KR101449506B1 - Bind-off method of knitted fabric and knitted fabric - Google Patents

Abstract

(assignment)
The present invention provides a mining method capable of knitting a high-stretch and high-strength minus processing section.
(Solution)
The knitting is continued twice in the wale direction of the base portion 1 coupled to the one needle bed FD and the other needle bed BU. One side upper stitch row 31 and the other upper side stitch row 39 knitted by the second stitch knitting are moved to the side of the target knitted fabric portion 9 and the stitches of a part of these upper stitch rows 31, And stitches of a part of the target knitting needles 9 are overlapped. This sewing of the stitches and the movement of the stitch strings 31 and 39 are repeated so that the wale-direction end portions of the target knitting needles 9 are subjected to the minus processing. In this case, one of the two stitches arranged side by side in the wale direction is used as a front stitch and the other side is made as a back stitch.

Description

BIND-OFF METHOD OF KNITTED FABRIC AND KNITTED FABRIC}

The present invention relates to a knitting method for knitting a stitch in a wale-direction end portion of a knitted fabric portion to be subjected to a bind-off process in a knitted fabric and a knocking processing portion formed by the knitting method The present invention relates to a knitted fabric having a knitted fabric.

When the knitted fabric is knitted by a weft knitting machine, the knitting process is performed so that the stitches (stitches in the wale end portions) of the final course of the knitted fabric are not loosened. The knitting process refers to a knitting process in which adjacent stitches are stitched out of stitches of knitting needles to be coupled to a needle bed and stitches (double stitch) From one end side (one end side) to the other end side (the other end side) of the knitting fabric in the knitting width direction.

Japanese Patent Publication No. Hei 7-65258

However, it is difficult to say that the conventional punching processing portion has sufficient stretchability. For example, a collar of a turtle neck sweater needs to be able to pass a head when a sweater is worn, but its circumference can not be made too large due to design restrictions. Therefore, it is expected to develop a punching method capable of knitting a punching processing portion having high stretchability.

In recent years, a flat knitter of fine gauge or a knitting yarn thinner than conventional ones have been developed in the past, and when knitting a knitted fabric made of small stitches using such a thin knitting yarn, There is a fear that it will not be. For this reason, it is expected to develop a subtractive method capable of improving the strength of the subtractor in comparison with the prior art.

SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and it is an object of the present invention to provide a knitting method capable of knitting a high stretchable and high strength knitting processing portion, and a knitted fabric having a high stretchability and a high strength .

The method of knitting a knitted fabric according to the present invention is a knitting method of knitting a knitted fabric using a weft knitting machine having at least a pair of front and rear needle beds and capable of transferring stitches, In the wale-direction end portion of the target knitted fabric portion to be subjected to a bind-off process of the knitting process, comprising the following steps? To?.

[Process alpha] ... The starting end portion of the sewing process including a plurality of stitches disposed on one side needle bed (one side needle bed) and the other side needle bed (the other side needle bed) is prescribed as a base portion as a base portion.

[Process beta] ... (One-side lower stitch row) and one upper-side stitch row (one-side upper stitch rows) continuous in the wale direction of one base portion coupled to one side needle bed in the base portion, (the other side lower stitch row) and the other upper side stitch row (the other side upper stitch row) continuing in the wale direction of the other side base portion coupled to the other needle bed in the base portion. Here, the knitting is a knitting that forms a stitch row in which stitches are arranged in a bag shape by knitting in a certain direction or by C-shaped return knitting.

[Process γ] ... The one upper stitch row and the other upper stitch row are moved to the side of the target knitting needles and a part of the stitches of the upper stitch row are overlapped with the stitches of a part of the target knitting aspirate.

[Process δ] ... The one upper stitch row and the other upper stitch row shifted to the side of the target knitting ambipress are defined as a new base portion, and the process? And the process? Are repeated, and the target knitting is performed.

