TW200536986A - Fabric with active illumination and reflection characters - Google Patents

Abstract

A textile fabric has active illumination and reflection characters. The fabric is woven of texture threads and light guiding fibers, wherein parts of length of the light guiding fibers are not interwoven by texture threads. A textile fabric has active illumination and reflection characters. The fabric is woven of texture threads﹑warp threads and warp light guiding fibers, wherein parts of length of the light guiding fibers are not interwoven by threads.

Description

200536986 V. Description of the invention (1) [Technical field to which the invention belongs] The present invention relates to a fabric, and particularly to a light-emitting fabric composed of a bright yarn and a light guide fiber. [Prior art]

There are generally two types of night lighting, decoration or warning systems. One is a passive reflective device. Its function is to achieve a warning effect by reflecting external light sources without power consumption. In general, passive reflective devices are most commonly in the form of plastic reflective strips or light panels, but the material is hard and the lighting effect will be lost because of the inability to reflect light when there is no light source in the environment. The other is for active light emitting devices. form. Such a device is high in brightness, cumbersome, bulky, and expensive, and is not suitable for speech or decorative patterns. ’It ’s mainly fluorescent light or light bulb. It ’s not limited by environmental factors, but the device is used as a warning sign on clothing or accessories.

= Qian Qianwei H The physical destruction of the object. When the fiber is “ΐ light source,” the light will be guided along the light due to = the material is destroyed by the section t, ★ the line will be gradually from there; the state of the two-lead fiber, but the side-guide fiber is only insufficient. Γ sentence, can not tolerate excessive bending: degree. Therefore, an active light-emitting fabric suitable for clothing, ^ age and month is required, which has the quality of: 叾, notice no two or two display for the effect of uniform sentence light. Jia Xing: The soft characteristics

200536986 V. Description of the invention (2) [Summary of the invention] The purpose of the present invention is to provide a fabric that has both active light-emitting effect and reflective characteristics. Bin b provides the ability to actively emit light in the absence of light, while using the reflective characteristics to provide a concentrated active light effect. Another object of the present invention is to provide a light-emitting fabric which is light, flexible, portable, and has both active and passive light-emitting effects, and can be used to make clothes, decorations, notice boards, warning devices and the like. According to the purpose of the present invention, a fabric is provided, which uses bright yarn as a warp

The thread 'uses the light guide fiber as the weft' so that the weft light guide fiber and the warp bright yarn are mutually woven 'or the weft light guide fiber of a certain length is not interwoven with the warp bright yarn. According to the purpose of the present invention, there is provided a fabric which uses a bright yarn as a warp 'and a bright yarn and a light guide fiber as weft simultaneously. Select a ratio of bright yarn to light guide fiber to arrange the weft bright yarn and light guide fiber so that the bright yarn is interspersed and arranged between the light guide fibers. Later, weft bright yarn and light guide fiber are interwoven with warp bright yarn, or part of the length of weft light guide fiber is not interwoven with warp bright yarn. The light-guiding fiber used in the fabric of the present invention may be a kind of side which generates light

Light leaking from the light guide fiber. In addition, the light guide fiber of the weft can be connected to a light emitting light 2, such as a LED light emitting diode. The light guide fibers can be connected to the light emitting light source in strips of 7 to 7, among which 3 to 5 strips are better to connect to the light emitting light source. The bright yarn used in the fabric of the present invention may be circular, square or

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200536986 V. Description of the invention (3) Triangle bright yarn. And the brightness range of the bright yarn can be between 1st and 10th grade, and the better brightness range is between 5th and 10th grade. The ratio of the light guide fiber to the bright yarn of the weft (light guide fiber · bright yarn) may be between about 20: 0 to about 1: 7 and a better ratio is between about 20: 0 to about 1: 5 Among them, 2 0 · 0 indicates that all wefts use light guide fibers. The present invention provides a fabric ' that has both an active light emitting effect and a reflective property. The use of a weft light guide fiber connected to an active light source provides the fabric with the ability to actively emit light. And use the bright yarn with reflective effect, use the bright yarn itself and the bright yarn intertwined plane to reflect the external light 'At the same time also reflect the light from the light guide fiber, so that the light focused on the same side φ light, to strengthen And the purpose of uniform light source. In one aspect, the present invention makes use of light yarns inserted into the weft light guide fibers to make the fabric light and soft. [Embodiment] According to a preferred embodiment of the present invention, a fabric having an active light emitting effect and a passive light reflecting characteristic is disclosed. The present invention also uses several bright yarns of different brightness and the ratio of different light guide fibers and bright yarns of the weft to reveal several variations of the preferred embodiments of the present invention. Those skilled in the art can understand the present invention based on the description of several preferred embodiments of the present invention, and implement the present invention without departing from the spirit and scope of the present invention. The brightness of the bright yarn used in the examples is measured in accordance with the CNS-7773 gloss measurement method, and the brightness can be classified into grades 0 and 0 according to the reflective ability of the yarn. Among them, the brightness of 1 to 3 is the bright yarn without reflective effect, or the matte veil.

