JP2014025159A - Method for knitting knitted fabric - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method for knitting a knitted fabric for knitting a knitted fabric that makes a hole inconspicuous at a connected portion of one side knitted part and another knitted part.SOLUTION: An outer stitch 0 which is outermost in the stitch width direction is positioned at a needle bed FB on another side. In this state, a knitting yarn from one side yarn feeding port YB is used to knit a first stitch 1 and a second stitch 2 which are continuous in a wale direction consisting of the outer stitch 0 and an end stitch of one side needle bed BB. In addition, a knitting yarn from another side yarn feeding port YF is used to knit a third stitch 3 and a fourth stitch 4 which are continuous in a wale direction of an end stitch F9 at the needle bed FB on another side. In this case, when knitting using the knitting yarn from the another side yarn feeding port YF, an extension knitting yarn 8 extending from the another side yarn feeding port YF is crossed with a bridge yarn 9 bridging the first stitch 1 and the second stitch 2. Further, a knitting stitch from the one side yarn feeding port YB is used to knit a fifth stitch 5 which is continuous in a wale direction of the second stitch 2, and to knit it to the first stitch 1 in a mistake manner.

Description

  The present invention relates to a knitting method for a knitted fabric in which one side knitted fabric portion knitted on one side needle bed and another side knitted fabric portion knitted on the other side needle bed are joined at an end in the knitting width direction. About.

  A flat knitting machine having one and a second needle beds facing each other in the front-rear direction has a plurality of yarn feeders that reciprocate in the longitudinal direction of the needle beds and supply knitting yarns to the knitting needles of each needle bed. Yes. Each yarn feeder is arranged so as to be shifted in the direction opposite to the needle bed, so that each yarn feeder does not hinder the movement of other yarn feeders. Using this flat knitting machine, one side knitted fabric portion knitted on one side needle bed and the other side knitted fabric portion knitted on the other side needle bed are joined at the end in the knitting width direction, Knitting a tubular knitted fabric is performed.

  For example, in Patent Document 1, a front knitted fabric portion (one knitted fabric portion) is knitted on a front needle bed (one side needle bed) using a knitting yarn fed from a rear yarn feeder (another yarn feeder). The rear knitted fabric portion (the other knitted fabric portion) is knitted on the rear needle bed (the other needle bed) using the knitting yarn fed from the front yarn feeder (one side yarn feeder). By doing so, the knitting yarn from the front yarn feeder and the knitting yarn from the rear yarn feeder are entangled at the ends in the knitting width direction of both knitted fabric portions, and the front knitted fabric portion and the rear knitted fabric portion are joined.

Japanese Patent Laid-Open No. 10-72746

  However, the technique of the above-mentioned patent document 1 ties both the knitting yarns by tying the knitting yarns of both knitted fabric portions once every time the one side knitted fabric portion and the other knitted fabric portion are knitted in two steps in the wale direction. This is a technology for joining the ground parts. That is, since the knitting yarns of both knitted fabric portions are simply hooked and connected at the joint portion of both knitted fabric portions, the density of the knitting yarn at the joint portion is smaller than the density of the knitting yarn at each knitted fabric portion. , The joint is likely to have a hole. Moreover, since the density of the knitting yarn at the joint portion is low, the hole at the joint portion is easily noticeable when the knitted fabric is pulled.

  The present invention has been made in view of the above circumstances, and the object thereof is knitting of a knitted fabric for knitting a knitted fabric in which holes are not conspicuous at the joint portion between the one side knitted fabric portion and the other side knitted fabric portion. It is to provide a method.

