WO2022121464A1

WO2022121464A1 - Method for knitting structure at arm pit of fully fashioned flat knitting machine garment and structure at arm pit thereof

Info

Publication number: WO2022121464A1
Application number: PCT/CN2021/121363
Authority: WO
Inventors: 沈卫国; 叶明安; 倪森键; 水根妹
Original assignee: 斓帛职业培训学校(桐乡)有限公司
Priority date: 2020-12-10
Filing date: 2021-09-28
Publication date: 2022-06-16
Also published as: CN112609306B; CN112609306A

Abstract

Disclosed in the present invention are a method for knitting a structure at an armpit of a fully fashioned flat knitting machine garment and the structure at the arm pit thereof. A flat knitting machine with more than one pair of front and rear needle beds extending in the left and right directions and opposite each other in the front and rear directions is used; when sleeves and a main piece are combined, a horizontal connecting section is independently knitted, and a needle for the horizontal connecting section is moved to the left or right for connection to a main piece horizontal section of the adjacent main piece; needles for the sleeve pieces are correspondingly moved to the left or the right to connect horizontal sections of the sleeve pieces to one side of the horizontal connecting section adjacent to same; and the structure at the arm pit is formed after knitting the horizontal connecting section. The knitting method breaks through the limitations of a traditional product technique, and can knit a long horizontal structure at the arm pit; and the structure at the arm pit improves the wearing comfort of the garment while also improving the pattern of the garment, and provides a novel method for fully fashioned knitted garment structures.

Description

A clamping structure weaving method for fully formed flat knitting garments and clamping structure thereof

Technical field:

The invention relates to the field of knitting, in particular to a clamping structure knitting method and clamping structure of a fully formed flat knitting garment.

Background technique:

As shown in Figure 2, the traditional full-formed flat knitting garments need to be knitted in stages and stacked 3-4 stitches each time to form a step-shaped clip-down leveling structure. The disadvantage is that it cannot have a long flat position like traditional stitched flat knitting garments, which will affect the comfort of the human body with large bust thickness during the arm movement when wearing it, especially for large-size women's clothing and most of them. Men's style needs. It will also lead to the flatness of the entire arm cage during activities, affecting the aesthetics of wearing. For more traditional flat knitted garments, as shown in Figure 3, through the stitching of garment pieces and sleeve pieces, there will be seam accumulation under the clip, which cannot achieve the comfort of fully formed flat knitted garments.

Invention content:

The technical problem to be solved by the present invention is to provide a clip for the fully formed flat knitting garment which can achieve the traditional flat knitting stitched garment with a long clip lower flat structure through the setting of needle shifting and knitting while the full forming is integrally formed. The invention discloses a weaving method with a position structure. The clamp structure formed by the clamping position structure knitting method of the fully formed flat knitting garment can improve the garment pattern and increase the wearing comfort of the garment.

The technical solution of the present invention is to provide a sandwich structure knitting method for fully formed flat knitting garments, using a flat knitting machine having a pair of front and rear needle beds that extend along the left-right direction and are opposite to each other in the front-rear direction. When the body pieces are merged, knit the flat connection section separately, and move the needle left or right of the flat connection section to connect with the body flat section of the adjacent body piece, and move the needle to the left or right correspondingly to make the sleeve piece flat. The position segment is connected with the adjacent side of the level connection segment, and a clamping structure is formed after the level connection segment is woven.

Preferably, when merging the sleeve and the body piece, the horizontal connection segment is knitted separately, and at the same time, the horizontal connection segment is moved to the right to connect with the body flat segment of the adjacent body piece, and the sleeve piece is moved to the right to make the sleeve flat. The position segment is connected with the left side of the level connection segment, and a clamping structure is formed after weaving the level connection segment. Braided to form a left clip structure.

