CN209211039U - A kind of hollow fiber double-needle bed warm plush fabric - Google Patents

Abstract

The utility model discloses a hollow fiber double-needle bed warm plush fabric, which belongs to the field of textile fabrics. The utility model utilizes the interlining weft weaving structure of the polyester yarn worn by the two bars of GB1 and GB6 and the knitting chain structure of the polyester yarn worn by the two bars of GB2 and GB5, and combines the two to form a hard low plate effect; Use the two combs GB3 and GB4 to pass through the polyester yarn to make the jacquard weave, so that the cloth surface forms a pattern effect. The fabric of the utility model is soft to the touch, light and comfortable, and the two jacquard weaves in the middle are used to make the fabric beautiful in appearance, and the weight of the finished product can be controlled below 360g/m ² . The double-needle bed fabric made of fiber is not only warm and light, but also has the advantages of moisture permeability, dryness and comfort. It has no side effects, no irritation, and no allergies on the skin; it does not shed lint and does not pill.

Description

A kind of hollow fiber double-needle bed warm plush fabric

technical field

The utility model relates to a hollow fiber double-needle bed warm plush fabric, which belongs to the field of textile fabrics.

Background technique

Hollow fiber refers to a chemical fiber with a thin tubular cavity in the fiber axis. Its high and high hollow structure reduces the weight of fibers by 20%, and can contain a lot of still air, making its fabric light and warm while improving its thermal performance by 65% compared with ordinary homogeneous fabrics. The product becomes a fabric with a richer, smoother and more comfortable feel, and is widely used in thermal underwear, underwear, sportswear, casual clothing, shirts, outdoor sports and blankets and other fields. Compared with daily thick and warm fabrics or light and non-warm fabrics, double-needle bed fabrics made of hollow fibers are both warm and lightweight, and also have the advantages of moisture permeability, dryness and comfort.

Double-needle bed plush fabrics are widely used due to their excellent dimensional stability, plump feel, strong wrinkle resistance and other properties. However, with the improvement of the living standard of economic construction, people's requirements for clothing comfort are constantly improving, and the requirements for clothing fabrics are also getting higher and higher. The thermal insulation fabrics are required to be soft and warm, and require light, thin and moisture-permeable. Conventional thermal fabrics are heavy and uncomfortable to wear. Therefore, people need a kind of novel hollow fiber double needle bed warm plush fabric.

Utility model content

In order to solve the above problems, the utility model provides a hollow fiber double-needle bed warm plush fabric, which is light and has a good heat preservation effect.