The present invention comprises at least a one-side needle bed and other-side needle beds facing front and rear, and a one-side yarn feeder and another-side yarn feeder for supplying knitting yarn to the knitting needles of each needle bed, Using a flat knitting machine capable of transferring stitches between the one side knitted fabric portion knitted on one side needle bed and the other side knitted fabric portion knitted on the other side needle bed in the knitting width direction. The present invention relates to a knitting method of a knitted fabric joined at an end. The knitting method of the knitted fabric of the present invention includes the following steps α to ε when the outermost stitch in the knitting width direction is set as the outer stitch at the joining position.
[Step α] ... If the outer stitch is a stitch of the one side knitted fabric portion, the outer stitch is transferred to the other side needle bed, and if the outer stitch is a stitch of the other side knitted fabric portion, the outer stitch Is held on the other needle bed.
[Step β]... First stitch and second stitch that are continuous in the wale direction of the outer stitch and the end stitch at the end in the knitting width direction at the one-side needle bed using the knitting yarn fed from the one-side yarn feeder. A stitch is knitted, and a bridging yarn connecting the first stitch and the second stitch is passed between the one side needle bed and the other side needle bed.
[Step γ] ... Using the knitting yarn fed from the other side yarn feeder, knitting the third stitch continuous in the wale direction of the end stitch of the knitting width direction end of the other side needle bed excluding the outer stitch. .
[Step δ] ... The fourth stitch continuous in the wale direction of the third stitch is knitted using the knitting yarn fed from the other side yarn feeder.
[Step ε]... The fifth stitch continuous in the wale direction of the second stitch is knitted using the knitting yarn fed from the one-side yarn feeder, and the miss stitch is knitted on the first stitch.
Furthermore, in the knitting method of the knitted fabric of the present invention, the step ζ or the step η is performed under a specific condition.
[Step ζ] When the stretched knitting yarn extending from the other side yarn feeder intersects the crossover yarn in Step γ, the first stitch is transferred to the one side needle bed before performing Step δ, and the crossover yarn is The drawn knitting yarn is caught and folded.
[Step η] When the stretched knitting yarn extending from the other side yarn feeder intersects the crossover yarn in Step δ, before performing Step ε, the first stitch is transferred to the one side needle bed, and the crossover yarn is The drawn knitting yarn is caught and folded.

As one form of the knitting method of the knitted fabric of the present invention, when the direction from the outer stitch to the inner side of the knitted fabric portion is the input direction and the opposite direction is the outgoing direction, the first movement shown below. A mode in which the one-side yarn feeder and the other-side yarn feeder are moved according to the pattern can be exemplified.
The direction of movement of the one side yarn feeder in the process β is the entry direction. The direction of movement of the other side yarn feeder of the process γ is the outgoing direction. The direction of movement of the other side yarn feeder of the process δ is the entry direction. The direction of movement is the outgoing direction

As one form of the knitting method of the knitted fabric of the present invention, the second movement shown below when the direction from the outer stitch to the inside of the knitted fabric portion is the input direction and the opposite direction is the outgoing direction in the knitting width direction. A mode in which the one-side yarn feeder and the other-side yarn feeder are moved according to the pattern can be exemplified.
・ Moving direction of one side yarn feeder of process β is outgoing direction ・ Moving direction of other side yarn feeder of process γ is incoming direction ・ Moving direction of other side yarn feeder of process δ is outgoing direction ・ One side yarn feeder of process ε The direction of movement is the incoming direction

As one form of the knitting method of the knitted fabric of the present invention according to the second movement pattern, a form further comprising the following step β ′ and step γ ′ can be mentioned.
[Step β ′]... After the step β and before the step γ, the first stitch is transferred to the one needle bed so that the stretched knitting yarn does not cross the transition yarn in the step γ. .
[Step γ ′]... Before performing step δ after step γ, by transferring the first stitch that has been transferred to the one side needle bed in step β ′ to the other side needle bed, In step δ, the stretched knitting yarn is crossed with the transition yarn 9.

  According to the knitting method of the knitted fabric of the present invention, the hole in the joint portion between the one side knitted fabric portion and the other side knitted fabric portion is hardly noticeable. According to the knitting method of the knitted fabric of the present invention, the knitting yarn of the one side knitted fabric portion and the knitting of the other side knitted fabric portion are knitted at the joint portion as shown in the loop diagrams of FIGS. This is because the yarn is entangled in a characteristic manner, so that the density of the knitting yarn at the joint is higher than that in the past. In addition, due to the characteristic entanglement of the knitting yarn, the interval between the stitches in the vicinity of the joint is clogged, and the interval is difficult to open even when the knitted fabric is pulled. One.

  By performing the knitting method of the knitted fabric of the present invention according to the first movement pattern or the second movement pattern, the knitted fabric portion can be knitted and joined more efficiently than according to the movement pattern other than these movement patterns. it can.

  When the knitting method of the knitted fabric of the present invention is carried out with the second movement pattern, the hole at the joint can be made less conspicuous by further performing the steps β ′ and γ ′.

