TWM485256U - Moisture transferring and quick drying and unidirectional moisture textile structure - Google Patents

Description

Moisture wicking single guide wet fabric structure

The invention is a moisture-absorbing and quick-drying fabric structure, in particular to a three-dimensional multi-layer single-sided fabric structure with moisture absorbing and chilling function, belonging to the technical field of textiles.

With the improvement of living standards, people have higher and higher requirements for wearing comfort. When the body is sweating, ordinary clothes will stick to the skin, and sweat can not be discharged in time, which can not meet people's requirements for health and comfort. Therefore, the moisture wicking fabric developed in recent years has been favored by people for wearing comfort, and the existing moisture wicking fabric part is blended with temperature-control yarn and moisture wicking yarn, and part of it. It is a moisture wicking function additive added to the finishing of the fabric to make the fabric have the function of moisture absorption and perspiration. Both of these technical methods have certain defects, such as the high cost of weaving the functional yarn blended fabric and the complicated finishing in the later stage. The fabric which is processed by the moisture wicking function additive is not resistant to washing. Since the structure of the fabric is an important factor affecting the performance and style of the fabric, the performance of the moisture wicking fabric is affected by the yarn structure and the fabric structure and the like, in addition to the fiber type and the blending ratio of the fabric. Therefore, a knitted fabric having a single-guide wet function is popular because it can quickly guide moisture while ensuring a quick drying of the inner layer of the fabric, such as a single-guide wet-knit fabric structure of the People's Republic of China Publication No. 201220701596.4, which includes The inner layer and the outer layer are formed by interlacing polypropylene fibers, and the inner layer and the outer layer are formed by interweaving the outer layer of the hydrophilically treated cationic dyeable polyester yarn and the upper surface of the inner layer. The disadvantage of this patented technology is that the polypropylene dyeing is more difficult. Difficult, and the outer layer has to be subjected to hydrophilic treatment in advance, which has a long process flow, high interlacing cost, and is not resistant to water washing after hydrophilic finishing.

In view of the above problems, the present invention provides a moisture wicking single-guide wet fabric structure, which not only has the function of moisture absorption, moisture wicking, but also has a cool feeling, and the moisture wicking single-guide wet fabric structure is a three-layer fabric structure comprising a moisture guiding layer, a diffusion layer and an evaporation layer; the moisture guiding layer is an inner layer and has a pad structure, and the pad tissue is directly contacted with a human skin surface, the diffusion layer and The evaporation layer is disposed on the outer layer of the moisture guiding layer, and is connected by a tuck, a loop, and a fabric structure connected to the pad structure of the moisture guiding layer.

The pad structure of the above-mentioned moisture guiding layer includes a braided structure of one of a plating, a hanging wire, and a loop.

The pad structure of the above-mentioned moisture guiding layer may be composed of a low moisture regain rate yarn of one of a polyester yarn and a nylon yarn, and the interweaving material of the diffusion layer may be composed of one of a polyester-cotton blended yarn and an ultrafine polyester. The interlaced material may be composed of one of modal yarn, cotton fiber yarn, wool fiber yarn, silk fiber yarn, and hemp fiber yarn.

The beneficial effect of the moisture wicking single-guide wet fabric structure is that the fabric structure not only has the functions of moisture wicking, moisture guiding and quick drying, but also the moisture guiding layer is designed to directly contact the human skin surface. It does not have a sticky and damp feeling after sweating in the human body, and it also has a certain cool feeling in the hot summer, and the fabric structure does not need to be processed in the later stage, and there is no need to worry about the unevenness of dyeing, not to worry. The subsequent process of destroying the structure of the fiber results in a decrease in the wet and dry performance of the fabric and greatly reduces the production cost.

The present invention will be further described in detail below in conjunction with the drawings and specific embodiments.

7‧‧‧ Wetted layer

8‧‧‧Diffusion layer

9‧‧‧Evaporation layer

10‧‧‧ buffer zone

11‧‧‧Set circle

12‧‧‧ into a circle

13‧‧‧ outer layer

‧ ‧ not woven

Λ‧‧‧ into a circle

ㄇ‧‧‧圈圈

Fig. 1 is a schematic view showing the structure of the fabric in the present creation; Fig. 2 is a schematic view showing the input of the weaving track during the operation of the machine in the present creation.