200536986 V. Description of the invention (4) Level 3 with medium brightness of level 5 or higher =: The preferred embodiment is the first preferred embodiment, as shown in the second figure. In this embodiment, the warp yarns 1.02 are all used. The 5th round party light yarn '4 yarn 1 G4 of Qi 5 is all m-dimensional, and referring to the weaving method of the figure ^, the light guide fiber and the round bright yarn are knitted to obtain the first fabric. 1. For the cross-sectional view of the first fabric in the warp direction, please refer to the first figure. The cross section of the circular 104 fiber-guide fiber, and the yarn 102a is a circular bright yarn with a brightness of 5. The area where the light guide fiber is not woven with the circular 7C optical yarn is area 106a, and the interwoven part is area 108a. If one to seven, preferably three to five, light guide fiber ends are connected to an active light source, such as an LED light emitting diode, it can become the j-th fabric of active light emission. When the first fabric actively emits light, the circular bright yarn of area 106a reflects the light emitted by the light guide fiber, so that the active light source 11o is uniform and focuses on the same side; the circular light of area 108a The yarn can reflect the external light source 11 2. Second preferred embodiment The first preferred embodiment is changed by changing all warp yarns 102 to triangular bright yarns with a brightness of 5 and all weft yarns 104 to use light-guiding fibers. Referring to the weaving method of Fig. 1, the light guide fiber and the triangular bright yarn are woven to obtain a second fabric having both active light emission and reflected external light characteristics. The method of this preferred embodiment and the preferred embodiment provided below are the same as the first preferred embodiment described above, so

Page 9 200536986 V. Description of the invention (5) This is more detailed. Third preferred embodiment The first preferred embodiment is changed by changing all warp yarns 102 to circular bright yarns with a brightness of 7 and all weft yarns 104 to light guide fibers. Referring to the weaving method of Fig. 1, weaving the light guide fiber and the round bright yarn can obtain the third fabric that has both the characteristics of active light emission and the reflection of the external light source. Fourth Preferred Embodiment The first preferred embodiment is changed by changing all the warp yarns 102 to triangular bright yarns with a brightness of 7 and all the weft yarns 104 to light-guiding fibers. Referring to the weaving method of Fig. 1, the light guide fiber and the triangular bright yarn are knitted. As a result, a fourth fabric having both the characteristics of active light emission and reflection of external light sources can be obtained. Fifth preferred embodiment The first preferred embodiment is changed by changing all warp yarns 102 to circular bright yarns with a brightness of 10, and all weft yarns 104 to light-guiding fibers. Referring to the weaving method of Fig. 1, the light guide fiber and the round bright yarn are knitted, and as a result, a fifth fabric having both the characteristics of active light emission and the reflection of an external light source can be obtained. Sixth preferred embodiment The first preferred embodiment is changed by changing all warp yarns 102 to triangular bright yarns with a brightness of 10 and all weft yarns 104 to light-guiding fibers. Referring to the weaving method in Figure 1, weaving light guide fiber and triangular bright yarn, the result can be both active

