KR20230154246A - Method of knitting tubular knitted fabric - Google Patents

Abstract

After moving the first yarn feed port and knitting the intasha part within the knitting width of the first knitted fabric portion, with the first yarn feed port stopped, the second yarn feed port is moved to cross the first yarn feed port to form a second yarn feed port. In the method of knitting a tubular knitted fabric for knitting a knitted fabric portion, after knitting the longitudinal stitches of the intasha portion, the first yarn feeder is moved in a first direction, and the knitting needle to which the stitches of the second knitted fabric portion are joined. A process A of forming a tuck stitch is performed, and a process B of arranging the first yarn feeding port in the second direction rather than the tuck stitch so that the tuck stitch falls out as the knitting needle advances into the needle bed gap is performed. The first direction is a direction toward the outside of the intasha portion, and the second direction is a direction toward the inside of the intasha portion.

Description

Method of knitting tubular knitted fabric

The present invention relates to a method of knitting a tubular knitted fabric using a flat knitting machine.

A flat knitting machine is equipped with a plurality of needle beds and a plurality of yarn feeding ports. Each yarn feeding port supplies knitting yarn to a plurality of knitting needles provided in each needle bed. When knitting using a flat knitting machine, when knitting a knit fabric using a certain yarn feed port (X), there are cases where the yarn feed port (X) crosses another stationary yarn feed port (Y). . At this time, there are cases where the knitting yarn extending from the yarn feeding port Y is incorporated into the knitted fabric portion. As a technique for solving this problem, for example, there is a method of knitting a knitted fabric disclosed in Patent Document 1.

Patent Document 1 discloses a technique for solving the above problems occurring in intarsia knitting. In Figure 2 of Patent Document 1, in Step 1, a first knitted fabric portion is knitted using a first yarn feed port (symbol 11), and then, in steps 2 to 4, a second yarn feed port (symbol 13) is used to knit the first knitted fabric portion. It is shown that the 2nd organization aspiration is organized. At least a portion of the first knitted fabric portion overlaps in the knitting width direction of the second knitted fabric portion on the needle bed. As shown in step 3, when the second rapid sand mound crosses the first rapid sand mound, the second rapid sand mound and the first rapid sand mound are returned together. Reversion means that a rapid sand dune that was moving in a certain direction temporarily moves in the opposite direction. By returning both yarn feed openings, the knitting yarn extending from the first yarn feed opening to the first knitting fabric part is prevented from being incorporated into the second knitting fabric part.

Patent Document 1: Japanese Patent Laid-Open No. 10-1852

In the technology of Patent Document 1, the second yarn feed is returned when the second knit fabric is knitted. At that time, the second feed yarn section temporarily stops, and the tension of the knitting yarn extending from the second feed yarn section changes. As a result, there are cases where the size of the stitch changes before and after the return of the second yarn yarn. Depending on the material of the knitting yarn, there may be a noticeable difference in the size of the stitches in the second knitted fabric portion.

One of the purposes of the present invention is to provide a knitting method that does not require the second yarn feeder to be returned when knitting by moving the second yarn feeder to cross the first yarn feeder in a stationary state.

<1> The method of knitting the tubular knitted fabric of the present invention is,

Using a flat knitting machine having a first yarn feed port and a second yarn feed port, a first knit fabric part coupled to a first needle bed, and a second knit fabric part coupled to a second needle bed opposite the first needle bed. In the process of knitting a tubular knitted fabric having,

After moving the first yarn feed port and knitting the intasha part within the knitting width of the first knitted fabric portion, with the first yarn feed port stopped, the second yarn feed port is stretched across the first yarn feed port. In the method of knitting a tubular knitted fabric in which the second knitted fabric portion is knitted by moving,

A process A of moving the first yarn feeder in a first direction to form a tuck stitch on a knitting needle to which the stitches of the second knitted fabric part are joined, after knitting the longitudinal stitch of the intasha part;

After the step A, the first yarn feeder is disposed in the second direction rather than the tuck stitch, so that when the second knitted fabric portion is knitted, the tuck stitch falls out as the knitting needle advances into the needle bed gap. Process B that does

Conduct.

