TWM598786U - Light energy moisturized fabric structure - Google Patents

Abstract

A light-energy moisturizing cloth structure, which includes a base cloth layer and a contact layer; the base cloth layer may include a plurality of fiber substrates, and the surface layer of the base cloth layer is coated with a fluorescent dye so that the base cloth layer can be based on different fluorescence The wavelength and energy of the color convert a harmful light that penetrates the base cloth layer into a light energy with a specific wavelength and beneficial to the human body, so as to block harmful light and achieve the effect of skin whitening phototherapy; the contact layer contains collagen The protein component can prevent moisture from evaporating from the skin surface, which is good for moisturizing, and has a clean and fresh effect. In addition, the fiber substrate of the base cloth layer can be a special-shaped cross-section fiber, which can increase the amount of fluorescent dye dyeing At the same time, it helps to absorb moisture quickly, so as to guide the sweat to the outer layer of the fabric, achieve one-way rapid moisture transmission, and good air permeability.

Description

Light energy moisturizing cloth structure

This creation is about a kind of light energy moisturizing fabric structure, especially a kind of collagen molecule that can convert harmful light harmful to the human body into beneficial light waves, so as to play a phototherapy beauty and moisturizing effect on human skin, and it also has a cool feeling and sunscreen. , Breathable, deodorant and other functional fabrics.

The concept of sun protection has been paid more and more attention. If the human body is exposed to ultraviolet rays for a long time, it may have a health effect on the skin, eyes, and immune system. For example, it may cause melanin precipitation, accelerate skin aging, and accelerate skin aging due to excessive exposure to sunlight. It can cause skin cancer and other risks. However, when people wear ordinary clothes, they can only achieve the effect of shading at best, and cannot isolate the harmful light caused by ultraviolet light. Even if the fabric of the clothes is tight, it is still not ventilated. The shortcomings of poor air permeability, and with the changes of the times, textile technology is constantly being introduced and new. There are already UV-resistant fiber fabrics on the market. Although they can avoid sunburn problems, their quality is uneven, or Due to the opacity of clothing, it may still cause discomfort such as sultry skin. In other words, it usually only achieves sun protection effect, it is difficult to take into account such as breathability or moisture retention, and the anti-UV fabric is easy to reduce sun protection effect due to washing , So that the ability to resist ultraviolet light becomes poor. Therefore, a functional cloth structure is needed to improve the aforementioned conventional problems.

In view of the above-mentioned problems, this creator is based on years of experience in related industries to conduct research on sun protection, moisturizing, ventilation, cooling, and perspiration technology; for this reason, the main purpose of this creation is to provide a combination of phototherapy, Light energy moisturizing fabric structure for skin beautification, moisturizing skin care, sun protection, cooling sensation, and sweat wicking effects

In order to achieve the above-mentioned purpose, this creation proposes a light-energy moisturizing cloth structure, which mainly includes a base cloth layer and a contact layer; the base cloth layer may include a plurality of fiber substrates, and the surface layer of the base cloth layer can be dyed and finished. Coated with a fluorescent dye, so that the surface layer of the base fabric layer is presented in the basic color of the fluorescent color system, and according to the wavelength and energy of different fluorescent colors, a harmful light penetrating the base fabric layer can be converted into A light energy with a specific wavelength and beneficial to the human body to achieve the effect of blocking harmful light; the contact layer is located on one side of the base cloth layer, and the contact layer can contain a collagen component to prevent water from evaporating from the skin surface. It can have a clean and fresh effect; the fiber substrate of the base cloth layer can be a special-shaped cross-section fiber, which can increase the area for fluorescent dyes to dye, and at the same time help to quickly absorb water and guide the sweat to the outer layer of the cloth. The quick-drying effect is good; the contact layer can also contain a xylitol component to absorb water and produce an endothermic reaction, which can reduce the surface temperature of the skin; the base cloth layer can be equipped with anti-radiation components of titanium dioxide or zinc oxide, To strengthen the sun protection effect.

