JP2016023388A - Knitted fabric and method for knitting thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a knitted fabric in which a spiral or wave shaped additional knitted fabric is integrally knitted on a cylindrical shaft.SOLUTION: The knitted fabric includes a cylindrical knitted fabric 2 and additional knitted fabrics 4, 5 integrally knitted. By knitting, one end part 3 of the additional knitted fabrics 4, 5 is connected to the cylindrical knitted fabric 2 while shifting wales to a plurality of wales of the cylindrical knitted fabric. Thus, the additional knitted fabrics 4, 5 are attached to the cylindrical knitted fabric 2 spirally or in a waved shape, and directions of the wales of the additional knitted fabrics 4, 5 are parallel to the one end part 3. It is preferable that a circumferential length of the additional knitted fabric 4, 5 on the other end part on an opposite side of the cylindrical knitted fabric 2 is longer than a circumferential length of the additional knitted fabrics 4, 5 along the one end part 3.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a knitted fabric having a tubular knitted fabric and a spiral or corrugated attached knitted fabric, and a knitting method thereof.

  Patent Document 1 (Japanese Examined Patent Publication No. 61-19432) proposes to make a disk brake by laminating disc-shaped knitted fabrics. In Patent Document 1, a spiral knitted fabric is knitted with blackened synthetic resin fibers, and the spirals and the spirals are laminated without gaps. Then, when heated, the synthetic resin fiber becomes carbon fiber, and a disk-shaped disc brake is obtained. However, the disc brake disclosed in Patent Document 1 is not a spiral knitted fabric connected to a central tubular knitted fabric.

  In the patent document 2 (Japanese Patent Laid-Open No. 2011-202329), the applicant has proposed a knitting method of a knitted fabric reinforced with warps and wefts such as carbon fiber, glass fiber, and aramid fiber. When this knitted fabric is heated and the knitting yarn constituting the knitting structure is fused to the warp and the weft, the warp and the weft are joined to each other by the knitting yarn and are not deformed.

JP-19-19432 JP2011-202329

  When attaching an accessory knitted fabric in a spiral or wave shape around the tubular knitted fabric, it has been necessary to attach the attached knitted fabric to the cylindrical knitted fabric by sewing or bonding. On the other hand, the inventor conceived a knitted fabric in which a cylindrical shaft and a spiral or corrugated attached knitted fabric are knitted integrally. The attached knitted fabric is attached using the knitting itself, and sewing, bonding, etc. are not performed. The pitch of the spiral or waveform is adjustable, and the spiral or waveform repeats at intervals according to the application. If such a knitted fabric is obtained, it should be usable for clothing such as a ruffle skirt, a filter, an Archimedes pump, and the like.

  An object of the present invention is to provide a knitted fabric obtained by integrally knitting a tubular knitted fabric and an attached knitted fabric, and a knitting method thereof.

  The knitted fabric of the present invention comprises an integrally knitted tubular knitted fabric and an attached knitted fabric, and by knitting, one end of the attached knitted fabric is attached to the tubular knitted fabric with respect to a plurality of wales of the tubular knitted fabric. The attached knitted fabric is connected to the tubular knitted fabric in a spiral shape or a wavy shape while being connected while shifting the wale, and the orientation of the attached knitted fabric is parallel to the one end. For example, the tubular knitted fabric and the attached knitted fabric are integrally knitted with the same knitting yarn, or knitted with different knitting yarns, and joined together by tack, double stitches, crossing of the knitting yarns, or the like. For this reason, in this invention, the knitted fabric in which the attached knitted fabric is integrally attached to the cylindrical knitted fabric in a spiral shape or a wave shape can be knitted on the knitting machine without sewing and without bonding.

  Preferably, the peripheral length of the attached knitted fabric at the other end portion on the opposite side to the tubular knitted fabric is longer than the peripheral length of the attached knitted fabric along the one end portion. For example, the direction from the tubular knitted fabric to the outer periphery is defined as the radial direction of the attached knitted fabric, and the radial direction is defined as the knitting course direction. In order to make the peripheral length of the accessory knitted fabric along the outer periphery longer than the peripheral length of the accessory knitted fabric along the inner periphery, the radially inner stitch is fixed to the needle while the radial inner stitch is fixed to the needle. It is advisable to perform turn-up knitting to form the next stitch. Even if the size of the stitch is changed along the position in the radial direction, the outer circumference can be made longer than the inner circumference. Of course, turning back knitting and changing the size of the stitch along the radial direction may be used in combination.

