WO2011135653A1

WO2011135653A1 - Joining method of neighboring knitted fabric pieces, and knitted fabric

Info

Publication number: WO2011135653A1
Application number: PCT/JP2010/057380
Authority: WO
Inventors: 学由井; 宜紀島崎
Original assignee: 株式会社島精機製作所
Priority date: 2010-04-26
Filing date: 2010-04-26
Publication date: 2011-11-03
Also published as: KR20120138807A; EP2565308B1; EP2565308A4; CN102859057A; JPWO2011135653A1; CN102859057B; EP2565308A1; JP5580407B2; KR101356981B1

Abstract

Disclosed is a joining method of neighboring pieces of knitted fabric capable of finishing the border part of neighboring knitted fabric pieces in a more aesthetic manner than was possible with conventional methods of joining neighboring knitted fabric pieces. The process of knitting the two neighboring knitted fabric pieces one course each is alternately repeated while switching the knitting direction for each course, and as the number of knitting courses of the knitted fabric pieces increases, at least one of the following (1) and (2) is performed in at least a part of the knitting courses. (1) A cross yarn is formed which crosses between the front and back needle beds from the terminal end of at least one of the neighboring knitting fabric pieces, and said cross yarn is crossed with a knitting yarn of the knitted fabric piece other than said knitted fabric piece. (2) A cross yarn is formed which crosses between the front and back needle beds from the starting end of at least one of the neighboring knitting fabric pieces, and said cross yarn is crossed with a knitting yarn of the knitted fabric piece other than said knitted fabric piece.

Description

Method of joining adjacent knitted fabric parts, and knitted fabric

The present invention applies a method for joining adjacent knitted fabric portions for joining a plurality of knitted fabric portions arranged in the knitting width direction and independently knitted, and a method for joining the adjacent knitted fabric portions. It relates to the knitted fabric.

Conventionally, using a flat knitting machine having at least a pair of front and back needle beds, joining a plurality of knitted fabric portions arranged in the knitting width direction and independently knitted has been performed. In a conventional method for joining adjacent knitted fabric portions, it is common to connect adjacent knitted fabric portions by tack knitting. For example, as shown in FIGS. 1, 3, and 4 of Patent Document 1, the knitting yarns of one adjacent knitted fabric portion are tucked together and the two knitted fabric portions are connected to the knitted fabric of the other knitted fabric portion.

JP 56-53247 A

However, in the conventional method of joining adjacent knitted fabric portions, both knitted fabric portions are joined together by tack, so that depending on the knitting yarn used and the knitting conditions, the boundary portion between both knitted fabric portions may be cracked or In some cases, the line of the part is disturbed. Such a defect is not noticeable when the boundary part of adjacent knitted fabric parts extends diagonally, such as an argyle pattern, and is easily noticeable when the boundary part extends straight upward.

For example, the photographs shown in FIGS. 9 and 10 are an enlarged photograph in which the boundary part of adjacent knitted fabric parts in a knitted fabric knitted by applying a conventional joining method is seen from the front side and an enlarged photograph seen from the back side. If the back side of the boundary part shown in FIG. 10 is seen, it will be understood that the knitting yarn of one knitted fabric portion extends to the other knitted fabric portion and is tucked. Then, looking at the front side of the boundary portion shown in FIG. 9, due to the tack, the state of the stitches in the vicinity of the boundary portion seems to be disturbed compared to other portions, and the boundary portion becomes slightly zigzag. I understand that.

The present invention has been made in view of the above circumstances, and one of its purposes is to make the boundary portion of adjacent knitted fabric portions more beautiful than the conventional joining method of adjacent knitted fabric portions. An object of the present invention is to provide a method for joining adjacent knitted fabric portions and a knitted fabric knitted by applying the method for joining adjacent knitted fabric portions.

