CN218861051U

CN218861051U - Dovetail-vein knitting tissue structure

Info

Publication number: CN218861051U
Application number: CN202222484052.3U
Authority: CN
Inventors: 李树伟; 李文耸; 张国银; 刘海福
Original assignee: Chifeng Dongli Cashmere Co ltd
Current assignee: Chifeng Dongli Cashmere Co ltd
Priority date: 2022-09-16
Filing date: 2022-09-16
Publication date: 2023-04-14
Anticipated expiration: 2032-09-16

Abstract

The utility model discloses a forked tail line knitting organizational structure, organize and the float thread including positive needle, positive needle tissue comprises positive needle coil, and positive needle coil moves the needle and misplaces the back to both sides and form the transfer coil, and positive needle coil moves the empty coil of coil formation that the needle misplaces the vacation to both sides, and the straight line of connecting between the adjacent empty coil constitutes the float thread tissue simultaneously to positive needle coil alternates to connect adjacent positive needle coil and constitutes crisscross tissue, the float thread tissue is in the basement surface symmetric distribution that positive needle tissue constitutes, and the both ends of float thread tissue all connect positive needle tissue, and simultaneously in the hypotenuse department of float thread tissue, the float thread tissue is through empty needle tissue of thread connection. This forked tail line knitting organizational structure can effectively reduce the frequency of clearing up the filter screen.

Description

Forked tail line knitting organizational structure

The technical field is as follows:

the utility model relates to a knitted fabric technical field specifically is a forked tail line knitting organizational structure.

The background art comprises the following steps:

the knitting principle of the computerized flat knitting machine is generally classified into the following categories: 6 types of knitting, tucking, non-knitting, needle turning, needle connecting and needle knocking over are adopted, and in the design knitting process, by utilizing the 6 knitting principles or the mutual combination of knitting forms, a changeable computer composite organizational structure can be knitted, and the method is a main innovation thinking source of knitting product designers; most of cashmere knitwear in the current market is represented by traditional organizational structures, such as front and back needles, hanks, albenda, jacquard and the like, the product style tends to ancient boards, and more imitations are available; young generation consumer groups prefer unique original cashmere knitwear close to natural style, and products have innovation and dynamic breath; the swallow is a lucky bird; people in ancient times often think that if a swallow flies home, the family will be in good fortune, now the swallow often symbolizes happy new life, also symbolizes beautiful spring, and the swallow has a remarkable characteristic of dovetail; however, a knitted fabric that can exhibit a "dovetail" shape is currently lacking.

We have therefore developed this and have proposed a dovetail stitch construction.

The utility model has the following contents:

an object of the utility model is to provide a forked tail line weave organizational structure to solve the problem that proposes among the above-mentioned background art.

The utility model discloses by following technical scheme implement: the utility model provides a forked tail line knitting organizational structure, includes positive needle tissue and float line tissue, positive needle tissue comprises positive needle coil, and just positive needle coil moves to both sides and forms the transfer coil after the needle dislocation, and positive needle coil moves the coil formation sky of needle dislocation vacation to both sides and rises the coil, and the straight line that connects between the adjacent sky coil constitutes the float line tissue simultaneously to positive needle coil alternates to connect adjacent positive needle coil and constitutes crisscross tissue, the float line tissue is in the base surface distribution that positive needle tissue constitutes, and the both ends of float line tissue all connect positive needle tissue, and simultaneously in the hypotenuse department of float line tissue, the float line tissue is through empty play coil connection positive needle tissue.

Preferably, the floating line structure is composed of a first floating line part, a second floating line part and a third floating line part, wherein the first floating line part and the second floating line part are respectively provided with one group, and the third floating line part is provided with two groups.

Preferably, a second floating line part is distributed below the first floating line part, the length of the first floating line part is smaller than that of the second floating line part, and the first floating line part and the second floating line part are combined together to form an isosceles trapezoid structure.

Preferably, two groups of floating line parts III are symmetrically distributed below two sides of the floating line part II, the floating line parts III are distributed in a triangular mode, and the inclined edge of each floating line part III gradually deviates by the distance of one needle from bottom to top.

Preferably, the straight lines in the floating line tissues are distributed in parallel at equal intervals, the two groups of floating line parts III are connected with each other through the positive needle tissues, and meanwhile, the positive needle tissues surrounded by the floating line parts II and the floating line parts III are in an equilateral triangle structure.

