CN217579252U

CN217579252U - High mountain skiing fabric

Info

Publication number: CN217579252U
Application number: CN202221374795.9U
Authority: CN
Inventors: 文腾蛟; 肖广智
Original assignee: Guangdong Derun Textile Co ltd
Current assignee: Guangdong Derun Textile Co ltd
Priority date: 2022-06-02
Filing date: 2022-06-02
Publication date: 2022-10-14
Anticipated expiration: 2032-06-02

Abstract

The utility model discloses a mountain skiing surface fabric, which comprises a fabric body, the surface fabric body includes the veil, the end yarn, lead wet yarn and backing yarn, the coiling becomes outer surface course on veil and the backing yarn, end yarn and backing yarn lower wall coiling form the skin layer, it leads wet layer to lead the formation of wet yarn upper and lower wall tucking, outer surface course, lead wet layer and skin layer extremely and arrange in proper order down, skin layer is connected through leading wet layer with wearing the layer outward, skin layer and wearing the layer outward are 2 way 2 plain weave layers that the needle was all arranged, it contains 1 flat range for 2 way 1 to lead wet layer, the veil is 50D 36F low elasticity semigloss dacron DTY, the end yarn is 50D 72F low elasticity semigloss moisture absorption dacron DTY, it is 50D 72F low elasticity semigloss moisture absorption DTY to lead wet yarn, the backing yarn is 70D spandex. The fabric body has the advantages of good one-way moisture conductivity, good ventilation, good elasticity and recovery performance, certain comfort level, realization of arbitrary cutting, and filling up the blank of the domestic alpine skiing fabric.

Description

High mountain skiing fabric

Technical Field

The utility model belongs to a mountain skiing surface fabric especially relates to a mountain skiing surface fabric.

Background

With the successful establishment of the Beijing winter Olympic Committee, more and more people enjoy skiing, skating and other ice and snow sports. The alpine skiing sports garment has high requirements on the thickness, moisture absorption, breathability, high elasticity, high recovery, comfort and the like of the fabric. However, the fabric with certain thickness, moisture absorption, air permeability, high elasticity, high recovery and comfort is few, and the fabric which can be used for alpine skiing and has the functions is still blank.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a can solve a high mountain skiing surface fabric in at least one of above-mentioned problem.

According to the utility model discloses an aspect, a mountain skiing surface fabric is provided, which comprises a fabric body, the surface fabric body includes the veil, the end yarn, lead wet yarn and backer yarn, the looping formation surface course on veil and the backer yarn, end yarn and backer yarn lower wall looping formation skin layer, it forms the wet layer to lead wet yarn upper and lower dish tucking, the surface course, lead wet layer and backer layer to arranging in proper order from top to bottom, the skin layer is connected through leading the wet layer with wearing the layer outward, skin layer and wearing the layer outward are the plain weave layer that 2 way 2 needles were all arranged, it contains 1 flat range for 2 way 1 to lead the wet layer, the veil is 50D 36F low elasticity semigloss dacron DTY, the end yarn is 50D 72F low elasticity semigloss moisture absorption dacron DTY, it is 50D 72F low elasticity moisture absorption DTY to lead the sweat yarn, the backer yarn is 70D spandex.

The beneficial effects of the utility model are that: the moisture-conducting layers are alternately arranged between the coils of the upper layer and the lower layer at intervals to play a connecting role, sweat of the skin-adhering layer is transmitted to the outer surface layer through the moisture-conducting yarns connected with the moisture-conducting layers, and the sweat cannot flow back, so that a one-way moisture-conducting effect is realized, and the drying comfort of the skin-adhering surface is kept; in addition, the moisture-conducting layer enables the cloth cover to be stiff and smooth and have a certain thickness, and the skin-attaching layer and the outer wearing layer are both plain weave structure tissues, so that the cloth cover of the fabric is fine and smooth and comfortable. From this, the surface fabric body has one-way wet good, ventilative good, elasticity and resilience can be good and have certain comfort level to and can realize the advantage of tailorring wantonly, fill domestic mountain skiing surface fabric blank.

In some embodiments, the stitch arrangement mode during the knitting of the fabric body is as follows: one cycle of 12/2 needles in the upper disc, and one cycle of 21/2 needles in the lower disc; triangular arrangement: 6 paths and one cycle. Therefore, the weaving requirement of the fabric body can be met.

In some embodiments, the doffing mode of the fabric body is as follows: 1F, 4F drop wet yarns, 2F, 5F face yarns and backing yarns, and 3F, 6F ground yarns and backing yarns. Therefore, the doffing requirement of each yarn in the fabric body can be met.

In some embodiments, the yarn feeding amount of the fabric body adopts 100 needles: the moisture-conducting yarns of 1F and 4F are 200mm, the veil and the under-fill yarns of 2F and 5F are 230mm and 90mm respectively, and the under-fill yarns of 3F and 6F are 230mm and 90mm respectively. Therefore, the yarn feeding amount can ensure high elasticity, ultrahigh resilience and certain comfort of the alpine ski fabric.

In some embodiments, the off-machine format of the body of the face fabric is 152cm x 360g/m ² . Therefore, the requirements of the fabric for alpine skiing are met.

Drawings

Fig. 1 is a schematic view of a weaving structure of a fabric body in a alpine ski fabric.

