TWI633223B - Sunscreen light energy cloth (2) - Google Patents

Abstract

A sunscreen light energy cloth (2) comprising a base fabric layer, a color layer which is woven with the inner fiber woven layer of the upper fabric layer, and a color layer bonded to the surface layer, which is formed by polyester fiber : Nylon fiber and elastic yarn tissue material polymer weaves the fabric substrate with the elasticity, density, light transmittance and light absorption and can obtain the highest energy ultraviolet light Joule number and high temperature decontamination. The stereotyped embryo cloth after the non-toxic fluorescent bleaching action is processed, so that the stereotyped fabric is used as the base layer, and then the two sides of the main color are coated with the same color by the tension-free full-layer layer, and the first color is different. And the second color pigment fluorescent paste coloring, so that the first pigment fluorescent paste can be infiltrated into the inner layer of the fabric layer under the preset dyeing temperature control temperature, and the color of the cloth surface is controlled to be the main color. Light, light color, and the first tension-free full-layer layer with anti-UV UPF/FPU function and partial conversion wavelength performance, and then coated on the surface of the first tension-free full-layer layer Two-color pigment fluorescent paste coloring finishes the surface color control of the cloth to be colored For the lighter shade, a second layer of tension-free full-layer layer is formed, so that the two layers of dyeing molecules are multiplied to complete the color of the cloth surface to control the color suction rate and maintain anti-UV UPF/FPU and converted light waves. The efficiency is finally dried by a tension-free dust-free dryer to remove the high-temperature setting of formaldehyde. The color fastness step is completed with sunscreen and absorbs beneficial light waves and achieves improved color fastness and light transmittance, absorbance, washability and printability. Sunscreen light energy cloth.

Description

Sunscreen light energy cloth (2)

The invention relates to a sunscreen light energy cloth (2), in particular to a sunscreen light energy cloth which has a sunscreen absorption beneficial light wave and achieves improved color fastness and light transmittance, light absorption, water washability and printability.

According to the greenhouse effect, the weather changes abnormally, and the intensity of ultraviolet rays in the sunlight is getting stronger and stronger. Generally, the skin is protected from the ultraviolet rays in the sunlight. Currently, there are sunscreen clothes specially designed to resist ultraviolet rays. Although the product can be avoided, it can avoid sunburn problems, but it may cause discomfort such as sultry skin due to poor quality or opacity of clothing, especially for outdoor sports workers or workers. Under the influence of melanin precipitation, the skin is discolored or causes symptoms such as dark spots, freckles, and acne. Therefore, exposure to excessive ultraviolet rays not only accelerates skin aging, but also causes a hidden crisis of skin cancer.

Therefore, as in the case of the invention patent No. I400376 “Sunscreen Light Energy Cloth” (as shown in Figure 9), the applicant is wearing or wearing a human body to convert harmful ultraviolet rays into specific wavelength light. The sunscreen light energy cloth substrate (10), and this energy is transmitted to the human skin to play a phototherapy beauty effect like pulse light, and has both coolness, sunscreen, deodorization, non-toxic and light-absorbing characteristics and is good for skin health. Functional fabric, only the front-end sunscreen light energy fabric substrate (10) has a function of the fluorescent color paste layer (101), which is easy to produce dirt and less washable, and the number of washings Limit, and only one surface light energy cloth can be achieved, but the pattern printing can not be printed on the surface of the cloth, and after repeated repeated washing, the color fastness is gradually lost stability, thus affecting The effect of color light reduces the original utility of functional fabrics.

In view of this, the present inventors have developed the present invention by virtue of long-term research and integration of relevant industries, and have been designed with many years of experience, and have been explored and tested for sample testing.

