CN114836886B - Knitting method for automatic thread end hiding under full-forming clamp of flat knitting machine and knitted fabric - Google Patents
Knitting method for automatic thread end hiding under full-forming clamp of flat knitting machine and knitted fabric Download PDFInfo
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- CN114836886B CN114836886B CN202210559007.1A CN202210559007A CN114836886B CN 114836886 B CN114836886 B CN 114836886B CN 202210559007 A CN202210559007 A CN 202210559007A CN 114836886 B CN114836886 B CN 114836886B
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- D—TEXTILES; PAPER
- D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
- D04B—KNITTING
- D04B1/00—Weft knitting processes for the production of fabrics or articles not dependent on the use of particular machines; Fabrics or articles defined by such processes
- D04B1/06—Non-run fabrics or articles
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/50—Manufacturing or production processes characterised by the final manufactured product
- Y02P70/62—Manufacturing or production processes characterised by the final manufactured product related technologies for production or treatment of textile or flexible materials or products thereof, including footwear
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Abstract
The application discloses a knitting method and knitted fabric of a full-forming under-clamping automatic thread-hiding head of a two-needle plate flat knitting machine, which uses a two-needle plate flat knitting machine with more than one pair of front and back needle beds extending along the left and right direction and opposite to each other in the front and back direction, wherein a yarn nozzle A is used for knitting a large body, a yarn nozzle B is used for knitting sleeves, and the following knitting is carried out: step 1, finishing left-numbered 1 st and 7 th needle position tucking of a front needle bed, left-numbered 3 rd needle position knitting and left-numbered 6 th needle position tucking of a rear needle bed in a connecting structure area under a clamping manner by a yarn nozzle B; the left row of yarn nozzle B weaves the 5 th needle position tuck of the left number of the front needle bed and the 4 th needle position tuck of the left number of the back needle bed in the region of the clamping connection structure. According to the application, through improvement of the knitting method on the two needle plates, the coil is used for cladding and reinforcing the thread ends when the fully-formed clamping structure is knitted, and the final finished product only needs to cut off the redundant thread ends and does not need additional manual reinforcement.
Description
Technical Field
The application relates to the field of knitting, in particular to a knitting method for automatically hiding thread ends under full-forming clamping of a two-needle plate flat knitting machine and a knitted fabric.
Background
As shown in fig. 3, the two-needle-plate full-formed garment is formed with thread ends by temporarily bringing redundant yarn mouths out of a knitting area after the left sleeve and the right sleeve are spliced with the bodice due to the influence of the knitting process. The thread ends of the traditional braiding method are not firm enough, so that after the finished product is taken off the machine, the clamped thread ends are manually reinforced. Therefore, the labor cost is increased, the overall production efficiency is affected, and the reinforcing methods of different people are different, so that the quality of the overall finished product is affected.
Disclosure of Invention
The application aims to solve the technical problem of providing a braiding method for automatically hiding thread ends under full-forming clamp of a flat knitting machine.
The technical solution of the present application is to provide a knitting method of automatic thread end hiding under full forming clamp of flat knitting machine, which uses two needle plate flat knitting machine with more than one pair of needle beds extending along left and right direction and opposite to each other in front and back direction, yarn mouth A is used for knitting large body, yarn mouth B is used for knitting sleeve, and the following knitting is carried out:
step 1, finishing left-numbered 1 st and 7 th needle position tucking of a front needle bed, left-numbered 3 rd needle position knitting and left-numbered 6 th needle position tucking of a rear needle bed in a connecting structure area under a clamping manner by a yarn nozzle B; the left row of yarn nozzles B weaves the 5 th needle position tuck of the left number of the front needle bed and the 4 th needle position tuck of the left number of the rear needle bed in the region of the clamped connecting structure; the right row of the yarn nozzle B is arranged on the right 2 nd needle position tuck of the front needle bed in the large area, and simultaneously the left 3 rd needle position tuck of the front needle bed and the left 2 nd and 6 th needle positions of the rear needle bed are knitted under the clamping connection area; the left row of yarn nozzle B weaves the 4 th and 8 th needle position tucks of the left number of the rear needle bed and the 1 st and 5 th needle positions of the left number of the front needle bed in the clamping connection structure area, and simultaneously the 1 st needle position tucks of the right number of the rear needle bed in the large area; the right row of yarn nozzles B clamps the left 2 nd needle position of the rear needle bed and the left 5 th needle position of the front needle bed in the connecting structure area;