Page 10 200536986 V. Description of the invention (6) The sixth fabric that emits and reflects external light sources. Seventh preferred embodiment The seventh preferred embodiment is based on a variation of the first preferred embodiment. As shown in Figure 2, let warp yarns 2 0 2 all use circular bright yarns with a brightness of 5, and weft yarns 2 0 4 and 2 0 6 are light guiding fibers and a bright light circular yarns with a brightness of 5, respectively. Way, each circular bright yarn is interspersed and arranged between each optical fiber. Then, referring to the weaving method of Fig. 2 to weave the light guide fiber and the round bright yarn, the seventh fabric can be obtained. Please refer to Figure 2A for the warp cross-sectional view of the seventh fabric. The hollow circular 204a is a cross section of a light guide fiber, the solid circular 2 6a is a cross section of a circular bright yarn, and the yarn 2 2a is a circular bright yarn. The area where the light guide fiber is not intertwined with the round bright yarn is the area 208a, and the interwoven part is the area 210a. If one to seven, preferably three to five, ends of the light guide fiber are connected to an active light source, such as an LED light emitting diode, it can become the seventh fabric that actively emits light. When the seventh fabric actively emits light, the circular bright yarn in the area 2 08a reflects the light emitted by the light guide fiber, so that the active light source 2 1 4 is uniform and focuses on the same side. At the same time, the circular bright yarns are woven with each other to form a flat surface 208 as shown in FIG. 2 and an area 210a as shown in FIG. 2A will reflect the external light source 212. The eighth preferred embodiment is a variation from the seventh preferred embodiment. As shown in Figure 2, let all warp yarns 2 0 2 be changed to triangular bright yarns with a brightness of 5 and weft yarns 2 0 4 to use light guides.

Page 11 200536986 V. Description of the invention (7) The fiber 'weft yarn 2 6 is changed to a triangular bright yarn with a brightness of 5. And in an i: work manner, each triangular bright yarn is interspersed and arranged between each optical fiber. Then, referring to the weaving method of Fig. 2 to weave the light-emitting fiber disk circular year-round yarn, the eighth fabric can be obtained. ′,) Please refer to Figure 2B for the warp cross-sectional view of the 8th fabric. The hollow circular 2 0 4 b is the cross section of the light guide fiber, the solid triangle 2 0 6 b is the cross section of the triangular bright yarn, and the yarn 2 0 2 b is the diagonal bright yarn. The portion where the light guide fiber is not intertwined with the triangular bright yarn is area 208b, and the interwoven portion is area 210b. If the ends of one to seven light guide fibers, preferably three to five, are connected to an active light source, such as an LED light emitting diode, it can become the eighth fabric for active light emission. When the eighth fabric actively emits light, the circular bright yarn in the area 208b will reflect the light emitted by the light guide fiber, so that the active light source 2 1 4 is uniform and concentrates light to the same side. At the same time, the circular bright yarns are woven with each other to form a flat surface 208 as shown in FIG. 2, and an area 210 a as shown in FIG. 2A will reflect the external light source 212. The warp yarns 2 2 in the figure 2 are all changed to circular bright yarns with a brightness of 7, and the weft yarns 2 0 4 and 2 6 are circular bright yarns with a light guide fiber and a brightness of 7, respectively. And in a 1: 1 manner, each circular bright yarn is interposed and arranged between each optical fiber. Then, referring to the weaving method of Fig. 2 to weave the light guide fiber and the round bright yarn, a ninth fabric can be obtained. The method of the ninth preferred embodiment and the preferred embodiments to be provided below are the same as the seventh or eighth preferred embodiments described above, so they are not described in detail here.

Page 12 200536986 V. Description of the invention (8) Variation of the 10th preferred embodiment The 8th preferred embodiment changes the warp yarns 〇2 in Figure 2 to triangular bright yarns with a brightness of 7 and weft yarns 2 0 4 And 2 0 6 are the light guide fiber and the triangular bright yarn of brightness 7, respectively. And in a 1: 1 manner, each triangular bright yarn is interposed and arranged between each optical fiber. Then we refer to the weaving method of Figure 2 to weave the light guide fiber and the round bright yarn to obtain the 10th fabric. The 11th preferred embodiment is changed from the 7th preferred embodiment. The warp yarns 2 2 in the second figure are all replaced with circular bright yarns with a brightness of ❶ 10, and the weft yarns 2 0 4 and 2 6 are light guide fibers, respectively. Circular bright yarn with a brightness of 10. And in a 1: 1 manner, each circular bright yarn is interposed and arranged between each optical fiber. Then we refer to the weaving method in Figure 2 to weave the light guide fiber and the round bright yarn to obtain the first fabric. The 12th preferred embodiment is changed from the 8th preferred embodiment. The warp yarns 2 0 2 in the second figure are all changed to triangular bright yarns with a brightness of 10, and the weft yarns 204 and 2 06 are respectively light guide fibers and a brightness of 10 Triangle shiny yarn. And in a 1: 1 manner, each triangular bright yarn is interspersed and arranged between each optical fiber. Then we refer to the weaving of Figure 2. Weaving the light guide fiber and the round bright yarn, we can get the 12th fabric. Thirteenth Preferred Embodiment The thirteenth preferred embodiment is based on the seventh preferred embodiment. As shown in Figure 3

