CN202081246U - A kind of imitation warp knitting pinhole mesh cloth - Google Patents

Abstract

The utility model relates to a fabrics technical field, concretely relates to imitative warp knitting pinhole mesh cloth. The warp knitting-imitating pinhole mesh fabric has pinhole mesh unit structures distributed homogeneously in the front and back, and the minimum pattern includes 4 longitudinal lines of loops and 12 transverse lines of loops. The utility model provides a pinhole mesh unit structure stable in structure, the style is unique, and is elegant pleasing to the eye.

Description

A kind of imitation warp knitting pinhole mesh cloth

technical field

The utility model relates to the technical field of textiles, in particular to a warp-knitted needle-hole mesh cloth.

Background technique

The knitting technology has developed from the early manual knitting and stick knitting to the current large-scale centralized production mode of mechanical automation, which has higher requirements for product quality, output, function and application. The existing knitted mesh fabric has the problems of unstable structure, easy tearing and deformation under force, and unattractive appearance during the knitting process.

Contents of the invention

The utility model provides a warp knitted pinhole mesh cloth with stable structure and unique style.

The technical scheme of the utility model is:

A warp-knitted pinhole mesh fabric, the front and back of the mesh fabric are evenly distributed with pinhole mesh unit structures, and the smallest pattern cycle includes 4 wales of stitches and 12 rows of stitches.

Wherein, the first needle and the third needle on the cylinder surface of the first row in the minimum pattern cycle are tuck structures, the other needles on the needle cylinder surface are non-knitting structures, and the dial surfaces are all knitting structures; The cylinder surface is of loop-forming structure, and the dial surface is of non-knitting structure; the first needle and the fourth needle of the needle cylinder surface in the third row are tuck mechanisms, and the other needles of the needle cylinder surface are of non-knitting structure, and the dial surface is the first. The needle and the third needle are loop-forming structures, the second and fourth needles are tuck structures; the second and fourth needles on the cylinder surface of the fourth row are loop-forming structures, and the first and third needles are not Knitting structure, the dial surface is non-knitting structure; the first needle and the third needle of the needle cylinder surface of the fifth row are non-knitting structure, the second needle and the fourth needle are tuck structure, the first stitch and the third needle of the dial surface are It is a tuck structure, and the second and fourth stitches are loop-forming structures; the first and third stitches on the needle cylinder surface of the sixth row are loop-forming structures, and the second and fourth stitches are non-knitting structures. It is a non-knitting structure; the first needle and the third needle on the needle cylinder surface of the seventh row are non-knitting structure, the second needle and the fourth needle are a tuck structure, and the dial surface is a loop-forming structure; the eighth row and the second row The structure of the ninth row is the same as that of the fifth row; the structure of the tenth row is the same as that of the sixth row; the structure of the eleventh row is the same as that of the third row; the structure of the twelfth row is the same as that of the fourth row.

Wherein, the polyester fiber used in the pinhole mesh unit structure is 100D/96F heavy mesh polyester.

The beneficial effect of the utility model is: a warp-knitting imitation pinhole mesh cloth, the front and back of the mesh cloth are evenly distributed with a pinhole mesh unit structure, and the minimum pattern cycle includes 4 stitches in wales and 12 stitches in rows. The pinhole mesh unit structure proposed by the utility model is stable in structure, unique in style, elegant and beautiful.

Description of drawings

Fig. 1 is a weaving figure of the utility model.

Detailed ways

Below in conjunction with accompanying drawing and specific embodiment the utility model is described in detail.

Embodiment 1, referring to Fig. 1, a kind of imitation warp knitting pinhole mesh cloth, the front and back of described mesh cloth are evenly distributed with pinhole mesh unit structure, the minimum pattern cycle comprises 4 stitch wales and 12 stitch courses .