Here, when stitching in the process?, One of the two stitches arranged in the wale direction is referred to as a front stitch, and the other stitch is defined as a back stitch.

The number of stitches constituting each stitch row (one lower stitch row, the other lower stitch row, one upper stitch row and the other upper stitch row) knitted in the process? Is not particularly limited. When there are a plurality of stitches constituting each stitch row, the front stitch and the back stitch may be mixed in each stitch row. For example, in the case where one lower stitch row is composed of three stitches, one stitch may be front stitch, two stitches may be white stitches, two stitches may be front stitches and one stitch may be white stitches. Of course, all three may be front stitches or back stitches. Even in this case, the stitches of the one lower stitch row and the stitches of the upper stitch row on the upper side continuing in the wale direction of the stitches are the front stitches on the one side and the back stitches on the other side. For example, if one side lower stitch row is the front stitch - the back stitch - the front stitch, the one upper stitch row is the back stitch - the front stitch - the back stitch.

The stitches of the upper stitch row superimposed on the stitches of the target knitting aspirations in the process? May be stitches of one upper stitch row or stitches of the other upper stitch row. Also, the number of stitches to be superposed and the position of stitches to be superimposed are not particularly limited. For example, two stitches in the upper stitch row may be superimposed on two stitches in the target knitting needles, and two stitches in the upper stitch row may be superimposed on one stitch in the target knitting needles. Preferably, an end portion stitch on the side of the target knitted fabric portion and an end portion stitch on the side of the upper stitch portion among the target knitting portion are arranged in the upper stitch row, as shown in the following embodiments.

The timing at which the process? Is performed may be in the middle of the process? Or after the process? Ends. In the embodiment described later, since the stitches of the upper side stitch row on one side are superimposed on the stitches of the target knitted fabric part, the step? Is performed before the upper side stitch row on one side is knitted and the other upper side stitch row is knitted.

The center position in the knitting width direction of the stitch row knitted in the needle bed on the opposite side of the side to which the target knitting is coupled is determined as the center position in the knitting width direction of the side It is preferable that the stitch row is shifted from the center position in the knitting width direction of the stitch row knitted in the needle bed toward the side away from the target knitting needles. As shown in Fig. 2 of Embodiment 1, which will be described later, the target knitting needles 9 include one knitted fabric portion 91 to be coupled to one side needle bed FD and another knitting fabric portion 91 to be coupled to the other side needle bed BD. It may be in the form of a barrel having an aspiration part 99. The stitch row 29 (39) of the other needle bed BU on the side where the one knitted shoulder 91 is not engaged does not have the knitting width of the knitting needles 91 Of the stitch row 21 (31) of one needle bed FD on the side where the one knitted fabric part 91 is coupled is shifted from the center position in the knitting width direction toward the side away from the one knitted fabric part 91 Turn it off.

When the barrel-shaped target knitting shoulder portion formed by the one-side knitted fabric portion coupled to the one needle bed and the other knitted fabric portion coupled to the other needle bed by the nipping method of the present invention is subjected to the knitting process, It is preferable to knit a string of knitted stitches made only of the torsion stitches and to swap the left and right positions of the torsion stitches by rotating them and then to perform the unwinding of the other knitted shoulders. The rotation of the stitch row is a well-known technique (see, for example, Japanese Unexamined Patent Application Publication No. 5-9851).

In the nailing method of the present invention, the vicinity of the wale-direction end portion of the target knitted fabric portion may be a garter structure.

The knitted fabric of the present invention is a knitted fabric knitted by using a weft knitting machine having at least a pair of front and rear needle beds and capable of transferring stitches, wherein the wale- Treated knitted fabric. In the knitted fabric of the present invention, a warp processing portion formed in a bag shape is provided at the wale-direction end portion of the target knitted fabric portion, and a part of the stitch constituting the second-stage stitch row every time the warp- And the wale-direction end portion is covered with a part of the stitches constituting the wale-direction end portion of the target knitted fabric portion. When the relationship between the stitches of the first-stage stitch row and the second-stage stitch row knitted continuously in the wale direction of the stitch is seen, one stitch is the front stitch and the other stitch is the back stitch.

