CN218756354U

CN218756354U - Anti-static warp-knitted fabric with deep and shallow check grains

Info

Publication number: CN218756354U
Application number: CN202222470320.6U
Authority: CN
Inventors: 佘雪; 华桂英; 周仪; 张盼盼; 陆凌
Original assignee: Jiangsu Textile Research Institute Co ltd
Current assignee: Jiangsu Textile Research Institute Co ltd
Priority date: 2022-09-19
Filing date: 2022-09-19
Publication date: 2023-03-28
Anticipated expiration: 2032-09-19

Abstract

The utility model provides a static warp knitting is prevented to depth check line, warp knitting utilize three sley bars of GB1, GB2, GB3 to weave and form, and the minimum circulation of warp knitting is 14 rows, and wherein the weave tissue of third sley bar GB3 is warp fine hair tissue, and the weave tissue of second sley bar GB2 is the perfect texture including warp flat texture, opening chaining and warp fine hair tissue, and the weave tissue of first sley bar GB1 is the perfect texture including warp fine hair tissue, opening chaining and warp flat texture. The utility model discloses a warp knitting fabric adopts knitting structure, and third sley bar GB3 is the cotton yarn of washing as the used raw materials of end comb, can improve the travelling comfort of dress with the skin contact, and all contain conductive fiber in the raw materials on first sley bar GB1 and the second sley bar GB2, can play the efficiency of leading away static, can effectively reduce the static that arouses because of skin drying and friction on the surface fabric in autumn and winter, as autumn and winter dress next to the shin, knitted fabric's extensibility, elasticity is better, improve human comfort.

Description

Anti-static warp knitted fabric with deep and shallow check grains

Technical Field

The utility model relates to a knitting fabric structure, especially a depth check line prevent static warp knitting.

Background

At present, most antistatic clothing products are woven products, the woven products are formed by interweaving warp yarns and weft yarns, the knitted products are formed by mutually stringing and sleeving loops, and the performances of air permeability, extensibility, elasticity and the like of the knitted products are better than those of the woven products. Compared with knitted products, woven products have the defects of poor air permeability, poor extensibility and weak elasticity, and the like, and the research direction of related workers is how to improve the antistatic performance of antistatic clothing products while ensuring the air permeability, the extensibility and the elasticity of the antistatic clothing products.

Disclosure of Invention

The utility model aims at overcoming the defects existing in the prior art and providing the antistatic warp-knitted fabric with the deep and shallow grid lines. The utility model discloses a warp knitting fabric adopts knitting structure, changes most antistatic fabric in the market and adopts the machine weaving structure, in order to increase knitting structure's antistatic performance, the utility model discloses a warp knitting fabric adopts three sley bars, three kinds of raw materials, and the shared proportion of electrically conductive yarn of twisting is big, and floats in the front of fabric, play antistatic effect that can be fine.

In order to realize the technical purpose, the embodiment of the utility model provides an adopt technical scheme is:

the utility model provides a static warp knitting is prevented to dark and light check design, the warp knitting utilizes three sley bars of GB1, GB2, GB3 to weave and forms, the minimum circulation of warp knitting is 14 rows, and wherein the weave tissue of third sley bar GB3 is warp fine hair tissue, and the weave tissue of second sley bar GB2 is complete organization including warp plain weave, open chain and warp fine hair tissue, and the weave tissue of first sley bar GB1 is complete organization including warp fine hair tissue, open chain and warp plain weave.

Further, the yarn laying number of the first guide bar GB1 is (1-0/2-3 /) -4/1-0/(1-2/2-1 /) -3/1-2//, the yarn laying numbers of the first and second courses of the first guide bar GB1 are 1-0/2-3/, 4 times are cycled, 4 sets of warp pile stitches are formed, the yarn laying of the ninth course is 1-0/, the yarn laying of the tenth and eleventh courses is 1-2/2-1/, 3 times are cycled, 3 sets of open stitch stitches are formed, the yarn laying of the sixteenth course is 1-2/,16 courses form a complete stitch.

Further, the yarn laying number of the second guide bar GB2 is 1-0/(1-2/2-1 /). Sup.3/1-2/(1-0/2-3 /). Sup.4//, the yarn laying of the first course of the second guide bar GB2 is 1-0/, the yarn laying of the second and third courses is 1-2/2-1/, 3 times of circulation form 3 sets of open pillar stitches, the yarn laying of the eighth course is 1-2/, the yarn laying of the ninth and tenth courses is 1-0/2-3/, 4 times of circulation form 4 sets of warp knit stitches.

Further, the yarn laying number of the third guide bar GB3 is (2-3/1-0 /). Multidot.8/, and the yarn laying numbers of the first and second rows of the third guide bar GB3 are 2-3/1-0/, and the process is repeated for 8 times to form 8 groups of warp pile structures.

Further, different raw materials are adopted on the first guide bar GB1, the second guide bar GB2 and the third guide bar GB3 respectively, and the raw materials on the first guide bar GB1 and the second guide bar GB2 contain polyester yarns.

Preferably, the polyester yarn is a functional yarn with a cross section of opposite nature and moisture absorption.