the yarn nozzle A weaves even needle position loops of the rear needle bed in the large body area in a right line, then the yarn nozzle A is kicked back in a left line, the yarn nozzle A weaves even needle position loops of the rear needle bed in the connecting structure area under the clamp in a right line, and the left 2 nd needle position loops of the rear needle bed in the right sleeve area are gathered; the left row of yarn nozzle A weaves and clamps the loops of the 2 nd, 6 th and 10 th needle positions of the rear needle bed in the lower connecting structure area, and the loops of the rightmost needle positions of the rear needle bed in the large area are collected; the yarn nozzle A weaves the 4 th needle position loop and the 8 th needle position loop of the rear needle bed in the lower connecting structure area of the right-row weaving clamp; a left-hand yarn kicking nozzle A and a yarn kicking nozzle B; the yarn nozzle A weaves even needle position loops of the rear needle bed in the right sleeve area in a right row;
step 2, knitting odd needle position loops of the front needle bed in the right sleeve area in the left row of the yarn nozzle A; then the yarn nozzle A and the yarn nozzle B are kicked back in the right direction; the left row of the yarn nozzle A weaves and clamps odd needle position loops of the front needle bed in the lower connecting structure area, and the 2 nd needle position loops are gathered on the right side of the front needle bed in the large area; turning the 5 th needle position loop and the 9 th needle position loop of the front needle bed in the connecting structure area to the back needle bed; the left row of yarn nozzle B clamps the 1 st needle position coil of the front needle bed and the 3 rd and 7 th needle position coils of the rear needle bed in the connecting structure area; turning the 5 th needle position loop and the 9 th needle position loop of the rear needle bed in the connecting structure region to the front needle bed; the yarn nozzle A weaves the 1 st, 5 th and 9 th needle position loops of the front needle bed in the lower connecting structure area of the right-row weaving clamp, and collects the loops at the leftmost needle position of the front needle bed in the right sleeve area; the right row of yarn nozzle B clamps the 9 th needle position tuck of the front needle bed in the connecting structure area; the yarn nozzle A weaves the 3 rd needle position loop and the 7 th needle position loop of the front needle bed in a left row; turning the 3 rd needle position loop and the 7 th needle position loop of the rear needle bed in the region of the clamped connecting structure to the front needle bed; a right-hand driving yarn kicking nozzle A; the yarn nozzle A weaves odd needle position loops of the front needle bed in the large body area in a left row;
step 3, knitting even needle position loops of the rear needle bed in the large body area by the yarn nozzle A in a right row, then kicking the yarn nozzle A back in a left row, knitting even needle position loops of the rear needle bed in the connecting structure area by the yarn nozzle A in a right row, and counting 2 nd needle position loops on the left side of the rear needle bed in the right sleeve area; the left row of yarn nozzle A weaves and clamps the loops of the 2 nd, 6 th and 10 th needle positions of the rear needle bed in the lower connecting structure area, and the loops of the rightmost needle positions of the rear needle bed in the large area are collected; the yarn nozzle A weaves the 4 th needle position loop and the 8 th needle position loop of the rear needle bed in the lower connecting structure area of the right-row weaving clamp; a left-hand yarn kicking nozzle A and a yarn kicking nozzle B; the yarn nozzle A weaves even needle position loops of the rear needle bed in the right sleeve area in a right row;
step 4, knitting odd needle position loops of the front needle bed in the right sleeve area in the left row of the yarn nozzle A; the left row of yarn nozzle A weaves and clamps odd needle position loops of the front needle bed in the lower connecting structure area, and the 2 nd needle position loops are gathered on the right side of the front needle bed in the large area; turning the 3 rd needle position loop and the 7 th needle position loop of the front needle bed in the connecting structure region to the rear needle bed; the left row of yarn nozzle B clamps the 1 st needle position coil of the front needle bed and the 5 th and 9 th needle position coils of the rear needle bed in the connecting structure area; turning the 3 rd needle position loop and the 7 th needle position loop of the rear needle bed in the region of the clamped connecting structure to the front needle bed; turning over odd-numbered needle position loops of the front needle bed of the right sleeve region to the rear needle bed, taking the yarn nozzle B out of the knitting region, and turning over odd-numbered needle position loops of the rear needle bed of the right sleeve region to the front needle bed; the yarn nozzle A weaves the 1 st, 5 th and 9 th needle position loops of the front needle bed in the lower connecting structure area of the right-row weaving clamp, and collects the loops at the leftmost needle position of the front needle bed in the right sleeve area; the yarn nozzle A weaves the 3 rd needle position loop and the 7 th needle position loop of the front needle bed in a left row; turning the 3 rd needle position loop and the 7 th needle position loop of the rear needle bed in the region of the clamped connecting structure to the front needle bed; a right-hand driving yarn kicking nozzle A; the yarn nozzle A weaves odd needle position loops of the front needle bed in the large body area in a left row.