However, the first direction is a direction toward the outside of the intasha portion,

The second direction is a direction toward the inside of the intasha portion.

<2> As one form of the knitting method of the tubular knitted fabric of the present invention,

In the step A, the position at which the tuck stitch is formed is a position within 3 stitches in the knitting width direction when viewed from the longitudinal stitch,

In step B, the position where the first yarn feeder is disposed may be within 2 stitches in the knitting width direction when viewed from the tuck stitch.

<3> As one form of the knitting method of the tubular knitted fabric of the present invention,

After knitting the longitudinal stitch and before performing Process A, Process X, Process Y, and Process Z are performed,

In the step

In the step Y, the knitting yarn extending from the first yarn feed port to the first stitch is connected to the longitudinal stitch and the first stitch by arranging the first yarn feed port in the second direction rather than the first stitch. Intersect with the intersecting company,

In the process Z, the first stitch may be moved to a needle bed to which the first knitted fabric is joined.

<4> As one form of the knitting method of the tubular knitted fabric of the present invention,

One example is a form in which the first knitted fabric portion and the second knitted fabric portion are knitted in a total needle state.

According to the knitting method of the present invention, there is no need to turn back the second yarn feed section when knitting the second knit fabric portion overlapping in the knitting width direction of the intasha portion, as will be explained in detail in the embodiment described later. Therefore, when knitting the second knitting section, there is no need to stop the second knitting yarn section. By knitting the second knitted fabric portion without stopping the second yarn feed section, it is difficult for variation in the size of the plurality of stitches arranged in the knitting width direction of the second knitted fabric portion to occur.

Here, in step A of the knitting method of the present invention, a tuck stitch is formed on the stitches of the second knitted fabric portion using the knitting yarn fed from the first yarn feed port. Therefore, when knitting the second knit fabric, the first knit fabric portion and the second knit fabric portion can be bound. However, as will be explained in detail in the embodiment described later, the tuck stitch in process A is dislodged from the knitting needle when knitting the second knitted fabric portion, so the first knitted fabric portion and the second knitted fabric portion are not stitched together.

When knitting a tubular knit fabric using a flat knitting machine equipped with a knitting auxiliary member such as a loop presser or a stitch presser, there is a risk that the knitting yarn extending from the first yarn feed opening becomes caught in the knitting auxiliary member. In that case, there is a possibility that the first knitting fabric and the second knitting fabric are stitched. According to the knitting methods of the above embodiments <2> and <3>, it is possible to effectively prevent the knitting yarn extending from the first yarn feeder from being caught on the knitting auxiliary member, as will be explained in detail in the embodiments described later.

According to the knitting method of the above form <4>, a sturdy tubular knitted fabric with dense stitches can be knitted.

Fig. 1 is a diagram schematically showing knitwear that is a tubular knit fabric according to Embodiment 1.
Figure 2 is an image diagram showing an example of a knitting method according to Embodiment 1.
Figure 3 is a knitting process diagram showing a part of the knitting process of the knitting method according to Embodiment 1.
Figure 4 is a schematic diagram of a needle bed illustrating a part of the knitting process of the knitting method according to Embodiment 1.

<Embodiment 1>

In this Embodiment 1, an example of knitting knitwear with an intasha structure using the knitting method of the present invention will be described based on FIGS. 1 to 4. Of course, the knitted fabric knitted by the knitting method of this example is not limited to knitwear, and may be, for example, industrial materials such as seat covers.

The tubular knit fabric 100 shown in Fig. 1 is a sweater having a body 50, a right sleeve 60R, and a left sleeve 60L. The body 50 includes a front body 50F and a rear body 50B. The left and right sides of the sweater are based on the left and right sides of the wearer, and the front and back sides of the sweater are based on the front and back sides of the wearer. An intasha part (3) is formed on the front body (50F). The intarsia part (3) is obtained by intarsia knitting. Therefore, the knitting yarns that make up the inta-sha part (3) and the knitting yarns that make up parts other than the in-ta-sha part (3) are different from each other.

