Double-layer glittering texture fabric

Abstract

The utility model discloses a double-layer glittering texture fabric which comprises a low-light layer and a streaky layer, the low-light layer and the streaky layer are interwoven through a double-layer different-texture texture obtained by combining twill of the low-light layer, satin of the streaky layer and binding texture of the streaky layer, and the gloss of the streaky layer is higher than that of the low-light layer. The surface of the streamer layer is provided with the vertical crepe texture, so that the fabric is more skin-friendly, stiff and smooth, has a draping effect, is soft and silky in hand feeling, has the air permeability and moisture absorption and dissipation performance, and can cater to the visual effect of the public.

Description

Technical Field

[0001] The utility model relates to the field of textiles, and more specifically to a double-layer glittering texture fabric. Background Art

[0002] There are many glittering fabrics on the market, but many of them add fluorescent agents to achieve the glittering effect of the fabrics. However, this effect will be too exaggerated and the use of fluorescent agents will irritate the skin. There are also methods to achieve the glossiness of the fabrics through gold and silver threads, but the cost is too high. Gold and silver threads are not only expensive but also easy to fade, and are not very practical. Ordinary glittering fabrics are almost flat fabrics with no characteristics, which are not enough to attract buyers. Utility Model Content

[0003] The purpose of the utility model is to overcome the deficiencies of the above-mentioned prior art and provide an inner double-layer glittering texture fabric, which adopts a double-layer different-grained structure, forms a gentle reflective effect in the streamer layer through luminous silk, and has a vertical stripe pleated texture, forming a slightly glittering twill texture on the reverse side.

[0004] In order to achieve the above purpose, the utility model adopts the following technical solutions:

[0005] The utility model discloses a double-layer glitter texture fabric, comprising a micro-light layer and a streamer layer, which are interwoven by 1 / 3 left twill of the micro-light layer, eight three-fly weft satin of the streamer layer and a double-layer different-grain structure combined with a binding structure, and the warp yarns of the streamer layer are arranged in a ratio of 2:2 by two S-twisted strong-twisted yarns and two Z-twisted strong-twisted yarns, and the weft yarns are untwisted yarns, thereby forming a wrinkled texture on the surface of the streamer layer.

[0006] Furthermore, the micro-light layer is interwoven with the micro-light layer warp yarn, the first micro-light layer weft yarn and the second micro-light layer weft yarn. The micro-light layer warp yarn is 66dtex and has a Z twist. The first micro-light layer weft yarn is 111dtex and has no twist. The second micro-light layer weft yarn is 83dtex and has no twist.

[0007] Furthermore, the streamer layer is interwoven with the first warp yarn of the streamer layer, the second warp yarn of the streamer layer, the first weft yarn of the streamer layer, and the second weft yarn of the streamer layer. The first warp yarn of the streamer layer is 66dtex and the twist direction is Z twist. The second warp yarn of the streamer layer is 66dtex and the twist direction is S twist. The first weft yarn of the streamer layer is 111dtex and has no twist. The second weft yarn of the streamer layer is 83dtex and has no twist.

[0008] Furthermore, the warp yarn of the micro-light layer is made of nylon yarn, the first weft yarn of the micro-light layer is made of dyed glossy viscose yarn, the second weft yarn of the micro-light layer is made of dyed glossy viscose yarn, and the weft yarns are arranged in 1:1.

[0009] Furthermore, the first warp yarn of the streamer layer and the second warp yarn of the streamer layer are made of nylon yarn, and the warp yarn arrangement is 2:2, the first weft yarn of the streamer layer is made of dyed glossy viscose yarn, and the second weft yarn of the streamer layer is made of dyed glossy viscose yarn, and the weft yarn arrangement is 1:1.

[0010] Furthermore, the double-layer interwoven warp yarns of the micro-light layer and the streamer layer are arranged in a 1:1 ratio, and the weft yarns are arranged in a 1:1 ratio.

[0011] Furthermore, the warp density of the micro-light layer and the streamer layer interwoven is 192 strands / cm, and the weft density is 119 strands / cm.

[0012] Furthermore, the micro-light layer and the streamer layer are interwoven to form a double-layer glittering texture fabric, and the gram weight of the double-layer glittering texture fabric is 100g / ㎡-130g / ㎡.