The method for joining adjacent knitted fabric portions according to the present invention is performed by using a flat knitting machine including at least a pair of front and back needle beds facing each other and a plurality of yarn supplying members for supplying knitting yarn to the knitting needles. This is a method of joining adjacent knitted fabric portions for joining a plurality of knitted fabric portions arranged in the width direction and knitted independently. In the joining method of adjacent knitted fabric portions according to the present invention, the process of knitting two adjacent knitted fabric portions one course at a time is alternately repeated by changing the knitting direction for each course to increase the number of courses in the knitted fabric portion. When going, at least one of the following (1) and (2) is performed in at least some knitting courses.
(1) A position where an end engagement stitch formed by a hook stitch or a stitch serving as an end of at least one adjacent knitted fabric portion overlaps with a knitting region of a knitted fabric portion different from the knitted fabric portion having the end engagement stitch. And the knitting needles on the needle bed opposite to the needle bed on which the previous stitch is formed, and the stitches immediately before the terminal locking stitches and the terminal locking stitches. Is passed between the front and back needle beds so as to cross the knitting yarn of the other knitted fabric portion.
(2) A position where a start end engaging stitch composed of a hook or stitch serving as a starting end of at least one adjacent knitted fabric portion overlaps with a knitting region of a knitted fabric portion different from the knitted fabric portion having the starting end engaging stitch. And the stitches immediately following the start-end locking stitches and the start-end locking stitches are formed on the knitting needles on the needle bed opposite to the needle bed on which the stitch following the start-end locking stitch is formed. Is passed between the front and back needle beds so as to cross the knitting yarn of the other knitted fabric portion.
When increasing the knitting course of the knitted fabric portion as described above, by forming a plurality of crossing yarns that cross between the front and back needle beds, a part of these crossing yarns, Adjacent knitted fabric portions are connected to each other by intertwining a knitted yarn of a knitted fabric portion different from the knitted fabric portion having the transition yarn.

In the joining method of adjacent knitted fabric portions according to the present invention, two adjacent knitted fabric portions are knitted in the same knitting direction, and both (1) and (2) are performed at least for each course. preferable. When the knitting directions of both the knitted fabric portions are the same, as shown in the first embodiment to be described later, when knitting the knitted fabric portion on the front side in the knitting direction, it ends in the knitting region of the knitted fabric portion on the far side in the knitting direction. When forming the engagement stitches and knitting the knitted fabric portion on the back side, the start end engagement stitches are formed in the knitting region of the knitted fabric portion on the near side.

In the method for joining adjacent knitted fabric portions according to the present invention, in the knitting course next to the knitting course performed in (1) above, mis-knitting may be performed on the terminal side engagement stitch formed in (1). preferable.

In the joining method of adjacent knitted fabric portions according to the present invention, a knitted fabric having an intarsia pattern may be knitted by changing the color of the knitting yarn knitting the adjacent knitted fabric portions.

On the other hand, the knitted fabric of the present invention is a knitted fabric knitted using a flat knitting machine including at least a pair of front and back needle beds facing each other and a plurality of yarn supplying members for supplying knitting yarn to the knitting needles. The knitted fabric includes a plurality of knitted fabric portions arranged in the direction and knitted independently. In this knitted fabric, except for the case where the back stitch is used as a pattern, at the boundary side end portion of at least one knitted course in at least one of the adjacent knitted fabric portions mainly composed of the front stitch. One stitch is the back stitch. And, in the knitting course having the back stitch, the knitting yarn that connects the back stitch and the front stitch next to the back stitch is continuous in the outermost portion of the other knitted fabric portion in the wale direction. Both knitted fabric parts are connected by being entangled with the knitting yarn that connects the front stitches.

In the knitted fabric of the present invention, for example, when the back stitches are formed in both adjacent knitted fabric portions, as shown in FIG. 2 of Embodiment 1 described later, the back stitch 3 at the end of the knitted fabric portion β and the back stitch 3 The stitch 1 (shown by a thick line in the figure) connecting the stitch 4 adjacent to the stitch 1 that is closest to the boundary in the knitted fabric portion α and the stitch 8 that is continuous in the wale direction of the stitch 1 Both knitted fabric portions α and β are connected to each other by being entangled with knitting yarns (indicated by bold lines in the figure). Further, even when a back stitch is formed on either one of the two adjacent knitted fabric portions, as shown by the thick line in FIG. 6 of the second embodiment or FIG. 8 of the third embodiment, the adjacent knitted fabric portions α, β Both knitted fabric portions α and β are connected to each other by the entanglement of the knitting yarns.

According to the joining method of adjacent knitted fabric portions of the present invention, the knitted fabric of the present invention can be knitted. In the knitted fabric of the present invention, when a back stitch is formed at the boundary side end of both knitted fabric portions, the back stitch turns around to the back side of the knitted fabric portion different from the knitted fabric portion having the back stitch (described later). (Refer FIG. 4 of Embodiment 1). Then, the stitch next to the back stitch in the knitting course with the back stitch is aligned with the boundary portion between the two knitted fabric portions when the knitted fabric is viewed from the front side (see FIG. 3 of Embodiment 1 described later). Further, in the knitted fabric of the present invention, both knitted fabric portions are connected by entanglement of knitting yarns constituting adjacent knitted fabric portions, so that the vicinity of the boundary between the knitted fabric portions is used as in the case of using conventional tack knitting. No force is applied to the stitches, and the stitches are not disturbed (see FIG. 3). Furthermore, if the two knitted fabric portions are connected by entanglement of the knitting yarns without using a tack, when the knitted fabric is pulled in the knitting width direction, the connecting portions of both the knitted fabric portions do not stretch, and the connecting portions The stretchability can be made comparable to other parts.