In order for your reviewer to have a clear understanding of the purpose, technical features and effects of this creation, please refer to the following instructions with illustrations.

Please refer to "Picture 1" ~ "Picture 2". The figures shown are the implementation schematic diagram and the cross-sectional schematic diagram of the creation respectively. As shown in the figure, this creation discloses a light energy moisturizing fabric structure 10, which includes a base fabric layer 101 And a contact layer 102; the base fabric layer 101 can include a plurality of fiber substrates, which is a conventional technology, and will not be repeated here, and the surface layer of the base fabric layer 101 can be dyed and finished with a fluorescent dye 1011 , The surface layer of the base fabric layer 101 is presented in the basic color of the fluorescent color system, such as yellow, red, blue, orange, etc., to form a transparent layer 103 (that is, the surface layer of the base fabric layer 101). The light layer 103 can convert a harmful light L1 (such as ultraviolet UVA, UVB) that penetrates the base fabric layer 101 into a light energy energy L2 having a specific wavelength and beneficial to the human body according to the wavelength and energy of different fluorescent colors , In order to achieve the beneficial effect of blocking harmful light L1; the contact layer 102 contains a collagen component 1021, which can prevent moisture from evaporating from the surface of a skin S, and the contact layer 102 is located on one side of the base fabric layer 101 in an attached state. The layer 101 and the contact layer 102 can also be combined by weaving.

Continuing, please continue to refer to "Figure 1" ~ "Figure 2". As an example, the base fabric layer 101 can be made of polypropylene (PP) fiber, nylon fiber (Nylon Fiber) or polyester fiber (Polyester Fiber). One of the fiber substrates can also be composed of the aforementioned exemplified fiber substrate and an elastic fiber (Elastane Fiber, commonly known as Lycra), in an interwoven and mixed shape; the contact layer 102 can be composed of non-absorbent polypropylene (PP) fibers, The contact layer 102 can be used as a hydrophobic layer relative to the base fabric layer 101 (hydrophilic layer), but it is not limited to this. The contact layer 102 can of course also be composed of the fiber substrates exemplified above, in an interwoven and mixed shape.

In continuation, please continue to refer to "Picture 1" ~ "Picture 2". As an example, the base fabric layer 101 of the light energy moisturizing fabric structure 10 of this creation can be equipped with micron or nanometer particle size titanium dioxide, Or anti-radiation ingredients such as zinc monoxide, by adding anti-ultraviolet material to the raw material of the base cloth layer 101, and then spinning, the harmful light penetrating the base cloth layer 101 can be completely isolated and eliminated, and converted into beneficial The original creation of light achieves a higher UV Protection Factor (UPF); in addition, the aforementioned anti-radiation components can also be arranged inside the contact layer 102, and it is not limited to these types.

To continue, please continue to refer to "Picture 1" ~ "Picture 2". As an example, the contact layer 102 of the light-energy moisturizing fabric structure 10 of this creation can have multiple collagen fibers arranged inside, which is composed of the contact layer The collagen component in 102 is polymerized with a textile fiber. On the contrary, the collagen component in the contact layer 102 can also be coated or immersed to form on the surface of one of the textile fibers in the contact layer 102, which transmits light energy. When collagen molecules are added to the fabric of the moisturizing fabric structure 10, the skin S can come into contact with the collagen molecules in the contact layer 102, which not only helps the skin to moisturize, but also gives the skin strength and elasticity (generating skin tension), and makes the pores more compact. It refines (shrinks pores) and promotes collagen self-proliferation. It also has a clean and fresh deodorant effect. Among them, the collagen component is a fibrous protein that can supplement the nutrients needed by each layer of the skin and enhance the collagen activity of the skin.