It is the schematic of the vest (knitted fabric) which concerns on embodiment. FIG. 3 is a knitting process diagram according to the knitting method of the knitted fabric shown in the first embodiment. (A) is a loop diagram showing the arrangement state of the stitches in the right joint part knitted using the knitting method of the knitted fabric shown in Embodiment 1, and (B) is a loop diagram showing the arrangement state of the stitches in the left joint part. is there. It is a loop figure which shows the arrangement | positioning state of the stitch in the left side junction part knitted using the knitting method of the knitted fabric shown in Embodiment 2. FIG. (A) is the schematic diagram which shows the latching state of the one side knitted fabric part before joining in Embodiment 1, 2 and the other side knitted fabric part, (B)-(D) are before joining different from said (A). It is a schematic diagram which shows a latching state.

  In the following embodiments, a two-bed bed that includes a pair of needle beds that extend in the left-right direction and that face each other in the front-rear direction, and at least two yarn feeders, and can transfer stitches between the front and back needle beds. An example of the best knitting using a knitting machine will be described. Of course, the flat knitting machine to be used is not limited to the two-bed flat knitting machine. For example, a four-bed flat knitting machine may be used, and the knitted fabric to be knitted is not limited to the best.

<Embodiment 1>
A vest (knitted fabric) 10 shown in FIG. 1 includes a front body 10F and a back body 10B. The portion from the lower end to the upper end of the arm hole of the vest 10 is not connected to the front body 10F and the back body 10B, and it is necessary to use at least two yarn feeders to knit the portion. Here, the part from the hem to the lower end of the armhole is knitted by circular knitting using one yarn feeder, and the front body 10F and the rear body 10B above the lower end of the armhole are turned back using two yarn feeders, respectively. When knitting is performed by knitting, the inclination of the stitch may change between the upper part and the lower part of the broken line due to the difference in the knitting method, and there may be a streak in the broken line part. Therefore, when such a vest 10 is knitted, it is preferable that the yarn feeder for knitting the front body 10F and the yarn feeder for knitting the rear body 10B are knitted separately.

  When the front body 10F and the back body 10B are knitted using separate yarn feeders, the front body 10F and the back body 10B are arranged in the knitting width direction in the lower part of the broken line and the part above the upper end of the armhole. It is necessary to join at the end. The knitting method of the knitted fabric of the present invention is used to join both the body parts 10F and 10B while knitting the front body part 10F and the back body part 10B.

  FIG. 2 is a knitting process diagram according to the knitting method of the knitted fabric of the present invention in which both the body parts 10F and 10B are joined while knitting the front body part 10F and the back body part 10B. “S + number” in the left column of FIG. 2 indicates the number of the knitting process, and the middle column indicates the knitting state of the needle bed in each knitting process. In the middle column, the knitting yarn supplied from the yarn feeder YB is indicated by a thick line, and the knitting yarn supplied from the yarn feeder YF is indicated by a thin line. In addition, the left and right arrows with “K” in the right column indicate the movement direction (that is, the knitting direction) of the yarn feeders YB and YF, and the vertical arrow indicates the direction of transfer. In the following description, the rear needle bed BB side is described as one side, and the front needle bed FB side is described as the other side. However, the front needle bed FB side is set as one side and the rear needle bed BB side is set as the other side. The knitting method of the knitted fabric of the present invention can be implemented as the other side.

  In S0 of FIG. 2, the other side knitted fabric portion (front body) 10F is locked to the knitting needles A, C, E, G, I, K, M, and O of the other side needle bed (front needle bed) FB, The state where the other side knitted fabric portion (rear body) 10B is locked to the knitting needles B, D, F, H, J, L, N, and P of the one side needle bed (rear needle bed) BB is shown. In S0, the one-side yarn feeder YB and the other-side knitted fabric portion YF are arranged on the right side and the left side of the knitted fabric portions 10F and 10B, respectively.

From the state of S0, the knitted fabric portions 10B and 10F are joined at the right and left end portions in the knitting width direction of the knitted fabric portions 10B and 10F. Before the joining, the outer side stitch 0 which is the outermost side in the knitting width direction is defined. In the right joint, the stitch of the one side knitted fabric portion 10B that is locked to the knitting needle P of the one side needle bed BB is the outer stitch 0. On the other hand, in the left joint, the stitch of the other side knitted fabric portion 10F that is locked to the knitting needle A of the other side needle bed FB is the outer stitch 0. Further, with respect to the movement direction (that is, the knitting direction) of the yarn feeders YB, YF, the direction from the outer stitch 0 toward the inside of the knitted fabric portions 10B, 10F is defined as the “entry direction” and the opposite direction is defined as the “exit direction” ( See below).
・ Right side joint ... Left direction = incoming direction, right direction = outgoing direction ・ Left side joint ... Right direction = incoming direction, left direction = outgoing direction