  Preferably, the attached knitted fabric has a knitted structure composed of a plurality of stitches composed of knitting yarns, and warps or wefts inserted into the knitted structure. When inserting and fixing only the warp, for example, with the warp as a reference, the warp is sandwiched between the stitch course with the knitting yarn passing through the front side of the mouth between the needle beds and the stitch course with the knitting yarn passing through the heel side . When only the weft is inserted and fixed, for example, rib knitting may be performed, and the weft may be inlayed between the front and back lines arranged alternately. The warp and weft are carbon fiber, glass fiber, aramid fiber, etc., and increase the strength of the knitted fabric along the direction of warp or the direction of weft. When both the warp and the weft are inserted into the knitted structure, a knitted fabric reinforced in two directions is obtained.

  Preferably, the knitting yarn is composed of a hot melt yarn that is melted by heating, and the knitting yarn is heated and fused to each other, or is fused to the warp or the weft. This increases the strength of the knitted fabric. Among thermomelt yarns, thermosetting knitting yarns that do not melt once once are preferred.

In the knitting method of the present invention, by a flat knitting machine including at least a pair of front and back needle beds,
a: a step of integrally knitting a tubular knitted fabric composed of a front knitted fabric and a rear knitted fabric and at least one attached knitted fabric on a needle bed;
b: a step of moving the front knitted fabric and the rear knitted fabric of the tubular knitted fabric in opposite directions on the needle bed;
By repeatedly performing
Consists of an integrally knitted tubular knitted fabric and an attached knitted fabric,
By knitting, one end of the attached knitted fabric is connected to the tubular knitted fabric while shifting the wales to the plurality of wales of the tubular knitted fabric, and the attached knitted fabric is spirally or wave-shaped to the tubular knitted fabric. Attached and
A knitted fabric is knitted in which the direction of the wale of the attached knitted fabric is parallel to the one end.

  Steps a and b are repeated, and in step b, the front knitted fabric and the back knitted fabric of the tubular knitted fabric are moved in opposite directions on the needle bed, and in step a, the tubular knitted fabric composed of the front knitted fabric and the rear knitted fabric. Since the ground and at least one attached knitted fabric are knitted integrally on the needle bed, one end of the attached knitted fabric is attached to the tubular knitted fabric in a spiral or wave shape while shifting the wale. The direction of the wale in the tubular knitted fabric is inclined from the axis of the tube on the flat knitting machine, but tends to become straight when removed from the flat knitting machine. Along with this, the attached knitted fabric becomes a spiral shape or a wave shape. In step a, the tubular knitted fabric and the attached knitted fabric are knitted integrally, so that the stitches at the end along the course direction of the attached knitted fabric are connected to the tubular knitted fabric, and the wale direction of the attached knitted fabric Becomes spiral or corrugated. The tubular knitted fabric and the attached knitted fabric may be knitted with the same knitting yarn or with different knitting yarns. When the knitting yarns are different, the knitted fabrics are connected at the boundary between the tubular knitted fabric and the attached knitted fabric by crossing of the knitting yarn, tucking or the like. In this specification, the description relating to the knitted fabric also applies to the knitting method as it is, and the description relating to the knitting method applies to the knitted fabric as it is.

  Preferably, the knitted fabric is knitted so that the peripheral length of the attached knitted fabric at the other end opposite to the tubular knitted fabric is longer than the peripheral length of the attached knitted fabric along the one end portion.

  Preferably, the attached knitted fabric is knitted by knitting a knitted structure composed of a plurality of stitches composed of knitting yarns, and inserting warps or wefts into the knitted structure.

  According to the knitted fabric of the present invention, a garment or the like having a ruffle skirt, a sleeve, or a wing-like attached knitted fabric on the body can be obtained. Moreover, this invention can be set as an Archimedes pump, a filter, etc.