Page 13 200536986 V. Description of the invention (9), let warp yarns 3 0 2 all Putian ancient be [tn, 1 medium wood with redundancy 5 round bright yarn, weft yarns 3 0 4 and 3 0 6 are The light guide fiber is more ancient & 士 』尤 > a 'paper dimension and a circular bright yarn with a degree of 5 and a woven light guide fiber of 3 and a circular bright Γθ1 〇μ ^ ^ mu first, v The yarns are interspersed and arranged between a pair of optical fibers ^ and weaving the yarn with reference to the weaving method of Fig. 3 to obtain the warp cross-sectional view of the 13th fabric and the 13th fabric ^ main 4. Figure% refers to Figure 3A. Hollow circular 3 0 4 a is the cross section of the light guide fiber, solid circular q n, 0 Λ round $ 3 0 6 a is the cross section of the round bright yarn, and the yarn 〇 2a is a round bright yarn. The area where the light guide fiber is not intertwined with the circular bright yarn is the area 3 0 8a, and the area interwoven is the area 310a. If you connect 7 to 7, the end of the light guide fiber is connected to an active light source, such as a led 5 light polar body, it can become the 3rd fabric of active light. When the thirteenth fabric actively emits light, the circular bright yarns in the region 308a will reflect the light emitted by the V-ray fiber, so that the active light source 3 j 4 is uniform and focuses on the same side. At the same time, the circular bright yarns mutually The weave formed as the plane 308 'in Fig. 3 and the area 31a in Fig. 2A both reflect the external light source 312. The 14th preferred embodiment

It is changed according to the seventh preferred embodiment. As shown in Figure 3, let warp yarns 3 2 all use triangular bright yarns with a brightness of 5; weft yarns 3.0 use fiber optic fibers; weft yarns 3 0 6 use triangular bright yarns with a brightness of 5. And in the manner of 丨 · 3, every two triangular bright yarns are interspersed and arranged between each optical fiber. Subsequently, referring to the weaving method shown in Fig. 3, the light guide fiber and the round bright yarn are woven to obtain the first 14th fabric.

--- Page 14 200536986 V. Description of the invention (10) Please refer to the second figure for the warp sectional view of the 14th fabric. The cross section of the hollow optical fiber, the solid triangle 3 0 6b is a triangular bright yarn, and the section is = line 3 0 2b is a diagonal bright yarn. The portion of the light guide fiber that is not bright with the triangle is area 3 08b, and the intertwined portion is area 3 10b. If you connect 7 to the end, preferably 3 to 5 ends of the light guide fiber, such as LED light-emitting diodes, you can... Ancient road umbrella. Enough n Lezhan nine light sources, when the 14th fabric actively emits light 睥It becomes "= the 14th fabric on the upper side. The round 308m round yao 道 9 o'clock" area reflects the light emitted by the light guide fiber. 7, especially, V will reflect on the side. The cigarette F1 will be spit to the active source 3 1 4 It is uniform and concentrated to the same plane ^, P, and 'round bright yarns are woven with each other to form 3120 in Figure 3 and area 3 1 0 a in Figure 3 A will reflect the external light source. The embodiment refines the 13th preferred embodiment. The warp yarns 3 02 in the third figure are all changed to round & bright yarns with a brightness of 1, and the weft yarns 304 and 30 6 are light guide fibers and a brightness of 7 respectively. Circular matte-free yarn. In the manner of 1 ·· 3, every three circular bright yarns are interspersed and arranged between each optical fiber. Then refer to the weaving method in Fig. 3 for f light guide fiber and circular bright light. Yarn can be used to obtain the 15th fabric. The method of the 15th preferred embodiment and the preferred embodiment to be provided below are the same as the i 3 or 1 4 The 16th preferred embodiment is changed from the 14th preferred embodiment. The warp yarns 3 0 2 in FIG. 3 are all changed to triangular bright yarns with a brightness of 7, and the weft yarns 3 0 4 and 3 0 6 are light guide fiber and brightness 7