[0013] The beneficial effects of the utility model are:

[0014] A double-layer glitter texture fabric, the glitter effect is achieved through the organization and yarn to achieve the gloss of the fabric, and the gloss is good. The gloss effect presented by the streamer layer is gentle and not dazzling, and the glimmer layer presents a glimmer luster. The streamer layer has a vertical crepe texture, which reduces the use of chemical additives and expensive silk threads. It not only makes the fabric more skin-friendly, crisp and drapey, and soft and silky to the touch, but the fabric's breathability, moisture absorption and moisture dissipation properties can also cater to the public's visual effects. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 This is a schematic diagram of the structure of a double-layer glitter texture fabric in this embodiment;

[0016] Figure 2 Schematic diagram of a double-layer structure of a double-layer glitter texture fabric in this embodiment;

[0017] Figure 3 This is a schematic diagram of the organization of the streamer layer of a double-layer glitter texture fabric in this embodiment;

[0018] Figure 4 This is a schematic diagram of the organization of the micro-light layer of a double-layer glitter texture fabric in this embodiment;

[0019] Figure 5 Schematic diagram of the joint structure of a double-layer glitter texture fabric in this embodiment;

[0020] Figure 6 Schematic diagram of a connection point of a double-layer flash texture fabric in the double-layer structure of this embodiment;

[0021] Figure 7 Schematic diagram of the yarn twist direction of a double-layer glitter texture fabric in this embodiment.

[0022] Reference numerals: micro-light layer 100 , streamer layer 200 , junction point 300 , first warp yarn 400 of streamer layer, second warp yarn 500 of streamer layer, first weft yarn 600 of streamer layer, second weft yarn 700 of streamer layer, warp yarn 800 of micro-light layer, first weft yarn 900 of micro-light layer, second weft yarn 1000 of micro-light layer. DETAILED DESCRIPTION

[0023] The following will be combined with the drawings in the embodiments of the utility model to clearly and completely describe the technical solutions in the embodiments of the utility model. Obviously, the described embodiments are only part of the embodiments of the utility model, not all of the embodiments. Based on the embodiments in the utility model, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the utility model.

[0024] like Figure 1 As shown in FIG. 6 , a double-layer glittering texture fabric comprises a micro-light layer 100 and a streamer layer 200. The warp yarn 800 in the micro-light layer 100 is 66dtex nylon yarn. Because the nylon yarn is a monofilament, the twist direction of the nylon yarn is Z twist. The first weft yarn 900 in the weft yarn is 111dtex dyed glossy viscose yarn, and the second weft yarn 1000 is 83dtex dyed glossy viscose yarn, and both are untwisted. The weft yarns of the micro-light layer 100 are arranged in a 1:1 manner. Because the micro-light layer 100 is the reverse side of the fabric, it does not need to have a good glossiness, but needs to be comfortable when in contact with the skin. Therefore, the micro-light layer 100 adopts a 1 / 3 twill weave, and the warp yarns and the weft yarns are distributed in the fabric point distribution so that the weft yarn weave points are more than the warp yarn weave points. Because the warp nylon yarn is matte, and the weft dyed glossy viscose yarns are all glossy, refer to FIG. Figure 4 Therefore, when the warp and weft yarns are interwoven, the number of complete yarns in one cycle of the micro-light layer 100 is 4 in the warp direction and 4 in the weft direction, among which the warp yarns will occupy 1 / 4 of the tissue points, and at the same time, the tissue occupied by the weft yarns will weaken the luster of the weft yarns due to the occupation of the warp yarn tissue, so it will present a twill texture with a micro-shiny luster effect, which not only makes the fabric more wear-resistant and will not wear even if it comes into contact with the skin many times, but also increases the softness and breathability of the fabric, making the user more comfortable when using it.

[0025] The first warp yarn 400 of the streamer layer 200 is 66 dtex and has a Z twist direction. The second warp yarn 500 is 66 dtex and has an S twist direction. Figure 7, the first warp yarn 400 is twisted and the fiber is tilted from the upper right to the lower left, which is Z twist, and the second warp yarn 500 is twisted and the fiber is tilted from the upper left to the lower right, which is S twist. The first weft yarn 600 is 111dtex untwisted, and the second weft yarn 700 is 83dtex untwisted. When the two Z-twisted first warp yarns 400 and the two S-twisted second warp yarns 500 are interwoven with the weft yarns, after the grey cloth is refined, the yarn will generate a torsional force in one direction. If the yarn is twisted in the Z twist direction, the first warp yarn 400 0 will increase its twist because of the same twist direction, and the second warp yarn 500 will be untwisted because of its twist direction opposite to that of the first warp yarn 400. Therefore, the first warp yarn 400 is tight and the second warp yarn 500 is loose, which will cause the fabric to shrink and wrinkle. If the yarn is twisted in the S twist direction, the second warp yarn 500 will increase its twist because of the same twist direction, and the first warp yarn 400 will be untwisted because of its twist direction opposite to that of the second warp yarn 500. Therefore, the second warp yarn 500 is tight and the first warp yarn 400 is loose, which will cause the fabric to shrink and wrinkle.