Further, yarn feeder A is for weaving the left sleeve yarn feeder, and yarn feeder B is for weaving body piece yarn feeder, and the steps are as follows,

Step 1: The left sleeve stitch is knitted and shifted so that there is no vacant needle position between the left sleeve stitch and the body stitch. Yarn feeder A knits the left sleeve area in the right row and then lowers the needle bed stitch, and then knits the left sleeve area in the left row. Needle bed loop; kick back the yarn feeder B left and right to avoid the transfer area;

Step 2: Move the 2-needle stitch on the back and lower needle bed on the left side of the body knitting area to the front and on the upper needle bed and turn 1 stitch to the right. Turn 1 stitch diagonally to the left;

Turn the front and lower needle bed loops on the far left side of the body knitting area to the needle position of the back and bottom needle beds, and turn the back and bottom needle bed loops on the far right side of the left sleeve knitting area to the needle position of the front and bottom needle beds;

Turn the leftmost loop of the front upper needle bed in the body knitting area to the needle position of the rear lower needle bed, and turn the rightmost loop of the rear upper needle bed in the left sleeve knitting area to the needle position of the front and lower needle bed;

Count the 2nd needle position from the leftmost side of the lower needle bed in the back knitting area of the body piece to the right, and turn one stitch to the left to the leftmost needle position in the knitting area of the body piece, and then move the knitting area of the left sleeve forward and down. Count the 2nd needle position from the rightmost side of the needle bed to the left, and turn one stitch to the right to the rightmost needle position in the knitting area of the left sleeve of the back lower needle bed;

The above steps are the intersection of the left sleeve and the body piece connecting the clamping position, and the body piece and the left sleeve knitting area have 2 needle positions each;

Step 3: Yarn feeder B goes back and forth to carry out single tucks at the cross section. Yarn feeder B knits the stitches at the needle bed position before the intersection section on the left row, and lower needle bed needle position loops on the right row of yarn feeder B after knitting the intersection section. Reinforcement to the bottom of the clip;

Step 4: Yarn feeder A knits the left sleeve knitting area in the right row, and then lowers the needle bed stitches, and then kicks yarn feeder A and yarn feeder B in the left row. Yarn feeder B knits the flat connection section in the right row, and then lowers the needle bed for 2 stitches, and the yarn feeder A right row knitting 2 needles on the needle bed in front of the flat connection section, to prepare for the clamping connection structure;

Step 5: Step 5: Turn the stitches from the lower needle bed at the back of the knitting area of the left sleeve to the upper needle bed at the front, and then turn the stitches on the far right side of the upper front needle bed to the right by 1 stitch to the lower needle bed. The rest of the stitches except the rightmost side of the bed are turned diagonally to the right for 2 stitches to the rear lower needle bed, and then the remaining stitches of the front upper needle bed are turned diagonally to the right for 1 stitch to the rear lower needle bed;

Turn the front and lower needle beds of the left sleeve knitting area to the right by 1 stitch to the rear upper needle bed, and then turn over the rightmost loop of the rear upper needle bed to the front and lower needle beds. The remaining stitches are turned 1 stitch to the right to the front lower needle bed, and then the remaining stitches of the rear upper needle bed are transferred to the front lower needle bed;

Yarn feeder B knits 2 needles down the needle bed after knitting the flat connection section in the left row, lower needle bed 2 needles in the right row of yarn feeder B knitting the flat connection section, and lower needle bed 2 needles in front of the flat connection section in the left row of yarn feeder A , 2 needles on the needle bed in front of the right row of yarn feeder A knitting flat connection section.

In addition, while knitting the flat connection section in step 5, one stitch of the left sleeve and the body piece is dropped, and step 5 is repeated according to the number of stitches required for the flat position to form a clamping structure.

The present invention also provides a clamping structure woven by the above-mentioned clamping structure weaving method of the fully formed flat knitting garment.

Compared with the prior art after adopting the above scheme, the present invention has the following advantages: the present invention can weave a longer clamping flat structure when the fully formed flat knitting garment is integrally formed, and the clamping structure can improve the shape of the garment. At the same time, the wearing comfort of the clothing is increased.

Description of drawings:

FIG. 1 is a schematic diagram of the clamping position structure of the fully formed flat knitting machine of the present invention.

Figure 2 is a schematic diagram of the clamping structure of a traditional fully formed flat knitting garment.