In the joining method of adjacent knitted fabric portions according to the present invention, when two adjacent knitted fabric portions are knitted in the same knitting direction, yarn feeders for knitting each knitted fabric portion hardly interfere with each other. Moreover, the adjacent knitted fabric portions can be firmly connected to each other by forming the terminal end locking stitch and the starting end locking stitch on the same course of two adjacent knitted fabric portions at least for each course. . Further, according to the above knitting, the number of crossover yarns formed on the same course is increased as compared with the case where only either the end locking stitch or the starting end locking stitch is formed on the same course. As a result, when the knitted fabric is pulled, the crossover yarn crosses so as to fill the hole formed at the boundary portion between the two knitted fabric portions, and the hole can be made inconspicuous.

Further, in the method for joining adjacent knitted fabric portions according to the present invention, when knitting adjacent knitted fabric portions, the adjacent knitting is performed by performing a miss knitting in the knitting course next to the knitting course in which the terminal engagement stitch is formed. Smooth formation of the ground part. The reason will be described in detail in a later-described modification.

It is a knitting process figure which concerns on the joining method of the adjacent knitted fabric part shown in Embodiment 1. FIG. FIG. 2 is a loop diagram of a knitted fabric knitted according to the knitting process diagram of FIG. 1. 2 is an enlarged photograph of the vicinity of a boundary portion between adjacent knitted fabric portions in the knitted fabric shown in Embodiment 1 as viewed from the front side. 2 is an enlarged photograph of the vicinity of a boundary portion between adjacent knitted fabric portions in the knitted fabric shown in Embodiment 1 as viewed from the back side. It is a knitting process figure which concerns on the joining method of the adjacent knitted fabric part shown in Embodiment 2. FIG. FIG. 6 is a loop diagram of a knitted fabric knitted according to the knitting process diagram of FIG. 5. It is a knitting process figure which concerns on the joining method of the adjacent knitted fabric part shown in Embodiment 3. FIG. FIG. 8 is a loop diagram of a knitted fabric knitted according to the knitting process diagram of FIG. 7. It is the enlarged photograph which looked at the boundary part vicinity of the adjacent knitted fabric part in the knitted fabric knitted by applying the joining method of the conventional adjacent knitted fabric part from the front side. It is the enlarged photograph which looked at the boundary part vicinity of the adjacent knitted fabric part from the back side in the knitted fabric knitted by applying the joining method of the conventional adjacent knitted fabric part.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. Each of the knitting described in the embodiments is an example of knitting using a two-bed flat knitting machine having a pair of front and back needle beds facing each other and a yarn supplying member for supplying knitting yarn to the knitting needles of each needle bed. explain. The flat knitting machine includes a carriage on which a plurality of cam systems for driving the knitting needles of the needle bed are mounted. In the following description, the cam system that precedes the knitting direction is C1, and the cam system that follows is C2.

<Embodiment 1>
An example of knitting an intarsia pattern knitted fabric having knitted fabric portions knitted independently of each other with knitting yarns of different colors by using the joining method of adjacent knitted fabric portions of the present invention is based on FIGS. I will explain.

FIG. 1 is a knitting process diagram relating to a method of joining adjacent knitted fabric portions. “S + number” on the left side of FIG. 1 is the number of the knitting process, FB is the front needle bed, BB is the rear needle bed, triangle marks are the yarn feeders, alphabets A to O are the positions of the needles on the needle bed, circle marks Indicates a stitch, and an inverted V indicates a hook. In addition, some stitches or hooks in FIG. 1 are given the same order of formation in the knitting process. FIG. 2 is a loop diagram of the knitted fabric knitted in the knitting process of FIG. 1, and the numerals and alphabets in the figure match the numerals and alphabets in FIG. It should be noted that the way of viewing the described drawings is the same as in FIGS. 5 to 8 described later.

1 shows a state in which the stitches are locked to the needles A to O of the FB. From this state, according to the knitting process described below, three knitted fabric portions α, β, γ are knitted with knitting yarns fed from three different yarn feeders X, Y, Z.