The procedure for knitting the intasha part 3 will be explained based on the image diagram in FIG. 2. In this example, a knitting example using a four-bed flat knitting machine will be described. Below, the lower front needle bed, lower back needle bed, upper front needle bed, and upper back needle bed provided in the four-bed flat knitting machine are denoted as FD, BD, FU, and BU, respectively. In this example, FD and FU are the first needle beds, and BD and BU are the second needle beds. The knitting needles provided in FD, BD, FU, and BU may be compound needles provided with a slider for opening and closing the hook, or may be latch needles provided with a latch for opening and closing the hook. A four-bed flat knitting machine is equipped with a plurality of yarn feed ports. In this example, a knitting example using a first yarn feed port 8 for feeding the first knitting yarn 8Y and a second yarn feed port 9 for feeding the second knitting yarn 9Y is shown. The yarn feeding ports 8 and 9 may be configured to be interlocked with the carriage or may be configured to be movable independently from the carriage. The yarn feeding ports 8 and 9 in this example are configured to be movable independently of the carriage. The first knitting yarn 8Y fed from the first yarn feeding port 8 is used for knitting the in-tasha portion 3. The second knitting yarn 9Y fed from the second yarn feeding port 9 is used for knitting other than the intasha part 3. Of course, there may be three or more feed yarns used in formation.

In Fig. 2, the yarn feeding holes 8 and 9 are indicated by inverted triangle marks. When viewed from FD, the first rapid sand opening 8 is located ahead of the second rapid sand opening 9. In other words, when viewed from BD, the second rapid sand opening 9 is located ahead of the first rapid sand opening 8. The horizontal bars shown at both ends of the body 50 are the boundary between the front body 50F and the rear body 50B. “T+number” in Fig. 2 indicates the order of knitting. The thick line arrows indicate the movement of the rapid sand dunes (8, 9).

At T0, the body 50 knitted up to just before the intasha portion 3 is shown. The body 50 of this example is knitted by tubular knitting using the second yarn feeder 9. In this state, a front body 50F provided with an intasha portion 3 and a rear body 50B facing the front body 50F are knitted. After T1, the front body 50F including the intasha portion 3 is referred to as the first knitted fabric portion 1, and the rear body 50B is referred to as the second knitted fabric portion 2.

In T1, the first yarn feeding port 8 is threaded from outside the knitting width of the body 50 (T0), and the first yarn feeding port 8 is moved to the right and then to the left. knitting) is performed. By this reciprocating knitting, in the FD, the intasha portion 3 is knitted in two stages in the wale direction. After knitting the intasha portion 3, knitting is performed as shown in the knitting process diagrams of Figures 3 and 4 described later.

In T2, reciprocating knitting is performed in which the second yarn feeding port 9 is moved to the right and then to the left. By this reciprocating knitting, the right portion 1R in the FD is knitted in two stages in the wale direction. The right portion 1R is a part of the first knitted fabric portion 1. The right portion 1R is adjacent to the right side (left in the drawing) in the knitting width direction of the intasha portion 3, and is joined to the intasha portion 3 by knitting such as a tuck.

At T3, the second yarn feeding port 9 is moved to the right, and the second knit fabric portion 2 is knitted in BD. In this example, the knitting range of the intasha part 3 overlaps within the knitting range of the second knitted fabric part 2. Therefore, when knitting the second knit fabric section 2, the second yarn feed section 9 crosses the first yarn feed section 8. In this example, by carrying out the knitting of Figures 3 and 4 after T1, the second knit fabric portion 2 can be knitted without stopping the second yarn feeding port 9. After knitting T3, knitting in Figures 3 and 4 is performed again.

In T4, reciprocating knitting is performed in which the second yarn feeding port 9 is moved to the left and then to the right. By this reciprocating knitting, the left portion 1L of the FD is knitted in two stages in the wale direction. The left portion 1L is a part of the first knitted fabric portion 1. The left portion 1L is adjacent to the left side (right side in the drawing) in the knitting width direction of the intasha portion 3, and is joined to the intasha portion 3 by knitting a tuck or the like.