According to the nipping method of the present invention, it is possible to knit a weaving processing section knitted in a bag shape provided in the knitted fabric of the present invention. Since the barrel treatment section is in the form of a bag, its strength is excellent and it is difficult to be loosened or broken. In addition, since the front stitch and the back stitch are arranged in the wale direction of the nipping processing unit, the nipping processing unit is excellent in stretchability.

In the nipping method of the present invention, the central position of the knitting in one needle bed and the central position of the knitting in the other side needle bed are shifted from each other, so that coprecipitation for transfer can be performed as described in the following embodiments It can be processed without installing.

According to the nipping method of the present invention for knitting a bag-shaped stitch row made of torsion stitches when shifting to the unwinding treatment of the other knitted fabric part in the nipping processing of the one-side knitting needles in the tubular target knitting needles, It is possible to smoothly finish the unwinding processing portion in the vicinity of the boundary of the knitting aseptic portion. This is because the cross-over yarns of the bag-shaped knitting needles are not entangled with other parts because the left knitting stitch of the bag-shaped stitch row is replaced with the left and right positions and then the other knitted shoulder is peeled. The reason why the bag-like stitch row is constituted by the twist stitch is that the twist stitch is not twisted when the twist stitch is rotated, and the stitch is not twisted because the twist stitch is not twisted.

According to the knitting method of the present invention having the garment structure in the vicinity of the wale-direction end portion of the knitting target portion, the boundary between the knitting target portion and the knocking processing portion can be made inconspicuous. This is because the garter structure is knitted with a thick knitted fabric, so that it is difficult to form a step between the garter structure and the thick-walled processing portion as in the garter structure.

Fig. 1 (A) is a schematic view of a sweater knitted in an embodiment, and Fig. 2 (B) is a partial cross-sectional view of a warping section formed at a wale-
Fig. 2 is a process drawing showing a knitting process of knitting a turtleneck portion. Fig.
Fig. 3 is an image drawing of the knitting process of the minus processing part.
Fig. 4 is a knitting process diagram showing a knitting process of knitting one knitted shoulder constituting the turtleneck portion and then shifting to the knitting process of the other knitted shoulder of the turtleneck; Fig.
Fig. 5 is a process chart of the knitting processing unit shown in the second embodiment. Fig.

(Hereinafter, referred to as "FD") and a lower rear needle bed (hereinafter referred to as "BD") that extend in the left-right direction and are opposed to each other in the front- (Hereinafter referred to as BU) having an upper front needle bed (hereinafter referred to as FU) and an upper rear needle bed (hereinafter referred to as BU) provided with a plurality of knitting needles arranged in parallel with the lower needle bed at the same pitch, ) Will be explained. This weft knitting machine is capable of transferring stitches between front and rear needle beds and BD and BU provided in the weft knitting machine can be racked right and left. Further, in the commercially available flat knitting machine, transfer can be performed between FD and BD, between FD and BU, and between BD and FU, but can not be transferred between FU and BU.

≪ Embodiment 1 >

In Embodiment 1, a sweater (knitted fabric) 100 having a turtle neck (target knitting fabric portion 9) as shown in Fig. 1 (A) is knitted . The end portion of the target knitted fabric portion 9 in the wale direction (wale direction) is subjected to a bending process by a bind-off treatment portion 6 knitted in a bag shape as shown in Fig. 1 (B). Hereinafter, the knitting sequence of the knockout processing unit 6 will be described with reference to Figs. 2 to 4. Fig.