The main object of the present invention is to provide a sunscreen light energy cloth (2) comprising a base fabric layer, a color layer which is woven with the inner fiber woven layer of the upper fabric layer, and a color layer bonded to the surface layer. The layer is formed by a bleaching treatment, so that the formed cloth is strong in light absorption capacity, and has an antistatic, heat-insulating, moisture-absorbing and wicking fabric, and the first and second colors of the two main colors are used. The gradation pigment fluorescent paste is used to coat the full-coated layer of the single-sided pigment fluorescent paste with a double-axis roller at a preset dyeing temperature to make the first color gradation. Pigment fluorescent paste dyed into the fabric of the inner woven layer of the fabric to complete the chromaticity control of the cloth surface, which is lighter than the main color, and retains the first tension-free fullness of anti-UV UPF/FPU function and partial conversion wavelength performance. The layout layer is colored, and then the second level pigment fluorescent paste color coating is applied to the surface of the first tension-free full-layer layer to form a second full-scale layer. The color layer is fixed, so that the dye layer of the surface layer of the cloth is multiplied and the chromaticity control of the surface layer of the cloth is completed. The anti-UV UPF/FPU and the converted light wave performance are preserved, and finally the sun-protected light-shield cloth which has been finished by the shaping treatment can achieve the protection of sunscreen and absorption of beneficial light waves and enhance color fastness and light transmittance, absorbance and washability, Printable use benefits.

A secondary object of the present invention is to provide a sunscreen light energy cloth (2), which can utilize a sunscreen light energy cloth substrate to be coated with a water-repellent Teflon to be coated on the second tension-free full-layer layer. The outer surface layer forms a water-repellent layer, or the outer layer of the second tension-free full-layer layer or the outer layer of the anti-water-repellent layer is printed and printed with a printing layer of various patterns to make the sun-protecting fabric The material has the original action layer with sunscreen and absorbs beneficial light waves, and has the effects of color fastness, light transmission, light absorption and water washing resistance, and the sun light fabric substrate can be processed into various forms for wear or wear. The aesthetics of phototherapy sunscreen products worn on the human body and enhance the competitiveness of the market.

Practice:

10‧‧‧Sunscreen fabric substrate

101‧‧‧Fluorescent color paste layer

This creation:

20‧‧‧Sunscreen fabric substrate

201‧‧‧ base fabric

20A‧‧‧ hat

20B‧‧‧Sleeve

21‧‧‧Color layer

22‧‧‧dense layer

23‧‧‧Anti-water layer

24‧‧‧Printing layer

Figure 1 is a flow chart of the production of the present invention.

Figure 2 is a perspective view of a three-dimensional appearance and partial enlargement of the present invention.

Figure 3 is a schematic cross-sectional view of the present invention.

Figure 4 is a schematic view showing the state of use of the present invention.

Figure 5 is a schematic view of a sun light energy cap made in accordance with an embodiment of the present invention.

Figure 6 is a flow chart showing another process of the present invention.

Figure 7 is another cross-sectional view of the present invention.

Figure 8 is a schematic view of a sunscreen light energy cuff made in accordance with an embodiment of the present invention.