BRIEF DESCRIPTION OF THE DRAWINGS It is a figure which shows the knitted fabric of an Example typically, (a) shows the knitted fabric of 1 blade, (b) shows the knitted fabric of 2 blades, (c) is the cylindrical knitted fabric by the knitted fabric of 2 blades. And the direction of the wales with the attached knitted fabric. The type of the attached knitted fabric in the knitted fabric of the example is shown, (a) shows the blade-shaped attached knitted fabric, and (b) shows the corrugated attached knitted fabric. (a) shows an example in which an attached knitted fabric is attached to a cylindrical knitted fabric with a constant diameter, and (b) shows a ruffle skirt using the same. The arrow in (a) indicates the locus of the connection part of the attached knitted fabric. The attached knitted fabric with the knitted fabric (two blades) of the embodiment is shown. In (a), the attached knitted fabric is composed of one knitted fabric, and in (b), the attached knitted fabric is connected to each other at the outer peripheral portion. Consists of a piece of knitted fabric. The figure which shows the difference in the length along a wale direction in the inner peripheral part and outer peripheral part of an attached knitted fabric The figure which shows the positional relationship of two blades in the knitted fabric (two blades) of the example The figure which shows the pitch P and the diameter D of a cylindrical knitted fabric in the knitted fabric (two blades) of an Example. The figure which shows the knitting method of the knitted fabric (two blades) of an Example The figure which shows the knitting method for turning in a cylindrical knitted fabric without making a double stitch The figure which shows the knitting structure which inserted the warp and the weft

  In the following, an optimum embodiment for carrying out the invention will be shown.

  FIG. 1 shows an example of a knitted fabric. In (a), one blade-like attached knitted fabric 4 is spirally attached to a tubular knitted fabric 2. In (b), two blade-like attached knitted fabrics 4 and 5 are spirally attached to the tubular knitted fabric 2. The tubular knitted fabric 2 and the attached knitted fabrics 4 and 5 are knitted on a flat knitting machine having at least a pair of front and rear needle beds, for example, with the same knitting yarn. One end 3 of each of the attached knitted fabrics 4 and 5 is connected to the tubular knitted fabric 2 while shifting the wale. For this connection, during the knitting, the front knitted fabric and the rear knitted fabric in the tubular knitted fabric 2 are repeatedly moved in opposite directions on the needle bed.

  FIG. 1 (c) shows the direction of the wale of the knitted fabric (b) on the flat knitting machine, and the same applies to the knitted fabric (a). The central part is a tubular knitted fabric 2, and the left and right sides are attached knitted fabrics 4 and 5. The direction of the wales of the tubular knitted fabric 2 is obliquely upward. On the other hand, the wale direction of the attached knitted fabrics 4 and 5 is spiral, and is parallel to the one end 3 which is a connecting portion between the attached knitted fabrics 4 and 5 and the tubular knitted fabric 2. In addition, in FIG.1 (c), the direction of the wale of the attached knitted fabrics 4 and 5 is shown upward for simplicity.

  2A shows an example in which a blade-like accessory knitted fabric 4 is spirally attached to the tubular knitted fabric 2, and FIG. 2B shows a corrugated accessory knitted fabric on the cylindrical knitted fabric 2. An example in which 6 is attached is shown.

  FIG. 3 shows an example in which the diameter of the tubular knitted fabric 2 ′ is not constant, and the locus 8 of the connecting portion of the attached knitted fabric is indicated by an arrow in FIG. When one end of the blade-like attached knitted fabric 9 is attached along the locus 8, the ruffle skirt 7 of (b) is obtained. As shown in FIG. 3, when the accessory knitted fabric 9 is attached to the cylindrical knitted fabric 2 ′ having a large diameter at a gentle angle close to the circumferential direction of the cylindrical knitted fabric 2 ′, The number of stitches along is made larger than the number of stitches along the wale direction of the tubular knitted fabric 2 '. On the other hand, as shown in FIG. 2, when attaching the accessory knitted fabrics 4 and 6 to the cylindrical knitted fabric 2 having a small diameter at a steep angle, the number of stitches along the wale direction of the accessory knitted fabric 6 is For example, they may be equal to or greater than the number of stitches along the wale direction of the tubular knitted fabric 2.

  FIG. 4 shows an example of an attached knitted fabric, wherein the attached knitted fabrics 4 and 5 in (a) are each one layer, the attached knitted fabrics 10 and 11 in (b) are two layers, and are composed of knitted fabrics 14 and 15. The knitted fabrics 14, 15 are continuous at the other end 16 on the opposite side of the tubular knitted fabric.