Fig. 2 and Fig. 4 are process diagrams of the knitting process portion. In Fig. 2, "alphabet + number" in the left column indicates the knitting process number, and right column indicates the knitting state in the needle bed, and the operation actually performed in each configuration is indicated by a bold line . For the convenience of explanation, only a part of the needle bed is shown in URAN, and the racking operation of BD and BU is omitted. The upper case alphabets in these drawings indicate positions in the knitting width direction of the knitting needle. In addition, the circle mark on the right shows the old stitch, the double stitch, the knit stitch, and the twisted stitch. .

In S0 of Fig. 2, one side knitted fabric portion (one side knitted fabric portion) 91 of the turtleneck portion (the target knitted fabric portion 9) is joined to the knitting needles E to N of the FD, (Knitted fabric portion) 99 of the target knitted fabric portion 9 is joined to the other knitted fabric portion (another knitted fabric portion) 99 of the knitted fabric. From this state, the wale-direction end portion of the one-side knitted fabric portion 91 (target knitted fabric portion 9) is subjected to the nipping processing, and then the wale-side end portion of the other side knitted fabric portion 99 (target knitting fabric portion 9) . The knitted fabric of the target knitted cloth portion 9 is not particularly limited and may be, for example, a plain stitch structure, a garter structure, a rib structure, or the like.

In S1, the knitting needles O to Q of the FD (one needle bed) and the knitting needles Q of the other needle bed (the other needle bed) are formed do. The starting end portion is used as a base portion 1, and a subtracting process is started (corresponding to step?). The method of forming the starting end is not particularly limited. It is possible to form a leading end portion by forming a retaining loop made of, for example, a draw thread, and knitting stitches continuously in the wale direction of these retaining loops. It is also possible to use the stitch of the one-side knitting needles 91 as a starting end portion.

The number of stitches of the one base portion (one base portion) 11 and the other base portion (the other base portion) 19 is not particularly limited. 3: 2, 3: 3, 2: 1, 2: 2, 1: 1 in the number of stitches on the other base portion 19 of the one base portion 11.

In S2, one side lower stitch row (one-side lower stitch row (one side lower stitch row) and one lower side stitch row (one side lower stitch row) are continuously connected in the wale direction of one base portion 11 (21). In S2, the other side lower stitch row (the other side lower stitch row) continues in the wale direction of the other base portion 19 (refer to S1) coupled to the knitting needle Q of the BU in the base portion 1 (29). The stitches of both stitch rows 21 and 29 are front stitches when the stitch knitting section 9 is viewed from the outside of the barrel. (The position of the knitting needle Q) in the knitting width direction of the other lower row of stitch rows 29 is smaller than the center knitting position (knitting position of the knitting needle P) To the side away from the aspirator 9. The other lower stitch row 29 is a stitch row coupled to the BU on the opposite side of the FD to which the one knitted fabric portion 91 to be subjected to the ripping processing from the target knitting fabric portion 9 is coupled. On the other hand, one side lower stitch row 21 is a stitch row which is coupled to the FD to which the one-side knitting needles 91 are coupled.

In S3, BU is lined for one pitch to the right of the paper surface, and the stitches of one lower stitch row 21 are transferred to knitting needles N to P of BU. Since the center position in the knitting width direction of the other lower stitch row 29 is shifted to the side away from the knitting needles 91 in the knitting width direction than the knitting width direction center position of the one lower stitch row 21, (On the side of the one knitted fabric part 91) of the bottom side stitch row 29 on the other side. Therefore, one side lower stitch row 21 can be transferred to a position that does not overlap the other lower side stitch row 29 by simply laminating the BU for one pitch without installing a copier needle for transfer. The center position of the other lower stitch row 29 in the knitting width direction is provided at the center position in the knitting width direction of the lower knit stitch row 21 or on the side close to the knitting needles 91 , The amount of racking of BU is increased to transfer one lower stitch row 21, and the knitting yarn may be broken.

In S4, one upper side stitch row (one upper side stitch row) 31 is knitted continuously in the wale direction of one lower side stitch row 21 connected to knitting needles N to P of BU. The stitches of the one upper stitch row 31 are all back stitches.