The application also provides a knitted fabric knitted by the knitting method of the two-needle plate flat knitting machine under the full-forming clamp automatic thread hiding head.
Compared with the prior art, the application has the following advantages after the scheme is adopted: the knitting method is improved on the two-needle plate flat knitting machine, the coil is used for cladding and reinforcing the thread ends, and the final finished product only needs to cut off the redundant thread ends and does not need the effect of additional manual reinforcement; the method breaks through the limitation of the traditional braiding method, opens up a new path for the fully-formed clothes peg thread end treatment, plays a certain role in better explaining the design concept and improving the quality, artistic value and aesthetic value of the product, and provides a wider development space for the development and market of the knitted product; in the aspect of industrial practicability, the knitting method can be widely applied to all the two-needle-plate full-forming computerized flat knitting machines, can meet and attract more consumer groups, and promotes the international influence of the knitting industry in China.
Drawings
Fig. 1 is a schematic diagram of the knitting of steps 1, 2 of the knitting method according to the embodiment of the application.
Fig. 2 is a schematic diagram of the knitting of steps 3, 4 of the knitting method according to the embodiment of the application.
Fig. 3 is a schematic diagram of a braiding effect of the prior art.
Detailed Description
The application is further described in terms of specific embodiments in conjunction with the following drawings:
the application relates to a braiding method for automatically hiding thread heads by a fully-formed under-clamping machine, which comprises the steps of carrying out thread head forming by carrying out thread head carrying after connection of a thread head A used for braiding a large area and a thread head B used for braiding a sleeve area.
For better expression and easy understanding, as shown in fig. 1 and 2, taking a right-sleeve joining clip lower reinforcing structure as an example, a two-needle plate flat knitting machine having a front-back pair of needle beds extending in the left-right direction and opposed to each other in the front-back direction is used to perform knitting as follows,
step 1, finishing left-numbered 1 st and 7 th needle position tucking of a front needle bed, left-numbered 3 rd needle position knitting and left-numbered 6 th needle position tucking of a rear needle bed in a connecting structure area under a clamping manner by a yarn nozzle B; the left row of yarn nozzles B weaves the 5 th needle position tuck of the left number of the front needle bed and the 4 th needle position tuck of the left number of the rear needle bed in the region of the clamped connecting structure; the right row of the yarn nozzle B is arranged on the right 2 nd needle position tuck of the front needle bed in the large area, and simultaneously the left 3 rd needle position tuck of the front needle bed and the left 2 nd and 6 th needle positions of the rear needle bed are knitted under the clamping connection area; the left row of yarn nozzle B weaves the 4 th and 8 th needle position tucks of the left number of the rear needle bed and the 1 st and 5 th needle positions of the left number of the front needle bed in the clamping connection structure area, and simultaneously the 1 st needle position tucks of the right number of the rear needle bed in the large area; the right row of yarn nozzles B clamps the left 2 nd needle position of the rear needle bed and the left 5 th needle position of the front needle bed in the connecting structure area;
the yarn nozzle A weaves even needle position loops of the rear needle bed in the large body area in a right line, then the yarn nozzle A is kicked back in a left line, the yarn nozzle A weaves even needle position loops of the rear needle bed in the connecting structure area under the clamp in a right line, and the left 2 nd needle position loops of the rear needle bed in the right sleeve area are gathered; the left row of yarn nozzle A weaves and clamps the loops of the 2 nd, 6 th and 10 th needle positions of the rear needle bed in the lower connecting structure area, and the loops of the rightmost needle positions of the rear needle bed in the large area are collected; the yarn nozzle A weaves the 4 th needle position loop and the 8 th needle position loop of the rear needle bed in the lower connecting structure area of the right-row weaving clamp; a left-hand yarn kicking nozzle A and a yarn kicking nozzle B; the yarn nozzle A weaves even needle position loops of the rear needle bed in the right sleeve area in a right row;