Preferably, the lower end of the third floating line part is connected with a staggered structure, the straight lines in the staggered structure are sequentially inserted into the adjacent positive needle coils in a positive and negative mode, and the staggered structure is inserted for the distance of two needles.

Preferably, the width of the floating line part three is increased from bottom to top line by line, the width of the floating line part two is maximized, and the floating line tissues are integrally distributed in a dovetail shape.

The utility model has the advantages that: this forked tail line knitting organizational structure, through the cooperation of float line tissue and empty coil, the float line tissue of the structure of the swallow-tail form of founding on the basement that positive needle tissue constitutes, the surface that float line tissue and positive needle tissue are not in same horizontal plane in addition for the product surface has the third dimension, and the float line tissue is the structure moreover, can effectively strengthen the gas permeability of corresponding part, also can increase the fashion and the youth sense of product moreover.

Description of the drawings:

in order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the description below are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.

FIG. 1 is a schematic view of the structural braid structure of the present invention;

FIG. 2 is an enlarged schematic view of the utility model at E in FIG. 1;

fig. 3 is an enlarged schematic view of the point F in the structure diagram 1 of the present invention.

In the figure: 1. needle aligning tissue; 2. a blank coil; 3. floating line organization; 4. performing staggered organization; 301. a first floating line part; 302. a second floating line part; 303. and a floating line part III.

The specific implementation mode is as follows:

the technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by a person skilled in the art without making creative efforts belong to the protection scope of the present invention.

Referring to fig. 1-3, the present invention provides a technical solution: a dovetail-pattern knitting tissue structure comprises a positive needle tissue 1 and a floating thread tissue 3, wherein the positive needle tissue 1 is composed of positive needle coils, the positive needle coils move towards two sides and form transfer coils after dislocation, the coils vacated by the positive needle coils moving towards the two sides and dislocate form empty coils 2, straight lines connected between the adjacent empty coils 2 form the floating thread tissue 3, the positive needle coils are connected with the adjacent positive needle coils in an inserting mode to form a staggered tissue 4, the floating thread tissue 3 is distributed on the surface of a base formed by the positive needle tissue 1, two ends of the floating thread tissue 3 are connected with the positive needle tissue 1, and the floating thread tissue 3 is connected with the positive needle tissue 1 through the empty coils 2 at the bevel edge of the floating thread tissue 3; the floating line tissue 3 is composed of a floating line part I301, a floating line part II 302 and a floating line part III 303, the floating line part I301 and the floating line part II 302 are respectively provided with one group, and the floating line part III 303 has two groups; straight lines in the floating thread tissue 3 are distributed in parallel at equal intervals, two groups of floating thread parts III 303 are connected with each other through the positive needle tissue 1, and meanwhile, the positive needle tissue 1 surrounded by the floating thread parts II 302 and the floating thread parts III 303 is in an equilateral triangle structure; a second floating line part 302 is distributed below the first floating line part 301, the length of the first floating line part 301 is smaller than that of the second floating line part 302, and meanwhile, the first floating line part 301 and the second floating line part 302 are combined together to form an isosceles trapezoid structure; two groups of floating line parts three 303 are symmetrically distributed below two sides of the floating line part two 302, the floating line part three 303 is distributed in a triangular shape, and the inclined edge of the floating line part three 303 gradually deviates by the distance of one needle from bottom to top; the width of the floating line part three 303 is increased from bottom to top line by line, the width of the floating line part two 302 reaches the maximum, and meanwhile, the floating line tissues 3 are integrally distributed in a dovetail shape; the lower end of the third float part 303 is connected with the interlaced structure 4, and the straight line in the interlaced structure 4 is inserted in the adjacent needle coil in the forward and reverse directions in sequence, and the interlaced structure 4 is inserted by the distance of two needles.

As shown in figures 1 and 2, 16 rows 13 of the two areas A-B and C-D together form a basic circulation unit, the raw material component of the yarn is pure cashmere yarn, and the computer flat knitting machine at least comprises a pair of front needle plate and rear needle plate which are opposite from front to back, the front needle plate or the rear needle plate can be turned over from front to back or from back to front, at least one needle plate of the front needle plate and the rear needle plate can be staggered from left to right by a cradle, and the float stitch 3 can sequentially pass through the corresponding positive stitch 1.

