CN211972618U - Novel perspiration quick-drying cloth - Google Patents

Abstract

The utility model discloses a novel sweat-wicking and quick-drying cloth, which relates to textile fabrics and aims to solve the problem of the feeling of stuffiness and dampness when wearing sports clothes and low comfort when sweating a lot. One side of the moisture-absorbing layer is provided with a surface layer, and between the moisture-absorbing layer and the surface layer is provided with a moisture-absorbing yarn that runs through the moisture-absorbing layer and the surface layer in sequence, the surface layer adopts a knitted weave structure, and the surface layer is a front plain weave and a reverse plain weave connected by a tuck weave. In the utility model, the moisture absorption layer is arranged to absorb the sweat on the surface of the skin, and the moisture absorption yarn is used to drain the sweat to the surface layer under the action of capillary principle, so that the cloth has quick-drying characteristics; , to improve the moisture permeability of the fabric.

Description

A new type of perspiration quick-drying cloth

technical field

The utility model relates to textile fabrics, in particular to a novel perspiration-wicking and quick-drying cloth.

Background technique

In recent years, with the improvement of living standards, people's requirements for various properties such as comfort, health, safety and environmental protection of clothing fabrics are increasing. By the majority of consumers of all ages.

People often use nylon and other chemical fibers to make fabrics. Nylon has high strength and good wear resistance. Among them, nylon air-textured yarn products have excellent shape retention and cotton-like appearance and feel, which are widely used in leisure and sportswear. However, chemical fibers do not have good hygroscopic properties when people are exercising, and they will feel stuffy and wet when wearing, and the comfort level is low when people sweat a lot.

Therefore, it is necessary to propose a new solution to solve this problem.

Utility model content

In view of the deficiencies in the prior art, the purpose of the present utility model is to provide a new type of perspiration-wicking and quick-drying cloth, which absorbs the sweat on the skin surface by arranging the moisture-absorbing layer, and drains the sweat to the surface layer under the action of the capillary principle through the moisture-absorbing yarn, so that the The fabric has quick-drying properties, and the surface layer adopts a knitted weave structure, and the interval formed by the tuck structure improves the moisture conduction and breathability of the fabric.

The above technical purpose of the present utility model is achieved through the following technical solutions: a new type of perspiration quick-drying cloth, comprising a moisture-absorbing layer, one side of the moisture-absorbing layer is provided with a surface layer, and between the moisture-absorbing layer and the surface layer The hygroscopic yarns of the hygroscopic layer and the surface layer are successively run through, the surface layer adopts a knitted weave structure, and the surface layer is a front plain weave and a reverse plain weave connected by a tuck weave.

By adopting the above technical solution, through the arrangement of the moisture-absorbing layer and the surface layer, the fabric can improve the moisture-absorbing effect of the fabric through the moisture-absorbing layer. Since the moisture-absorbing yarns run through the surface layer and the moisture-absorbing layer in turn, the connection strength between the moisture-absorbing layer and the surface layer can be improved, and The hygroscopic yarn transfers the moisture in the hygroscopic layer to the surface of the fabric through the capillary phenomenon, which improves the ability of the fabric to absorb and release moisture. When wearing, it will feel stuffy and wet, which will affect the comfort, and the surface layer adopts the tuck weave to connect the front plain weave and the reverse plain weave to form a knitted weave structure, so that the surface layer has a good weave structure, and it is not easy to appear loops, etc. situation, improve the service life of the fabric.

The utility model is further arranged as follows: the moisture-absorbing yarn includes a yarn core and a covering yarn wrapped outside the yarn core, the yarn core is formed by twisting a plurality of strands of polyester fibers, and the covering yarn is composed of a plurality of strands of viscose. Twisted glue fiber.

By adopting the above technical solution, the hygroscopic yarn is composed of a yarn core and a covering yarn, and the yarn core is made of polyester fiber, so that the hygroscopic yarn has good tensile strength, improves the connection strength between the surface layer and the hygroscopic layer, and the covering The yarn is covered on the outside of the yarn core, and the covered yarn is made of viscose fiber. The viscose fiber has good hygroscopic properties and good quick-drying characteristics, so that the moisture in the hygroscopic layer and the inside of the fabric is transferred to the fabric through the hygroscopic yarn. The external conduction of the surface layer improves the moisture absorption properties of the fabric and improves the comfort of the fabric.

The utility model is further configured as follows: the front plain weave adopts wear-resistant yarns, the reverse plain weave adopts moisture-absorbing and sweat-wicking fiber filaments, and the wear-resistant yarns include inner yarns and a plurality of winding yarns wrapped around the inner yarns .

