TWM570719U - Phototherapy anti-fog mask structure - Google Patents

Abstract

The present invention relates to a phototherapy anti-fog mask structure, which is composed of a mask body combined with an ear hook on both outer sides, wherein the mask system is integrally woven with a single cloth to cover the fabric. The cloth fabric comprises a first weave layer, a second weave layer and a middle layer bonding layer bonded to the inner side of the first and second fabric layers, and a sunscreen light layer coated on the surface of the first weave layer. The first weaving layer is a polyester fiber and the elastic yarn is a tissue material polymer, and a V-grain barrier yarn branch line gap is integrally formed on the surface to form a protective layer, and the second weaving layer is made of polyester. The material of the fiber and the elastic yarn fabric is woven with fine gaps to effectively filter the air pollution, so that the air filter is again filtered to form a protective layer, and the middle layer of the bonding layer is made of polyester fiber to generate micro static electricity. Adsorption of dust and dust, so that a protective layer is formed, and the sun-proof light energy layer is coated with a non-toxic fluorescent coating technology through a tension-free full-layer layer, a tension-free dust-free dryer, and a high-temperature setting of formaldehyde removal. Laid on the surface of the first woven layer The ultraviolet light can be converted into a specific wavelength of light energy energy to be transmitted to the human skin to form a phototherapy effect, and at the same time, the pores of the first woven fabric layer can be coated to strengthen the filter air and form a protective layer, so as to effectively filter the empty fog. Gray, at the same time light and breathable, reducing respiratory resistance, and can be reused by washing and multiple anti-fog and combined with phototherapy sunscreen anti-UV effect.

Description

Phototherapy anti-fog mask structure

This creation department is about a "phototherapy anti-fog mask structure", especially the mask body of the mask body is woven on a double-sided fabric with a single cloth for wearing on the snout, effectively filtering the environment and harmful to the environment. Anti-fog mask.

According to the conventional anti-fog mask (10), as shown in Figures 8-9, in order to improve the anti-fog protection effect, an inner and outer tarpaulin layer ((12, 11) is attached and combined on the inner side. The intermediate barrier layer (11) of the layer or more than three layers of non-woven activated carbon is combined into a multi-layer woven fabric, and the ear hook portion (14) is combined on the two outer sides thereof, so that the wearing is easy to generate a stuffy feeling and is not breathable, and thus often It can not be worn for a long time or can not be worn, and it is easy to be exposed to harmful air and inhaled harmful substances without knowing it.

In view of the lack of the above-mentioned conventional structure, the creator has exhausted his mind and research and design, and persists in the creative spirit of perseverance. After painstaking research and repeated tests and experiments, it is fully improved and conceived and improved. , I was able to complete this creation.

The main purpose of the present invention is to provide a phototherapy anti-fog mask structure, especially a mask thereof. The system uses a weaving principle to fabricate a fabric as a single cloth by a double-sided integrated weave, and the fabric comprises a first weaving layer, a second weaving layer and an intermediate layer bonding layer, and a sunscreen light energy layer, such that the first weaving layer is disposed on the second weaving layer, and the middle layer is laminated On the inner side of the first weaving layer and the second weaving layer, the sun-protecting light-emitting layer is disposed on the surface layer of the first weaving layer, so that the fabric is integrally woven into a dense tissue material polymer functional fabric.

The main purpose of this creation is to provide a phototherapy anti-fog mask. The first woven fabric layer of the mask fabric of the mask body is made of polyester fiber and elastic yarn as the polymer material fabric of the tissue material, and the V-woven cloth barrier yarn branch gap is integrally woven on the surface. Forming a protective layer, and the second woven layer is made of polyester fiber and elastic yarn, and the polyester fiber is made of polyester fiber (POLY) which is less than 3.5 times of the front polyester fiber nylon. The gap between the cloths is woven, so that the effective filtering of the air is formed into a protective layer, and the intermediate layer is made of a polyester fiber functional fabric, so that microstatic electricity can be adsorbed to absorb dust and dust to form a protective layer. The sunscreen layer is coated with a light transmissive layer on the surface layer of the first woven layer by a non-toxic fluorescent coloring technique, and the first woven fabric layer is coated with pores to strengthen the filter air and form a protective layer, so that Weaving with high weave number by weaving method makes the cloth close to each other with multiple anti-fog characteristics, which can effectively filter the air pollution and ash. It can be used to cover the nose and face to shield the air and sunlight. And breathable comfort and absorption benefits The light wave reaches the filtered air pollution to form a single fabric with multiple anti-fog protection and a phototherapy anti-fog mask with ventilation, light transmission, anti-UV and reusable cleaning.