As shown in fig. 1, the whole of the float stitch 3 is composed of parallel straight lines distributed at equal intervals, and the parallel straight lines can effectively enhance the air permeability of the part and can also be matched with the needle stitch 1 to highlight a dovetail-shaped pattern.

The working principle is as follows: during weaving, the areas A-B are taken as an example for illustration, while the weaving principle of the areas C-D is completely the same as that of the areas A-B, and only the dislocation direction of the table during weaving is opposite.

When knitting the 01' th row, knitting a front plate loop-forming knitting positive needle stitch 1 at the needle outlet height of the 01', 02', 03', 04', 05', 06', 07' and 08' front plate of 3/4;

when knitting the 02' row, the front plate with the needle outlet height of 3/4 of the 01', 02', 04', 05', 06', 07', 08' needles is knitted into a positive needle tissue 1 in a looping manner, the needle outlet height of the 03' needle is 0, the needle-free tape yarn pulls and floats to pass through a knitting needle to form a floating thread tissue 3, and the floating thread sequentially penetrates the positive needle tissue 1 knitted by the 03' needle of the 01' row in a positive and negative manner to form a staggered tissue 4;

when knitting the 03 'th row, the front plate with the needle outlet height of 3/4 of the needle outlet height of the 01', 02', 05', 06', 07', 08 'is knitted into a positive needle structure 1 in a looping manner, the needle outlet height of the 03' and 04 'is 0, the non-needle-outlet tape yarn draws floating threads to pass through a knitting needle to form a floating thread structure 3, and the 04' th needle passes through the positive needle structure 1 formed by the 04 'th needle of the 02' th row;

when knitting the 04 'row, the front plate with the needle outlet height of 3/4 of the needle outlet height of the 01', 02', 06', 07', 08' is knitted into the straight needle tissue 1 in a looping manner, the needle outlet height of the 03', 04', 05 'is 0, the non-needle-outlet tape yarn draws floating threads to pass through a knitting needle to form a floating thread tissue 3, and the 05' needle passes through the straight needle tissue 1 formed by the 05 'needle of the 03' row;

when knitting the 05' th row, the front plate with the needle outlet height of 3/4 of the needle outlet height of the 01', 02', 06', 07' and 08' is knitted into a positive needle structure 1 in a looping manner, the needle outlet height of the 04' and 05' is 0, the needle is not pulled out, yarns are pulled and float threads are led to pass through a knitting needle to form a float thread structure 3, the 03' th needle has no old loop and is equivalent to knitting a tuck, and an empty tuck loop 2 is formed during the needle raising knitting;

when knitting the 06 'th row, the front plate with the needle outlet height of 3/4 of the 01', 02', 03', 07', 08' is knitted into the positive needle tissue 1 in a looping way, the needle outlet height of the 04', 05', 06 'is 0, the non-needle-outlet tape yarn draws and floats to pass through a knitting needle to form a floating thread tissue 3, and the 06' th needle passes through the positive needle tissue 1 formed by the 06 'th needle of the 05' th row;

when knitting the row 07', the front plate with the needle outlet height of 3/4 of the needle outlet height of the 01', 02', 03', 07' and 08' is knitted into a front needle stitch 1 in a looping manner, the needle outlet height of the 04', 05' and 06' is 0, and the yarn of the non-needle-outlet belt passes through a knitting needle to form a floating stitch 3;

when knitting the 08 th row, the front plate with the needle outlet height of 3/4 of the 01 th, 02 th and 03 th needles is knitted into the positive needle structure 1 in a looping manner, the needle outlet height of the 04 th, 05 th, 06 th, 07 th and 08 th needles is 0, the yarns of the non-needle-outlet belts pass through the knitting needles to form a floating thread structure 3, and the 06 th and 07 th needles pass through the positive needle structure 1 formed by the 06 th and 07 th needles of the 07 th row;

when knitting the 09 ' th row, the front plate with the needle outlet height of 3/4 of the needle outlet height of the 01', 02' and 03' is knitted into a positive needle structure 1 in a looping manner, the needle outlet height of the 04', 05', 06', 07' and 08' is 0, and the non-needle-outlet belt yarn draws floating threads to pass through a knitting needle to form a floating thread structure 3;