By adopting the above technical solution, the wear-resistant yarn is used as the material of the front plain weave to improve the wear resistance of the cloth surface, and the moisture-absorbing and sweat-wicking fibers are used as the material of the reverse plain weave, and the moisture-absorbing layer and the surface layer are sewn on the moisture-absorbing yarn to increase the wear resistance of the fabric. The contact between the large surface layer and the moisture-absorbing layer enables the moisture in the moisture-absorbing layer to release moisture through the plain weave on the reverse side, improving the quick-drying characteristics of the fabric.

The utility model is further configured as follows: the lining yarn is formed by twisting several strands of nylon fibers, and the winding yarn is formed by twisting several strands of bamboo fibers.

By adopting the above technical scheme, by using nylon fiber to make the lining yarn, the lining yarn has the characteristics of high strength, good elasticity and good hygroscopicity, and the bamboo fiber increases the moisture absorption and dehumidification characteristics of the fourth yarn, so that the fourth yarn has the characteristics of high strength, good elasticity and good hygroscopicity. The yarn has a good ability to absorb moisture and release moisture, and improve the characteristics of the fabric to absorb sweat and dry quickly.

The utility model is further configured as follows: the moisture-absorbing layer is woven from the bar GB1, the bar GB2, the bar GB3, and the bar GB4; 21/34/21/23∥1 wears 1 empty; the structure of the bar GB2 is changed by the flat organization, and its organizational structure is 10/21/34/32/34/10//1 wears 1 empty; the The structure of bar GB3 is a weft-inserted structure, and its structure is 11/00//1 through 1 hole; the structure of said bar GB4 is a weft-inserted structure, and its organization structure is 00/11//1 through 1 hole.

By adopting the above technical scheme, the bar GB1, bar GB2, bar GB3, and bar GB4 are woven into a hygroscopic layer, so that the hygroscopic layer can form a stable woven structure by changing the structure of the warp flat weave, and improve the hygroscopicity of the hygroscopic layer. Breathable effect, and the tension in the weft direction of the moisture-absorbing layer is increased through the weft-inserted tissue, so that the moisture-absorbing layer is in full contact with the skin and absorbs and conducts sweat on the skin surface.

The utility model is further configured as follows: the bar GB1 is a first yarn twisted by several strands of hemp seltzer fibers, and the bar GB2 is a second yarn twisted by several strands of modal fibers , the bar GB3 is the third yarn twisted by using Lycra fiber, and the bar GB4 is the fourth yarn twisted by several strands of polypropylene fibers.

By adopting the above technical solution, the hemp fiber is a renewable natural material, so that the moisture absorption layer is more green and environmentally friendly, and the hemp fiber has good skin-friendly, moisture absorption and moisture removal properties, and antibacterial and mildew resistance properties, thereby improving moisture absorption. The effect of moisture absorption and moisture release of the layer improves the comfort of the fabric, and uses Lycra fiber and modal fiber as the material of the third yarn and the second yarn respectively. Through the wear resistance, sweat resistance and high elasticity of Lycra fiber, The service life of the moisture-absorbing layer is improved, and the moisture-absorbing layer has a soft texture through modal fibers, so that when people wear sportswear made of the fabric, the user has a fine touch.

To sum up, the utility model has the following beneficial effects:

By setting the moisture-absorbing layer and the surface layer, the fabric can improve the moisture-absorbing effect of the fabric through the moisture-absorbing layer. Since the moisture-absorbing yarn runs through the surface layer and the moisture-absorbing layer in turn, the connection strength between the moisture-absorbing layer and the surface layer can be improved, and the moisture-absorbing yarn can pass through the capillary phenomenon. Transfer the moisture in the hygroscopic layer to the surface of the fabric, improve the ability of the fabric to absorb moisture and release moisture, speed up the adjustment of the humidity in the fabric when sweating a lot, keep the fabric and skin dry, and solve the problem that people will be stuffy when wearing. The surface layer adopts tuck weave to connect the front plain weave and the reverse plain weave to form a knitted weave structure, so that the surface layer has a good weaving structure, and it is not easy to fall off the loop, etc., and improve the use of the fabric. life.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the structural representation of surface layer in the utility model;

Fig. 3 is the yarn laying motion diagram of the bar GB1 in the utility model;

Fig. 4 is the yarn laying motion diagram of the bar GB2 in the utility model;

Fig. 5 is the yarn laying motion diagram of the bar GB3 in the utility model;

Fig. 6 is the yarn laying motion diagram of the bar GB4 in the utility model;

Fig. 7 is the structural representation of the moisture-absorbing yarn in the utility model;

FIG. 8 is a schematic structural diagram of the wear-resistant yarn in the utility model.