Conventional use:

10‧‧‧ masks

11‧‧‧Outer tarpaulin

12‧‧‧ Inner layer

13‧‧‧Barrier

14‧‧‧ ear hook

This creation

4‧‧‧ masks

40‧‧‧ mask body

41‧‧‧First weave

411‧‧‧Inverted V cloth

42‧‧‧Second weave

43‧‧‧Intermediate junction layer

44‧‧‧ Sunscreen energy layer

50‧‧‧ ear hanging

6‧‧‧Neck cover

7‧‧‧ vacuum cleaner vacuum cleaner

X1‧‧‧霾灰

Figure 1: This is a perspective view of the creation.

Fig. 2 is a cross-sectional view showing the fabric of the mask body of the present invention.

Fig. 3 is a partially enlarged view of the fabric of the mask body of the present invention.

Fig. 4 is a schematic view showing the state of use of the woven fabric partially enlarged by the woven fabric of the mask body of the present invention.

Fig. 5 is a schematic diagram of the use of the embodiment of the present invention.

Fig. 6 is a schematic diagram of the use of the embodiment of the present creation.

Fig. 7 is a schematic view showing the application of a vacuum cleaner to a vacuum cleaner according to another embodiment of the creation.

Figure 8: A perspective view of a conventional mask.

Figure 9 is a cross-sectional view of a conventional mask.

A preferred embodiment will be described with reference to the drawings, and the details of the present invention are as follows: as shown in Figures 1 to 3, the phototherapy anti-fog mask (4) is composed of a mask body (40). The outer side is respectively combined with an earhook (50), wherein the mask body (40) is woven by a double-woven fabric by a double-woven fabric, and the mask body is formed by a single cloth. The mask body (40) includes a first a woven layer (41), a second woven layer (42) and an intermediate layer bonding layer (43), and a sun opaque layer (44), such that the first woven layer (41) is disposed in the second Above the weaving layer (42), the intermediate layer bonding layer (43) is disposed on the inner side of the first weaving layer (41) and the second weaving layer (42), and the sun-protecting layer (44) is provided on the first layer. The surface layer of a woven layer (41) is integrally woven into a fabric material fabric having a dense tissue material such that the first woven layer (41) is attached to the front surface of the mask body of the mask body (40). It is a polyester fiber (NyLon) and elastic yarn (SpanDEX) as a polymer material fabric for the tissue material, and the cloth is tightly combined with a high weave number weave to form an inverted V cloth with the needle number extremely densely machined surface. Pattern (311) The second webbing layer (42) is a back surface of the fabric of the mask body (40), which is made of polyester fiber (POLYTER) and elastic yarn (SpanDEX). Weaving and splicing the polyester fiber with a polyester fiber (POLY) cloth that is smaller than the 3.5-fold yarn of the front polyester fiber nylon, so that the physical principle of the weaving fabric is used to filter the air pollution again, and at the same time, a protective layer is formed. The layer, the polyester fiber (POLYESTER) of the intermediate layer (43) is a finely ground functional fabric, which makes it non-hydrophilic and produces micro-electrostatic adsorbable dust (X1) dust in a dry environment. Forming a protective layer, the sunscreen light energy layer (44) is a non-toxic fluorescent coloring technique with a single-sided pigment fluorescent color paste, drying and removing formaldehyde by a tension-free full-layer layer, a tension-free dust-free dryer The color fastness of the shaping is applied to the surface of the first weaving layer (41), in addition to the phototherapy and beauty effect of converting the ultraviolet light into a specific wavelength of light energy and transmitting the energy to the human skin, and having both coolness, sunscreen, deodorization and non-toxicity. In addition to the characteristics of light absorption and light transmission, the first fabric layer (41) fabric cloth pores can be coated to strengthen the filter air pollution, and a peripheral surface layer protection can prevent the enamel from entering, forming a protective layer and making it use woven fabric. The cloth principle uses the density of the weaving machine to make the needles compact and the yarns are matched, and the woven fabric is woven on both sides to form a single cloth. The woven fabric is cut into a mask body (40), which is elastic and comfortable, and has multiple anti-fog.霾 Filtering air pollution, and maintaining the fabric light and breathable, reducing respiratory resistance, and can be reused by washing and a functional mask covering fabric with phototherapy sunscreen and UV resistance.