The utility model provides a hollow fiber double-needle bed warm plush fabric, which is woven by six comb bars GB1, GB2, GB3, GB4, GB5, and GB6, wherein the organizational structure of GB1 is 5-5- 5-5/0-0-0-0/4-4-4-4/0-0-0-0//; the organizational structure of GB2 is 0-1-1-1/1-0-0-0 //; The organizational structure of GB3 is 2-3-2-3/4-3-4-3/4-5-4-5/6-5-6-5/6-7-6-7/8- 7-8-7/8-9-8-9/10-9-10-9/10-11-10-11/12-11-12-11/12-13-12-13/14-13- 14-13/14-15-14-15/16-15-16-15/16-17-16-17/18-17-18-17/18-19-18-19/20-19-20- 19/20-21-20-21/22-21-22-21/20-21-20-21/20-19-20-19/18-19-18-19/18-17-18-17/ 16-17-16-17/16-15-16-15/14-15-14-15/14-13-14-13/12-13-12-13/12-11-12-11/10- 11-10-11/10-9-10-9/8-9-8-9/8-7-8-7/6-7-6-7/6-5-6-5/4-5- 4-5/4-3-4-3/2-3-2-3/2-1-2-1/0-1-0-1/2-1-2-1/2-3-2- 3/4-3-4-3/4-5-4-5/6-5-6-5/6-7-6-7/8-7-8-7/8-9-8-9/ 10-9-10-9/10-11-10-11/12-11-12-11/12-13-12-13/14-13-14-13/14-15-14-15/16- 15-16-15/16-17-16-17/18-17-18-17/18-19-18-19/20-19-20-19/20-21-20-21/22-21- 22-21/20-21-20-21/20-19-20-19/18-19-18-19/18-17-18-17/16-17-16-17/16-15-16- 15/14-15-14-15/14-13-14-13/12-13-12-13/12-11-12-11/10-11-10-11/10-9-10-9/ 8-9-8-9/8-7-8-7/6-7-6-7/6-5-6-5/4-5-4-5/4-3-4-3/2- 3-2-3/2-1-2-1/0-1-0-1/2-1 -2-1//; the organizational structure of GB4 is 1-2-1-2/3-2-3-2/3-4-3-4/5-4-5-4/5-6-5- 6/7-6-7-6/7-8-7-8/9-8-9-8/9-10-9-10/11-10-11-10/11-12-11-12/ 13-12-13-12/13-14-13-14/15-14-15-14/15-16-15-16/17-16-17-16/17-18-17-18/19- 18-19-18/19-20-19-20/19-19-19-19/19-19-19-19/19-18-19-18/17-18-17-18/17-16- 17-16/15-16-15-16/15-14-15-14/13-14-13-14/13-12-13-12/11-12-11-12/11-10-11- 10/9-10-9-10/9-8-9-8/7-8-7-8/7-6-7-6/5-6-5-6/5-4-5-4/ 3-4-3-4/3-2-3-2/1-2-1-2/1-0-1-0/1-1-1-1/1-1-1-1/1- 2-1-2/3-2-3-2/3-4-3-4/5-4-5-4/5-6-5-6/7-6-7-6/7-8- 7-8/9-8-9-8/9-10-9-10/11-10-11-10/11-12-11-12/13-12-13-12/13-14-13- 14/15-14-15-14/15-16-15-16/17-16-17-16/17-18-17-18/19-18-19-18/19-20-19-20/ 19-19-19-19/19-19-19-19/19-18-19-18/17-18-17-18/17-16-17-16/15-16-15-16/15- 14-15-14/13-14-13-14/13-12-13-12/11-12-11-12/11-10-11-10/9-10-9-10/9-8- 9-8/7-8-7-8/7-6-7-6/5-6-5-6/5-4-5-4/3-4-3-4/3-2-3- 2/1-2-1-2/1-0-1-0/1-1-1-1/1-1-1-1//; the organizational structure of GB5 is 0-0-0-1/1 -1-1-0//; the organization structure of GB6 is 5-5-5-5/0-0-0-0/4-4-4-4/0-0-0-0//; GB1, The threading method of GB2, GB5 and GB6 is full threading; the threading method of GB3 is 9 empty, 18 threaded, 18 empty, 12 threaded, 24 empty, 6 threaded, 24 empty, 12 threaded, 1 threaded 8 empty, 18 threaded, 12 empty, 24 threaded, 3 empty; the threading method of GB4 is 6 threaded, 24 empty, 12 threaded, 18 empty, 18 threaded, 12 empty, 24 threaded, 12 empty, 18 threaded, 18 empty , 12 wear, 24 empty, 6 wear, 30 empty.

In one embodiment of the present utility model, the yarns used in GB1, GB2, GB5 and GB6 are polyester FDY.

In one embodiment of the present utility model, the yarns used in GB3 and GB4 are tubular hollow polyester DTY.

In one embodiment of the present utility model, the polyester FDY is 75-100D matte or semi-gloss polyester FDY.

In one embodiment of the present utility model, the tubular hollow polyester DTY is 100-200D semi-gloss or full-gloss tubular hollow polyester DTY.

In one embodiment of the present utility model, the fabric is a weft-inserted weft structure of polyester yarn worn by two bars of GB1 and GB6 and a knitting chain structure of polyester yarn worn by two bars of GB2 and GB5. The combination of the two forms a hard bottom effect; use the two combs GB3 and GB4 to pass through the polyester yarn to move the jacquard weave, so that the cloth surface forms a pattern effect.

In one embodiment of the present utility model, the wearing surface of the fabric: the hollow fiber yarn forms wavy plush, and the hollows form relatively narrow spaced concave strips between the pattern stripes.

In one embodiment of the present utility model, the weight per square meter of the finished warm plush fabric with double needle beds of hollow fibers is 280-360 g/m ² .

