Method for weaving a wrinkle-resistant fabric on a four-needle-bar flat knitting machine and knitted fabric

Abstract

This invention discloses a method for weaving a wrinkle-resistant structure using a four-needle flat knitting machine and a knitted fabric thereof. The method utilizes a four-needle flat knitting machine with one or more pairs of needle beds extending laterally and facing each other in the front-back direction. According to the pattern requirements, structure A and structure B are set up. In structure A, the odd-numbered stitches of the front lower needle bed and the even-numbered stitches of the rear upper needle bed are knitted at intervals of 1, followed by the odd-numbered stitches of the front lower needle bed, to complete the structure of this area. Similarly, in structure B, the odd-numbered stitches of the front lower needle bed and the even-numbered stitches of the rear upper needle bed are knitted at intervals of 1, followed by the even-numbered stitches of the rear upper needle bed, to complete the structure of this area. This invention utilizes the two spare upper needle beds for knitting operations such as needle turning, achieving a stable loop structure on both sides, forming a stable triangular structure in the yarn, thereby achieving the weaving of a wrinkle-resistant structure and ultimately achieving a wrinkle-resistant effect in the knitted fabric.

Description

Technical fields:

[0001] This invention relates to the field of knitting, specifically to a method for weaving anti-wrinkle structures on a four-needle flat knitting machine and the knitted fabric thereof. Background technology:

[0002] Four-needle flat knitting machines are mainly used for the production and development of fully knitted sweaters. Traditional four-needle flat knitting machines have simple pattern structures, mostly using single-sided knitting. With the increasing intensity of product competition in the industry and consumers' demand for personalized clothing products, traditional processes and structures cannot meet the development needs of existing four-needle flat knitting garments. How to use four-needle flat knitting machines to achieve the knitting of wrinkle-resistant structures with anti-wrinkle effects is a technical problem that urgently needs to be solved in this field. Summary of the Invention:

[0003] The technical problem to be solved by the present invention is to provide a method for weaving anti-wrinkle structure on a four-needle flat knitting machine and a knitted fabric. The weaving method achieves a double-sided stable loop structure by using the multi-needle plate structure design on the four-needle flat knitting machine and performing actions such as turning needles and knitting on the two spare upper needle plates. This makes the yarn form a stable triangular structure, thereby achieving the weaving of anti-wrinkle structure and thus achieving the anti-wrinkle effect of the knitted fabric.

[0004] The technical solution of the present invention is to provide a method for weaving anti-wrinkle tissue on a four-needle flat knitting machine. The method uses a four-needle flat knitting machine with one or more pairs of needle beds extending in the left-right direction and facing each other in the front-back direction. According to the pattern requirements, tissue area A and tissue area B are set up. In tissue area A, the odd-numbered stitches of the front lower needle bed and the even-numbered stitches of the rear upper needle bed are woven with the upper and lower needle beds at 1-1 intervals, followed by weaving the odd-numbered stitches of the front lower needle bed to complete the weaving of this area. Similarly, in tissue area B, the odd-numbered stitches of the front lower needle bed and the even-numbered stitches of the rear upper needle bed are woven with the upper and lower needle beds at 1-1 intervals, followed by weaving the even-numbered stitches of the rear upper needle bed to complete the weaving of this area.

[0005] Specifically, assuming the 9th-13th stitches of the first row of the fabric to be knitted are area B of the weave structure, and the other stitches are area A of the weave structure, the following knitting procedure is performed:

[0006] Flip the even-numbered stitches from the front knit bed to the back purl bed; knit the odd-numbered stitches from the front knit bed and the even-numbered stitches from the back purl bed with the yarn feeder; then flip the even-numbered stitches from the back purl bed back to the front knit bed.

[0007] Then, flip the even-numbered stitches of the front knit bed to the back purl bed; knit stitches 1, 3, 5, 7, 15, 17, and 19 of the front knit bed and stitches 10 and 12 of the back purl bed; finally, flip the even-numbered stitches of the back purl bed to the front knit bed to complete the first row of knitting.

[0008] The present invention also provides a knitted fabric woven by the above-described method for weaving anti-wrinkle structures on a four-needle flat knitting machine.

[0009] Compared with existing technologies, this invention has the following advantages when adopting the above solution: By using the multi-needle plate structure design on a four-needle flat knitting machine, and utilizing the two spare upper needle plates for knitting actions such as needle turning, a stable loop structure on both sides of the fabric is achieved, making the yarn form a stable triangular structure, thereby achieving an anti-wrinkle structure; This invention breaks through the limitations of traditional knitting methods, opening up new paths for the knitting of anti-wrinkle structures, and plays a certain role in better interpreting design concepts and improving the quality, artistic value, and aesthetic value of products, providing a broader development space for the development and market of knitted products; In terms of industrial practicality, the knitting method of this invention can be widely applied to all four-needle plate computerized flat knitting machines, which can meet and attract more consumer groups and promote the international influence of my country's knitting industry. Attached image description:

[0010] Figure 1 This is a schematic diagram of the distribution of anti-wrinkle tissue in an embodiment of the present invention.