Figure 9 is a perspective view of a stereoscopic view and a partial enlarged view of the formula.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT A preferred embodiment will be described in detail with reference to the accompanying drawings. DETAILED DESCRIPTION OF THE INVENTION The present invention is illustrated as follows: Figure 1 is a flow chart of the process of the present invention, the process steps comprising: a pre-bleaching process (formed fabric): Firstly, the polyester fiber: nylon fiber (Nylon) and elastic yarn (Spandex) tissue material polymer weaved with the elasticity, density, light transmission and light absorption and the highest energy of ultraviolet light through the sun. The number of high-density decontaminated gauze substrates is subjected to pretreatment and non-toxic fluorescent bleaching action to remove the yarn, dirt and impurities of the cloth surface, and the molecules of the non-toxic fluorescent compound have strong light absorbing ability, and Adding a proper amount of finishing aid to the dyeing cylinder to form a stereotyped fabric with antistatic, heat preservation, and temperature wicking functions, so that the stereotyped fabric is used as the substrate layer on the tension-free full-stitch layer Color program; no tension full-layer layer pigment coloring program: the above-mentioned bleached treated stereotyped cloth is used as a substrate layer for colorless full-layer layer pigment coloring, and the coloring steps are as follows: (a) pre-equipment : Take one first Main color pigment fluorescent paste (can be set to red, orange, yellow, green, blue, enamel, purple), and separately set the same color under the same color as the main color pigment The first color gradation pigment fluorescent paste and the second gradation pigment fluorescent color paste are preset color pigment preparations, and the first gradation pigment fluorescent paste is set to be the same color as the main color and is more dominant The color is lighter and lighter, and its color value is 20%~30% of the main color (such as light red, light orange, light yellow, light green, light blue, light yellow, light purple), the second color The pigment pigment color paste is set to be slightly lighter than the main color of the main color, and its color value is 70%~80% of the main color (such as light red, light orange, light yellow, light green). , light blue, light enamel, lavender), after the preset pigments are prepared with color, the subsequent steps of the first layer of the tension-free full-layer layer coating layer are applied: (b) the first road Stepless full-layer layer color layer coating coloring step: taking the above-mentioned pre-washed and treated shaped blank fabric as a base layer, taking a preset first level pigment fluorescent paste to a double-axis roller The first color gradation pigment fluorescent paste is applied to the single-sided base layer backing layer (201) by the full-size coating of the woven fabric (the same color system as the main color and the main color value is set) Coloring for lighter shades), making the first The color value ratio of the color pigment color paste color value to the main color color value is set to 0.2 to 0.3:1 (ie, 20% to 30% of the primary color value), and the dyeing temperature is set to 90°-100°. The first gradation pigment fluorescent paste dyeing of the lighter color value can be deeply penetrated into the inner woven fabric fiber of the upper layer of the embossed base fabric base layer (201) to complete the first tension-free full-stack layer. The color layer (21) is coated and colored to maintain the fixing color of the base color layer of the stable base fabric layer (201) without discoloration, and at the same time retain the anti-UV UPF/FPU function and the conversion wavelength performance of 50%-60%, Continue to apply the second main color tension-free full-layer layer to ensure the color fastness of the subsequent tension-free full-layer layer is improved; (c) the second no-tension full-layer layer is fast Layer coating coloring step: after the first non-tension full-version layer color layer (21) of the first surface color control of the cloth surface is obtained, and then a second color level pigment fluorescent color paste is taken to A double-axis roller type is applied to the full-coat of the fabric to apply the second-level pigment fluorescent paste on the first layer of the tension-free full-layer layer. Main color And the color value of the second color gradation pigment fluorescent paste color value and the main color color value is set to 0.7~0.8:1 (that is, the main color color value is 70%~80%), and keep the dyeing temperature set at 90°-100°, and carry out the second non-tension full-layer layer of the color layer (22) to apply the second-level pigment color paste on one side. Form a second tension-free full-scale layer The fast color layer (22) is coated on the surface layer of the cloth, and at the same time, the second tension-free full-layer layer of the color layer (22) is overlapped with the first layer of the tension-free full-layer layer (21). The dyeing molecules are multiplied to complete the cloth surface layer to control the color degree of the color control, so that the surface layer of the double tension-free full-layer layer can maintain the anti-UV UPF/FPU and the converted light wave performance up to 99%, that is, the smooth completion The layer coloring procedure step; finally, the finished cloth surface layer is sent to the shaping processing program to make the pigment color more uniform and the color fastness is better; the shaping processing program only needs to The surface layer of the cloth finished by full-page coating is used to obtain the maximum and most effective heating and drying effect by tension-free drying and dust-free drying, so as to prevent the excessive tension of the cloth surface from affecting the elasticity and penetration of the elastic yarn (Spandex). Light rate, and prevent formaldehyde (muffulin) residual (high temperature sublimation), flying dust, impurities, stained cloth surface; disperse the cloth surface at a high temperature of 170 ° - 180 °, so that the pigment color is more uniform, color fastness is better And confirm that the formaldehyde is completely removed, and finally complete a removal of formaldehyde high temperature shaping Color fastness can be applied to pulsed phototherapy, light transmissive, light absorbing, washable, and printable sunscreen light fabric substrate (20) finished product (as shown in Figure 2).

The finished product of the sun-protecting fabric substrate (20) as described above (as shown in FIG. 3) comprises a bottom layer (201), a base fabric, which is adhered to the skin of the human skin. The color layer (21) of the upper layer of the inner layer of the layer (201) and the color layer (22) bonded to the surface layer.