Wherein, the first needle and the third needle on the cylinder surface of the first row in the minimum pattern cycle are tuck structures, the other needles on the needle cylinder surface are non-knitting structures, and the dial surfaces are all knitting structures; The cylinder surface is of loop-forming structure, and the dial surface is of non-knitting structure; the first needle and the fourth needle of the needle cylinder surface in the third row are tuck mechanisms, and the other needles of the needle cylinder surface are of non-knitting structure, and the dial surface is the first. The needle and the third needle are loop-forming structures, the second and fourth needles are tuck structures; the second and fourth needles on the cylinder surface of the fourth row are loop-forming structures, and the first and third needles are not Knitting structure, the dial surface is non-knitting structure; the first needle and the third needle of the needle cylinder surface of the fifth row are non-knitting structure, the second needle and the fourth needle are tuck structure, the first stitch and the third needle of the dial surface are It is a tuck structure, and the second and fourth stitches are loop-forming structures; the first and third stitches on the needle cylinder surface of the sixth row are loop-forming structures, and the second and fourth stitches are non-knitting structures. It is a non-knitting structure; the first needle and the third needle on the needle cylinder surface of the seventh row are non-knitting structure, the second needle and the fourth needle are a tuck structure, and the dial surface is a loop-forming structure; the eighth row and the second row The structure of the ninth row is the same as that of the fifth row; the structure of the tenth row is the same as that of the sixth row; the structure of the eleventh row is the same as that of the third row; the structure of the twelfth row is the same as that of the fourth row. The pinhole mesh unit structure proposed by the utility model is stable in structure, unique in style, elegant and beautiful.

Wherein, the polyester fiber used in the pinhole mesh unit structure is 100D/96F heavy mesh polyester.

The triangular arrangement of the present utility model is as follows:

Finally, it should be noted that the above content is only used to illustrate the technical solution of the utility model, rather than limit the scope of protection of the utility model, although the specific embodiment part has described the utility model in detail, those of ordinary skill in the art It should be understood that the technical solution of the utility model can be modified or equivalently replaced without departing from the essence and scope of the technical solution of the utility model.

Claims (3)

1. A warp-knitted pinhole mesh cloth is characterized in that: the front and back sides of the mesh cloth are evenly distributed with a pinhole mesh unit structure, and the minimum pattern cycle includes 4 coil wales and 12 coil courses. 2. A kind of imitation warp knitting pinhole mesh fabric as claimed in claim 1, characterized in that: the first needle and the third needle on the cylinder surface of the first course in the minimum pattern cycle are tuck structures, and the needle The other needles on the cylinder surface are of non-knitting structure, and the dial surface is of loop structure; the needle cylinder surface of the second row is of loop structure, and the dial surface is of non-knit structure; the first needle of the needle cylinder surface of the third row, the The four needles are the tuck structure, the other needles on the cylinder surface are non-knitting structure, the first needle and the third needle on the dial surface are the loop structure, the second needle and the fourth needle are the tuck structure; the needle cylinder surface of the fourth row The second and fourth stitches are loop-forming structures, the first and third stitches are non-knitting structures, and the dial surfaces are all non-knitting structures; the first and third stitches on the needle cylinder surface of the fifth row are non-knitting structures , the second needle and the fourth needle have a tuck structure, the first needle and the third needle on the dial surface are a tuck structure, the second needle and the fourth needle are a loop structure; the first needle and the third needle on the needle surface of the sixth row The needles are loop-forming structures, the second and fourth needles are non-knitting structures, and the dial surface is all non-knitting structures; the first and third needles on the cylinder surface of the seventh row are non-knitting structures, the second and fourth The needle is a tuck structure, and the dial surface is a loop structure; the structure of the eighth row is the same as that of the second row; the structure of the ninth row is the same as that of the fifth row; the structure of the tenth row is the same as that of the sixth row; The structure of the row is the same as that of the third row; the structure of the twelfth row is the same as that of the fourth row. 3. The warp-knitted pinhole mesh fabric as claimed in claim 1 or 2, characterized in that: the polyester fiber used in the pinhole mesh unit structure is 100D/96F heavy mesh polyester.