Further, the raw materials on the first guide bar GB1 are twisted yarns of polyester black yarns and conductive yarns, the raw materials on the second guide bar GB2 are twisted yarns of polyester white yarns and conductive yarns, and the raw materials on the third guide bar GB3 are cotton polyester yarns.

Further, the raw material on the first guide bar GB1 is threaded 1 empty 1 on the guide needles, the raw material on the second guide bar GB2 is threaded 1 empty on the guide needles, and the raw material on the third guide bar GB3 is fully threaded on the guide needles.

The embodiment of the utility model provides a beneficial effect that technical scheme brought is:

(1) The utility model discloses a warp knitting fabric adopts knitting structure, and third sley bar GB3 is the cotton yarn that washes polyester as the used raw materials of end comb, can improve the travelling comfort of dress with the skin contact, and all contain conductive fiber in the raw materials on first sley bar GB1 and the second sley bar GB2, can play the efficiency of leading away static, can effectively reduce the static that arouses because of skin drying and friction on being used in autumn and winter's surface fabric, as autumn and winter dress next to the shin, knitting fabric's extensibility, elasticity is better, improve human comfort.

(2) The utility model discloses a warp knitting fabric adopts GB1, GB2, GB3 three sley bars to weave and forms, and 14 are listed as a circulation, and wherein third sley bar GB3 adopts warp knitting to organize as the end comb, and second sley bar GB2 adopts the special combination that warp flat weave, opening chaining, warp knitting were organized, and first sley bar GB1 adopts the special combination that warp knitting organized, opening chaining, warp flat weave, and first sley bar GB1 and second sley bar GB2 are complete each other, sound construction.

(3) The raw materials on the first guide bar GB1 are twisted yarns of polyester black yarns and conductive yarns, the raw materials on the second guide bar GB2 are twisted yarns of polyester white yarns and conductive yarns, the raw materials on the first guide bar GB1 are threaded in a space 1 on a guide needle, the raw materials on the second guide bar GB2 are threaded in a space 1 on the guide needle, the colors of the raw materials on the first guide bar GB1 and the second guide bar GB2 are one deep and one light, one hollow and one threaded, deep and light square lattices are formed, the two raw materials have conductivity and hygroscopicity, the formed warp knitted fabric has good wearability and certain functionality, and the warp knitted fabric is suitable for being used in autumn and winter and can play a certain functional role.

Drawings

Fig. 1 is a diagram of the yarn laying movement of the warp knitting fabric in the embodiment of the present invention.

Fig. 2 is a diagram illustrating the yarn laying effect of the warp knitting fabric according to the embodiment of the present invention.

Description of the reference numerals: 0. 1, 2, 3-needle clearance, where "0" represents the corresponding positioning of the zero position to the right depending on the position of the bar shogging mechanism.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the invention.

Example 1

As shown in FIGS. 1 and 2, the warp knitting fabric with deep and shallow square lattice patterns is formed by knitting three guide bars GB1, GB2 and GB3, the minimum circulation of the warp knitting fabric is 14 rows, wherein the knitting structure of the third guide bar GB3 is a warp pile structure, the knitting structure of the second guide bar GB2 is a complete structure comprising a warp flat structure, an open knitting chain and a warp pile structure, and the knitting structure of the first guide bar GB1 is a complete structure comprising a warp pile structure, an open knitting chain and a warp flat structure.

Specifically, the weave structure of the second guide bar GB2 is a perfect structure in which a warp knit, an open stitch, and a warp pile structure are combined, and the weave structure of the first guide bar GB1 is a perfect structure in which a warp pile structure, an open stitch, and a warp knit structure are combined.

The laying yarn of the first and second rows of the first bar GB1 is 1-0/2-3/, the cycle is 4 times, 4 groups of pile weave are formed, the laying yarn of the ninth row is 1-0/, the laying yarn of the tenth and eleventh rows is 1-2/2-1/, the cycle is 3 times, 3 groups of open chain weave are formed, the laying yarn of the sixteenth row is 1-2/,16 rows form a complete weave, namely, the laying yarn number of the first bar GB1 is (1-0/2-3 /) -4/1-0/(1-2/2-1 /) -3/1-2/.

The laying yarn of the first row of the second guide bar GB2 is 1-0/, the laying yarn of the second and third rows is 1-2/2-1/, the circulation is carried out 3 times, 3 groups of open chain stitch are formed, the laying yarn of the eighth row is 1-2/, the laying yarn of the ninth and tenth rows is 1-0/2-3/, the circulation is carried out 4 times, and 4 groups of warp pile stitch are formed, namely, the laying yarn number of the second guide bar GB2 is 1-0/(1-2/2-1 /). 3/1-2/(1-0/2-3 /). 4/. The weft yarn number of the second guide bar GB2 is 1-0/(1-2/2-1 /).

The inlay yarn of the first and second courses of the third bar GB3 is 2-3/1-0/, and the loop is 8 times, forming 8 groups of pile stitches, i.e. the inlay yarn number of the third bar GB3 is (2-3/1-0 /) + 8/.