  FIG. 5 shows a single blade-like attached knitted fabric 4 with a cut 19 that is not actually present added for easy viewing. The inner circumference of the attached knitted fabric 4 is 17, its radius is r1, its outer circumference is 18, and its radius is r2. The course direction of the attached knitted fabric 4 is the radial direction, and the wale direction is the circumferential direction. The ratio of the circumferences of the outer circumference 18 and the inner circumference 17 is r2 / r1, and in order to compensate for the difference in circumference, a larger number of courses are turned back on the outer circumference 18 side than the inner circumference 17 side, The stitch size is made larger on the 18 side than on the inner circumference 17 side.

  FIG. 6 shows two blade-like attached knitted fabrics 4 and 5. When the tubular knitted fabric 2 is knitted by needle knitting or the like, and additional knitted fabrics 20 and 21 are knitted using the empty needle between the needles used for knitting the tubular knitted fabric 2, etc., 3 It is also possible to attach one or more attached knitted fabrics to the tubular knitted fabric 2.

  FIG. 7 shows the pitch P for attaching the attached knitted fabric and the diameter D of the tubular knitted fabric 2, and the locus 8 of the connecting portion of the attached knitted fabric is spiral. The wale of the tubular knitted fabric 2 is rotated once for every pitch P, and the direction of the wale is inclined with respect to the axial direction of the tubular knitted fabric by approaching the stitches of the tubular knitted fabric (rotating in one direction). To do. The distance at which the stitches are moved increases in proportion to the diameter D of the tubular knitted fabric 2. On the other hand, there is an upper limit on the number of close stitches so as not to break the knitting yarn. Therefore, the ratio between the diameter D and the pitch P is determined so that it can be adjusted.

  FIG. 8 shows the knitting process of the knitted fabric corresponding to FIG. 1 (c) and FIG. 4 (b). For example, a tubular knitted fabric and an attached knitted fabric are knitted using a two-bed flat knitting machine. FB indicates the front needle bed, BB indicates the rear needle bed, ● indicates a newly formed stitch, ○ indicates a previously formed stitch, ◎ indicates a double stitch, ∧ and ∨ indicate hooks, and an arrow indicates the knitting direction or Indicates the direction of transfer. A to BB and the like indicate the needles of the rear needle bed BB, and a to bb and the like indicate the needles of the front needle bed.

  S0 represents a state in which the stitches of the tubular knitted fabric and the attached knitted fabric are held on the needle bed, the front knitted fabric in the cylindrical knitted fabric is held on the needle (k, m, o, q), and the rear knitted fabric is It is held by needles (L, N, P, R). The right side knitted fabric is held by needles (T, V, X, Z, BB), and the left side knitted fabric is held by needles (a, c, e, g, i). The knitting from S1 to S20 is performed, and during this time, the knitted fabric of the three courses is knitted on the front and back of the cylindrical knitted fabric, and the stitch equivalent to four courses is knitted on the connecting knitted fabric with the attached knitted fabric. A stitch corresponding to 6 courses is knitted at the other end opposite to the ground. In order to change the number of courses on the side of the attached knitted fabric that is closer to the tubular knitted fabric and on the opposite side, knitting is turned back. You may do it.

  In step 1, the front knitted fabric in the tubular knitted fabric is transferred to the rear needle bed BB, and then moved left by two stitches and transferred back to the front needle bed FB. At this time, there is a double stitch on the needle k, and the needle q becomes an empty needle. In step 2, the rear knitted fabric in the tubular knitted fabric is moved to the right by two stitches. In steps 1 and 2, the front knitted fabric and the rear knitted fabric in the tubular knitted fabric are moved in opposite directions. In Steps 3-8, the right side knitted fabric is knitted back and the stitches are knitted on a larger number of courses at the other end opposite to the tubular knitted fabric than on the tubular knitted fabric side. In step 9, the left and right attached knitted fabrics and the tubular knitted fabric are knitted, whereby the tubular knitted fabric and the attached knitted fabric are connected. At this time, hooks are formed on the tubular knitted fabric so as to compensate for the stitches that have been reduced by the shift. In one reciprocating knitting, one row of front and back stitch rows are formed on the cylindrical knitted fabric, and two rows of stitch rows are formed on the one-layer attached knitted fabric. In order to make the ratio of the number of stitches between the attached knitted fabric and the tubular knitted fabric along the wale direction slightly higher than 1 at the connecting portion between the attached knitted fabric and the tubular knitted fabric, Smooth knitting is performed in which the stitch row for one course is knitted in the course knitting.