As shown in Fig. 4, the molecules of the non-toxic fluorescent compound have strong light absorbing ability, absorb the energy of the long-short-wave light emitted by the sunlight, and correctly adjust the red, orange, yellow, green, blue, and sputum which are beneficial to the human body. Purple light, widely used in wavelengths from 780 (nm) to 390 (nm) (refer to the experimental data analysis chart of light transmittance of sunscreen light energy cloth), due to the fusion of non-toxic fluorescent compounds, it converts harmful ultraviolet light into beneficial color light. According to the wavelength, it penetrates the skin to different depths to improve the blood circulation, skin, dark spots, wrinkles and aging, and has a good effect, such as applied to hats (20A, as shown in Figure 5), masks. , sleeves (20B), clothing, trousers, parasols, etc., when the user wears or wears the light-weight sunscreen on the human body, the sun-protective fabric substrate (20) has high flexibility and soft comfort. In addition, the light transmissive and light absorbing characteristics of the sunscreen light-emitting fabric substrate (20) enable the ultraviolet rays in the sunlight to be completely isolated from the harmful light of the human body after being irradiated onto the fabric. In addition, and convert the body's beneficial color light to the skin, according to the wavelength and energy of different light energy colors transmitted to the human skin, in order to improve different clinical skin problems, to achieve both sunscreen function and pulse-like phototherapy beauty The dual effect of gradually returning to healthy skin.

As shown in Fig. 6, the sunscreen light-shielding substrate (20) described above is subjected to a pre-bleaching (finishing fabric) procedure (male cloth substrate → non-toxic fluorescent bleaching → stereotyped fabric → fixed base) Material layer), tension-free full-layer layer pigment coloring program (pre-equipment material → first no-tension full-layer layer color layer coating coloring → second non-tension full-layer layer layer color coating) The step of setting the processing program (drying without tension and dust-free dryer → removing the strong color of the formaldehyde high-temperature setting), so that the bottom layer (201) and the color layer (21) and the color layer (22) are completed. The sunscreen light energy cloth substrate (20) is formed into a finished product, so that the inner fabric layer of the base fabric layer (201) is coated with a color layer (21), and the color layer (21) is formed on the color layer (21) 22), wherein the fast color layer (22) is coated with a water-repellent Teflon coating on the outermost layer of the fast color layer (22) to form a water-repellent layer (23, as shown in FIG. 7). Or printing a printing layer (24, as shown in FIG. 8) of various patterns on the outermost layer of the fast color layer (22), and applying a layer of anti-water-repellent layer on the surface of the printing layer (24) ( 23), by this, to achieve the sunscreen light energy fabric substrate (20) cloth flower The appearance of the cloth material is more beautiful, and does not affect the function of the original action layer, and the original layer of the sunscreen light energy cloth substrate (20) has the benefit of sunscreen and absorption of beneficial light waves and at the same time achieves improved color fastness. It also has the effects of light transmission, light absorption and water wash resistance.

In summary, it is known that the present invention can be widely utilized by related industries, and is extremely progressive and novel, and the present invention has not been disclosed before the application, has complied with the provisions of the Patent Law, and has filed an invention patent application according to law. I would like to ask the bureau to observe and benefit from patents.

The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto; that is, the equivalent changes and modifications made by the scope of the present invention should still belong to the present invention. Within the scope of the patent.

Claims (6)