step 2, knitting odd needle position loops of the front needle bed in the right sleeve area in the left row of the yarn nozzle A; then the yarn nozzle A and the yarn nozzle B are kicked back in the right direction; the left row of the yarn nozzle A weaves and clamps odd needle position loops of the front needle bed in the lower connecting structure area, and the 2 nd needle position loops are gathered on the right side of the front needle bed in the large area; turning the 5 th needle position loop and the 9 th needle position loop of the front needle bed in the connecting structure area to the back needle bed; the left row of yarn nozzle B clamps the 1 st needle position coil of the front needle bed and the 3 rd and 7 th needle position coils of the rear needle bed in the connecting structure area; turning the 5 th needle position loop and the 9 th needle position loop of the rear needle bed in the connecting structure region to the front needle bed; the yarn nozzle A weaves the 1 st, 5 th and 9 th needle position loops of the front needle bed in the lower connecting structure area of the right-row weaving clamp, and collects the loops at the leftmost needle position of the front needle bed in the right sleeve area; the right row of yarn nozzle B clamps the 9 th needle position tuck of the front needle bed in the connecting structure area; the yarn nozzle A weaves the 3 rd needle position loop and the 7 th needle position loop of the front needle bed in a left row; turning the 3 rd needle position loop and the 7 th needle position loop of the rear needle bed in the region of the clamped connecting structure to the front needle bed; a right-hand driving yarn kicking nozzle A; the yarn nozzle A weaves odd needle position loops of the front needle bed in the large body area in a left row;
step 3, knitting even needle position loops of the rear needle bed in the large body area by the yarn nozzle A in a right row, then kicking the yarn nozzle A back in a left row, knitting even needle position loops of the rear needle bed in the connecting structure area by the yarn nozzle A in a right row, and counting 2 nd needle position loops on the left side of the rear needle bed in the right sleeve area; the left row of yarn nozzle A weaves and clamps the loops of the 2 nd, 6 th and 10 th needle positions of the rear needle bed in the lower connecting structure area, and the loops of the rightmost needle positions of the rear needle bed in the large area are collected; the yarn nozzle A weaves the 4 th needle position loop and the 8 th needle position loop of the rear needle bed in the lower connecting structure area of the right-row weaving clamp; a left-hand yarn kicking nozzle A and a yarn kicking nozzle B; the yarn nozzle A weaves even needle position loops of the rear needle bed in the right sleeve area in a right row;
step 4, knitting odd needle position loops of the front needle bed in the right sleeve area in the left row of the yarn nozzle A; the left row of yarn nozzle A weaves and clamps odd needle position loops of the front needle bed in the lower connecting structure area, and the 2 nd needle position loops are gathered on the right side of the front needle bed in the large area; turning the 3 rd needle position loop and the 7 th needle position loop of the front needle bed in the connecting structure region to the rear needle bed; the left row of yarn nozzle B clamps the 1 st needle position coil of the front needle bed and the 5 th and 9 th needle position coils of the rear needle bed in the connecting structure area; turning the 3 rd needle position loop and the 7 th needle position loop of the rear needle bed in the region of the clamped connecting structure to the front needle bed; turning over odd-numbered needle position loops of the front needle bed of the right sleeve region to the rear needle bed, taking the yarn nozzle B out of the knitting region, and turning over odd-numbered needle position loops of the rear needle bed of the right sleeve region to the front needle bed; the yarn nozzle A weaves the 1 st, 5 th and 9 th needle position loops of the front needle bed in the lower connecting structure area of the right-row weaving clamp, and collects the loops at the leftmost needle position of the front needle bed in the right sleeve area; the yarn nozzle A weaves the 3 rd needle position loop and the 7 th needle position loop of the front needle bed in a left row; turning the 3 rd needle position loop and the 7 th needle position loop of the rear needle bed in the region of the clamped connecting structure to the front needle bed; a right-hand driving yarn kicking nozzle A; the yarn nozzle A weaves odd needle position loops of the front needle bed in the large body area in a left row.
The braiding method of the left sleeve connecting clamp lower reinforcing structure is opposite to the braiding direction of the right sleeve connecting clamp lower reinforcing structure.
The knitted fabric knitted by the knitting method is characterized in that the stitch is used for cladding and reinforcing the thread ends, and the final finished product only needs to cut off the redundant thread ends and does not need additional manual reinforcement.