In S1, the carriage is moved to the right in the drawing from the state of S0, and both the yarn feeders X and Y are entrained in the carriage so that the yarn feeder X precedes and the yarn feeder Y follows. First, the preceding cam system C1 forms stitches on the knitting needles A to E of the FB, and subsequently forms hooks 2 on the knitting needles F of the BB. By this knitting, a first course of the knitted fabric portion α is formed, which has a hook stitch (terminal lock stitch) 2 locked to the knitting needle F of the BB as a terminal. The hook 2 is arranged on the back side of the knitted fabric portion β in the knitted fabric that is completed as described later. Here, after the formation of the hook 2, the carriage stops entrainment of the yarn feeder X on the right side of the paper surface from the hook 2 and stops the yarn feeder X at that position.

On the other hand, the trailing cam system C2 uses a yarn feeder Y that is entrained from within the knitting area of the knitted fabric portion α by a carriage, and uses a yarn feeder Y that is the starting end of the knitted fabric portion β to the knitting needle E of the BB (starting end locking stitch). ) After forming 3, stitches are formed on the knitting needles F to J of the FB, and finally, a stitch that is the end of the knitted fabric portion β is formed on the knitting needle K of the BB. After the formation of the hook on the knitting needle K is completed, the carriage stops the yarn feeder Y on the right side of the paper surface from the hook of the knitting needle K. Here, the hook 3 serving as the starting end of the knitted fabric portion β is formed after the hook 2 at the end of the knitted fabric portion α. Therefore, the transition yarn of the knitted fabric portion β crossing between FB and BB from the hook 3 of the knitting needle E of the BB toward the stitch 4 of the knitting needle F of the FB is transferred from the stitch 1 of the knitting needle E of the FB to the knitting needle F of the BB. It crosses above the transition yarn of the knitted fabric portion α that crosses between FB and BB toward the hook 2 (in the direction perpendicular to the paper surface and above the tooth opening).

Furthermore, in S1, the knitted fabric portion γ is formed by using the new yarn feeder Z by the cam system C1. At this time, the cam system C1 forms a stitch on the knitting needle J of the BB, and then forms stitches on the knitting needles K to O of the FB. Here, since the cam system C1 for knitting the knitted fabric portion γ precedes the cam system C2 for knitting the knitted fabric portion β, the hook (BB knitting needle J) of the knitted fabric portion γ is the knitted fabric described above. It is formed before the end stitch (BB knitting needle K) of the portion β. Therefore, the transition yarn of the knitted fabric portion β, which crosses between FB and BB from the stitch of the knitting needle J of the FB toward the stitch of the knitting needle K of the BB, is directed from the stitch of the knitting needle J of the BB to the stitch of the knitting needle K of the FB. Crossing above the crossover yarn of the knitted fabric portion γ crossing between FB and BB.

Next, in S2, the next knitting course of each knitted fabric portion α, β, γ is knitted in the opposite knitting direction to S1. At that time, the start and end of each knitted fabric portion α, β, γ are set to the position of the stitch formed in S1. First, the knitted fabric portion γ is knitted by the cam system C1 using the yarn feeder Z, and the knitted fabric portion β is knitted by the cam system C2 using the yarn feeder Y. When the knitting of the knitted fabric portion γ is finished, the carriage stops the yarn feeder Z on the left side of the paper from the stitch (BB knitting needle J) at the end of the knitting course of the knitted fabric portion γ. Take me with you. The accompanying yarn feeder X is used for knitting the knitted fabric portion α by the cam system C1. Further, when the knitting of the knitted fabric portion β is completed, the carriage stops the yarn feeder Y on the left side of the paper surface from the stitch 8 (the knitting needle E of the BB) at the end of the knitted fabric portion β.

By this S2, the ending stitch in the next knitting course of the knitted fabric portion γ is formed following the wale direction of the starting edge in the knitting course of the knitted fabric portion γ formed in S1. Similarly, with respect to the knitted fabric portions β and α, the ending stitch 8 and the ending stitch 5 in the next knitting course are formed on the starting stitch 3 and the ending stitch 2 of the knitting course formed in S1, respectively. Note that the vertical relationship between the crossover yarns provided in the two adjacent knitted fabric portions is the same as S1.