In S5, one side upper stitch row 31 connected to the knitting needles P to N of the BU and the other lower side stitch row 29 connected to the knitting needle Q of BU are connected to the knitting needles N to P of the FD, Transfer to the needle (Q) of the FD. The stitches of the one upper stitch row 31 and the stitches of the one knitting needles 91 of the target knitting needles 9 are superposed (corresponding to the step?) At the position of the knitting needle N of the FD by this step S5.

In S6, the other upper stitch row (the other upper stitch row) 39 is knitted continuously in the wale direction of the other lower row stitch row 29 connected to the knitting needle Q of the FD. Here, the center position in the knitting width direction of the upper-side upper stitch row 39 in S6 is larger than the central position in the knitting width direction of the upper-side stitch row 31 on one side (Right side of the paper). The above-described S2 to S6 correspond to the step? In the present invention.

In S7, the stitches coupled to the knitting needles Q of the FD are transferred to the knitting needles P of BU. After step S7, the knitting of one side of the upper side stitch row 31 of S7 is defined as one base part 11 and the other side upper stitch row 39 is defined as the other side base part 19, and the same knitting as S2 to S7 is repeated lt; / RTI > The double stitch formed on the knitting needle N of the FD in S5 is pulled out from the needle bed in the double stitch state by the second time S2 and the stitch of the knitting needle N of the knitting needle N ) Is subtracted.

According to the above-described knitting process, as shown in Fig. 3, a bar-like warping unit 6 having a stitch arrangement in a spiral shape is knitted. Every time a spiral of the warping unit 6 is knitted for two stages, The stitches of the spiral are superimposed on the stitches of the target knitted fabric portion 9 and the wale-direction end portions of the target knitted fabric portion 9 are subjected to the ripping process. It is difficult for the bag-shaped pecker 6 to be loosened or broken due to its excellent strength. Further, when the relationship of the two stitches in the wale direction of the nose processing unit 6 is viewed, the one stitch is one of the front stitches and the other is of the back stitch, so that the stretchability of the sewing unit 6 is high. In addition, although the nose processing unit 6 knitted in a spiral shape is superimposed on the target knitting needles 9, since the nose processing unit 6 itself does not have double stitches, the strength of the nose processing unit 6 is high. In the case of knitting the weaving processing unit 6 in a spiral shape, as shown in S2 to S7 in Fig. 2, there is no useless transfer and the knitting efficiency is good.

Next, the knitting sequence at the time of shifting to the ripping process of the other knitted fabric section 99 after the knitting process of the one knitted fabric section 91 in the target knitted fabric section 9 shown in Fig. 2 is completed is shown in Fig. 4 Explain.

4 shows a state in which the knitting of the one knitted emblem 91 is finished and the one upper stitch row 31 is engaged with the knitting needles E to G of the FD, And the upper stitch row 39 is engaged. The knitting needles E to N of the BD are also connected to the other knitting needles 99.

The stitch string sequence 4 is knitted continuously in the wale direction of the one upper stitch row 31 and the other upper stitch row 39 from T 1 to T 4 as shown in T 2 to T 4. The stitches constituting the bag-shaped stitch row 4 are all twist stitches 4a to 4d, and these twist stitches 4a to 4d are arranged in a circumferential shape.

Subsequently, as shown in T5 to T8, the left and right positions of the twist stitches 4a to 4d of the bag-like stitch string 4 are rotated to be replaced. By rotating the torsion stitches 4a to 4d, the twisted state of the torsion stitches 4a to 4d is canceled, resulting in a normal untwisted stitch. The knit stitch 4c located at the outermost side of the bag-shaped stitch row 4 is positioned at the position of the knitting needle E of the BD on the middle of the rotation of the bag-shaped stitch row 4 (see T5) (See T1).