[0026] The first warp yarn 400 of the light layer 200 is 66dtex nylon yarn, the second warp yarn 500 is also 66dtex nylon yarn, the first weft yarn 600 is 111dtex dyed light viscose yarn, the second weft yarn 700 is 83dtex dyed light viscose yarn, and the weft yarn arrangement is 1:1. Because the light layer 200 is the light layer of the fabric, the glossiness is due to the reverse side of the micro-light layer 100, so eight three-fly weft satin weave is adopted, refer to Figure 3 When the warp and weft yarns are interwoven, a complete yarn of one cycle in the sheen layer 200 is 8 in the warp direction and 8 in the weft direction. Because the weft satin weave is adopted, the weft interwoven weave points occupy 7 / 8 of a weft yarn. Because the weft yarn is dyed glossy viscose yarn, the weft dyed glossy viscose yarn occupies more weave points, and the fabric surface presents more dyed glossy viscose yarn. Therefore, the sheen layer 200 will present a fabric surface with good gloss. At the same time, due to the different twist directions of the warp yarns, there will be a wrinkling effect, which not only makes the fabric have a good gloss, but also increases the drape of the fabric, and makes the fabric feel soft and close to the effect of silk. At the same time, the wrinkling effect is that the fabric can increase the moisture absorption and moisture dissipation properties, which can be more comfortable when used.

[0027] The micro-light layer 100 and the streamer layer 200 are connected from top to bottom. Figure 5The warp yarns in the streamer layer 200 serve as the warp yarns in the connecting structure, and the weft yarns in the micro-light layer 100 serve as the weft yarns in the connecting structure. Because the structure of the streamer layer 200 is an eight-three-fly weft satin structure, the weft interlaced structure points occupy 7 / 8 of a weft yarn. For the firmness of the double-layer connection, the connecting point 300 of the connecting structure is located at the position corresponding to the midpoint of the 7 weft structure points on each weft yarn of the eight-three-fly weft satin structure of the streamer layer 200. Therefore, the connecting structure is the interlacing of the warp yarns of the streamer layer 200 and the weft yarns of the micro-light layer 100, and the structure is also an eight-three-fly weft satin structure, but the starting point is different from the eight-three-fly weft satin structure of the streamer layer 200.

[0028] The double-layer warp yarn is arranged as 1 warp yarn of the streamer layer 200 and 1 warp yarn of the micro-light layer 100, which are interwoven in this arrangement. The double-layer weft yarn is arranged as 1 weft yarn of the streamer layer 200 and 1 warp yarn of the micro-light layer 100, which are interwoven in this arrangement. The micro-light layer 100 and the streamer layer 200 are connected by a binding structure. The micro-light layer 100 is the reverse side of the garment, and its structure is the inner structure. The streamer layer 200 is the front side with a glossy feel, and its structure is the outer structure. The binding structure is eight three-fly weft satin structures. The streamer layer 200 is eight three-fly weft satins, and the number of yarns in one structure cycle is 8 in the warp direction and 8 in the weft direction. The micro-light layer 100 is 1 / 3 left twill, and the number of yarns in one structure cycle is 4 in the warp direction and 4 in the weft direction. When the two layers are interwoven, the number of yarns in the double-layer structure cycle is 16 in the warp direction and 16 in the weft direction. Figure 6 When the shuttle is thrown into the weft yarn of the micro-light layer 100, all the warp yarns in the streamer layer 200 need to be lifted. At this time, the organization point is represented by "○", and the junction organization is the point where the weft yarn of the micro-light layer 100 and the warp yarn of the streamer layer 200 are interwoven. Because the two layers are connected from top to bottom, the weft yarn of the micro-light layer 100 is pressed on the warp yarn of the streamer layer 200, which is the weft organization point. At this time, the junction point 300 indicates that the warp yarn of the streamer layer 200 does not need to be lifted, and it is the cancellation point of the warp yarn of the streamer layer 200. Refer to Figure 2 Therefore, the tissue point that was originally the junction point 300 is the same as other weft tissue points, and no tissue point is drawn, so that the junction point is covered and not exposed. By connecting the upper and lower double layers, the streamer layer 200 can not show the pattern of the micro-light layer 100, so that both sides have different textures, but the connection of the junction tissue can keep the two layers connected continuously, but does not affect the beauty of the fabric.