When it is worn (as shown in Figures 4~5), the mask body (40) is provided with the second woven layer (42) on the back side of the woven fabric for inward contact with the face and nose. The first fabric layer (41) and the sunscreen light energy layer (44) on the front side of the woven fabric face outward, so that when exposed to the external environment, the sunscreen light energy layer (44) and the first weave may be sequentially received from the outside. The top layer (41), the intermediate layer bonding layer (43) and the second weave layer (42) form a multi-filtered air pollution, so that the surface layer of the sunscreen light energy layer (44) can be converted into a specific wavelength. The light energy is transmitted to the human skin for the phototherapy and beauty effects and has the characteristics of coolness, sunscreen, deodorization, non-toxicity, light absorption and light transmission. At the same time, the first fabric layer (41) fabric cloth pores are coated to strengthen the filter air pollution. Forming a first anti-fog protective layer from the outside to make the first fabric layer (41) polyester fiber nylon (NyLon) and elastic yarn (SpanDEX) tissue material polymer functional fabric and surface integrated The inverted V-pattern (411) of the weave can block the gap of the yarn branch line to form a second anti-fog protective layer, and the hook is woven on the inner middle section of the first and second weaving layers (41, 42). Layer (43) polyester fiber (POLYESTER) functional fabric can produce micro-electrostatic adsorption ash (X1) dust damage, and will form a third anti-fog protective layer, and it is set to touch the skin second a weaving layer (42), which is made of a polyester fiber (POLYTER) and an elastic yarn (SpanDEX), a tissue material polymer functional fabric, which is woven with a gap of 3.5 times polyester fiber (POLY) cloth of the front nylon yarn. Effectively filter the air pollution, and at the same time form a fourth anti-fog protection layer, so that it can form multiple filters and air pollution, so that the user can feel comfortable, elastic, breathable and cool. Wearing a smog and smog, it can form a light and smog-proof mask that is flexible and comfortable, and has multiple anti-fog protection and is ventilated, transparent, UV-resistant and can be used for repeated household cleaning.

The woven fabric of the mask body (40) described above can also be woven on the woven fabric. At the same time, the processing is cut into a neck sleeve (6) for use on the neck and face (as shown in Figure 6), which can also be cut into a vacuum cleaner (7) for use (as shown in Figure 7). Shown).

Claims (10)

A phototherapy anti-fog mask structure, characterized in that: the mask system uses a weaving principle to fabricate a fabric as a single cloth by a double-sided integrated weave, the fabric comprising a first weave layer, a second weaving layer and a middle layer bonding layer, and a sunscreen light energy layer, such that the first weaving layer is disposed on the second weaving layer, and the middle layer bonding layer is disposed on the first weave layer and On the inner side of the second weaving layer, the sun-protecting light-emitting layer is disposed on the surface layer of the first weaving layer, so that the fabric is integrally woven into a dense fibrous tissue fabric. The phototherapy anti-fog mask structure according to claim 1, wherein the first fabric layer is composed of a polyester fiber and an elastic yarn as a polymer material of the tissue material. Fabric. The phototherapy anti-fog mask structure according to claim 1, wherein the second fabric layer of the mask body is a function of a polyester fiber and an elastic yarn as a polymer material of a tissue material. Fabric. The phototherapy anti-fog mask structure according to claim 1, wherein the intermediate fabric bonding layer of the mask body is a finely ground polyester fiber functional fabric. The phototherapy anti-fog mask structure according to claim 1, wherein the mask fabric of the mask body has a non-toxic fluorescent coating technology and a tension-free full-layer layer, Tension dust-free dryer drying, removing formaldehyde, high-temperature setting, color fastness coating is set on the surface of the first weaving layer, which can convert ultraviolet light into specific wavelength light energy energy to transmit to human skin to form phototherapy effect, and The first woven fabric fabric pores are coated to enhance the filtration of air and form a protective layer. At the same time, it has light and breathable, reduces respiratory resistance, and can be repeatedly washed with water and multiple anti-fog and combined with phototherapy sunscreen anti-UV effect. The phototherapy anti-fog mask structure according to claim 2, wherein the first weaving layer is disposed on the front surface of the mask fabric of the mask body, and is integrally woven on the surface of the first weave layer. The V-grain barrier yarn has a gap in the branch line to form a protective layer. The phototherapy anti-fog mask structure according to claim 3, wherein the second web layer is disposed on the back side of the mask fabric of the mask body to form a protective layer. The phototherapy anti-fog mask structure according to claim 3, wherein the polyester fabric of the second weave layer is smaller than the gap fabric of the first loom layer polyester fiber nylon 3.5 times . The phototherapy anti-fog mask structure according to claim 4, wherein the fabric of the mask body has a polyester fiber of the intermediate layer bonding layer which is not hydrophilic and generates a microscopic material in a dry environment. Electrostatic and adsorption force, the ash ash can be adsorbed and filtered to form a protective layer. The phototherapy anti-fog cloth according to the first aspect of the invention, wherein the phototherapy anti-fog mask, the first web layer of the fabric of the mask body can be dyed into various colors, the first The second weaving layer system can be set to not be dyed and finished, and the original color can be maintained, or can be customized according to the requirements of the customization, and the dyeing and finishing is performed in a different color with the first weaving layer.