  In steps 10 to 15, the left side knitted fabric is knitted, and the stitches are knitted on the other end portion on the opposite side of the tubular knitted fabric in a larger number of courses than the one end portion on the tubular knitted fabric side. In turn knitting, the knitting width is gradually increased from the outside. In step 16, the left and right attached knitted fabrics and the tubular knitted fabric are knitted, the tubular knitted fabric and the attached knitted fabric are connected, and hooks are formed on the tubular knitted fabric. Although the back knitted fabric in the tubular knitted fabric is knitted in step 9 and the front knitted fabric is knitted in step 16, the front knitted fabric may be knitted in step 9 and the back knitted fabric may be knitted in step 16. In steps 17 to 20, the left and right attached knitted fabrics and the tubular knitted fabric are knitted as many as the desired number of courses.

  Steps 1 to 20 are repeated to knit the knitted fabric. That is, following step 20, the same knitting as in step 1 is performed.

  Since the tubular knitted fabric 2 and the attached knitted fabrics 4 and 5 are knitted with one knitting yarn, and the tubular knitted fabric 2 and the attached knitted fabrics 4 and 5 are knitted on the same course in steps 9 and 16-20, The tubular knitted fabric 2 and the attached knitted fabrics 4 and 5 are naturally connected. In the tubular knitted fabric, the wales are inclined since the shifting is repeated. Further, the attached knitted fabric is connected to the cylindrical knitted fabric while shifting the wales of the cylindrical knitted fabric. When the knitted fabric is removed from the flat knitting machine, the wale of the tubular knitted fabric tries to return straight, and the attached knitted fabric is spiraled accordingly. For this reason, the wale of the attached knitted fabric is also spiral.

  As shown in FIG. 5, it is necessary to increase the number of stitches in the outer peripheral portion of the attached knitted fabrics 4, 5 as compared with the inner peripheral portion. Therefore, as shown in FIG. 8, a larger number of courses are knitted at the outer peripheral portion (opposite side of the tubular knitted fabric) than the inner peripheral portion (tubular knitted fabric side) by turning back. However, even if the stitch size is made larger at the outer peripheral portion than at the inner peripheral portion, the peripheral length of the outer peripheral portion can be increased more than that at the inner peripheral portion. Further, when the direction of the cylindrical knitted fabric is reversed during knitting, the attached knitted fabric is attached in a wave shape.

  When a four-bed flat knitting machine is used, it is not necessary to provide an empty needle unlike FIG. Further, in a flat knitting machine equipped with a slide needle, transfer can be performed by depositing a stitch on a slider of a slide needle on an opposing needle bed, and an empty needle is likewise unnecessary.

  In FIG. 8, the tubular knitted fabric is moved in the opposite direction between the front knitted fabric and the rear knitted fabric, but the tubular knitted fabric may be turned around as shown in FIG. A to F and a to f are the wales of the tubular knitted fabric, and the tubular knitted fabric 2 is fed by transfer and knit. With the turning, the wale to which the attached knitted fabric 4 is connected changes in the order of f → e → d → c, and the wale to which the attached knitted fabric 5 is connected changes in the order of A → B → C → D.

  FIG. 10 shows an example in which the warp yarn 36 and the weft yarn 34 are inserted into the knitted fabric according to Patent Document 2. A new stitch 31 is formed following the stitch 30 of the previous course, and the warp yarn 36 is disposed so as to be surrounded by the hand yarn 32 and the weft yarn 34, and the weft yarn 34 is sandwiched between the warp yarn 36 and the stitch 31. Both the weft 34 and the warp 36 may be inserted, or one of them may be inserted, or only the attached knitted fabric or the entire knitted fabric including the tubular knitted fabric may be inserted.

  Here, weft yarns 34 and warp yarns 36 are carbon fibers, glass fibers, aramid fibers, and the like, and the knitting yarns constituting the stitches 30 and 31 and the passing yarn 32 are hot melt yarns, particularly yarns containing a thermosetting synthetic resin. Is preferred. When heat treatment is performed after knitting, the knitting yarn is fused to the warp yarn 36 and the weft yarn 34, and these are united together. Therefore, the strength of the knitted fabric increases and the shape becomes constant. When neither the weft yarn 34 nor the warp yarn 36 is present, the knitting yarns are fused to each other to increase the strength of the knitted fabric.