To continue, please continue to refer to "Picture 1" ~ "Picture 2". As an example, the contact layer 102 of the light-energy moisturizing fabric structure 10 of this creation may further contain a xylitol component, and the light-energy moisturizing fabric structure 10 can The xylitol nano-liquefaction technology converts sweat into a source of coolness and absorbs moisture to produce an endothermic reaction. This can effectively reduce the human body’s heat sensation, and the effect of heat absorption and cooling is significant. In addition, this creation can use, for example, transfer processing In this way, the mixture of the xylitol component and the collagen component is transferred to one surface of the base fabric layer 101, and then the contact layer 102 referred to in this creation is formed on one surface of the base fabric layer 101.

In the above, please continue to refer to "Picture 3", which shows the implementation diagram (2) of the creation, and please refer to "Picture 1" ~ "Picture 2" for the combination of the light energy moisturizing fabric in this creation The light-transmitting layer 103 of the structure 10 contains a plurality of light-absorbing molecules (fluorescent dyes), and the surface layer of the base fabric layer 101 (that is, the light-transmitting layer 103) can be red, orange, yellow, green, blue, indigo, and purple. A fluorescent dye color system, so the light-transmitting layer 103 can convert the harmful light L1 that penetrates the base fabric layer 101 into light energy with a specific wavelength and beneficial to the human body according to the wavelength and energy of different fluorescent colors The energy L2 enables the light energy energy L2 of different wavelengths to be transmitted to the skin S, achieving the effect of whitening light therapy on human skin; more specifically, if the wavelength of the light energy energy L2 is between 470~500nm as an example, this light The blue light wavelength corresponding to energy energy L2 is helpful to improve skin metabolism, relieve hair follicle inflammation and skin oil, treat acne, anti-inflammatory and sterilize, and regulate cellular immunity; if the wavelength of light energy L2 is between 525~ Take 600nm as an example. The yellow light wavelength corresponding to this light energy L2 helps nourish aging skin, balance melanin (reduce melanin production), and tighten skin. It is especially suitable for users with dilated blood vessels and pigmented skin. ; If the wavelength of light energy L2 is between 622~780nm as an example, the red light wavelength corresponding to this light energy L2 can help delay skin dullness, increase collagen, improve pores, and relieve postoperative swelling It is especially suitable for users with aging and loose skin; if the green light wavelength (525+/-10nm) corresponding to light energy L2 is taken as an example, this light energy L2 is helpful to reduce melanin and treat blackheads In short, the closer to the red light, the longer the wavelength, the higher the light transmittance, and the lower energy. On the contrary, the closer to the purple light, the shorter the wavelength, the lower the light transmittance, and the energy. High, but the above is just an example.

Continuing, please continue to refer to "Picture 4". The picture shown is the implementation diagram (3) of the creation, and please refer to "Picture 1" ~ "Picture 3" for the light energy moisturizing fabric of this creation The structure 10 can completely isolate and exclude harmful light L1, and convert it into light energy L2 that is beneficial to the human body, and the invention is created in an embodiment, and it is also possible to install titanium dioxide or zinc oxide inside the base fabric layer 101. Radiation components can achieve the beneficial effects of high-efficiency sun protection. Therefore, it can be seen from the thermal image H of "Figure 4" that when the user is exposed to the sun outdoors, the body wears the light energy moisturizing fabric structure 10, compared to Wearing ordinary clothes can block more ultraviolet rays and have better heat insulation effect.

Please refer to "Picture 5", and please refer to "Picture 1" ~ "Picture 2". The figure shows the schematic diagram of the use state of the creation. As shown in the figure, the light energy moisturizing fabric structure 10 of this creation can be used Processed into products such as a hat, a jacket, a mask, a sleeve, a neck cover, an umbrella, a shawl or other clothing, such as a sun protection jacket 10A shown in the figure.