FIG. 3 is a schematic diagram of the structure of a traditional flat knitting stitched garment clamping position.

Fig. 4 is a knitting schematic diagram of the left clamping structure of the fully formed flat knitting garment of the present invention.

Detailed ways:

Below in conjunction with the accompanying drawings, the present invention will be further described with respect to specific embodiments:

A method for knitting a fully formed flat knitting garment with a sandwich structure, using a flat knitting machine having more than a pair of front and rear needle beds extending in the left-right direction and opposite to each other in the front-rear direction, when merging sleeves and body pieces, the flat knitting position is independently knitted. At the same time, move the needle to the left or right of the horizontal connection section to connect with the body flat section of the adjacent body piece, and move the needle to the left or right correspondingly to make the sleeve flat section adjacent to the horizontal connection section. Side connection, after weaving the flat connection section, a clamping structure is formed.

In this embodiment, as shown in FIG. 1 , in the fully formed flat knitting garment clamping structure woven by the present invention, when the sleeves and the body are merged, the flat connecting sections a-d are woven separately, and at the same time the flat connecting sections are woven. Move the needle a-d to the right to connect with the body flat section a-c of the body piece, and move the sleeve piece to the right to connect the sleeve flat section a-b to the left side of the flat connection section a-d. After weaving the flat connection section, the clamping structure connection is completed, and the circular knitting is continued to complete the upper half of the garment.

Specifically, in this embodiment, taking the left clamping structure and the flat connection section knitting with a width of 2 needles as an example, as shown in Figure 4, yarn feeder A is the knitting left sleeve yarn feeder, and yarn feeder B is the knitting body yarn mouth, the steps are as follows,

Step 3: Yarn feeder B goes back and forth to carry out single-needle tucks at the cross section, the left row of yarn feeder B knits the stitches at the needle bed position before the intersection section, and the right row of yarn feeder B knits the needle bed needle position loops at the back of the intersection section. Reinforcement to the bottom of the clip;

Step 4: Yarn feeder A knits the left sleeve knitting area in the right row, and then lowers the needle bed stitches, kicks yarn feeders A and B in the left row, knits the flat connection section in the right row of yarn feeder B, and lowers 2 needles on the needle bed, and yarn feeder A is right Lower the needle bed with 2 needles in front of the flat connection section of row knitting to prepare for the lower connection structure;

Step 5: Turn the loop of the lower needle bed at the back of the knitting area of the left sleeve to the upper needle bed at the front, and then turn the rightmost loop of the upper front needle bed to the right by 1 stitch to the lower needle bed. The remaining stitches outside the right side are turned to the right for 2 stitches to the rear lower needle bed, and then the remaining stitches of the front upper needle bed are turned to the right for 1 stitch to the rear lower needle bed;

By using the weaving method of the present invention, when the fully formed flat knitting garment is integrally formed, it can be woven to form a longer clamping flat structure. Knitted garment construction offers new approaches.

The above only describes the preferred embodiments of the present invention, but should not be construed as limiting the claims. All equivalent structures or equivalent process transformations made by using the description of the present invention are included within the scope of patent protection of the present invention.

Claims

A method for knitting a fully formed flat knitting garment with a clamping structure, using a flat knitting machine having more than a pair of front and rear needle beds that extend along the left-right direction and are opposite to each other in the front-rear direction, characterized in that: when merging sleeves and body pieces, Knit the flat connection section separately, and at the same time move the needle to the left or right of the flat connection section to connect with the flat section of the adjacent body piece, and move the needle to the left or right correspondingly to make the sleeve flat section and the flat section of the sleeve piece. Adjacent sides of the connecting segments are connected to form a clamping structure after braiding the flat connecting segments.
The clamping structure knitting method for fully formed flat knitting garments according to claim 1, characterized in that: when merging the sleeves and the body pieces, the horizontal connecting section is knitted separately, and the horizontal connecting section moves the needle to the right to match the The body pieces of the adjacent body pieces are connected in a flat position, and the sleeve piece is moved to the right to connect the sleeve flat section with the left side of the flat connection section, and a clamping structure is formed after the flat connection section is knitted.
The clamping structure weaving method for fully formed flat knitting garments according to claim 2, characterized in that: yarn feeder A is a yarn feeder for knitting left sleeves, and yarn feeder B is a yarn feeder for knitting body pieces, and the steps are as follows:

Step 1: The left sleeve stitch is knitted and shifted so that there is no vacant needle position between the left sleeve stitch and the body stitch. Yarn feeder A knits the left sleeve area in the right row and then lowers the needle bed stitch, and then knits the left sleeve area in the left row. Needle bed loop; kick back the yarn feeder B left and right to avoid the transfer area;

Step 2: Move the 2-needle stitch on the back and lower needle bed on the left side of the body knitting area to the front and on the upper needle bed and turn 1 stitch to the right. Turn 1 stitch diagonally to the left;

Turn the front and lower needle bed loops on the far left side of the body knitting area to the needle position of the back and bottom needle beds, and turn the back and bottom needle bed loops on the far right side of the left sleeve knitting area to the needle position of the front and bottom needle beds;

Turn the leftmost loop of the front upper needle bed in the body knitting area to the needle position of the rear lower needle bed, and turn the rightmost loop of the rear upper needle bed in the left sleeve knitting area to the needle position of the front and lower needle bed;

Count the 2nd needle position from the leftmost side of the lower needle bed in the back knitting area of the body piece to the right, and turn one stitch to the left to the leftmost needle position in the knitting area of the body piece, and then move the knitting area of the left sleeve forward and down. Count the 2nd needle position from the rightmost side of the needle bed to the left, and turn one stitch to the right to the rightmost needle position in the knitting area of the left sleeve of the back lower needle bed;

Turn the leftmost loop of the front upper needle bed in the body knitting area to the needle position of the rear lower needle bed, and turn the rightmost loop of the rear upper needle bed in the left sleeve knitting area to the needle position of the front and lower needle bed;

Step 3: Yarn feeder B performs single tuck in the intersecting part back and forth, the left row of yarn feeder B knits the needle bed stitches before the intersecting part, and the right row of yarn feeder B knits the needle bed stitches after the intersecting part;

Step 4: Yarn feeder A knits the left sleeve knitting area in the right row, and then lowers the needle bed stitches, and then kicks yarn feeder A and yarn feeder B in the left row. Yarn feeder B knits the flat connection section in the right row, and then lowers the needle bed for 2 stitches, and the yarn feeder A, 2 needles on the needle bed in front of the flat connection section of right row knitting;

Step 5: Turn the loop of the lower needle bed at the back of the knitting area of the left sleeve to the upper needle bed at the front, and then turn the rightmost loop of the upper front needle bed to the right by 1 stitch to the lower needle bed. The remaining stitches outside the right side are turned diagonally to the right for 2 stitches to the rear lower needle bed, and then the remaining stitches of the front upper needle bed are turned diagonally to the right for 1 stitch to the rear lower needle bed;

Turn the front and lower needle beds of the left sleeve knitting area to the right by 1 stitch to the rear upper needle bed, and then turn over the rightmost loop of the rear upper needle bed to the front and lower needle beds. The remaining stitches are turned 1 stitch to the right to the front lower needle bed, and then the remaining stitches of the rear upper needle bed are transferred to the front lower needle bed;

Yarn feeder B knits 2 needles down the needle bed after knitting the flat connection section in the left row, lower needle bed 2 needles in the right row of yarn feeder B knitting the flat connection section, and lower needle bed 2 needles in front of the flat connection section in the left row of yarn feeder A , 2 needles on the needle bed in front of the right row of yarn feeder A knitting flat connection section.
The clamping structure knitting method for fully formed flat knitting garments according to claim 3, characterized in that: in step 5, while knitting the flat connection section, one stitch of the left sleeve and the body piece is dropped, and according to the needs of the flat position Repeat step 5 for the number of needles to form a clamping structure.
A clamping structure woven by the clamping structure weaving method of the fully formed flat knitting garment according to any one of claims 1-4.