  It supplements about the knitted fabric of FIG.2 (b). The corrugated accessory knitted fabric 6 is knitted with weft yarn (inlay yarn) made of high-strength monofilament or the like and, for example, a water-soluble knitting yarn, and the weft yarn is inserted into the tubular knitted fabric 2 and is tubular with a tack or the like. Fix to the knitted fabric 2. After the knitting, when the water-soluble knitting yarn is removed from the attached knitted fabric 6, the corrugated brush is attached to the tubular knitted fabric 2. This knitted fabric can be, for example, a roller provided with a brush of a vacuum cleaner.

  As shown in FIG. 10, the knitted fabric with the warp yarn 36 and the weft yarn 34 inserted will be supplemented. If the knitted fabric is air permeable or liquid permeable without welding the knitting yarn, it can be used as a filter. And, for example, it is used in a state where it can be freely rotated through a metal pipe or the like through a tubular knitted fabric. When the knitted fabric is clogged by the material to be filtered, the knitted fabric starts rotating and does not rotate until clogged. Therefore, filter clogging can be detected from the presence or absence of rotation of the knitted fabric.

2,2 'Tubular knitted fabric 3 One end 4,5 Attached knitted fabric (feather shape)
6 Wave-shaped attached knitted fabric 7 Raffle skirt 8 Trajectory of the connecting portion of the attached knitted fabric 9 Attached knitted fabric 10, 11
14, 15 Knitted fabric 16 Other end 17 Inner circumference 18 Outer circumference 19 Cut 20, 21 Attached knitted fabric (feather shape)
30, 31 stitch 32 hand yarn 34 weft yarn (inlay yarn)
36 Warp

P Pitch of attached knitted fabric D Diameter of tubular knitted fabric A to F, a to f Wales of tubular knitted fabric

Claims (7)

Consists of an integrally knitted tubular knitted fabric and an attached knitted fabric,
By knitting, one end of the attached knitted fabric is connected to the tubular knitted fabric while shifting the wales to the plurality of wales of the tubular knitted fabric, and the attached knitted fabric is spirally or wave-shaped to the tubular knitted fabric. Attached and
A knitted fabric in which the direction of the wale of the attached knitted fabric is parallel to the one end.   The knitted fabric according to claim 1, wherein the peripheral length of the accessory knitted fabric at the other end opposite to the tubular knitted fabric is longer than the peripheral length of the accessory knitted fabric along the one end portion.   The knitted fabric according to claim 2, wherein the attached knitted fabric has a knitted structure composed of a plurality of stitches composed of knitting yarns, and warps or wefts inserted into the knitted structure.   The knitting yarn includes a heat-fusible or thermosetting synthetic resin, and is heated to fuse the knitting yarns to each other, or the knitting yarns to warp yarns or weft yarns. One of the knitting. By a flat knitting machine having at least a pair of front and back needle beds,
a: a step of integrally knitting a tubular knitted fabric composed of a front knitted fabric and a rear knitted fabric and at least one attached knitted fabric on a needle bed;
b: By repeatedly performing the steps of moving the front knitted fabric and the back knitted fabric of the tubular knitted fabric in opposite directions on the needle bed,
Consists of an integrally knitted tubular knitted fabric and an attached knitted fabric,
By knitting, one end of the attached knitted fabric is connected to the tubular knitted fabric while shifting the wales to the plurality of wales of the tubular knitted fabric, and the attached knitted fabric is spirally or wave-shaped to the tubular knitted fabric. Attached and
A knitting method for knitting a knitted fabric, wherein a direction of a wale of an attached knitted fabric is parallel to the one end portion.   The knitting is performed so that the peripheral length of the attached knitted fabric at the other end portion on the opposite side of the tubular knitted fabric is longer than the peripheral length of the attached knitted fabric along the one end portion. Item 5. The knitting method according to item 5.   The accessory knitted fabric is knitted by knitting a knitted structure composed of a plurality of stitches composed of knitting yarns and inserting warps or wefts into the knitted structure. How to organize.