  In S1, first, the outer stitch 0 of the right joint portion locked to the knitting needle P of the one side needle bed BB is transferred to the knitting needle P of the other side needle bed FB (step α of the right joint portion). On the other hand, since the outer stitch 0 of the left joint is originally locked to the other needle bed FB, transfer is not performed while the outer stitch 0 is locked to the other needle bed FB (step α of the left joint). .

  In S1, the one-side yarn feeder YB is further moved leftward, and the stitches are knitted on the knitting needle P of the FB, the knitting needles N, L, J, H, F, D, B of the BB, and the knitting needle A of the FB. With this knitting, the first stitch 1 is continuously knitted in the wale direction of the outer stitch 0 at the right joint, and the end stitch B9 at the end in the knitting width direction of the one side needle bed BB is continuous in the wale direction. Thus, the second stitch 2 is knitted. And, by the knitting of the first stitch 1 and the second stitch 2, the transition yarn 9 that connects the first stitch 1 and the second stitch 2 is crossed between the one side needle bed BB and the other side needle bed FB. (Step β of the right joint). Similarly, the first stitch 1 and the second stitch 2 that are continuous in the wale direction of the outer stitch 0 and the end stitch B9 are knitted at the left joint, respectively, and the bridging yarn 9 that connects both stitches 1 and 2 is a one side needle. It will be in the state which crossed between the floor BB and the other side needle bed FB (process (beta) of a left side junction part). The first stitches 1 and 1 knitted on the knitting needles P and A of the other side needle bed FB are both back stitches when viewed from the outside of the vest 10.

  In S2, the first stitch 1 knitted with the knitting needle A of the other side needle bed FB is transferred to the knitting needle A of the one side needle bed BB (step β ′ of the left joint portion). This transfer is performed to prevent the stretched knitting yarn 8 extending from the other yarn feeder YF from crossing the cross yarn 9 at the left joint when the other yarn feeder YF is moved to the right in the next S3. .

  In S3, the other yarn feeder YF is moved rightward, and the stitches are knitted on the knitting needles C, E, G, I, K, M, and O of the FB. By this knitting, the third stitch 3 is continuously knitted in the wale direction of the end stitch F9 at the end in the knitting width direction in the other side needle bed FB at the left side joint (step γ of the left side joint). On the other hand, the third stitch 3 continuous in the wale direction of the end stitch F9 is knitted at the right joint (right joint step γ). At the time when S3 ends, the crossover yarn 9 connecting the first stitch 1 and the second stitch 2 and the drawn knitting yarn 8 extending from the other yarn feeder YF intersect at the right joint.

  In S4, the first stitch 1 that has been transferred to the knitting needle A of the one side needle bed BB in S2 is transferred to the knitting needle A of the other side needle bed FB that has been originally locked (step of the left joint portion). γ ′). In S4, the first stitch 1 locked to the knitting needle P of the other side needle bed FB is transferred to the knitting needle P of the one side needle bed BB. As a result, the crossover yarn 9 is hooked on the drawn knitting yarn 8 and folded back at the right joint (right joint process ζ).

  In S5, the other side yarn feeder YF is moved leftward, and the stitches are knitted on the knitting needles O, M, K, I, G, E, and C of the other side needle bed FB. By this knitting, the fourth stitch 4 continuous in the wale direction of the third stitch 3 is knitted at the right joint (step δ of the right joint). As a result, the intersection of the transition yarn 9 and the stretched knitting yarn 8 is determined at the right joint. On the other hand, the fourth stitch 4 continuous in the wale direction of the third stitch 3 is also knitted at the left joint (left joint step δ). At that time, the stretched knitting yarn 8 extending from the other-side yarn feeder YF intersects the transition yarn 9 (the stretched knitting yarn 8 also intersects with the knitting yarn extending from the one-side yarn feeder YB to the first stitch 1).

  In S6, the first stitch 1 locked to the knitting needle A of the other side needle bed FB is transferred to the knitting needle A of the one side needle bed BB. As a result, the crossover yarn 9 is hooked on the drawn knitting yarn 8 and turned back at the left joint (left joint process η).