The beneficial effects of the utility model:

1) The fabric of this utility model is soft to the touch, light and comfortable: the two jacquard weaves in the middle are used to make the fabric beautiful in appearance, and the weight of the finished product can be controlled below 360g/ ^m2 ;

2) Compared with daily thick and warm fabrics or light and non-warm fabrics, double-needle bed fabrics made of hollow fibers are not only warm and light, but also have the advantages of moisture permeability, dryness and comfort;

3) The utility model has a beautiful appearance: the hollow fiber yarn forms wavy plush, and the hollow thread forms relatively narrow spaced concave strips between the pattern stripes, which is characterized by fine texture, good coverage, and outstanding softness.

Description of drawings

Fig. 1 is a schematic diagram of the organizational structure of Embodiment 1 of the present utility model.

Fig. 2 is a schematic diagram of the organizational structure of GB1 in Example 1 of the present utility model.

Fig. 3 is a schematic diagram of the organizational structure of GB2 in Example 1 of the present utility model.

Fig. 4 is a schematic diagram of the organizational structure of GB5 in Example 1 of the present utility model.

Fig. 5 is a schematic diagram of the organizational structure of GB6 in Example 1 of the present utility model.

Fig. 6 is a schematic diagram of the organizational structure of GB3 and GB4 in Example 1 of the present utility model, with GB3 on the left and GB4 on the right.

Fig. 7 is the physical figure among the utility model embodiment 1.

Detailed ways

In order to make the utility model more comprehensible, preferred embodiments are described in detail below with accompanying drawings.

Example 1

A hollow fiber double-needle bed warm plush fabric is woven from six bars of GB1, GB2, GB3, GB4, GB5, and GB6, as shown in Figure 1. in:

The organizational structure of GB1 is 5-5-5-5/0-0-0-0/4-4-4-4/0-0-0-0//;

The organizational structure of GB2 is 0-1-1-1/1-0-0-0//;

The organizational structure of GB3 is

2-3-2-3/4-3-4-3/4-5-4-5/6-5-6-5/6-7-6-7/8-7-8-7/8- 9-8-9/10-9-10-9/10-11-10-11/12-11-12-11/12-13-12-13/14-13-14-13/14-15- 14-15/16-15-16-15/16-17-16-17/18-17-18-17/18-19-18-19/20-19-20-19/20-21-20- 21/22-21-22-21/20-21-20-21/20-19-20-19/18-19-18-19/18-17-18-17/16-17-16-17/ 16-15-16-15/14-15-14-15/14-13-14-13/12-13-12-13/12-11-12-11/10-11-10-11/10- 9-10-9/8-9-8-9/8-7-8-7/6-7-6-7/6-5-6-5/4-5-4-5/4-3- 4-3/2-3-2-3/2-1-2-1/0-1-0-1/2-1-2-1/2-3-2-3/4-3-4- 3/4-5-4-5/6-5-6-5/6-7-6-7/8-7-8-7/8-9-8-9/10-9-10-9/ 10-11-10-11/12-11-12-11/12-13-12-13/14-13-14-13/14-15-14-15/16-15-16-15/16- 17-16-17/18-17-18-17/18-19-18-19/20-19-20-19/20-21-20-21/22-21-22-21/20-21- 20-21/20-19-20-19/18-19-18-19/18-17-18-17/16-17-16-17/16-15-16-15/14-15-14- 15/14-13-14-13/12-13-12-13/12-11-12-11/10-11-10-11/10-9-10-9/8-9-8-9/ 8-7-8-7/6-7-6-7/6-5-6-5/4-5-4-5/4-3-4-3/2-3-2-3/2- 1-2-1/0-1-0-1/2-1-2-1 //;