The foregoing is illustrative of the preferred embodiments of the present application, and is not to be construed as limiting the claims. All equivalent structures or equivalent flow path changes made by the specification of the application are included in the protection scope of the application.
Claims (2)
1. A knitting method of automatic thread end hiding under full forming clamp of a two-needle plate flat knitting machine, which uses a two-needle plate flat knitting machine with more than one pair of front and back needle beds extending along left and right directions and opposite to each other in front and back directions, a yarn nozzle A is used for knitting a large body and a yarn nozzle B is used for knitting sleeves, and is characterized in that: the following braiding is performed:
step 1, finishing left-numbered 1 st and 7 th needle position tucking of a front needle bed, left-numbered 3 rd needle position knitting and left-numbered 6 th needle position tucking of a rear needle bed in a connecting structure area under a clamping manner by a yarn nozzle B; the left row of yarn nozzles B weaves the 5 th needle position tuck of the left number of the front needle bed and the 4 th needle position tuck of the left number of the rear needle bed in the region of the clamped connecting structure; the right row of the yarn nozzle B is arranged on the right 2 nd needle position tuck of the front needle bed in the large area, and simultaneously the left 3 rd needle position tuck of the front needle bed and the left 2 nd and 6 th needle positions of the rear needle bed are knitted under the clamping connection area; the left row of yarn nozzle B weaves the 4 th and 8 th needle position tucks of the left number of the rear needle bed and the 1 st and 5 th needle positions of the left number of the front needle bed in the clamping connection structure area, and simultaneously the 1 st needle position tucks of the right number of the rear needle bed in the large area; the right row of yarn nozzles B clamps the left 2 nd needle position of the rear needle bed and the left 5 th needle position of the front needle bed in the connecting structure area;
the yarn nozzle A weaves even needle position loops of the rear needle bed in the large body area in a right line, then the yarn nozzle A is kicked back in a left line, the yarn nozzle A weaves even needle position loops of the rear needle bed in the connecting structure area under the clamp in a right line, and the left 2 nd needle position loops of the rear needle bed in the right sleeve area are gathered; the left row of yarn nozzle A weaves and clamps the loops of the 2 nd, 6 th and 10 th needle positions of the rear needle bed in the lower connecting structure area, and the loops of the rightmost needle positions of the rear needle bed in the large area are collected; the yarn nozzle A weaves the 4 th needle position loop and the 8 th needle position loop of the rear needle bed in the lower connecting structure area of the right-row weaving clamp; a left-hand yarn kicking nozzle A and a yarn kicking nozzle B; the yarn nozzle A weaves even needle position loops of the rear needle bed in the right sleeve area in a right row;
step 2, knitting odd needle position loops of the front needle bed in the right sleeve area in the left row of the yarn nozzle A; then the yarn nozzle A and the yarn nozzle B are kicked back in the right direction; the left row of the yarn nozzle A weaves and clamps odd needle position loops of the front needle bed in the lower connecting structure area, and the 2 nd needle position loops are gathered on the right side of the front needle bed in the large area; turning the 5 th needle position loop and the 9 th needle position loop of the front needle bed in the connecting structure area to the back needle bed; the left row of yarn nozzle B clamps the 1 st needle position coil of the front needle bed and the 3 rd and 7 th needle position coils of the rear needle bed in the connecting structure area; turning the 5 th needle position loop and the 9 th needle position loop of the rear needle bed in the connecting structure region to the front needle bed; the yarn nozzle A weaves the 1 st, 5 th and 9 th needle position loops of the front needle bed in the lower connecting structure area of the right-row weaving clamp, and collects the loops at the leftmost needle position of the front needle bed in the right sleeve area; the right row of yarn nozzle B clamps the 9 th needle position tuck of the front needle bed in the connecting structure area; the yarn nozzle A weaves the 3 rd needle position loop and the 7 th needle position loop of the front needle bed in a left row; turning the 3 rd needle position loop and the 7 th needle position loop of the rear needle bed in the region of the clamped connecting structure to the front needle bed; a right-hand driving yarn kicking nozzle A; the yarn nozzle A weaves odd needle position loops of the front needle bed in the large body area in a left row;