[0029] The micro-light layer 100 and the streamer layer 200 are interwoven by a connecting tissue, and the warp density is 192 strands / cm, and the weft density is 119 strands / cm, while the warp density of a single layer is 96 strands / cm, and the weft density is 59.5 strands / cm. The density of a single layer is not high, so the interwoven fabric is relatively thin, and when the two layers are connected by the connecting tissue, the fabric can be made crisp and drapey, and its gram weight is 100g / ㎡-130g / ㎡, making the double-layer fabric feel softer and thinner.

[0030] The above is only a preferred embodiment of the present invention. The protection scope of the present invention is not limited to the above embodiments. All technical solutions under the concept of the present invention belong to the protection scope of the present invention. It should be pointed out that for ordinary technicians in this technical field, some improvements and modifications without departing from the principle of the present invention should also be regarded as the protection scope of the present invention.

Claims

1. A double-layer glitter texture fabric, characterized in that: The invention comprises a micro-light layer (100) and a streamer layer (200), wherein the micro-light layer (100) and the streamer layer (200) are interwoven by means of 1 / 3 left twill of the micro-light layer (100), eight three-fly weft satin of the streamer layer (200), and a double-layer different-grain structure combined with a binding structure, and the warp yarns of the streamer layer (200) are arranged in a ratio of 2:2 by means of two S-twisted strong-twisted yarns and two Z-twisted strong-twisted yarns, and the weft yarns are untwisted yarns, thereby forming a wrinkled texture on the surface of the streamer layer (200).

2. A double-layer glitter texture fabric according to claim 1, characterized in that: The micro-light layer (100) is interwoven with a micro-light layer warp yarn (800) and a first micro-light layer weft yarn (900) and a second micro-light layer weft yarn (1000); the micro-light layer warp yarn (800) is 66 dtex and has a Z twist; the first micro-light layer weft yarn (900) is 111 dtex and has no twist; and the second micro-light layer weft yarn (1000) is 83 dtex and has no twist.

3. The double-layer glitter texture fabric according to claim 1, characterized in that: The streamer layer (200) is interwoven with a first warp yarn (400) and a second warp yarn (500) of the streamer layer, a first weft yarn (600) and a second weft yarn (700) of the streamer layer; the first warp yarn (400) of the streamer layer is 66 dtex and has a Z twist; the second warp yarn (500) of the streamer layer is 66 dtex and has an S twist; the first weft yarn (600) of the streamer layer is 111 dtex and has no twist; and the second weft yarn (700) of the streamer layer is 83 dtex and has no twist.

4. The double-layer glitter texture fabric according to claim 2, characterized in that: The warp yarn (800) of the micro-light layer is made of nylon yarn, the first weft yarn (900) of the micro-light layer is made of dyed glossy viscose yarn, the second weft yarn (1000) of the micro-light layer is made of dyed glossy viscose yarn, and the weft yarns are arranged in a 1:1 manner.

5. The double-layer glitter texture fabric according to claim 3, characterized in that: The first warp yarn (400) of the light-flowing layer and the second warp yarn (500) of the light-flowing layer are made of nylon yarn, and the warp yarns are arranged in a 2:2 ratio; the first weft yarn (600) of the light-flowing layer is made of dyed glossy viscose yarn, and the second weft yarn (700) of the light-flowing layer is made of dyed glossy viscose yarn, and the weft yarns are arranged in a 1:1 ratio.

6. The double-layer glitter texture fabric according to claim 1, characterized in that: The double-layer interlaced warp yarns of the micro-light layer (100) and the streamer layer (200) are arranged in a 1:1 ratio, and the weft yarns are arranged in a 1:1 ratio.

7. The double-layer glitter texture fabric according to claim 1, characterized in that: The double-layer warp density of the interweaving micro-light layer (100) and the streamer layer (200) is 192 strands / cm, and the double-layer weft density is 119 strands / cm.

8. The double-layer glitter texture fabric according to claim 1, characterized in that: The micro-light layer (100) and the streamer layer (200) are interwoven to form a double-layer glittering texture fabric, the gram weight of which is 100 g / ㎡-130 g / ㎡.

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