When the rotation of the torsion stitches 4a to 4d is finished, the other knitted fabric part 99 is subjected to the ripping process in the same order as the unwinding process of the one knitted fabric part 91 described with reference to Fig. In this case, BD may be considered as one needle bed and FU as the other needle bed, and the other knitting needles 99 may be subjected to a ripping process. Since the knitting is not performed until the rotation of the torsion stitches 4a to 4d is completed, the cross-over yarns of the stitch row 4 are not entangled with other portions.

Unlike the procedure shown in Fig. 4, one of the upper side stitch row 31 and the other upper side stitch row 39 of the T1 are twisted stitches, and the left and right positions of the twist stitches of the upper stitch rows 31, The knitting process of the other knitted fabric portion 99 may be shifted to the unwinding process. This is a mode in which the upper stitch rows 31, 39 knitted at the end of the unwinding process of the one-side knitting needles 91 are the bag stitch rows 4.

≪ Embodiment 2 >

In the second embodiment, the knitting processing unit different from the first embodiment will be described with reference to Fig. However, the stitch is knitted in a spiral shape as in the first embodiment.

U1 in Fig. 5 shows a state in which the starting end portion (base portion 1) of the minus processing is formed in the minus processing of the target knitting needles 9. Concretely, one side knitted fabric portion 91 of the target knitted fabric portion 9 is engaged with the knitting needles E to N of the FD, and the other side knitted fabric portion 9 of the target knitting fabric portion 9 is stuck to the knitting needles E to N of the BD. And one side base portion 11 is coupled to the knitting needles O to Q of the FD and the other side base portion 19 is coupled to the knitting needle R of BU.

In U2, one side lower stitch row 21 made of front stitch is knitted continuously in the wale direction of one base portion 11 coupled to the knitting needles Q to O of the FD. In U3, the other base portion 19 of the knitting needle R of the BU is transferred to the knitting needle R of the FD. In U4, the other side lower stitch row 29 made of white stitch is knitted continuously in the wale direction of the other base portion 19 of the knitting needle R of the FD. U5, one side lower stitch row 21 and the other lower side stitch row 29 are transferred to knitting needles N to P of BU and knitting needles Q of BU, respectively. In U6, one side upper stitch row 31 composed of a back stitch is knitted continuously in the wale direction of one lower stitch row 21 connected to knitting needles P to N of BU. U7 are transferred to knitting needles N to P of the FD so that stitches of the one upper stitch row 31 and the stitches of the one knitting needles 91 (U1 See Fig. In U8, the upper-side upper stitch row 39 composed of the front stitch is knitted continuously in the wale direction of the other-side lower stitch row 29 connected to the knitting needle Q of BU. Thereafter, by repeating the same knitting as U2 to U8, the one-side knitting needles 91 can be subjected to the knitting process.

In the above-described knitting, the other side lower stitch row 29 knitted in U4 and the upper side stitch row 31 knitted in U6 are made into a back stitch, and a step is formed at a portion connected from the lower end to the upper end of the spiral It is difficult to form. 1 (B), it is a part disposed on the upper end side of the minus processing part 6. If there is no step in this part, the minus processing part 6 is preferable. The same can be said to be a portion connecting one upper-side stitch row 39 knitted in U8 and one lower-side stitch row 21 knitted in the second U2. This is because both of the stitch rows 39 and 21 are front stitches and it is difficult to form a step at a portion connecting the stitch rows 39 and 21.

≪ Embodiment 3 >

In the first and second embodiments, a knitting example in which knitting is performed in a spiral shape has been described. On the other hand, it is also possible to knit a bag-shaped obverse processing portion by knitting the bag into a C-shaped shape. In this case, one side lower stitch row and the other lower side stitch row are knitted in C shape, and then one upper stitch row and the other upper stitch row are knitted in C shape. Here, when knitted into a C shape, one side upper stitch row and the other upper side stitch row are not connected to each other in one side in the knitting width direction. Here, the stitches of the one upper stitch row and the stitch of the other upper stitch row are superimposed on the stitches of the target knitting ambience, respectively, so that the minus processing part is not opened.