Different raw materials are respectively adopted on the first guide bar GB1, the second guide bar GB2 and the third guide bar GB3, and the raw materials on the first guide bar GB1 and the second guide bar GB2 all contain polyester yarns. Preferably, the polyester yarn is a functional yarn with a cross section of opposite nature and moisture absorption.

Specifically, the raw material on the first guide bar GB1 is twisted yarn of polyester black yarn and conductive yarn, the raw material on the second guide bar GB2 is twisted yarn of polyester white yarn and conductive yarn, and the raw material on the third guide bar GB3 is cotton polyester yarn.

The raw materials on the first sley bar GB1 wear 1 sky 1 on the guide needle, the raw materials on the second sley bar GB2 wear 1 sky on the guide needle, the raw materials on the third sley bar GB3 fully wears on the guide needle, and the mode of drawing in warp of raw materials is on each sley bar promptly: GB1:7C, 7; GB2:7, 7B; GB3:14A.

In order to improve the wearability, the utility model discloses the warp knitting carries out following improvement: on the one hand, the third sley bar GB3 is full to wear cotton and is washed the yarn and as the end comb, increases the comfort after the human body is worn, and on the other hand, first sley bar GB1 wears an empty dacron white silk and conductive wire twist yarn, and second sley bar GB2 is empty one and is worn dacron black silk and conductive wire twist yarn to show the visual effect of dark and light check line.

In order to improve the static phenomenon that causes because of drying, friction in autumn and winter, the utility model discloses the warp knitting carries out following improvement: on one hand, static electricity can be conducted in time by adopting a twisting mode of the conductive yarn and the conventional yarn, the anti-static performance of the product is improved, and on the other hand, the appearance of dark and light check grains is presented by utilizing a special warp knitting organizational structure and the yarns with different colors, so that the wearability of the product is improved.

Finally, it should be noted that the above embodiments are only used for illustrating the technical solutions of the present invention and not for limiting, and although the present invention has been described in detail with reference to the examples, those skilled in the art should understand that the technical solutions of the present invention can be modified or replaced by equivalents without departing from the spirit and scope of the technical solutions of the present invention, which should be covered by the scope of the claims of the present invention.

Claims

1. The anti-static warp knitted fabric with the deep and shallow check stripes is characterized in that the warp knitted fabric is formed by knitting three guide bars GB1, GB2 and GB3, the minimum circulation of the warp knitted fabric is 14 rows, the knitting structure of the third guide bar GB3 is a warp pile structure, the knitting structure of the second guide bar GB2 is a complete structure comprising a warp flat structure, an open knitting chain and a warp pile structure, and the knitting structure of the first guide bar GB1 is a complete structure comprising a warp pile structure, an open knitting chain and a warp flat structure.

2. The antistatic warp knit fabric with deep and light checkered patterns according to claim 1, wherein the yarn laying number of said first bar GB1 is (1-0/2-3 /) -4/1-0/(1-2/2-1 /) -3/1-2//, the yarn laying of said first and second courses of said first bar GB1 is 1-0/2-3/, 4 times of circulation form 4 groups of warp knit, the yarn laying of said ninth course is 1-0/, the yarn laying of said tenth and eleventh courses is 1-2/2-1/, 3 times of circulation form 3 groups of open stitch, the yarn laying of said sixteenth course is 1-2/,16 courses form a complete stitch.

3. The antistatic warp knit fabric with deep and light checkered patterns according to claim 1, wherein the yarn laying number of the second guide bar GB2 is 1-0/(1-2/2-1 /) -3/1-2/(1-0/2-3 /) -4//, the yarn laying of the first course of the second guide bar GB2 is 1-0/, the yarn laying of the second and third courses is 1-2/2-1/, 3 times of circulation form 3 sets of open stitch, the yarn laying of the eighth course is 1-2/, the yarn laying of the ninth and tenth courses is 1-0/2-3/, 4 times of circulation form 4 sets of warp knit fabric.

4. The deep and shallow checkered antistatic warp knit fabric as claimed in claim 1, wherein the lapping number of said third guide bar GB3 is (2-3/1-0 /) -8//, and the lapping of said first and second courses of said third guide bar GB3 is 2-3/1-0/, repeating 8 times, forming 8 sets of warp knit stitches.

5. The static-free warp knit fabric with deep and shallow squares according to claim 1 to 4, wherein different materials are used for the first, second and third guide bars GB1, GB2 and GB3, respectively.

6. The antistatic warp knitted fabric with deep and shallow gridlines according to claim 5, wherein the raw material on the first guide bar GB1 is a twisted yarn of polyester black yarn and conductive yarn, the raw material on the second guide bar GB2 is a twisted yarn of polyester white yarn and conductive yarn, and the raw material on the third guide bar GB3 is cotton polyester yarn.

7. The deep and shallow gridlines antistatic warp knit fabric according to claim 6 wherein the material on the first guide bar GB1 is threaded 1 empty 1 on the guide pins, the material on the second guide bar GB2 is threaded 1 empty on the guide pins, and the material on the third guide bar GB3 is fully threaded on the guide pins.