At T5, the second yarn feeding port 9 is moved to the left, and the second knitted fabric portion 2 is knitted on the back needle bed BD. Also in this T5, the second rapid sand dune 9 crosses the first rapid dune dune 8. Since the knitting of FIGS. 3 and 4 is performed after T3, the second knitted fabric portion 2 can be knitted without stopping the second yarn feeding port 9. The arrangement of the yarn feeding ports 8 and 9 at the end of T5 is the same as that of T1. Therefore, by repeating the knitting of T1 to T5 after T5, the intasha portion 3 is knitted to the body 50 as shown in FIG. 1.

Next, the specific knitting process of the part provided with the intasha portion 3 will be explained based on FIGS. 3 and 4. “S+Number” in Fig. 3 indicates the number of the knitting process. The right column of Figure 3 shows the combined state of stitches in FD, BD, and BU. In Figure 3, FU is omitted from the drawing. In the right compartment, black dots indicate knitting needles, circle marks indicate stitches, V-shaped marks indicate pick up stitches or tuck stitches, and inverted triangle marks indicate yarn feeders (8, 9). It is showing. The capital letters outside the box indicate the position of the knitting needle. In each process, the actually knitted parts are indicated by thick lines, and the newly knitted stitches are all colored.

In S0 in Fig. 3, a stitch corresponding to about the left half of T0 in Fig. 2 is shown. In this example, the first knitted fabric portion 1 and the second knitted fabric portion 2 are knitted in a full-gauge state with no voids between adjacent stitches.

In S1, the first yarn feeding port 8 is moved to the right to form a pick-up stitch 10 on the knitting needle K of BU, which is a co-needle, and then the knitting needle L of FD is joined to the knitting needle T Organize Intashabu (3). Knitting of the pick-up stitch 10 is not essential. The organization of S1 corresponds to the outbound organization of T1 in Figure 2.

In S2, the first yarn feeding port 8 is moved to the left to knit the intasha portion 3 coupled to the knitting needles (L) from the knitting needles (T) of the FD. The formation of S2 corresponds to the return formation of T1 in Fig. 2. Also, in this S2, after knitting of the intasha portion 3 is completed, the first yarn feeding port 8 is moved to the left, and the first stitch 11 that continues in the wale direction of the pickup stitch 10 is knitted. (Process X). In this example, the left direction in FIG. 3 away from the intasha portion 3 is referred to as the first direction D1, and the right direction toward the intasha portion 3 is referred to as the second direction D2. The first direction (D1) and the second direction (D2) are shown next to the capital letters of the alphabet outside the box. Here, when the pickup stitch 10 is not formed in S1, the first stitch 11 in S2 becomes a pickup stitch. The first stitch 11 needs to be present on the needle bed opposite the first knitted fabric portion 1 when the next S3 is performed.

In S3, the first knitting yarn 8Y extends from the first yarn feeding opening 8 to the first stitch 11 by arranging the first yarn feeding opening 8 in the second direction D2 rather than the first stitch 11. ) is crossed with the cross yarn 12 (process Y). In this example, the first knitting yarn 8Y is crossed with the intersecting yarn 12 by moving the first yarn feeding port 8 in the second direction D2. The cross yarn 12 connects the longitudinal stitch 3E coupled to the FD and the first stitch 11 coupled to the BU. The longitudinal stitch 3E is a stitch knitted last among the plurality of stitches of the intasha portion 3 knitted in S2. That is, the cross yarn 12 spans the front and rear needle beds. Different from this example, the first knitting yarn 8Y may be crossed with the cross yarn 12 by racking BD and BU in the first direction D1.

In S4, the first stitch 11 is moved to the needle bed where the first knitted fabric portion 1 is joined (process Z). Specifically, the first stitch 11 is moved to the knitting needle K of the FD. At this time, the first knitting yarn 8Y that intersects the cross yarn 12 is caught on the cross yarn 12 and is sent to the FD side. Additionally, due to the movement of the first stitch 11 in S4, the first stitch 11 is overlapped with the stitch 19 (see S3). The stitch 19 is a stitch in a portion of the first knitted fabric portion 1 other than the intasha portion 3. By overlapping the stitch 19 and the first stitch 11, when forming the right portion 1R at T2 in Fig. 2, the intasha portion 3 and the right portion 1R become more strong. It is joined.