when knitting the 10 th row, the front plate with the needle outlet height of 3/4 of the needle outlet height of the 01 '02' and the 03 'is knitted into a positive stitch tissue 1 in a looping manner, the needle outlet height of the 05' 06 'and the 07' and the 08 'is 0, the needle is not pulled out, yarns are pulled and floated threads pass through a knitting needle to form a floated thread tissue 3, the 04' needle has no old loop and is equivalent to knitting a tuck, and an empty tuck loop 2 is formed during the needle raising knitting;

when the 11 th row is knitted, the front plate with the needle outlet height of 3/4 of the needle outlet height of the 01 th, 02 th, 03 th and 04 th needles is knitted into a positive needle structure 1 in a looping manner, the needle outlet height of the 06 th, 07 th and 08 th needles is 0, the needles do not have needles and draw floating threads to pass through a knitting needle to form a floating thread structure 3, the 05 th needle has no old loop, which is equivalent to knitting a tuck, and an empty looper 2 is formed during the needle raising knitting;

when a 12 th row is knitted, the front plate with the needle outlet height of 3/4 of the needle outlet height of the 01', 02', 03', 04' and 05 'is knitted into a front needle stitch 1, the needle outlet height of the 06', 07 'and 08' is 0, and the yarn of the non-needle-outlet belt passes through a knitting needle to form a floating stitch 3;

when knitting the 13 th row, the front plate with the needle-out height of 3/4 of the needle-out height of the 01', 02', 03', 04' and 05 'is knitted into a straight needle structure 1, the 06', 07 'and 08' needles have no old loops and are equivalent to knitting a tuck loop, and an empty loop 2 is formed during the needle-up knitting; this is the entire process by which the dovetail stitch structure works.

The above description is only a preferred embodiment of the present invention, and should not be taken as limiting the invention, and any modifications, equivalent replacements, improvements, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. A dovetail-stripe knitted fabric structure comprising a positive stitch (1) and a floating stitch (3), characterized in that: just, needle organization (1) comprises just needle coil, and just needle coil forms the transfer coil after moving the needle dislocation to both sides, and just needle coil moves the empty coil of needle dislocation formation to both sides and becomes empty loop (2), and the straight line of connecting between adjacent empty loop (2) constitutes float line tissue (3) simultaneously to just needle coil alternates to connect adjacent needle coil and constitutes crisscross tissue (4), float line tissue (3) are in the base surface distribution that needle organization (1) constitutes, and the both ends of float line tissue (3) all connect needle organization (1), and simultaneously in the hypotenuse department of float line tissue (3), float line tissue (3) connect through empty loop (2) and just needle organization (1).

2. A dovetail needle weave construction, according to claim 1, wherein: the floating line tissue (3) is composed of a first floating line part (301), a second floating line part (302) and a third floating line part (303), the first floating line part (301) and the second floating line part (302) are respectively provided with one group, and the third floating line part (303) has two groups.

3. A dovetail needle weave construction, according to claim 2, wherein: and a second floating line part (302) is distributed below the first floating line part (301), the length of the first floating line part (301) is smaller than that of the second floating line part (302), and the first floating line part (301) and the second floating line part (302) are combined together to form an isosceles trapezoid structure.

4. A dovetail needle weave construction, according to claim 2, wherein: two groups of floating line parts III (303) are symmetrically distributed below two sides of the floating line part II (302), the floating line parts III (303) are distributed in a triangular mode, and the inclined edge of the floating line part III (303) gradually deviates by the distance of one needle from bottom to top.

5. A dovetail needle weave construction, according to claim 1, wherein: straight lines in the floating thread tissues (3) are distributed in parallel at equal intervals, two groups of floating thread parts III (303) are connected with each other through the needle aligning tissues (1), and the needle aligning tissues (1) surrounded by the floating thread parts II (302) and the floating thread parts III (303) are in an equilateral triangle structure.

6. A dovetail needle weave construction, according to claim 2, wherein: the lower end of the floating line part III (303) is connected with a staggered organization (4), straight lines in the staggered organization (4) are sequentially inserted into adjacent positive needle coils in a positive and negative mode, and the staggered organization (4) is inserted for the distance of two needles.

7. A dovetail needle weave construction, according to claim 2, wherein: the width of the floating line part three (303) is increased line by line from bottom to top, the width of the floating line part two (302) is maximized, and meanwhile, the floating line tissues (3) are integrally distributed in a dovetail shape.