CN210151307U - All-cotton composite twill jean fabric - Google Patents

Abstract

The utility model discloses a compound twill denim fabric of all cotton, include the twill top layer that is interweaved by warp and weft and be located the satin inlayer of twill top layer below, the lower surface on twill top layer is equipped with a plurality of first elastic rings, the upper surface on satin inlayer is equipped with a plurality of second elastic rings, first elastic ring and second elastic ring interval staggered distribution, be equipped with reinforcing fiber and conductive fiber between twill top layer and the satin inlayer, reinforcing fiber is wavy distribution and is connected with twill top layer and satin inlayer respectively, conductive fiber passes first elastic ring and second elastic ring in proper order, reinforcing fiber and conductive fiber's cross point department is equipped with antibacterial particle. The utility model has the characteristics of intensity is high, elasticity is good, ventilative antibacterial property is good.

Description

All-cotton composite twill jean fabric

Technical Field

The utility model relates to a denim fabric, especially compound twill denim fabric of all-cotton.

Background

The jean fabric is an important component of the garment fabric and is thick yarn-dyed warp-faced twill cotton. The jean fabric starts from the western part of the United states, is famous for grazing personnel to make clothes and trousers, has compact texture, thickness, bright color and clear texture, has the annual output of more than 20 hundred million meters, is widely applied in life, and can be made into jeans, jeans coats, jeans skirts and the like. The existing denim fabric produced by adopting all cotton yarns in China has good skin-friendly property, but is not high enough in strength, weak in elasticity and poor in resilience after being worn for a long time, so that the denim fabric is easy to deform and collapse after being worn for a certain time, and for the close-fitting jeans fabric, the human body is easy to sweat in summer or after sports, the air permeability of the fabric needs to be enhanced, and the antibacterial and sweat-releasing performance needs to be improved. Therefore, the existing jean fabric has the problems of low strength, weak elasticity and reinforced air permeability and antibacterial property.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide an all-cotton composite twill jean fabric. The utility model has the characteristics of intensity is high, elasticity is good, ventilative antibacterial property is good.

The technical scheme of the utility model: compound twill denim fabric of all-cotton, include the twill top layer that interweaves by warp and weft and the satin weave inlayer that is located twill top layer below, the lower surface on twill top layer is equipped with a plurality of first elastic rings, the upper surface on satin weave inlayer is equipped with a plurality of second elastic rings, first elastic ring and the crisscross distribution of second elastic ring interval, be equipped with reinforcing fiber and conductive fiber between twill top layer and the satin weave inlayer, reinforcing fiber is wavy distribution and is connected with twill top layer and satin weave inlayer respectively, conductive fiber passes first elastic ring and second elastic ring in proper order, reinforcing fiber and conductive fiber's intersect department is equipped with antibacterial particle.

In the foregoing all-cotton composite twill denim fabric, the first elastic ring and the second elastic ring both adopt polypropylene fiber high stretch yarns as core yarns, and the outside of the polypropylene fiber high stretch yarns is wrapped with cotton fibers.

In the all-cotton composite twill denim fabric, the reinforcing fibers are of a hollow structure, and the cross section of the holes of the reinforcing fibers is H-shaped.

In the all-cotton composite twill denim fabric, one antibacterial fiber is interwoven between every two warps in the satin inner layer.

In the all-cotton composite twill denim fabric, the warp and the weft are both cotton threads.

Compared with the prior art, the jean fabric is set into the combination of the twill surface layer and the satin inner layer, so that the surface layer has stronger stereoscopic impression and improved strength, and the inner layer is softer, has better skin-friendly property and is comfortable to wear; the arranged reinforcing fibers can adopt chinlon, have high strength and wear resistance, firmly connect the twill surface layer and the satin inner layer together in a wavy manner, improve the strength and the structural stability of the fabric, and are not easy to shed; through the arrangement of the first elastic ring and the second elastic ring, a plurality of air circulation grooves can be formed between the twill surface layer and the satin inner layer, so that the air permeability and the moisture conductivity are improved, the sweat can be quickly removed, the dryness of the skin of a human body is kept, good elasticity can be formed between the twill surface layer and the satin inner layer, the fabric has high elasticity, and the recovery performance is good; the conductive fiber is connected with the first elastic ring and the second elastic ring, so that the linkage performance between the first elastic ring and the second elastic ring is enhanced, the tightness, the structural stability and the cloth strength are improved, the conductive effect can be achieved, and the generation of static electricity is reduced; and antibacterial particles are arranged at the cross points of the reinforcing fibers and the conductive fibers, so that the structural connection stability and tightness between the fibers can be enhanced, and the antibacterial fibers can be matched to play a role in deodorizing and inhibiting bacteria. Therefore, the utility model has the characteristics of intensity is high, elasticity is good, ventilative antibacterial property is good.

Drawings

Fig. 1 is a schematic structural diagram of the present invention;

FIG. 2 is a schematic structural view of a first elastic ring;

FIG. 3 is a schematic view of the structure of a reinforcing fiber;

fig. 4 is a schematic structural view of the satin inner layer.

The labels in the figures are: 1. a twill surface layer; 2. a satin inner layer; 21. warp threads; 22. a weft; 23. an antimicrobial fiber; 31. a first elastic ring; 32. a second elastic ring; 33. a reinforcing fiber; 34. a conductive fiber; 35. antibacterial particles; 41. polypropylene high stretch yarn; 42. cotton fibers.

Detailed Description

The following description is made with reference to the accompanying drawings and examples, but not to be construed as limiting the invention.

Examples are given.