The organizing sequence following S4 will be explained based on FIG. 4. Figure 4 schematically shows the combined state of stitches on FD and BD knitting needles. The capital letters outside the cells in Figure 4 indicate the positions of the knitting needles. The capital letters of the alphabet in Figure 4 correspond to the capital letters of the alphabet in Figure 3. In Figure 4, stitches other than those of the intasha portion 3 are omitted. In reality, the stitches of the first knitted fabric portion (1) are coupled to the knitting needles (J, K) of the FD, and the stitches of the second knitted fabric portion (2) are coupled to the knitting needles (J, K, L, M) of the BD. A sinker (6) and a loop presser (5) are disposed between adjacent knitting needles. The sinker 6 is configured to adjust the shape of the sinker loop connecting two adjacent stitches in the knitting width direction. The loop presser 5 is configured to press stitches or knitting yarns downwards of the needle bed gap 7 (for example, refer to Japanese Patent Application Laid-Open No. 2013-64205, etc.). The roof presser (5) is not an essential component. Here, in S5 and S6, the sinker 6 and loop presser 5 installed in the FD are omitted from showing in the drawings.

S4 in FIG. 4 shows the combined state of the stitches when S4 in FIG. 3 is completed. As shown in S4, the first knitting yarn 8Y extending from the first stitch 11 toward the first yarn feeding port 8 is caught on the cross yarn 12 and is sent to the FD side. Therefore, even if the knitting needle of BD is moved, it becomes difficult for the first knitting yarn 8Y to get caught on the knitting needle of BD. For example, even when using a flat knitting machine equipped with a stitch presser (Japanese Patent Laid-Open No. 3-8841), it is difficult for the first knitting yarn 8Y to get caught in the stitch presser. The stitch presser is a member that presses an existing stitch coupled to the needle bed downward of the needle bed gap 7 when knitting a new stitch. The needle bed gap 7 is a gap formed between FD and BD. The lower part of the needle bed gap 7 is inside in the vertical direction of the ground. The stitch presser is mounted on the carriage and moves with the carriage.

In S5, the first yarn feeding port 8 is moved in the first direction D1 to form a tuck stitch 15 on the stitch of the second knitted fabric portion 2 (see Fig. 3) (process A). Specifically, a tuck stitch 15 is formed on the hook 4 of the knitting needle J of BD. The formation position of the tuck stitch 15 is preferably within 3 stitches in the knitting width direction when viewed from the longitudinal stitch 3E. In this example, the formation position of the tuck stitch 15 is a position 2 stitches away in the knitting width direction when viewed from the longitudinal stitch 3E.

Additionally, in S5, the first yarn feeding port 8 is arranged toward the second direction D2 rather than the tuck stitch 15 (process B). In this example, the first yarn feeding port 8 is moved in the second direction D2 and the first yarn feeding port 8 is stopped at a position beyond the tuck stitch 15. The stopping position of the first yarn feeding port 8 is preferably within 2 stitches in the knitting width direction when viewed from the tuck stitch 15. In this example, the stopping position of the first yarn feeding port 8 is between the knitting needle J and the knitting needle K. This stop position is a position 0.5 stitches away in the knitting width direction when viewed from the tuck stitch 15. As shown in S5, after forming the tuck stitch 15, the first yarn feeding port 8 is moved in the second direction D2. As a result, of the first knitting yarn 8Y, the part extending from the first yarn feed opening 8 to the tuck stitch 15 and the part extending from the tuck stitch 15 to the first stitch 11 are taut without sagging. It becomes a state. Accordingly, the tuck stitch 15 is in the same state as being caught on the tip of the hook 4. Different from the present example, the first yarn feeding port 8 may be arranged closer to the second direction D2 than the tuck stitch 15 by racking the BD in the first direction D1.

After S5 is implemented, T2 and T3 in Figure 2 are implemented. At the time of S5, the first knitting yarn 8Y extending from the longitudinal stitch 3E to the first yarn feed opening 8 is returned by the hook 4 and is in a taut state without sagging. By placing the first knitting yarn 8Y in a taut state without sagging, the tuck stitch 15 is caught on the tip of the hook 4 of the knitting needle J. Therefore, as shown in S6, when the knitting needles (J, K) of BD advance into the needle bed gap (7) to knit the second knitted fabric portion (2), the tuck stitch (15) (S5) is connected to the hook (4). falls out of Here, the stitch of the second knitted fabric portion 2 (Figure 2) is disposed inside the hook 4 of the knitting needle J, and is located below the needle bed gap 7 by the existing second knitted fabric portion 2. Because it is being pulled, it does not fall out of the knitting needle (J).

