CN219618647U - Wear-resistant breathable clothing fabric and clothing - Google Patents

Abstract

The utility model discloses a wear-resistant breathable clothing fabric, which comprises a double-layer fabric layer and a skin-friendly layer which are combined; the double-layer fabric layer comprises a surface layer and an inner layer; the surface layer and the inner layer are connected by binding weft yarns; the surface warp yarn comprises biomass graphene composite fiber yarns and nylon fiber yarns which are twisted; the surface weft yarn comprises a graphene nylon fiber yarn and a cashmere fiber yarn which are twisted; the inner warp yarn is antibacterial cotton yarn; the inner weft yarn is polylactic acid aerogel fiber yarn. The surface layer adopts wear-resistant nylon yarns, so that the wear-resistant durability can be effectively improved, and the air-permeable nylon fabric has good air permeability. And the biomass graphene composite fiber yarn and the graphene nylon fiber yarn used provide good antistatic capability for the clothing fabric. And the polylactic acid aerogel fiber yarn provides good warm-keeping effect, and the antibacterial cotton yarn provides good antibacterial effect.

Description

Wear-resistant breathable clothing fabric and clothing

Technical Field

The utility model relates to the technical field of textile fabrics and clothes, in particular to a wear-resistant breathable clothes fabric and clothes.

Background

In the field of clothing fabrics, high requirements are placed on wear resistance and the like of clothing fabrics for making jackets, and the conventional wear-resistant fabrics generally adopt wear-resistant processes and the like to carry out wear-resistant treatment on the surface layers of the fabrics, such as bonding wear-resistant films on the surfaces of the clothing fabrics or coating wear-resistant coatings. However, the wear-resistant film or the wear-resistant coating is adopted, and the wear-resistant performance of the wear-resistant film or the wear-resistant coating can fall off after being subjected to washing and other treatments, so that the wear-resistant performance of the clothing fabric is reduced. And the arrangement of the wear-resistant film or the wear-resistant coating can reduce the air permeability of the clothing fabric. How to prepare a fabric with lasting wear resistance and ventilation becomes a problem to be solved.

Disclosure of Invention

The utility model aims to provide the wear-resistant breathable garment fabric, the surface layer is made of wear-resistant nylon yarns, the wear-resistant durability can be effectively improved, and the wear-resistant breathable garment fabric also has good breathability.

In order to solve the technical problems, the aim of the utility model is realized as follows:

the utility model relates to a wear-resistant breathable clothing fabric, which comprises a double-layer fabric layer and a skin-friendly layer which are combined;

the double-layer fabric layer comprises a surface layer and an inner layer; the surface layer is formed by interweaving surface warp yarns and surface weft yarns, and the inner layer is formed by interweaving inner layer warp yarns and inner layer weft yarns according to a warp face tissue; the surface layer and the inner layer are connected by binding weft yarns;

the surface warp yarn comprises biomass graphene composite fiber yarns and nylon fiber yarns which are twisted; the surface weft yarn comprises graphene nylon fiber yarns and cashmere fiber yarns which are twisted;

the inner warp yarn is antibacterial cotton yarn; the inner weft yarns are polylactic acid aerogel fiber yarns.

The above-mentioned scheme is based on and is a preferable scheme of the above-mentioned scheme: the biomass graphene composite fiber used in the biomass graphene composite fiber yarn comprises a silk fibroin fiber and a graphene layer compounded on the surface of the silk fibroin fiber.

The above-mentioned scheme is based on and is a preferable scheme of the above-mentioned scheme: grooves are formed in the surface of the polylactic acid aerogel fiber yarn.

The above-mentioned scheme is based on and is a preferable scheme of the above-mentioned scheme: the surface layer weft yarn also comprises bamboo charcoal fiber yarns which are twisted with the graphene nylon fiber yarns and the cashmere fiber yarns.

The above-mentioned scheme is based on and is a preferable scheme of the above-mentioned scheme: the double-layer fabric layer and the skin-friendly layer are also compounded with a waterproof and breathable film.

The utility model also relates to a piece of wear-resistant breathable clothing manufactured by the wear-resistant breathable clothing fabric.

The beneficial effects of the utility model are as follows: the wear-resistant breathable clothing fabric and the wear-resistant breathable clothing have the advantages that the wear-resistant nylon yarns are adopted in the surface layer, so that the wear-resistant durability can be effectively improved, and the wear-resistant breathable clothing fabric and the wear-resistant breathable clothing have good breathability. And the biomass graphene composite fiber yarn and the graphene nylon fiber yarn used provide good antistatic capability for the clothing fabric. And the polylactic acid aerogel fiber yarn provides good warm-keeping effect, and the antibacterial cotton yarn provides good antibacterial effect.