step 3, knitting even needle position loops of the rear needle bed in the large body area by the yarn nozzle A in a right row, then kicking the yarn nozzle A back in a left row, knitting even needle position loops of the rear needle bed in the connecting structure area by the yarn nozzle A in a right row, and counting 2 nd needle position loops on the left side of the rear needle bed in the right sleeve area; the left row of yarn nozzle A weaves and clamps the loops of the 2 nd, 6 th and 10 th needle positions of the rear needle bed in the lower connecting structure area, and the loops of the rightmost needle positions of the rear needle bed in the large area are collected; the yarn nozzle A weaves the 4 th needle position loop and the 8 th needle position loop of the rear needle bed in the lower connecting structure area of the right-row weaving clamp; a left-hand yarn kicking nozzle A and a yarn kicking nozzle B; the yarn nozzle A weaves even needle position loops of the rear needle bed in the right sleeve area in a right row;
step 4, knitting odd needle position loops of the front needle bed in the right sleeve area in the left row of the yarn nozzle A; then the yarn nozzle A and the yarn nozzle B are kicked back in the right direction; the left row of the yarn nozzle A weaves and clamps odd needle position loops of the front needle bed in the lower connecting structure area, and the 2 nd needle position loops are gathered on the right side of the front needle bed in the large area; turning the 3 rd needle position loop and the 7 th needle position loop of the front needle bed in the connecting structure region to the rear needle bed; the left row of yarn nozzle B clamps the 1 st needle position coil of the front needle bed and the 5 th and 9 th needle position coils of the rear needle bed in the connecting structure area; turning the 3 rd needle position loop and the 7 th needle position loop of the rear needle bed in the region of the clamped connecting structure to the front needle bed; turning over odd-numbered needle position loops of the front needle bed of the right sleeve region to the rear needle bed, taking the yarn nozzle B out of the knitting region, and turning over odd-numbered needle position loops of the rear needle bed of the right sleeve region to the front needle bed; the yarn nozzle A weaves the 1 st, 5 th and 9 th needle position loops of the front needle bed in the lower connecting structure area of the right-row weaving clamp, and collects the loops at the leftmost needle position of the front needle bed in the right sleeve area; the yarn nozzle A weaves the 3 rd needle position loop and the 7 th needle position loop of the front needle bed in a left row; turning the 3 rd needle position loop and the 7 th needle position loop of the rear needle bed in the region of the clamped connecting structure to the front needle bed; a right-hand driving yarn kicking nozzle A; the yarn nozzle A weaves odd needle position loops of the front needle bed in the large body area in a left row.
2. A knitted fabric produced by the method for knitting under-the-clip automatic thread-hiding thread head of a two-needle plate flat knitting machine according to claim 1.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202210559007.1A CN114836886B (en) | 2022-05-21 | 2022-05-21 | Knitting method for automatic thread end hiding under full-forming clamp of flat knitting machine and knitted fabric |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202210559007.1A CN114836886B (en) | 2022-05-21 | 2022-05-21 | Knitting method for automatic thread end hiding under full-forming clamp of flat knitting machine and knitted fabric |
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| CN114836886A CN114836886A (en) | 2022-08-02 |
| CN114836886B true CN114836886B (en) | 2023-08-15 |
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| JP2019189984A (en) * | 2018-04-27 | 2019-10-31 | 株式会社島精機製作所 | Method for knitting fabric and knitted fabric |
| JP2021085120A (en) * | 2019-11-28 | 2021-06-03 | グンゼ株式会社 | Fabric article |
| CN112553756A (en) * | 2020-12-01 | 2021-03-26 | 桐乡嘉裕时装有限公司 | Anti-run-off process for knitted tassels of knitted sweater |
| CN113818130A (en) * | 2021-10-20 | 2021-12-21 | 斓帛职业培训学校(桐乡)有限公司 | Knitting method and knitted fabric for different stitch numbers of large sleeves with full-formed clamping positions |
| CN114438646A (en) * | 2022-01-05 | 2022-05-06 | 福建泉州凹凸精密机械有限公司 | Thread-off preventing process for double-sided fabric |
| CN114164550A (en) * | 2022-01-09 | 2022-03-11 | 斓帛职业培训学校(桐乡)有限公司 | Knitting method for improving appearance effect of double-spliced angle under full-forming clamp and knitted fabric |
| CN114164549A (en) * | 2022-01-09 | 2022-03-11 | 斓帛职业培训学校(桐乡)有限公司 | Knitting method for improving appearance effect of fully-formed clamped single-splice angle and knitted fabric |
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