  In S7, the one-side yarn feeder YB is moved to the right, and the stitches are knitted on the knitting needles B, D, F, H, J, L, and N of the one-side needle bed BB. At this time, no stitches are knitted on the first stitch 1 due to mis-knitting at the left joint, but the fifth stitch 5 is knitted in the wale direction of the second stitch 2 (step ε of the left joint). On the other hand, the fifth stitch 5 that is continuous in the wale direction of the second stitch 2 is knitted in the right joint portion as well, but a miss knitting is performed on the first stitch 1, and the first stitch 1 has nothing to do with it. The stitch is not knitted (step ε of the right joint).

  By the above S1 to S7, the knitting method of the knitted fabric of the present invention is performed for one cycle. Therefore, the first stitch 1 of the knitting needle P of the one-side needle bed BB and the first stitch 1 of the knitting needle A in S7 are defined as the outer stitch 0 of the right joint and the outer stitch 0 of the left joint in the next cycle, respectively. . Then, as shown in S8, the outer stitches 0, 0 are transferred from the one side needle bed BB to the other side needle bed FB (step α in the second cycle of both joints). Next, as shown in S9, the stitches are knitted on the knitting needles P of the FB, the knitting needles N, L, J, H, F, D, B of the BB, and the knitting needle A of the FB (step of the second cycle of both joints) β).

  Here, when the arrangement and knitting state of the stitches at the end of S9 are viewed, it can be seen that they are the same as S1. Therefore, thereafter, by repeating S2 to S9, both the knitted fabric portions 10B and 10F can be joined at both ends in the knitting width direction while knitting the one side knitted fabric portion 10B and the other side knitted fabric portion 10F. it can.

The knitting procedure described above is summarized as follows.
First, at the right joint, knitting is performed in the order of process α (S1) → process β (S1) → process γ (S3) → process ζ (S4) → process δ (S5) → process ε (S7). That is, the transition yarn 9 is formed in S1 (steps α, β), and the stretched knitting yarn 8 intersects the transition yarn 9 connecting the first stitch 1 and the second stitch 2 in S3 (step γ) of FIG. In step (ζ), the transition yarn 9 is hooked on the drawn knitting yarn 8 and turned back. In step S5 (step δ), the entanglement between the transition yarn 9 and the drawn knitting yarn 8 is determined. The loop arrangement in FIG. 3 (A) shows the arrangement state of the stitches at the right joint knitted according to such a procedure. Note that the arrows shown in FIG. 3 indicate the knitting order of the stitches, and do not necessarily coincide with the moving directions of the yarn feeders YF and YB (the same applies to FIG. 4 described later).

  As shown in FIG. 3 (A), at the right joint, the stretched knitting yarn 8 connecting the third stitch 3 and the fourth stitch 4 is wound around the first stitch 1 and folded back by following the knitting procedure. It becomes a state. As a result, the density of the knitting yarn at the right joint can be made higher than before, and a large hole can hardly be formed in the right joint. Further, since the stretched knitting yarn 8 is wound around the first stitch 1, even if the knitted fabric is pulled in the knitting width direction, the stitch interval around the first stitch 1 is difficult to open, and a hole is formed in the right joint portion. It is difficult to vacate.

  Further, the movement direction of the one side yarn feeder YB of the process β at the right joint is the entry direction (left direction), the movement direction of the other yarn feeder YF of the process γ is the output direction (right direction), and the other side supply of the process δ. The movement direction of the yarn mouth YF is the entry direction (left direction), and the movement direction of the one-side yarn feeder YB of the process ε is the exit direction (right direction). The one-side yarn feeder YB and the other-side yarn feeder YF move in order, and the right joint can be knitted efficiently.

  On the other hand, at the left joint, step α (S1) → step β (S1) → step β ′ (S2) step γ (S3) → step γ ′ (S4) → step δ (S5) → step η (S6) → Knitting is performed in the order of step ε (S7). That is, the transition yarn 9 is formed in S1 (steps α, β), the stretched knitting yarn 8 intersects the transition yarn 9 connecting the first stitch 1 and the second stitch 2 in S5 (step δ), and S6 (step η). ), The transition yarn 9 is hooked on the stretched knitting yarn 8 and folded back, and the entanglement between the transition yarn 9 and the stretched knitting yarn 8 is determined in S7 (step ε). A loop arrangement in FIG. 3B shows an arrangement state of the stitches at the left joint knitted according to such a procedure.