Page 15 200536986 V. Description of the invention (11) The triangular bright yarn. And in a 1: 3 manner, every three triangular bright yarns are interspersed and arranged between each optical fiber. Subsequently, weaving the light guide fiber and the round bright yarn with reference to the weaving method of Fig. 3, the 16th fabric can be obtained. The 17th preferred embodiment is changed. The 13th preferred embodiment is to change all the warp yarns 3 2 in the third figure to circular bright yarns with a brightness of 10, and the weft yarns 3 0 4 and 3 0 6 are light guides, respectively. Fiber-free round matte yarn with brightness of 10. And in the manner of 1.3, every three circular bright yarns are interspersed and arranged between each optical fiber. Then we refer to the weaving method in Figure 3 to weave the light guide fiber and the round bright yarn to obtain the 7th fabric. The eighteenth preferred embodiment is changed. The fourteenth preferred embodiment is changed from warp yarns 3 0 2 in FIG. 3 to triangular bright yarns with a brightness of 10. The weft yarns 304 and 3 0 6 are light guide fibers and brightness 1 respectively. Triangle bright yarn of 0. And in a 1: 3 manner, every three triangular bright yarns are interspersed and arranged between each optical fiber. Then referring to the weaving method of Fig. 3 to weave the light guide fiber and the round bright yarn, the eighteenth fabric can be obtained. The i-th to eighteenth fabrics produced in the above-mentioned first to eighth preferred embodiments were tested for brightness. The brightness of each fabric was measured according to the CNS 5 0 64 luminance measurement method. Among them, the relative brightness value is based on the sixth preferred embodiment with the highest brightness among the 18 embodiments, which is 100% to calculate the relative brightness of other fabrics. The results are plotted with the type of bright yarn used in the fabric, and the ratio of the bright yarn of the weft guide fiber disk to the first table. 200536986 V. Description of the invention (12) Margin ratio W light guide: light fry * relative brightness ^ circular brightness buckle triangle ^ brightness > round ^ brightness > triangle + * brightness & round shape ^ Brightness 1⑴ Triangle + Brightness 11 20: 0 (full light guide fiber: 69.0〇 / 〇 ^ > 1st fabric < 72.4% v 2nd fabric < 82.8% ^ 3rd fabric < 86.2% & 4th Fabric < 96.6% + * '5th fabric ♦ 100% + j 6th fabric < 1: 1 ^ 34.5% ^ 7th fabric < 37.9% ^ 8th fabric & 41.4% ^ 9th fabric & 43.1 % ^ 10th Fabric 44.8% such as 11th Fabric < 44.8% ^ > 12th Fabric 1: 3 ^ 15.5% ^ 13th Fabric 17.6% ^ 14th Fabric 20.7% ^ 15th Fabric 21. · 16th Fabric 22.4% ^ No. 17 fabric, 24.1% ^ 笫 18 fabric First table, relative brightness of each fabric

The following table shows the following features: The first feature is that the use of high-g-grade high-gloss yarn as the material of the fabric can improve the brightness of the fabric more than the low-gloss grade 4 high-gloss yarn. For example, under the light-guiding I dimension of all weft yarns, if the warp yarn uses a bright yarn with a shell degree of 7, the brightness of the fabric is higher than that of a warp yarn using a bright yarn with a brightness of 5, and the third fabric has a higher brightness than the second. Therefore, you can get < without proof, if compared with the use of yarns without reflective effect 3 (also known as matte veil) as the fabric material

Yarn-based fabrics will significantly enhance the fabric's brightness: the lunar neodymium supply makes U the second characteristic is the shape of the bright yarn.