In S6, the knitting yarn (part of the first knitting yarn 8Y) extending from the first yarn feeding port 8 to the first stitch 11 is disposed below the knitting needle K during knitting. This state is because the part extending from the tuck stitch 15 to the first stitch 11 in S5 is in a taut state without sagging. The knitting yarn extending from the first yarn feeding port 8 to the first stitch 11 does not get caught on the hook 4 of the knitting needle K, nor does it get caught on the stitch presser. Therefore, by performing the knitting shown in S5, even if the knitting needles of BD are moved to knit the second knitted fabric portion 2 (T3 in Fig. 2), the first knitting yarn 8Y is not incorporated into the second knitted fabric portion 2. . Moreover, when knitting the second knitting fabric section 2, there is no need to stop the second yarn feeding port 9.

At S6, the loop presser 5 is advancing toward the needle bed gap 7. In this example, even if the loop presser 5 advances toward the needle bed gap 7, the first knitting yarn 8Y is not incorporated into the second knit fabric portion 2. This is because, as shown in S5, the first yarn feeding port 8 is disposed between the knitting needle J and the knitting needle K, and the portion extending from the first yarn feeding port 8 to the tuck stitch 15 is the loop press. This is because it is placed lower than the Dongjak station in (5). When knitting is performed using a flat knitting machine without the loop presser 5, the stopping position of the first yarn feeding port 8 may be closer to the second direction D2 than the position S5.

Here, in S5, it is preferable that the angle θ between the longitudinal direction of the needle bed and the knitting yarn (part of the first knitting yarn 8Y) extending from the first stitch 11 to the tuck stitch 15 is small. As the angle θ becomes smaller, the knitting yarn extending from the first yarn feeding port 8 becomes easier to be disposed below the knitting needle K in S6. Additionally, it becomes difficult for the knitting yarn to get caught in the stitch presser (not shown in the drawing). In this example, by carrying out the knitting of Figure 3, the knitting yarn from the first stitch 11 toward the tuck stitch 15 is pulled out from the second direction D2 side of the knitting needle K. Therefore, the angle θ in this example is smaller than that in the case where the knitting yarn heading from the first stitch 11 to the tuck stitch 15 is pulled out from the first direction D1 side of the knitting needle K. . As a means of reducing the angle θ, the knitting needle forming the tuck stitch 15 may be used as a knitting needle located in the first direction D1 rather than the knitting needle J.

By carrying out the knitting of FIGS. 3 and 4 as described above, in T3 and T5 of FIG. 2, even if the second knitted fabric portion 2 is knitted without returning the second yarn feed port 9, the first knitted fabric portion 1 ) and the second organization aspiration (2) are not organized. Therefore, when knitting the second knit fabric section 2, there is no need to stop the second yarn feeding port 9. By knitting the second knitting fabric portion 2 without stopping the second yarn feed port 9, the second knitting is performed while maintaining the tension of the second knitting yarn 9Y extending from the second yarn feed port 9 constant. Aspirations (2) can be organized. As a result, the size of the plurality of stitches constituting the second knitted fabric portion 2 is less likely to vary in size, and a tubular knitted fabric 100 with a good appearance is knitted.

<Other>

The organization shown in Figure 3 is not essential. For example, after knitting the intasha portion 3 by the reciprocating knitting shown in T1 in Fig. 2, the knitting shown in Fig. 3 may not be performed, but the knitting shown in S5 in Fig. 4 may be performed. In this case, the longitudinal stitch 3E and the tuck stitch 15 are directly connected. When the knitting shown in Fig. 3 is not performed, the longitudinal stitch 3E of the intasha portion 3 is preferably knitted by moving the first yarn feeding port 8 in the second direction D2. By doing so, the longitudinal stitch 3E becomes a twisted stitch. The knitting yarn extending from the longitudinal stitch 3E to the tuck stitch 15 is pulled out from the knitting needle L in the second direction D2. As a result, the angle between the longitudinal direction of the needle bed and the knitting yarn extending from the longitudinal stitch 3E to the tuck stitch 15 becomes smaller.