Drawings

FIG. 1 is a schematic structural view of a wear-resistant breathable apparel fabric in accordance with an embodiment;

FIG. 2 is a weave diagram of a double layer fabric according to an embodiment;

fig. 3 is a schematic structural view of a wear-resistant breathable garment fabric according to a second embodiment.

The labels in the figures are illustrated below: 1-double-layer material layer; 2-a skin-friendly layer; 3-a waterproof breathable film; 101-surface layer first warp yarns; 102-surface layer second warp yarn; 103-top layer third warp yarn; 104-surface layer fourth warp yarn; 111-inner layer first warp yarns; 112-an inner layer second warp yarn; 113-an inner layer third warp yarn; 114-an inner layer fourth warp yarn; 201-surface layer first weft yarn; 202-a top layer second weft yarn; 203-surface layer third weft yarn; 204-top fourth weft yarn; 211-an inner layer first weft yarn; 212-an inner layer second weft yarn; 213-an inner layer third weft yarn; 214-an inner fourth weft yarn; 221-first binder weft yarn; 222-second binder weft yarn; 223-third binder weft yarn; 224-fourth binder weft yarn. In fig. 2, ■ is the superficial organized point; gamma represents the inner tissue points; the weft yarns in the inner layer are all lifted up by the surface warp yarns; and (c) represents the interweaving point of the binding weft yarn and the surface warp yarn, and (d) represents the interweaving point of the binding weft yarn and the inner warp yarn.

Detailed Description

The utility model will be further described with reference to the drawings and specific examples.

Example 1

The present embodiment will be described in detail with reference to fig. 1 and 2. The wear-resistant breathable clothing fabric comprises a double-layer material layer 1 and a skin-friendly layer 2 which are combined.

The double-layer fabric layer 1 comprises a surface layer 11 and an inner layer 12; the surface layer 11 is formed by interweaving surface layer warp yarns and surface layer weft yarns, and the inner layer is formed by interweaving inner layer warp yarns and inner layer weft yarns according to a warp face tissue; the top layer 11 and the inner layer 12 are connected by binder weft yarns. The surface warp yarn comprises biomass graphene composite fiber yarns and nylon fiber yarns which are twisted; the surface weft yarn comprises graphene nylon fiber yarns and cashmere fiber yarns which are twisted. The inner warp yarn is antibacterial cotton yarn; the inner weft yarns are polylactic acid aerogel fiber yarns.

The biomass graphene composite fiber yarn, the nylon fiber yarn, the graphene nylon fiber yarn and the cashmere fiber yarn are used in the surface layer 11, so that the wear resistance of the surface layer 11 can be effectively improved, and the wear resistance of the fabric cannot be reduced due to the adoption of the fiber lifting and the wear resistance. And the biomass graphene composite fiber yarns and the graphene nylon fiber yarns can bring good antistatic capability to the fabric, so that hidden danger brought by static electricity when the fabric is worn in dry winter is avoided.

The inner layer 12 is made of polylactic acid aerogel fiber yarns, so that the fabric has a good heat preservation effect and is suitable for being worn in winter. And the used antibacterial cotton yarn has good antibacterial effect for the fabric.

Further, the biomass graphene composite fiber used in the biomass graphene composite fiber yarn comprises a silk fibroin fiber and a graphene layer composited on the surface of the silk fibroin fiber.

Further, grooves are formed in the surface of the polylactic acid aerogel fiber yarn. The wicking effect brought by the grooves related to the surface provides the moisture absorption and sweat release effects for the fabric.

In the double-layer fabric 1, the surface warp yarns comprise surface first warp yarns 101, surface second warp yarns 102, surface third warp yarns 103 and surface fourth warp yarns 104, and the surface weft yarns comprise surface first weft yarns 201, surface second weft yarns 202, surface third weft yarns 203 and surface fourth weft yarns 204; the inner layer warp yarns comprise inner layer first warp yarns 111, inner layer second warp yarns 112, inner layer third warp yarns 113 and inner layer fourth warp yarns 114; the inner weft yarns include an inner first weft yarn 211, an inner second weft yarn 212, an inner third weft yarn 213, and an inner fourth weft yarn 214. The binder weft yarns include a first binder weft yarn 221, a second binder weft yarn 222, a third binder weft yarn 223, and a fourth binder weft yarn 224. The warp yarns are arranged in the order of 1 surface warp yarn and 1 inner warp yarn, namely a surface first warp yarn 101, an inner first warp yarn 111, a surface second warp yarn 101, an inner second warp yarn 112, a surface third warp yarn 103, an inner third warp yarn 113, a surface fourth warp yarn 104 and an inner fourth warp yarn 114. The weft-filling sequence is as follows: a top first weft yarn 201, a bottom first weft yarn 211, a first binder weft yarn 221, a top second weft yarn 202, a bottom second weft yarn 212, a second binder weft yarn 222, a top third weft yarn 203, a bottom third weft yarn 213, a third binder weft yarn 223, a top fourth weft yarn 204, a bottom fourth weft yarn 214, and a fourth binder weft yarn 224. And the surface warp yarns are lifted up when the inner weft yarns are woven.