The organizational structure of GB4 is

1-2-1-2/3-2-3-2/3-4-3-4/5-4-5-4/5-6-5-6/7-6-7-6/7- 8-7-8/9-8-9-8/9-10-9-10/11-10-11-10/11-12-11-12/13-12-13-12/13-14- 13-14/15-14-15-14/15-16-15-16/17-16-17-16/17-18-17-18/19-18-19-18/19-20-19- 20/19-19-19-19/19-19-19-19/19-18-19-18/17-18-17-18/17-16-17-16/15-16-15-16/ 15-14-15-14/13-14-13-14/13-12-13-12/11-12-11-12/11-10-11-10/9-10-9-10/9- 8-9-8/7-8-7-8/7-6-7-6/5-6-5-6/5-4-5-4/3-4-3-4/3-2- 3-2/1-2-1-2/1-0-1-0/1-1-1-1/1-1-1-1/1-2-1-2/3-2-3- 2/3-4-3-4/5-4-5-4/5-6-5-6/7-6-7-6/7-8-7-8/9-8-9-8/ 9-10-9-10/11-10-11-10/11-12-11-12/13-12-13-12/13-14-13-14/15-14-15-14/15- 16-15-16/17-16-17-16/17-18-17-18/19-18-19-18/19-20-19-20/19-19-19-19/19-19- 19-19/19-18-19-18/17-18-17-18/17-16-17-16/15-16-15-16/15-14-15-14/13-14-13- 14/13-12-13-12/11-12-11-12/11-10-11-10/9-10-9-10/9-8-9-8/7-8-7-8/ 7-6-7-6/5-6-5-6/5-4-5-4/3-4-3-4/3-2-3-2/1-2-1-2/1- 0-1-0/1-1-1-1/1-1-1-1 //;

The organizational structure of GB5 is 0-0-0-1/1-1-1-0//;

The organizational structure of GB6 is 5-5-5-5/0-0-0-0/4-4-4-4/0-0-0-0//.

The threading method of GB1, GB2, GB5, and GB6 is full threading;

The threading method of GB3 is 9 threads, 18 threads, 18 threads, 12 threads, 24 threads, 6 threads, 24 threads, 12 threads, 18 threads, 18 threads, 12 threads, 24 threads, and 3 threads;

The threading method of GB4 is 6 threads, 24 threads, 12 threads, 18 threads, 18 threads, 12 threads, 24 threads, 12 threads, 18 threads, 18 threads, 12 threads, 24 threads, 6 threads, and 30 threads.

Among them, GB1, GB2, GB5, and GB6 use 100D/48f semi-glossy polyester FDY yarns, and GB3 and GB4 use 120D/192f full-gloss hollow polyester DTY yarns.

See Figure 2-6 for the schematic diagram of the organization structure of GB1~GB6.

The fabric is a weft-inserted structure of polyester yarn worn by two bars of GB1 and GB6, and a knitting chain structure of polyester yarn worn by two bars of GB2 and GB5. The combination of the two forms a hard floor effect; the use of GB3 Two combs and GB4 pass through the hollow fiber yarn to run the jacquard weave, so that the fabric surface forms a pattern effect. The physical picture of the fabric is shown in Figure 7.

Although the utility model has been disclosed as above with preferred embodiments, it is not intended to limit the utility model. Any person familiar with this technology can make various changes and modifications without departing from the spirit and scope of the utility model. modification, so the scope of protection of the utility model should be defined by the claims.

Claims (7)