In the figure: 1. Moisture-absorbing layer; 2. Surface layer; 3. Moisture-absorbing yarn; 4. Wear-resistant yarn; 5. Moisture-wicking fiber filament; 6. Yarn core; 7. Covered yarn; 8. First yarn thread; 9, the second yarn; 10, the third yarn; 11, the fourth yarn; 12, the inner yarn; 13, the winding yarn.

Detailed ways

The present utility model will be described in detail below with reference to the accompanying drawings and embodiments.

A new type of perspiration quick-drying cloth is shown in Figures 1 to 8, comprising a moisture-absorbing layer 1, and the moisture-absorbing layer 1 is woven from bar GB1, bar GB2, bar GB3, bar GB4 through a warp and weft knitting machine; wherein The structure of bar GB1 is a changing warp flat organization, and its organizational structure is 10/21/34/21/23∥1 through 1 empty; bar GB2 its structure is a changing warp flat organization, and its organizational structure is 10/21/34 /32/34/10//1 wear 1 hole; while the structure of bar GB3 and bar GB4 are weft inlay, and their organizational structures are 11/00//1 wear 1 hole and 00/11//1 Thread 1 is empty; bar GB1 is the first yarn 8 with a specification of 1.56-1.67dtex twisted by several strands of hemp cel fiber, and bar GB2 is twisted by several strands of modal fiber with a specification of 1.9dtex. The second yarn 9, the bar GB3 is the third yarn 10 twisted by using Lycra fiber, the bar GB4 is the fourth yarn 11 twisted by several strands of polypropylene fibers, and one side of the moisture-absorbing layer 1 is provided with a surface layer 2, and the hygroscopic yarn 3 is sutured between the moisture-absorbing layer 1 and the surface layer 2, the moisture-absorbing yarn 3 runs through the moisture-absorbing layer 1 and the surface layer 2 in a wavy shape, and the moisture-absorbing yarn 3 is covered by three covering yarns 7. The yarn core 6 is made from outside, the yarn core 6 is twisted by several strands of polyester fibers, and the covered yarn 7 is formed by twisting several strands of viscose fibers by a twisting machine, and the covered yarn 7 is made by the texturing machine. It is wound to the outside of the yarn core 6, of which the surface layer 2 adopts a knitted weave structure, the surface layer 2 is a front plain weave and a reverse plain weave connected by a tuck weave, and the front plain weave adopts 278dtex/72f wear-resistant yarn 4, wear-resistant yarn The thread 4 includes a lining yarn 12 and a plurality of winding yarns 13 wound around the inner yarn 12. The lining yarn 12 is twisted by several strands of nylon fibers, and the winding yarn 13 is twisted by several strands of bamboo fibers. Moisture-wicking fiber filament 5, in this embodiment, the moisture-wicking fiber filament 5 is Topcool fiber from Taiwan Far East Textile, and its specification is 100D/144F or 150D/144F.