As shown in Fig. 1, the schematic diagram of the fabric structure of the present invention includes a moisture guiding layer (inner layer) 7, an outer layer 13, and an outer layer 13 composed of a diffusion layer 8 and an evaporation layer 9, and a diffusion layer 8 and an evaporation layer 9 The connection is interlaced by a tuck and a loop, and the moisture guiding layer (inner layer) 7 is a pad structure, which is in direct contact with the surface of the human skin to form a buffer zone. The pad structure can be added by wire, hanging wire, hair. The knitting is achieved by a loop or the like, and the connection between the moisture guiding layer (inner layer) 7 and the outer layer 13 is through a liner structure model. The pad structure of the moisture guiding layer (inner layer) 7 can be selected from any of the low moisture regain rate yarns such as polyester yarn and nylon yarn, and the interlacing material of the diffusion layer 8 can be selected from a blended yarn such as polyester cotton or ultrafine polyester. Any one of the interlacing materials of the evaporation layer 9 may be any one of Modal, cotton fiber yarn, wool fiber yarn, silk fiber yarn, and hemp fiber yarn.

The moisture-conducting layer 7 separates the outer layer from the surface of the human skin by means of a padding structure to form a buffer zone, which keeps the skin dry and satisfies the wearing comfort. In the present embodiment, the ratio of the woven fabrics for the woven fabric can be woven with a ratio of modal fiber sand to polyester fiber sand of 1:2.

The diffusion layer 8 uses a higher capillary number to form a pressure difference with the inner layer to form a single-guide wet function, and the evaporation layer 9 is a high moisture absorption effect of the fiber having good moisture absorption property, further enhancing the internal moisture conduction capability. .

The diffusion layer 8 and the evaporation layer 9 are entangled and looped, and the diffusion layer 8 and the evaporation layer 9 are interwoven with each other to ensure that the moisture discharged from the moisture guiding layer 7 can be quickly and uniformly diffused by the diffusion layer 8 and the evaporation layer. 9 diffusion absorption, coupled with the clever use of needles in the interweaving process, to expand the hole, increase the evaporation area, improve the fabric's breathability, moisture permeability and quick-drying performance, due to evaporation of moisture, the internal micro-environment in the hot summer Also has a certain cool feeling.

As shown in Fig. 2, it is a schematic diagram of the input of the weaving track during the creation of the machine. Before the operation of the machine, in response to the demand for double-sided fabrics, the yarns must be arranged in a predetermined manner to design and weave the desired fabric. This embodiment is one of the embodiments, on a track with 6 ports. The number of 1, 2, 4, and 5 ports of the circulation unit of the organizational unit is polyester yarn, and the number of 3 and 6 ports is Modal. In the second figure, "one" means no weaving, and "ㄇ" means tuck. "Λ" means a circle.

7‧‧‧ Wetted layer

8‧‧‧Diffusion layer

9‧‧‧Evaporation layer

10‧‧‧ buffer zone

11‧‧‧Set circle

12‧‧‧ into a circle

13‧‧‧ outer layer

Claims (3)

A moisture wicking single-guide wet fabric structure comprising a moisture guiding layer, a diffusion layer and an evaporation layer, wherein the moisture guiding layer is an inner layer and has a pad structure, and is organized by the pad In direct contact with the surface of the human skin, the diffusion layer and the evaporation layer are disposed on the outer layer of the moisture guiding layer, and are connected by a tuck, a loop, and a fabric structure connected to the pad structure of the moisture guiding layer. The moisture wicking single-guide wet fabric structure according to claim 1, wherein the pad structure of the moisture guiding layer comprises a braided structure of one of a wire, a hanging wire and a loop. The moisture wicking single-guide wet fabric structure according to claim 1, wherein the pad structure of the moisture guiding layer is composed of a low moisture regain rate yarn of one of a polyester yarn and a nylon yarn, the diffusion layer. The interweaving material may be composed of one of a polyester-cotton blended yarn and an ultra-fine polyester. The interweaving material of the evaporating layer may be composed of one of a modal yarn, a cotton fiber yarn, a wool fiber yarn, a silk fiber yarn, and a hemp fiber yarn.