Further, the method of taking out the present invention can be carried out in a two-bed flat knitting machine. For example, when a single layer knitted fabric such as a handkerchief, a half body of a sweater or a vest is knitted, a two needle knitting machine is used to form a total needle state, It is possible to perform the subtraction processing. Further, even in the case of knitting a tubular knitted fabric, if the knitted fabric is in a draw-off state, the knitting process can be performed using a two-bed flat knitting machine.

100: Sweater (knitting cloth)
9: Turtleneck (target knitting aspiration)
91: one knitted aspiration part (target knitting aspiration part) 99: other knitted aspiration part (target knitting aspiration part)
1: base portion 111: side base portion 19: other side base portion
21: one side lower stitch row 29: the other side lower stitch row
31: one side upper stitch row 39: the other side upper stitch row
4: a bag-shaped stitch row 4a to 4d: a torsion stitch
6:

Claims (5)

A knitting machine having at least a pair of front and rear needle beds and capable of transferring stitches is used to carry out a binding-off treatment in a knitted fabric In the wale direction end portion of the target knitting ambipadion,
A step of defining, as a base portion, a starting end portion of a sewing process including a plurality of stitches disposed on one needle bed and one needle bed on the other needle bed,
(One-side lower stitch row) and one upper-side stitch row (one-side lower stitch row) continuous in the wale direction of one base portion of the base portion coupled to the one side needle bed in the base portion by two knitting operations successively in the wale- (The other side lower stitch row) and the other upper side stitch row (the other side upper stitch row) continuing in the wale direction of the other side base portion coupled to the other side needle bed in the base portion A step of knitting β,
A step of moving the one upper stitch row and the other upper stitch row to the side of the target knitting ambience and superimposing a part of the stitches of the upper stitch row with the stitch of a part of the target knitting ambience,
The step of defining the one upper stitch row and the other upper stitch row shifted to the side of the target knitted shoulder as a new base part and repeating the step? And the step?
Respectively,
Wherein one of the stitches arranged in the wale direction is a front stitch and the other stitch is a back stitch when the stitch is knitted in the step? .
The method according to claim 1,
The central position in the knitting width direction of the stitch row knitted on the needle bed on the opposite side of the side to which the knitted fabric is engaged is knitted at the needle bed on the side to which the knitted fabric is joined, Wherein the stitch row is shifted from a center position in the knitting width direction of the stitch row to be knitted to a side away from the target knitted shoulder portion.
3. The method of claim 2,
In a case where the barrel-shaped target knitting shoulder portion formed by the one side knitted fabric portion coupled to the one needle bed and the other side knitted fabric portion coupled to the other side needle bed is subjected to the oblique processing,
When the one-side knitted fabric portion is shifted to the unwinding treatment of the other-side knitted fabric portion after the one-side knitted fabric portion is knitted,
Knitting stitch rows made of only twist stitches are knitted, and the left and right positions of the twist stitches are rotated by being rotated, and then the other knitting before-mentioned parts are subjected to the unwinding process.
4. The method according to any one of claims 1 to 3,
And the vicinity of the wale-direction end portion of the target knitting ambipadion is a garter structure.
CLAIMS 1. A knitted fabric comprising at least a pair of front and rear needle beds and knitted using a weft knitting machine capable of transferring stitches, wherein a knitted fabric end portion of a knitted fabric portion constituting at least a part of a knitted fabric is knitted in a woven fabric,
And a warp processing portion formed in a bag shape at a wale-direction end portion of the target knitted fabric portion,
A part of the stitch constituting the stitch row at the second stage is superimposed on a part of the stitch constituting the wale-side end portion of the target knitting ambidextrous portion every time the nipping processing section is knitted for two steps, so that the wale- ,
When the relationship between the stitches of the first row of stitch rows and the stitches of the second row of stitch rows continuously knitted in the wale direction of the stitches is observed, one stitch is the front stitch and the other stitch is the back stitch. .

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