  As shown in FIG. 3B, the stretched knitting yarn 8 connecting the third stitch 3 and the fourth stitch 4 is also wound around the first stitch 1 and folded back at the left joint. Therefore, it is difficult to make a hole in the left joint for the same reason as in the right joint.

  At the left joint, the movement direction of the one side yarn feeder YB of the process β is the outgoing direction (left direction), the movement direction of the other side yarn feeder YF of the process γ is the incoming direction (right direction), and the other side of the process δ. The moving direction of the yarn feeder YF is the outgoing direction (left direction), and the moving direction of the one-side yarn feeder YB of the process ε is the incoming direction (right direction). Therefore, the one side yarn feeder YB and the other side yarn feeder YF move in order, and the left joint can be knitted efficiently.

<Embodiment 2>
In the second embodiment, an example will be described in which the transfer of S2 (step β ′) and the transfer of S4 (step γ ′) in the left joint portion in FIG. 2 are omitted. Specifically, S3 is performed after S1 without performing S2. By doing so, when S3 is completed, the stretched knitting yarn 8 is wound around the transition yarn 9 at the left joint portion. Thereafter, after only transferring the first stitch 1 at the right joint shown in S4 of FIG. 2, the same knitting as S5 to S9 may be performed. Thus, according to the knitting method of the second embodiment, the knitting process can be reduced as compared with the first embodiment.

  The loop arrangement state of the stitches at the left joint knitted according to the above procedure is shown in the loop diagram of FIG. As is apparent from this loop diagram, also in the knitting method of the knitted fabric of the second embodiment, the stretched knitting yarn 8 connecting the third stitch 3 and the fourth stitch 4 is wound around the first stitch 1. The hole in this part is not noticeable.

  Here, the left joint part of the first embodiment is better than the left joint part of the second embodiment described above. In the left joint portion of the second embodiment shown in FIG. 4, the stretched knitting yarn 8 extending from the third stitch 3 passes from the front side of the drawing to the back side, is wound around the first knitting yarn 1, and is connected to the fourth stitch 4. . The stretched knitting yarn 8 is also entangled with a portion connecting the first stitch 1 and the fifth stitch 5, and this entanglement causes the first stitch 1 to be distorted when the knitted fabric of the second embodiment is pulled. It may be twisted. On the other hand, in the left joint portion of the first embodiment where the process β ′ and the process γ ′ are performed, as shown in FIG. 3B, the stretched knitting yarn 8 extending from the third stitch 3 is on the near side from the back side of the sheet. The first knitted yarn 8 is wound around the first stitch 1 and connected to the fourth stitch 4, but the stretched knitting yarn 8 is not entangled with the portion connecting the first stitch 1 and the fifth stitch 5. Therefore, when the knitted fabric of Embodiment 1 is pulled, the shape of the first stitch 1 does not collapse toward the left joint portion in FIG. However, since the knitting method of the second embodiment has an advantage that the knitting process can be reduced as compared with the first embodiment, the knitting method of the second embodiment is effective in improving the productivity of the knitted fabric. For example, when a thick knitting yarn is used, since the hole in the joint portion is originally not conspicuous, priority should be given to improving the productivity of the knitted fabric by the knitting method of the second embodiment.

<Others>
When the engagement state of the stitch before the start of joining in Embodiments 1 and 2 is schematically shown, it is in the state shown in FIG. On the other hand, even in the locked state of the stitches shown in FIGS. 5 (B) to (D), the knitting method of the knitted fabric of the present invention can be applied to join the knitted fabric portions before and after knitting. it can. As already described, in the knitting method of the knitted fabric of the present invention, first, the outermost stitch in the outermost side in the knitting width direction is specified, and each step is performed based on the outer stitch. In the first and second embodiments shown in FIG. 5A, the stitch indicated by the white arrow is the outer stitch. On the other hand, in the case of the initial arrangement as shown in FIGS. 5B to 5D, the stitch indicated by the white arrow is defined as the outer stitch, and the knitting method of the knitted fabric of the present invention may be performed. When the end stitches of the one side knitted fabric part and the end stitches of the other side knitted fabric part are aligned in the knitting width direction, one of the end stitches is the outermost side in the knitting width direction. You only need to rack and transfer the needle bed.