[0011] Figure 2 This is a schematic diagram of the yarn cross-section of the anti-wrinkle tissue in an example.

[0012] Figure 3 This is a schematic diagram of the first row of anti-wrinkle tissue in an embodiment of the present invention. Detailed implementation method:

[0013] The present invention will be further described below with reference to the accompanying drawings and specific embodiments:

[0014] Structurally, such as Figure 1 As shown, according to the pattern requirements, we set up tissue area A and tissue area B. Using two needle beds, alternating stitches, we first knit the odd-numbered stitches of the front lower needle bed and the even-numbered stitches of the back upper needle bed, then knit the odd-numbered stitches of the front lower needle bed to complete the tissue structure of this area. Similarly, for tissue area B, we first knit the odd-numbered stitches of the front lower needle bed and the even-numbered stitches of the back upper needle bed, then knit the even-numbered stitches of the back upper needle bed to complete the tissue structure of this area. Through the knitting of tissue area A and tissue area B, an anti-wrinkle tissue is formed. Figure 2As shown, after 1x1 rib stitch (1 stitch every other stitch) is applied to tissue A and tissue B, the loops on the front and back of the proposed anti-wrinkle tissue are woven separately for each region. This results in a stable triangular cross-section, making the fabric surface smoother and thus achieving an anti-wrinkle effect. In other words, after forming the basic tissue structure (rib stitch in this example), different weaving methods are used for different tissue regions to differentiate the tissue structure. This results in a stable triangular loop structure in the woven tissue regions. It should be noted that the basic weaving of tissue A and tissue B can be performed simultaneously, followed by separate weaving of each region individually.

[0015] To better express and facilitate understanding, such as Figure 3 As shown, specifically, assuming the 9th-13th stitches of the first row of the fabric to be knitted are area B of the weave, and the other stitches are area A of the weave, the following knitting is performed:

[0016] Flip the even-numbered stitches from the front knit bed to the back purl bed; knit the odd-numbered stitches from the front knit bed and the even-numbered stitches from the back purl bed with the yarn feeder; then flip the even-numbered stitches from the back purl bed back to the front knit bed.

[0017] Then, flip the even-numbered stitches of the front knit bed to the back purl bed; knit stitches 1, 3, 5, 7, 15, 17, and 19 of the front knit bed and stitches 10 and 12 of the back purl bed; finally, flip the even-numbered stitches of the back purl bed to the front knit bed to complete the first row of knitting.

[0018] The wrinkle-resistant fabric woven using this method utilizes the two spare needle plates to perform knitting actions such as turning needles, achieving a stable loop structure on both sides of the fabric. This allows the yarn to form a stable triangular structure, thus achieving the wrinkle-resistant effect.

[0019] The above description only illustrates preferred embodiments of the present invention and should not be construed as limiting the scope of the claims. Any equivalent structural or procedural modifications made using this specification are included within the patent protection scope of the present invention.

Claims

1. A method for weaving anti-wrinkle fabric on a four-needle flat knitting machine, comprising using a four-needle flat knitting machine having one or more pairs of needle beds extending in the left-right direction and facing each other in the front-back direction, characterized in that: Based on the pattern requirements, set up tissue area A and tissue area B. Using the upper and lower needle beds, with a 1-every-1 stitch rotation, first knit the odd-numbered stitches of the front lower needle bed and the even-numbered stitches of the back upper needle bed in tissue area A, then knit the odd-numbered stitches of the front lower needle bed to complete the tissue knitting of this area; and using the upper and lower needle beds, with a 1-every-1 stitch rotation, first knit the odd-numbered stitches of the front lower needle bed and the even-numbered stitches of the back upper needle bed in tissue area B, then knit the even-numbered stitches of the back upper needle bed to complete the tissue knitting of this area. The 9th-13th stitches of the first row of the fabric to be knitted constitute area B of the weave, and the other stitches constitute area A of the weave. Knit as follows. Flip the even-numbered stitches from the front knit bed to the back purl bed; knit the odd-numbered stitches from the front knit bed and the even-numbered stitches from the back purl bed with the yarn feeder; then flip the even-numbered stitches from the back purl bed back to the front knit bed. Then, flip the even-numbered stitches of the front knit bed to the back purl bed; knit stitches 1, 3, 5, 7, 15, 17, and 19 of the front knit bed and stitches 10 and 12 of the back purl bed; finally, flip the even-numbered stitches of the back purl bed to the front knit bed to complete the first row of knitting.

2. A knitted fabric woven using the method for weaving anti-wrinkle structure on a four-needle flat knitting machine as described in claim 1.

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