Please refer to "Figure 6". The figures shown are another embodiment of the creation. This embodiment is similar to the technique of "Figure 1" ~ "Figure 3". The main difference is that the light energy moisturizing fabric Structure 10 In this embodiment, the multiple fiber substrates of the base fabric layer 101 can be shaped cross-section fibers, such as the X-shaped (also called cross-shaped) shaped cross-section structure 1012 shown in "Figure 4", but Not limited to this, such as Y-shaped (trilobe), W-shaped (cloud-shaped), C-shaped/U-shaped (moon-shaped), hexagonal (honeycomb-shaped texture section), etc. Anything that can form yarn bundles, many The geometric structure of the capillary voids can be used as the special-shaped cross-section fiber in this creation. This can increase the surface area of the base fabric layer 101 for the fluorescent dye 1011 dyeing, and help to quickly absorb water when the human body sweats. , The gap between the yarn bundles can play a capillary siphon effect, and guide sweat from the contact layer 102 as the hydrophobic layer to the outer layer of the base fabric layer 101. The sweat will not seep back, achieving a one-way rapid moisture transfer and effective lifting The breathability effect does not make the skin feel stuffy and unbearable; in addition, the fiber substrate of the contact layer 102 can also be a special-shaped cross-section fiber, and the cross-sectional structure is not limited to the aforementioned types.

The above are only the preferred embodiments of this creation, and are not intended to limit the scope of implementation of this creation; anyone who is familiar with this technique can make equal changes and modifications without departing from the spirit and scope of this creation. Should be covered in the scope of the patent of this creation.

In summary, this creation has patent requirements such as "industrial usability", "novelty" and "progressiveness"; the applicant filed an application for a new patent with the Bureau of Patent in accordance with the provisions of the Patent Law.

10: Light energy moisturizing fabric structure 10A: Sun protection jacket 101: base cloth layer 1011: Fluorescent dye 103: light transmitting layer 1012: Special-shaped section structure L1: Harmful light L2: Light energy S: skin 102: contact layer 1021: Collagen component H: Thermal image

Figure 1 is a schematic diagram of the implementation of this creation. Figure 2 is a schematic cross-sectional view of this creation. Figure 3 is a schematic diagram of the implementation of this creation (2). Figure 4 is a schematic diagram of the implementation of this creation (3). Figure 5 is a schematic diagram of the usage status of this creation. Figure 6 is another embodiment of this creation.

10: Light energy moisturizing fabric structure

101: base cloth layer

1011: Fluorescent dye

103: light transmitting layer

102: contact layer

1021: Collagen component

Claims (9)

A light energy moisturizing cloth structure, including: A base cloth layer and a contact layer; The base fabric layer includes a plurality of fiber substrates, the surface layer of the base fabric layer is dyed and finished, and coated with a fluorescent dye, so that the surface layer of the base fabric layer appears in the basic color of the fluorescent color system, and can be based on The wavelength and energy of different fluorescent colors will convert a harmful light penetrating the base fabric layer into a light energy energy with a specific wavelength and beneficial to the human body; and The contact layer is located on one surface of the base cloth layer, and the contact layer contains a collagen component to prevent water from evaporating from the skin surface. The light-energy moisture-retaining fabric structure according to claim 1, wherein each of the fiber substrates of the base fabric layer is a special-shaped cross-section fiber. The light-energy moisturizing cloth structure according to claim 1, wherein the contact layer is made of irregular-shaped cross-section fibers. The light-energy moisturizing cloth structure according to claim 1, wherein a plurality of collagen fibers are arranged inside the contact layer, which are formed by polymerizing the collagen component and a textile fiber. The light energy moisturizing fabric structure according to claim 1, wherein the collagen component is formed on the surface of one of the textile fibers of the contact layer by coating or soaking. The light energy moisturizing cloth structure according to claim 1, wherein the contact layer further contains a xylitol component for absorbing moisture and generating an endothermic reaction. The light energy moisturizing fabric structure according to claim 1, wherein the base fabric layer is provided with anti-radiation components of titanium dioxide or zinc oxide. The light energy moisturizing fabric structure as described in claim 1, wherein the fabric composed of the light energy moisturizing fabric structure can be processed into a hat, a jacket, a mask, a sleeve, a neck cover, an umbrella, and a One of shawls. The light-energy moisturizing fabric structure according to claim 1, wherein the surface layer of the base fabric layer is presented in a fluorescent dye color system of red, orange, yellow, green, blue, indigo, and purple.

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