with a weight of 40g / m ² through the process of water rolling.