The first knitted fabric portion 1 and the second knitted fabric portion 2 may be knitted in a half-gauge state in which co-needle is disposed between adjacent stitches. As long as the first knitted fabric portion 1 and the second knitted fabric portion 2 are knitted in a half gauge state, the flat knitting machine used in the knitting method of the present invention may be a two-bed flat knitting machine.

The front body 50F may be provided with a plurality of intasha parts 3. In addition to the front body 50F, the rear body 50B may also be provided with at least one intasha portion 3. When each of the front body 50F and the back body 50B has an intasha portion 3, knitting is performed using four or more yarn feeders. In this case, when knitting the instasha portion 3 of the front body 50F, the front body 50F is regarded as the first knitted fabric portion 1 and the rear body 50B is regarded as the second knitted fabric portion 2. Thus, the knitting method of the present invention is implemented. When knitting the intasha portion 3 of the rear body 50B, the rear body 50B is regarded as the first knitted fabric portion 1 and the front body 50F is regarded as the second knitted fabric portion 2, and the present invention Implement the organizing method.

1: First knitting aspiration part 1L: Left part 1R: Right part
2: Second organization aspiration
3: Intashabu 3E: End stitch
4: hook
5: Loop presser
6: Sinker
7: Needle bed gap
8: 1st knitting yarn 8Y: 1st knitting yarn
9: 2nd knitting yarn 9Y: 2nd knitting yarn
10: Pick-up stitch 11: 1st stitch
12: Cross yarn 15: Tuck stitch
50: Torso 50F: Front Torso 50B: Rear Torso
60L: Left sleeve 60R: Right sleeve
100: tubular knitted fabric
D1: 1st direction D2: 2nd direction

Claims (4)

Using a flat knitting machine having a first yarn feed port and a second yarn feed port, a first knitting fabric part coupled to a first needle bed, and a second needle bed facing the first needle bed. In the process of knitting a tubular knit fabric having a second knit fabric,
After moving the first yarn feed port and knitting an intarsia portion within the knitting width of the first knitted fabric portion, the first yarn feed port is stopped and the first yarn feed port is traversed. In the method of knitting a tubular knitted fabric in which the second knitted fabric portion is knitted by moving a second yarn feeding port,
After knitting the longitudinal stitch of the intasha part, the first yarn feeder is moved in the first direction to create a tuck stitch on the knitting needle to which the stitch of the second knitted fabric part is joined. Forming process A,
After the step A, the first yarn feeder is disposed in the second direction rather than the tuck stitch, so that when the second knitted fabric portion is knitted, the tuck stitch falls out as the knitting needle advances into the needle bed gap. Process B that does
Method of knitting a barrel-shaped knitted fabric.
However, the first direction is a direction toward the outside of the intasha portion,
The second direction is a direction toward the inside of the intasha portion.
According to paragraph 1,
In the step A, the position at which the tuck stitch is formed is a position within 3 stitches in the knitting width direction when viewed from the longitudinal stitch,
In the process B, the position where the first yarn feeder is disposed is a position within 2 stitches in the knitting width direction when viewed from the tuck stitch.
Method of knitting a barrel-shaped knitted fabric.
According to claim 1 or 2,
After knitting the longitudinal stitch and before performing Process A, Process X, Process Y, and Process Z are performed,
In the step
In the step Y, the knitting yarn extending from the first yarn feed port to the first stitch is connected to the longitudinal stitch and the first stitch by arranging the first yarn feed port in the second direction rather than the first stitch. Intersect with the intersecting company,
In the process Z, the first stitch is moved to the needle bed to which the first knitted fabric is coupled.
Method of knitting a barrel-shaped knitted fabric.
According to any one of claims 1 to 3,
A method of knitting a tubular knit fabric in which the first knit fabric portion and the second knit fabric portion are knitted in a full-gauge state.

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