1. A hollow fiber double-needle bed warm plush fabric, which is woven from six bars of GB1, GB2, GB3, GB4, GB5, and GB6, is characterized in that the organizational structure of said GB1 is 5-5-5 -5/0-0-0-0/4-4-4-4/0-0-0-0//; the organizational structure of GB2 is 0-1-1-1/1-0-0-0/ /; The organizational structure of GB3 is 2-3-2-3/4-3-4-3/4-5-4-5/6-5-6-5/6-7-6-7/8 -7-8-7/8-9-8-9/10-9-10-9/10-11-10-11/12-11-12-11/12-13-12-13/14-13 -14-13/14-15-14-15/16-15-16-15/16-17-16-17/18-17-18-17/18-19-18-19/20-19-20 -19/20-21-20-21/22-21-22-21/20-21-20-21/20-19-20-19/18-19-18-19/18-17-18-17 /16-17-16-17/16-15-16-15/14-15-14-15/14-13-14-13/12-13-12-13/12-11-12-11/10 -11-10-11/10-9-10-9/8-9-8-9/8-7-8-7/6-7-6-7/6-5-6-5/4-5 -4-5/4-3-4-3/2-3-2-3/2-1-2-1/0-1-0-1/2-1-2-1/2-3-2 -3/4-3-4-3/4-5-4-5/6-5-6-5/6-7-6-7/8-7-8-7/8-9-8-9 /10-9-10-9/10-11-10-11/12-11-12-11/12-13-12-13/14-13-14-13/14-15-14-15/16 -15-16-15/16-17-16-17/18-17-18-17/18-19-18-19/20-19-20-19/20-21-20-21/22-21 -22-21/20-21-20-21/20-19-20-19/18-19-18-19/18-17-18-17/16-17-16-17/16-15-16 -15/14-15-14-15/14-13-14-13/12-13-12-13/12-11-12-11/10-11-10-11/10-9-10-9 /8-9-8-9/8-7-8-7/6-7-6-7/6-5-6-5/4-5-4-5/4-3-4-3/2 -3-2-3/2-1-2-1/0-1-0-1/2-1- 2-1//; The organizational structure of GB4 is 1-2-1-2/3-2-3-2/3-4-3-4/5-4-5-4/5-6-5 -6/7-6-7-6/7-8-7-8/9-8-9-8/9-10-9-10/11-10-11-10/11-12-11-12 /13-12-13-12/13-14-13-14/15-14-15-14/15-16-15-16/17-16-17-16/17-18-17-18/19 -18-19-18/19-20-19-20/19-19-19-19/19-19-19-19/19-18-19-18/17-18-17-18/17-16 -17-16/15-16-15-16/15-14-15-14/13-14-13-14/13-12-13-12/11-12-11-12/11-10-11 -10/9-10-9-10/9-8-9-8/7-8-7-8/7-6-7-6/5-6-5-6/5-4-5-4 /3-4-3-4/3-2-3-2/1-2-1-2/1-0-1-0/1-1-1-1/1-1-1-1/1 -2-1-2/3-2-3-2/3-4-3-4/5-4-5-4/5-6-5-6/7-6-7-6/7-8 -7-8/9-8-9-8/9-10-9-10/11-10-11-10/11-12-11-12/13-12-13-12/13-14-13 -14/15-14-15-14/15-16-15-16/17-16-17-16/17-18-17-18/19-18-19-18/19-20-19-20 /19-19-19-19/19-19-19-19/19-18-19-18/17-18-17-18/17-16-17-16/15-16-15-16/15 -14-15-14/13-14-13-14/13-12-13-12/11-12-11-12/11-10-11-10/9-10-9-10/9-8 -9-8/7-8-7-8/7-6-7-6/5-6-5-6/5-4-5-4/3-4-3-4/3-2-3 -2/1-2-1-2/1-0-1-0/1-1-1-1/1-1-1-1//; the organizational structure of GB5 is 0-0-0- 1/1-1-1-0//; The organizational structure of GB6 is 5-5-5-5/0-0-0-0/4-4-4-4/0-0-0-0 //; The threading method of GB1, GB2, GB5, GB6 is full threading; the threading method of GB3 is 9 empty, 18 threading, 18 empty, 12 threading, 24 empty, 6 threading, 24 empty, 12 empty, 18 empty, 18 empty, 12 empty, 24 empty, 3 empty; the threading method of GB4 is 6 thread, 24 empty, 12 thread, 18 empty, 18 thread, 12 empty, 24 thread, 12 empty, 18 wear, 18 empty, 12 wear, 24 empty, 6 wear, 30 empty. 2. A hollow fiber double-needle bed warm plush fabric according to claim 1, characterized in that the yarns used for GB1, GB2, GB5, and GB6 are polyester FDY. 3. A hollow fiber double-needle bed warm plush fabric according to claim 1, wherein the yarn used in GB3 and GB4 is tubular hollow polyester DTY. 4. A hollow fiber double-needle bed warm plush fabric according to claim 2, characterized in that the polyester FDY is 75-100D semi-gloss or matte polyester FDY. 5 . The hollow fiber double-needle bed warm plush fabric according to claim 3 , wherein the tubular hollow polyester DTY is 100-200D semi-gloss or full-gloss hollow polyester DTY. 6. A kind of hollow fiber double-needle bed warm-keeping plush fabric according to any one of claims 1-5, characterized in that, the hollow fiber yarns on the front side of the fabric form wavy plush, and Relatively narrow spaced concave strips are formed between the pattern stripes. 7. A hollow fiber double-needle bed warm plush fabric according to any one of claims 1-5, characterized in that the finished product square meter weight of the hollow fiber double needle bed warm plush fabric is 280-360g/ m ² .