Fig. 2 is a schematic view of a triangular structure of a fabric body in a alpine ski fabric.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

Refer to fig. 1 and 2. The utility model provides a high mountain skiing surface fabric, includes the surface fabric body, the surface fabric body includes veil, bottom Yarn, lead wet Yarn and backer Yarn, the upper disk lopping of veil and backer Yarn forms outer surface layer, bottom Yarn and backer Yarn are lopped down and are formed and paste the skin layer, lead wet Yarn upper and lower dish tucking and form and lead wet layer, outer surface layer, lead wet layer and paste skin layer and arrange from top to bottom in proper order, it is connected through leading wet layer with wearing the layer outward to paste skin layer, it is 2 way 2 plain weave layers that the needle is all arranged outward to wear the layer outward, lead wet layer and contain 1 flat range for 2 way 1, the surface Yarn is 50D/36F low elasticity semigloss dacron DTY (Draw textile, tensile deformation silk), the bottom Yarn is 50D/72F low elasticity moisture absorption sweat releasing dacron DTY, it is 50D/72F low elasticity moisture absorption semigloss moisture absorption DTY, the backer Yarn is 70D spandex.

The surface yarn adopts 50D/36F low-elasticity semi-gloss polyester DTY (draw textured yarn), and is non-superfine fiber with the F/D less than 1, so that the outer surface layer of the fabric can keep the stiffness of the surface of the fabric; the ground yarns are made of 50D/72F low-elasticity semi-gloss moisture-absorbing and sweat-releasing polyester DTY (draw textured yarn), and the F/D of the DTY is larger than 1, so that the softness and comfort level of the skin layer of the fabric and the moisture absorption and air permeability of the fabric are realized; the moisture-conducting yarn adopts 50D/72F low-elasticity semi-gloss moisture-absorbing and sweat-releasing polyester DTY, so that the thickness and stiffness of the cloth surface are ensured, and the moisture-absorbing and air permeability are also ensured. The outer layer is non-moisture-absorption sweat-releasing polyester yarn, the middle moisture-transfer layer and the lower layer are all moisture-absorption sweat-releasing polyester yarn made of superfine fibers, and the unidirectional moisture transfer is realized by matching with a certain weaving process, so that the unidirectional moisture transfer performance of the alpine skiing fabric is further achieved.

The needle arrangement mode when the fabric body is knitted is as follows: one cycle is carried out on 12 needles/2 needles of the upper disc, and one cycle is carried out on 21 needles/2 needles of the lower disc; triangular arrangement: 6 paths and one cycle.

The doffing mode of the fabric body is as follows: 1F, 4F drop wet yarns, 2F, 5F face yarns and backing yarns, and 3F, 6F ground yarns and backing yarns.

Therefore, in the weaving process of the fabric body, the moisture-conducting layers are alternately arranged between the coils of the upper layer and the lower layer at intervals to play a connecting role, sweat on the skin-adhering layer is conducted to the outer surface layer through the moisture-conducting yarns connected with the moisture-conducting layers, and does not flow back, so that the one-way moisture-conducting effect is realized, and the drying comfort of the skin-adhering surface is kept; in addition, the moisture-conducting layer enables the cloth cover to be stiff and smooth and have a certain thickness, and the skin-attaching layer and the outer wearing layer are both plain weave structure tissues, so that the cloth cover of the fabric is fine and smooth and comfortable. In the actual production process, the whole fabric body achieves the effect of stiffness and smoothness, and the thickness of the middle moisture-conducting layer can reach 0.9mm.

The yarn feeding amount of the fabric body adopts 100 needles: the moisture-conducting yarns of 1F and 4F are 200mm, the veil and the under-fill yarns of 2F and 5F are 230mm and 90mm respectively, and the under-fill yarns of 3F and 6F are 230mm and 90mm respectively. Therefore, the yarn feeding amount can ensure the high elasticity of the alpine ski fabric: 60% -80% of longitudinal stretching, 100% -120% of transverse stretching, and ultrahigh recovery: the longitudinal and transverse recovery can reach more than 95 percent, and certain comfort level is achieved.

The off-machine specification of the fabric body is 152cm x 360g/m ² Therefore, the cutting using requirement can be met.

The above is only the preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, many variations and modifications can be made without departing from the inventive concept, and these all fall into the protection scope of the present invention.

Claims

1. The alpine skiing fabric is characterized by comprising a fabric body, wherein the fabric body comprises a face yarn, a bottom yarn, a moisture guiding yarn and an underlay yarn, the face yarn and the underlay yarn are looped to form an outer surface layer, the bottom yarn and the underlay yarn are looped to form a skin adhering layer, the moisture guiding yarn is looped to form a moisture guiding layer, the outer surface layer, the moisture guiding layer and the underlay yarn are sequentially arranged from top to bottom, the skin adhering layer is connected with an outer wearing layer through the moisture guiding layer, the skin adhering layer and the outer wearing layer are flat grain layers which are arranged in a 2-way and 2-needle full-out mode, the moisture guiding layer is a 2-way and 1-way arrangement, the face yarn is a 50D/36F low-elasticity semi-gloss polyester DTY, the bottom yarn is a 50D/72F low-elasticity semi-gloss moisture absorption and sweat releasing polyester DTY, the moisture guiding yarn is a 50D/72F low-elasticity semi-gloss moisture absorption and moisture absorption polyester DTY, and the underlay yarn is 70D spandex.

2. The alpine ski fabric of claim 1, wherein the yarn feeding amount of the fabric body is 100 needles: the moisture-conducting yarns of 1F and 4F are 200mm, the veil and the under-fill yarns of 2F and 5F are 230mm and 90mm respectively, and the under-fill yarns of 3F and 6F are 230mm and 90mm respectively.

3. The alpine ski fabric of any one of claims 1-2, wherein the off-machine specification of the fabric body is 152cm x 360g/m ² 。