  In addition, the knitted fabric portions 10B and 10F in the above-described embodiment may be a pattern organization such as a rib structure, or the knitted fabric portions 10B and 10F may be intarsia knitted. In short, as long as the knitting method of the knitted fabric of the present invention is applied to the knitting of the joint portions of both knitted fabric portions 10B and 10F, the other portions may be knitted in any manner.

10 Knitted fabric (best)
10B One side knitted fabric part (back body) 10F Other side knitted fabric part (front body)
BB One side needle bed (rear needle bed) FB Other side needle bed (front needle bed)
YB One side yarn feeder (rear side yarn feeder) YF Other side yarn feeder (front side yarn feeder)
0 Outer stitch B9, B9 End stitch 1 First stitch 2 Second stitch 3 Third stitch 4 Fourth stitch 5 Fifth stitch 8 Stretched knitting yarn 9 Transition yarn

Claims (4)

At least one side needle bed and the other side needle bed facing in the front-rear direction, and one side yarn feeder for feeding knitting yarn to the knitting needles of each needle bed and the other side yarn feeder, and stitches between the front and back needle beds Using a flat knitting machine capable of transferring,
In the knitting method of the knitted fabric, the one side knitted fabric portion knitted by the one side needle bed and the other side knitted fabric portion knitted by the other side needle bed are joined at the end in the knitting width direction.
When the outermost stitch in the knitting width direction is the outer stitch at the joining position,
If the outer side stitch is a stitch of the one side knitted fabric portion, the outer side stitch is transferred to the other side needle bed, and if the outer side stitch is a stitch of the other side knitted fabric portion, the outer side stitch is transferred. Step α that remains locked to the other side needle bed,
Using the knitting yarn fed from the one-side yarn feeder, the first stitch and the second stitch that are continuous in the wale direction of the outer stitch and the end stitch of the knitting width direction end of the one-side needle bed, respectively. Knitting and passing a cross yarn connecting the first stitch and the second stitch between the one side needle bed and the other side needle bed,
Knitting a third stitch continuous in the wale direction of the end stitch of the knitting width direction end portion of the other side needle bed excluding the outer stitch using the knitting yarn fed from the other side yarn feeder γ When,
Knitting a fourth stitch continuous in the wale direction of the third stitch using a knitting yarn fed from the other yarn feeder, and
Using the knitting yarn fed from the one-side yarn feeder, knitting a fifth stitch continuous in the wale direction of the second stitch, and a step ε of mis-knitting the first stitch;
With
In the step γ, when the stretched knitting yarn extending from the other side yarn feeder intersects the transition yarn, the first stitch is transferred to the one-side needle bed before performing the step δ, and the transition Performing step ζ in which the yarn is hooked on the drawn knitting yarn and turned back;
In the step δ, when the stretched knitting yarn extending from the other side yarn feeder intersects the transition yarn, the first stitch is transferred to the one-side needle bed before performing the step ε, and the transition A method of knitting a knitted fabric, comprising performing a step η in which a yarn is caught by the drawn knitting yarn and turned back. Of the knitting width directions, when the direction from the outer stitch toward the inside of the knitted fabric portion is the entry direction, and the opposite direction is the exit direction,
The moving direction of the one-side yarn feeder in the step β is the entering direction,
The moving direction of the other side yarn feeder of the step γ is the outgoing direction,
The moving direction of the other side yarn feeder of the step δ is the entering direction,
The knitting method of a knitted fabric according to claim 1, wherein the moving direction of the one side yarn feeder of the step ε is an outgoing direction. Of the knitting width directions, when the direction from the outer stitch toward the inside of the knitted fabric portion is the entry direction, and the opposite direction is the exit direction,
The moving direction of the one-side yarn feeder of the step β is the outgoing direction,
The moving direction of the other side yarn feeder of the step γ is the entering direction,
The moving direction of the other side yarn feeder of the step δ is the outgoing direction,
The knitting method of a knitted fabric according to claim 1, wherein the moving direction of the one-side yarn feeder in the step ε is an entering direction. In the knitting method of the knitted fabric according to claim 3,
Before the step γ is performed after the step β, the stretched knitting yarn does not cross the transition yarn in the step γ by transferring the first stitch to the one side needle bed. A process β ′,
Before performing the step δ after the step γ, transferring the first stitch transferred to the one side needle bed in the step β ′ to the other side needle bed, A step γ ′ of crossing the stretched knitting yarn with the transition yarn in the step δ, and
A method for knitting a knitted fabric, comprising:

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