The ratio of light guide fiber to bright yarn at the same weft: Table 3: The brightness of the fabric is higher than that of the round yarn. 彳 1 diagonal 焭 light yarn white is better for reflecting light. Next, the three shawl-shaped glazing materials make the user more able to improve the fabric brightness than 111 $ redundant light yarn

200536986 degrees. The bright light of the square cross section has the effect of increasing the brightness of the fabric. The third feature is the higher proportion of light guide fibers used in the weft yarn. • :::: f yarn. When weft yarn uses a higher proportion of bright $ CAN 眛: f 越 凴. In contrast, when and the bright yarn intersects each other; ::: flat :: texture 308), and the bright yarn itself is the effect of the plane external light source in Figure 3, the guiding sentence of the weft yarn and the reflection are at 20: 〇 to, about 1: 7 ^ ^ and into the light-free yarn ratio range. Ji Zhijiazhi * Wai 彡 丨 from 2: 0 to about 1: 5

V. Description of the invention (13) Therefore, the present invention provides a light-emitting property that uses a light-guiding fiber end connected with a light-emitting light source to emit light dynamically. At the same time, the light yarn of the present invention. The bright yarn itself and the bright light are used to reflect external light, and at the same time, the reflected rays are concentrated to the same side to achieve a strong aspect. The light-emitting fiber of the weft thread is light and flexible. In addition, the invention can be used according to its application. With shine yarn types. For example, when using the warning sign, you can choose the full brightness of the weft yarns in the shape of a square or a square to achieve a warning effect. For another example, the light guide fiber of the weft yarn can be used as the material of the fabric, and the fabric of the present invention has a main feature. One characteristic is that the light guide fiber composed of the light yarn interwoven in the fabric is used. The purpose of making light actinic and uniform light source. Let Yizhong intersperse the bright yarn to make the nature of the present invention. The light guide fiber used to adjust the weft thread is used as a police light guide fiber than the light-emitting fabric of the present invention, and the fabric woven with bright yarn is used to provide the highest number of bright yarns interposed between clothing or decorative fibers as in the present invention. Come

200536986 V. Description of the invention (14) Increase the softness of the fabric to meet the comfort of clothing and accessories in use, and have a luminous decorative effect. The specific scale numbers in the above several preferred embodiments, such as brightness 5, "1: 7", or direction descriptions such as "above", "below", etc., are just for convenience of expression, and cannot be based on this. Limit the scope of the invention. At the same time, for the reference of the preferred embodiment shown or described above, it must be known that any details or type changes made by those skilled in the art in accordance with the principles of the present invention, or various isomorphic variants will not depart from the present invention. Spirit of the invention and the scope of patent application of the present invention.

Page 19 200536986 Brief description of the drawings Figure 1 shows a fabric with bright yarn as the warp, light guide fiber as the weft, and warp and weft woven together. Figure 1A is a cross-sectional view of a fabric. Fig. 2 shows a fabric woven with bright yarns as warp threads, and light guide fibers and bright yarns arranged in a grid pattern with each other are woven with weft threads. Figure 2A is a cross-sectional view of a fabric used to show the cross-sectional shape of the weft and the way weft and warp are woven. Figure 2B is a cross-sectional view of a fabric used to show the cross-sectional shape of the weft and the way weft and warp weave each other. Fig. 3 shows a fabric woven with bright yarns as warp and light guide fibers and bright yarns arranged at intervals from each other. Figure 3A is a cross-sectional view of a fabric used to show the cross-sectional shape of the weft and the way weft and warp weave each other. Figure 3B is a cross-sectional view of a fabric used to show the cross-sectional shape of the weft and the way weft and warp are woven with each other. [Simple description of component representative symbols] 102: Warp yarn 2 04b Hollow circle 104: Weft yarn 2 0 6b Solid triangle 102a: Bright yarn 2 0 8b Area 104a Light guide fiber cross section 210b Area 106a Non-interlaced portion 3 0 2: Warp 108a Interlaced portion 3 04: Weft 110: Active light source 3 0 6: Weft

Page 20 200536986 Brief description of the diagram 112 External light source 3 0 8: plane 202 warp yarn 3 0 2a yarn 204 weft yarn 304a hollow circle 206 weft yarn 3 0 6a solid circle 208 plane 30 8a area 2 0 2a yarn 312: foreign Light source 204a Hollow circle 314: Active light source 20 6? 1 Solid circle 3 0 2b Yarn 2 0 8? 1 Area 304b Hollow circle 210a Area 3 0 6b Solid triangle 212: External light source 3 0 8b Area 214: Active light source 310b Area 2 0 2b: I Yarn ❿ ❿