When people wear sportswear made of this fabric, the sweat on the skin surface can be absorbed by the arrangement of the moisture-absorbing layer 1. Since the moisture-absorbing layer 1, the bar GB1, the bar GB2, the bar GB3, and the bar GB4 pass through the warp and weft knitting machine It is made of weaving, so that the moisture-absorbing layer 1 has good weaving strength, and the surface of the moisture-absorbing layer 1 has a smooth texture to improve the comfort of clothing, and the moisture-absorbing layer 1 is made of hemp fiber, modal fiber and Lycra fiber respectively. As the material of the first yarn 8, the second yarn 9 and the third yarn 10, and the first yarn 8, the second yarn 9 and the third yarn 10 are arranged in sequence, because the hemp fiber has skin-friendly properties , Moisture absorption and moisture removal characteristics and antibacterial and anti-mildew properties, increase the moisture absorption effect of the moisture absorption layer 1, keep the skin surface dry, and improve the feel of the surface of the moisture absorption layer 1 through modal fibers, improve people's comfort during exercise, and through Lycra The fiber improves the elasticity of the moisture-absorbing layer 1, thereby improving the tensile strength of the moisture-absorbing layer 1, and improving the service life of the fabric, and the moisture-absorbing layer 1 is stitched with the surface layer 2 through the moisture-absorbing yarn 3. Since the moisture-absorbing yarn 3 is made of polyester yarn core 6 And the covering yarn 7 made of viscose fiber is composed of the yarn core 6 to improve the strength of the hygroscopic yarn 3, so that the hygroscopic layer 1 and the surface layer 2 are firmly stitched together, and the yarn core 6 is covered by the outer layer. The covering yarn 7 makes the sweat absorbed by the moisture-absorbing layer 1 pass through the viscose fiber with good moisture-absorbing effect, and transfers to the outside of the surface layer 2 under the action of capillary, so as to improve the moisture-absorbing and dehumidifying performance of sports, so that the fabric has the characteristics of quick drying, which solves the problem of Due to a lot of sweat, the fabric sticks to the surface and affects the comfort, and the surface layer 2 adopts the tuck weave to connect the front plain weave and the reverse plain weave to form a knitted weave structure, which can permanently improve the conduction of the fabric through the interval formed by the tuck weave. Moisture permeability improves the comfort of the fabric, and the front plain weave and the reverse plain weave are respectively composed of wear-resistant yarns 4 and moisture-wicking fiber filaments 5, which improve the wear resistance and tensile strength of the surface layer 2, and improve the fabric. and the moisture-absorbing and sweat-wicking fiber filaments 5 are used as the material of the reverse plain weave, so that when the moisture-absorbing yarn 3 sews the surface layer 2 and the moisture-absorbing layer 1, the reverse plain weave can be attached to the surface of the moisture-absorbing layer 1. When the layer 1 absorbs the moisture on the surface of the skin, it can divert the sweat in the moisture-absorbing layer 1 and improve the efficiency of perspiration, so that the fabric has the characteristics of excellent moisture absorption and quick drying.

The above are only the preferred embodiments of the present invention, and the protection scope of the present invention is not limited to the above-mentioned embodiments, and all technical solutions that belong to the idea of the present invention belong to the protection scope of the present invention. It should be pointed out that for those skilled in the art, 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 (6)

1. A novel sweat-wicking quick-drying cloth is characterized in that: comprising a moisture-absorbing layer (1), one side of the moisture-absorbing layer (1) is provided with a surface layer (2), the moisture-absorbing layer (1) and the surface layer (2) ) between the hygroscopic yarns (3) running through the moisture-absorbing layer (1) and the surface layer (2) in turn, the surface layer (2) adopts a weave structure, and the surface layer (2) is a front plain weave and a reverse plain weave Organizations are connected by tuck organizations. 2. A new type of perspiration quick-drying cloth according to claim 1, characterized in that: the moisture-absorbing yarn (3) comprises a yarn core (6) and a covering yarn wrapped around the yarn core (6). (7), the yarn core (6) is formed by twisting several strands of polyester fibers, and the covered yarn (7) is formed by twisting several strands of viscose fibers. 3. A new type of perspiration quick-drying cloth according to claim 1, characterized in that: the front plain weave adopts wear-resistant yarn (4), and the reverse plain weave adopts moisture-absorbing and sweat-wicking fiber filaments (5). ), the wear-resistant yarn (4) includes a lining yarn (12) and a plurality of winding yarns (13) wound around the lining yarn (12). 4. A new type of perspiration quick-drying cloth according to claim 3, characterized in that: the lining yarn (12) is formed by twisting several strands of nylon fibers, and the winding yarn (13) is composed of several strands of bamboo Fiber twisted. 5. A new type of perspiration quick-drying cloth according to claim 2, characterized in that: the moisture-absorbing layer is woven from bar GB1, bar GB2, bar GB3, bar GB4; The structure of GB1 is a changed warp flat organization, and its organizational structure is 10/21/34/21/23∥1 through 1 empty; the bar GB2 has a changed warp flat organization, and its organizational structure is 10/21/34 /32/34/10//1 wears 1 hole; the structure of the bar GB3 is a weft-inserted structure, and its organizational structure is 11/00//1 wears a hole; the bar GB4 has a structure of a weft-inserted structure , its organizational structure is 00/11//1 wear 1 empty. 6. A new type of perspiration-wicking and quick-drying cloth according to claim 5, characterized in that: the bar GB1 is the first yarn (8) formed by twisting several strands of hemp fiber, and the The bar GB2 is the second yarn (9) twisted by several strands of modal fibers, the bar GB3 is the third yarn (10) twisted by using Lycra fibers, and the bar GB4 is A fourth yarn (11) formed by twisting several strands of polypropylene fibers.

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