As shown in fig. 1-4, the all-cotton composite twill denim fabric comprises a twill surface layer 1 formed by interweaving warps 21 and wefts 22 and a satin inner layer 2 located below the twill surface layer 1, wherein the lower surface of the twill surface layer 1 is provided with a plurality of first elastic rings 31, the upper surface of the satin inner layer 2 is provided with a plurality of second elastic rings 32, the first elastic rings 31 and the second elastic rings 32 are distributed at intervals in a staggered manner, reinforcing fibers 33 and conductive fibers 34 are arranged between the twill surface layer 1 and the satin inner layer 2, the reinforcing fibers 33 are distributed in a wavy manner and are respectively connected with the twill surface layer 1 and the satin inner layer 2, the conductive fibers 34 sequentially penetrate through the first elastic rings 31 and the second elastic rings 32, and antibacterial particles 35 are arranged at the intersection points of the reinforcing fibers 33 and the conductive fibers.

The first elastic ring 31 and the second elastic ring 32 both adopt polypropylene high-elasticity yarns 41 as core yarns, and the outside of the polypropylene high-elasticity yarns 41 is coated with cotton fibers 42. The first elastic ring 31 and the second elastic ring 32 have high elasticity and good skin-friendly performance.

The reinforcing fiber 33 has a hollow structure, and the cross section of the hole of the reinforcing fiber 33 is H-shaped. The reinforcing fiber 33 may be nylon. The hollow structure of the reinforcing fiber 33 improves the air circulation performance, and the H-shaped hole section is adopted to form a plurality of grooves, so that the capillary benefit of the reinforcing fiber 33 in the fabric is improved, the wicking effect is generated, and the dry and wet-conducting performance is realized.

And an antibacterial fiber 23 is interwoven between every two warps 21 in the satin inner layer 2. The antibacterial fiber 23 has antibacterial property, can adopt antibacterial polyester fiber or natural chitin fiber containing antibacterial agent, and is arranged in the satin inner layer 2, and is closer to human body, and has better deodorization and bacteriostasis effects on mite and bacteria in sweat generated by human body.

The warp yarns 21 and the weft yarns 22 are all cotton yarns.

The jean fabric is set into the combination of the twill surface layer 1 and the satin inner layer 2, so that on one hand, the surface layer has strong stereoscopic impression and high strength, and on the other hand, the inner layer is softer, has good skin-friendly performance and is comfortable to wear; the arranged reinforcing fibers 33 can be chinlon, have high strength and wear resistance, firmly connect the twill surface layer 1 and the satin inner layer 2 together in a wavy manner, improve the strength and structural stability of the fabric, and have dry and wet permeability due to a hollow structure; through the arrangement of the first elastic ring 31 and the second elastic ring 32, a plurality of air circulation grooves can be formed between the twill surface layer 1 and the satin inner layer 2, air permeability and moisture conductivity are improved, cotton threads are adopted as the warps 21, the wefts 22 and the hollow reinforcing fibers 33 in a matching manner, so that the fabric is breathable in all directions, can quickly perspire, keeps the dryness of human skin, can form good elasticity between the twill surface layer 1 and the satin inner layer 2, and has good recovery performance; the conductive fiber 34 can be polyaniline conductive fiber, and is connected with the first elastic ring 31 and the second elastic ring 32 through the conductive fiber 34, so that the linkage performance between the first elastic ring 31 and the second elastic ring 32 is enhanced, the tightness and the structural stability are improved, the conductive effect can be achieved, and the generation of static electricity is reduced; and the antibacterial particles 35 are arranged at the intersection points of the reinforcing fibers 33 and the conductive fibers 34, and the antibacterial particles 35 can be nano-silver particles, so that the structural connection stability and tightness between the reinforcing fibers 33 can be enhanced, the fabric strength is improved, and the antibacterial fibers 23 can be matched to play roles of deodorization and bacteriostasis.

Claims (5)

1. The all-cotton composite twill jean fabric is characterized in that: including twill top layer (1) that is interweaved by warp (21) and weft (22) and forms and satin texture inlayer (2) that are located twill top layer (1) below, the lower surface of twill top layer (1) is equipped with a plurality of first elastic ring (31), the upper surface of satin texture inlayer (2) is equipped with a plurality of second elastic ring (32), first elastic ring (31) and second elastic ring (32) interval staggered distribution, be equipped with reinforcing fiber (33) and conductive fiber (34) between twill top layer (1) and satin texture inlayer (2), reinforcing fiber (33) are wavy distribution and are connected with twill top layer (1) and satin texture inlayer (2) respectively, conductive fiber (34) pass first elastic ring (31) and second elastic ring (32) in proper order, the cross point department of reinforcing fiber (33) and conductive fiber (34) is equipped with antibacterial particle (35).

2. The all-cotton composite twill denim fabric according to claim 1, characterized in that: first elasticity circle (31) and second elasticity circle (32) all adopt polypropylene fibre high-stretch yarn (41) as the heart yearn, and the outside cladding of polypropylene fibre high-stretch yarn (41) has cotton fiber (42).

3. The all-cotton composite twill denim fabric according to claim 1, characterized in that: the reinforcing fibers (33) are of a hollow structure, and the cross sections of the holes of the reinforcing fibers (33) are H-shaped.

4. The all-cotton composite twill denim fabric according to claim 1, characterized in that: and an antibacterial fiber (23) is interwoven between every two warps (21) in the satin inner layer (2).

5. The all-cotton composite twill denim fabric according to claim 1, characterized in that: the warp (21) and the weft (22) are cotton threads.

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