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Claims (1)

200536986 VI. Application for patent scope 1. A fabric with both active luminous effect and reflective effect, which is composed of warp and weft yarns, at least: a plurality of bright yarns as warp yarns; and a plurality of light guide fibers as weft yarns, at least Part of the length of the light guide fibers is interwoven with the light yarns, and the light yarns at least include the effect of reflecting the light leaked from the light guide fibers and an external light source. 2. A fabric with both active lighting and reflective effects, as described in item 1 of the scope of the patent application, which also includes a bright yarn as a weft yarn. ❿ 3. A fabric with both active light-emitting effect and light-reflecting effect, as described in item 2 of the scope of the patent application, wherein the ratio of the bright yarns to the light-guiding fibers as weft yarns is between about 20: 0 to 1 : Between 7. 4. As described in item 2 of the scope of the patent application, a fabric with both active light-emitting effect and light-reflecting effect, wherein the preferred ratio of the bright yarns and the light-guiding fibers as weft yarns is between about 20: 0 to 1 to 5. 5. The fabric having both active light-emitting effect and light-reflecting effect as described in the first patent application scope, wherein the light-guiding fibers include at least one side-guiding fiber 0-dimensional. 6. A fabric with both active light-emitting effect and light-reflecting effect as described in item 1 of the scope of patent application, wherein the light-guiding fibers further include at least a Page 22 200536986 VI. Scope of patent application 'Connect a light-emitting light source' and the light-emitting light source includes at least one LED light-emitting body. 7. The fabric with the reflective effect of the active luminous effect plate as described in the first item of the scope of the patent application. The bright yarns in the 纟 are selected from the group consisting of horizontal, shape, square and triangular bright yarns. Group. 8 · As described in item 7 of the scope of the patent application, insert a good man's private i? ^ ^ ^ ^ ^ ^ 禋 Record fabrics with active light effect and reflective effect, among these Liangjing Shengu <1 1 〇 level. The redundancy is between about i grade and about 9. A fabric with both active light effect and reflective effect as described in item 1 of the scope of patent application, wherein the density of the fabric is about 50 to 2 per square inch Between 10 lines. First, a kind of fabric with both active luminous effect and reflective effect, which is composed of warp and weft yarns, at least including: a plurality of bright yarns as warp yarns; a plurality of bright yarns as weft yarns; fibers as weft yarn 1 Or- the weft yarns above the second weft are interspersed and arranged between the light guide fibers, interwoven with the light guide fibers of at least part of the knife length and the light yarns of the warp yarn; and the light yarns include at least Provides the effect of reflecting the light from the light guide fibers and the external light source. Page 23 and fabrics with reflective effect, in which the proportion of optical fiber is between 2: 0: 0, which has both kinds of these 5; 200536986 6. Application for patent scope / type with both 11 · If the scope of patent application is the first The term τ ^ ^ ^ described in item 0 is between Θ and • 7. 1 2. The fabric with I and reflective effect as described in item 10 of the scope of patent application, wherein the preferred ratio of optical fiber as weft is between 20: 1 '. M-J§L 1 3 One of the items described in the range of item 10 is a very reflective fabric, wherein these light-guiding iron fibers are up to &gt; optical fibers. 14 · A fabric having both reflective and reflective effects as described in item 10 of the scope of the patent application, wherein the light guide fibers are connected to a light emitting light source at the end, and the light emitting light source to the light emitting diode. 1 5. According to one of the scope of the patent application, which has both: and a reflective fabric, wherein the bright yarns are selected from the group consisting of circular, square, triangular bright yarns active light emitting effect; The light yarn and the light-guiding active light-emitting effects: the light yarn and the light-guiding active light-emitting effects k include a side light-emitting light-emitting effect and are included in the fiber less including an LED t. The dynamic light-emitting effect ranges from about 1 to 16. · As described in the scope of the patent application No. 丨 5, a fabric with both "light-reflecting effect" and the brightness of these bright yarns 200536986 6. The scope of patent application is about 1 〇 Between levels. 1 7. A fabric with both an active light effect and a reflective effect as described in item 10 of the scope of the patent application, wherein the fabric density range of the fabric is between about 50 to 2 10 yarns per square inch between. Page 25