The first weft yarn 201 is positioned below the first warp yarn 101 and the fourth warp yarn 104, and above the rest warp yarns; the inner first weft yarn 211 is located above the inner second warp yarn 112 and below the remaining warp yarns. The first binder weft yarn 221 is located above the inner first warp yarn 111, the inner second warp yarn 112, and the inner third warp yarn 113, and below the remaining warp yarns; the surface layer second weft yarn 202 is positioned below the surface layer first warp yarn 101 and the surface layer second warp yarn 102 and above the rest warp yarns; the inner second weft yarn 212 is positioned above the inner third warp yarn 113 and below the remaining warp yarns; the second binder weft yarn 222 is located under the inner second warp yarn 112, the inner third warp yarn 113, the inner fourth warp yarn 114, and over the remaining warp yarns; the surface layer third weft yarn 203 is positioned below the surface layer second warp yarn 102 and the surface layer third warp yarn 103 and above the rest warp yarns; the inner third weft yarn 213 is located above the inner fourth warp yarn 114 and below the remaining warp yarns; the third binder weft yarn 223 is located over the inner first warp yarn 111, the inner third warp yarn 113, and the inner fourth warp yarn 114, and under the remaining warp yarns; the surface fourth weft yarn 204 is positioned below the surface third warp yarn 103 and the surface fourth warp yarn 104 and above the rest warp yarns; the inner fourth weft yarn 214 is located above the inner first warp yarn 111 and below the remaining warp yarns; the fourth binder weft yarn 224 is located above the inner first warp yarn 111, the inner second warp yarn 112, and the inner fourth warp yarn 114 and below the remaining warp yarns.

Example two

The present embodiment will be described in detail with reference to fig. 2. The wear-resistant breathable clothing fabric according to the embodiment is different from the first embodiment in that: the surface layer weft yarn also comprises bamboo charcoal fiber yarns which are twisted with the graphene nylon fiber yarns and the cashmere fiber yarns.

Another difference is that: a waterproof and breathable film 3 is further compounded between the double-layer fabric layer 1 and the skin-friendly layer 2.

Example III

The embodiment relates to a piece of clothing, which is made of the wear-resistant breathable clothing fabric.

The foregoing describes in detail preferred embodiments of the present utility model. It should be understood that numerous modifications and variations can be made in accordance with the concepts of the utility model by one of ordinary skill in the art without undue burden. Therefore, all technical solutions which can be obtained by logic analysis, reasoning or limited experiments based on the prior art by the person skilled in the art according to the inventive concept shall be within the scope of protection defined by the claims.

Claims (6)

1. The wear-resistant breathable clothing fabric is characterized by comprising a double-layer fabric layer (1) and a skin-friendly layer (2) which are compounded;

the double-layer fabric layer (1) comprises a surface layer (11) and an inner layer (12); the surface layer (11) is formed by interweaving surface layer warp yarns and surface layer weft yarns, and the inner layer is formed by interweaving inner layer warp yarns and inner layer weft yarns according to a warp face structure; the surface layer (11) and the inner layer (12) are connected by binding weft yarns;

the surface warp yarn comprises biomass graphene composite fiber yarns and nylon fiber yarns which are twisted; the surface weft yarn comprises graphene nylon fiber yarns and cashmere fiber yarns which are twisted;

the inner warp yarn is antibacterial cotton yarn; the inner weft yarns are polylactic acid aerogel fiber yarns.

2. The wear-resistant breathable garment fabric according to claim 1, wherein the biomass graphene composite fiber used in the biomass graphene composite fiber yarn comprises silk fibroin fibers and a graphene layer composited on the surfaces of the silk fibroin fibers.

3. The wear-resistant breathable garment fabric according to claim 1, wherein grooves are formed in the surface of the polylactic acid aerogel fiber yarns.

4. The wear-resistant breathable garment fabric according to claim 1, wherein the surface layer weft yarns further comprise bamboo charcoal fiber yarns twisted with graphene nylon fiber yarns and cashmere fiber yarns.

5. The wear-resistant breathable garment fabric according to claim 1, wherein a waterproof breathable film (3) is further compounded between the double-layer fabric layer (1) and the skin-friendly layer (2).

6. A garment made from the wear-resistant breathable garment fabric of any one of claims 1 to 5.