A sunscreen light energy cloth comprising a base fabric layer, a color layer which is woven with the inner fiber woven layer of the upper fabric layer, and a color fast layer bonded to the surface layer, and the forming process comprises: pre-bleaching treatment (Finished fabric) procedure: Firstly, the fabric material of polyester fiber, nylon fiber and elastic yarn is decontaminated by high temperature, and the fabric substrate is subjected to pretreatment for non-toxic fluorescent bleaching action refining. Removing the cloth veil oil, dirt, and impurities to form a stereotyped fabric with antistatic, heat preservation, and temperature wicking functions, so that the tensioning full layer layer coloring process is performed by using the stereotyped cloth as the substrate layer; Layout layer pigment coloring program: the above-mentioned bleached and treated embossed fabric is used as a substrate layer for colorless full-layer layer pigment coloring, and the coloring steps are as follows: (a) pre-equipment material: first take a primary color pigment Fluorescent color paste, and at the same time, respectively, a first color gradation pigment fluorescent paste and a second color gradation pigment fluorescent color paste corresponding color pigments in the same color system as the main color pigment are prepared, Let the first level pigment fluorescent paste be set with the main The same color system is lighter than the main color color, the color value is set to 20%~30% chromaticity of the main color value, and the second gradation pigment fluorescent color paste is set to the same color as the main color. And the color value is slightly lighter than the main color, and the color value is set to 70%~80% chromaticity of the main color value, so that the preset pigment is prepared with the color, and then the first tension-free full-layer layer is provided. The color layer coating step of the color layer coating step; (b) the first step of the tension-free full-layer layer color layer coating coloring step: taking the above-mentioned pre-washed after the shaped cloth as the substrate layer, The first color gradation pigment fluorescent paste is preset to coat the primary cloth with a double-axis roller at a preset dyeing temperature to coat the first color on the single-layer base layer The color pigment fluorescent paste is colored, so that the first color gradation pigment fluorescent paste dyeing of the lighter color value can be deeply penetrated into the inner woven layer fiber of the upper layer of the finalized fabric base fabric layer, and the first road is completed. The tension-free full-layer layer is coated and colored to maintain the solid color of the base layer of the stable base layer without discoloration, while maintaining the anti-UV UPF/FPU function and the conversion wavelength performance. 50%-60%, in order to improve the color fastness of the subsequent tension-free full-layer layer; (c) second tension-free full-layer layer color layer coating coloring step: take a second color gradation a pigment fluorescent paste, which is coated with a double-sided roller at a preset dyeing temperature and coated on the first layer of the tension-free full-layer layer to perform the second coating on the first layer of the tension-free full-layer layer. The color-grading pigment fluorescent paste is colored, and the second layer of the tension-free full-layer layer is applied to make the second layer of the tension-free full-layer layer adhere to the surface layer of the cloth, and the second tension-free layer is utilized. The color layer of the full-page layer overlaps with the first layer of the tension-free full-layer layer, so that the dyeing molecules are multiplied and the surface layer is finished to make the color control the degree of color absorption, so that the two tension-free full version is doubled. The layer of the layer of the layer can maintain the anti-UV UPF/FPU and the converted light wave performance by 70%~80%, that is, the step of completing the layer coloring process; the shaping process: only the above-mentioned full-layer layer is coated and colored. The surface layer of the cloth uses the tension-free drying and dust-free drying to obtain the maximum and most effective heating and drying effect, so as to prevent the excessive tension of the cloth surface from affecting the elasticity and light transmittance of the elastic yarn, and preventing the residual of formaldehyde (mafulin). Sublimation), flying dust, impurities, stained fabric; high temperature 170°-180° The type of dispersing cloth makes the pigment color more uniform and the color fastness is better, and confirms that the formaldehyde is completely removed. Finally, the removal of formaldehyde is carried out. The color fastness of the formaldehyde can be used as a pulse light phototherapy with light transmission and light absorption. Sexual, washable sunscreen light energy fabric substrate molding finished product. The sunscreen light energy cloth according to claim 1, wherein the first color pigment fluorescent paste is set to be the same color as the main color and has a lighter color tone than the main color value, and is a main color color. The value is 20%~30%, and the ratio of the color value of the first color gradation pigment fluorescent paste color value to the main color color value is set to 0.2~0.3:1. The sunscreen light energy cloth according to claim 1, wherein the second color pigment fluorescent paste is set to have the same color as the main color and is slightly lighter than the main color value, and is a main color value. 70%~80%, the color value ratio of the second color gradation pigment fluorescent color value and the main color color value is set to 0.7~0.8:1. The sunscreen light energy cloth of claim 1, wherein the first tension-free full-layer layer color layer and the second-stage tension-free full-layer layer color layer first color pigment phosphor color The dyeing temperature of the paste and the second color pigment paste is set to 90°-100°. The sunscreen light energy cloth of claim 1, wherein the sunscreen light energy base The material layer may be coated with a water-repellent Teflon-processed water-repellent layer on the color layer, and the water-repellent layer is disposed on the outermost layer of the color layer. The sunscreen fabric according to claim 1, wherein the sunscreen fabric substrate is printed with a layer printing on the color layer, and the printing layer is disposed on the outermost layer of the color layer.