Next, in S3, the knitted fabric portions α, β, γ are knitted for one course according to the same knitting direction and knitting order as in S1. The stitch 10 at the end of the knitted fabric portion α is newly formed in the wale direction following the stitch 5 at the starting end of the knitted fabric portion α knitted in S2. Further, the stitch 11 at the start of the knitted fabric portion β is newly formed in the wale direction following the stitch 8 at the end of the knitted fabric portion β knitted in S2. The stitch at the end of the knitted fabric portion β (BB knitting needle K) is the stitch at the starting end of the knitted fabric portion β knitted at S2, and the stitch at the starting end of the knitted fabric portion γ (knitting needle J at BB) is S2. A new stitch is formed in the wale direction following the stitch at the end of the knitted fabric portion γ.

Thereafter, the knitting with the knitted fabric portions adjacent to each other is completed by repeating the knitting of S2 and S3. FIG. 2 shows the state of the knitting yarn of each part α, β at the boundary part between adjacent knitted fabric parts α, β in this knitted fabric. As shown in FIG. 2, the knitting yarn (indicated by a thick line in the figure) connecting the surface 1 of the knitted fabric portion α and the surface 6 continuous in the wale direction of the surface 1 is the knitted fabric portion β. The two knitted fabric portions α and β are connected to each other by being hooked on a knitting yarn (indicated by a thick line in the figure) that connects the back stitch 3 of the end portion and the front stitch 4 adjacent to the back stitch 3 so as to be folded back. The

When the actual knitted fabric knitted according to the knitting process of FIG. 1 is viewed from the front side, that is, when the knitted fabric is viewed from the FB side to the BB side of FIG. 1, as shown in the photograph of FIG. It can be seen that there is no disturbance of the stitches at the boundary between the ground portion α and the knitted fabric portion β. This is because the knitted yarn of one knitted fabric portion α (β) is not tucked to the other knitted fabric portion β (α), and both knitted fabric portions α and β are entangled between the knitted yarn portions α and β. , Β are connected to each other.

When the knitted fabric is viewed from the back side, as shown in the photograph of FIG. 4, the back stitch knitted with BB in the knitting process of FIG. 1, that is, the knitted fabric portion α at the boundary between the knitted fabric portions α and β. It can be seen that the stitches at the end of (β) are arranged on the back side of the knitted fabric portion β (α).

<Embodiment 2>
In the second embodiment, unlike the first embodiment, knitting is performed so that the knitting directions of adjacent knitted fabric portions are opposite to each other, and the knitting to the BB for joining both knitted fabric portions is performed on the adjacent knitted fabric portions. An example performed only on one side will be described with reference to FIGS.

First, knitting of the knitted fabric portions α, β, γ continuous in the wale direction of the stitches locked to the knitting needles A to O of the FB shown in S10 of FIG. 5 is started (S11). In this embodiment, one cam system is used. First, in S11, the carriage is moved in the right direction on the paper surface, and the knitted fabric portions α and γ are knitted. At that time, when the knitted fabric portion α is knitted, the terminal stitch 11 is formed on the knitting needle E of the FB, and when the knitted fabric portion γ is knitted, the knitting needle J of the BB in the knitting region of the knitted fabric portion β is knitted. A hook serving as the starting end of the ground portion γ is formed. When the knitting of the knitted fabric portion α is completed, the cam system stops entrainment of the yarn feeder X, and entrains a new yarn feeder Z when knitting the knitted fabric portion γ. In S11, the carriage is moved to the left side of the sheet, and the knitted fabric portion β is knitted. At that time, the yarn feeder Y is taken from the knitting area of the knitted fabric portion γ, and the hook stitch 13 which is the end of the knitted fabric portion β is formed on the knitting needle E of the BB in the knitting region of the knitted fabric portion α.

Next, in S12, the knitted fabric portions γ and α are knitted while moving the carriage once in the right direction on the paper without knitting, and then moving leftward on the paper, and finally moved again in the right direction on the paper. The knitted fabric part β is knitted in between. At that time, the stitches at the end of the knitted fabric portion γ and the stitches at the start of the knitted fabric portion β are formed as new stitches following the respective stitches formed in S11.

Further, in S13, the same knitting as in S11 is performed, and the stitches following the wale direction of the back stitch formed in S12 are formed. Thereafter, the knitted fabric portions α, β, γ are preferably completed by repeating the knitting of S12, 13.

As a result of the knitting described above, as shown in the loop diagram of FIG. 6, among the adjacent knitted fabric portions α and β, the end surface of the knitted fabric portion α formed from S11 to S12 of FIG. The knitting yarn that connects 11 and the surface 14 following the wale direction of the front surface 11 connects the back surface 13 of the end of the knitted fabric portion β formed in S11 of FIG. 5 and the front surface 12 connected to the back surface 13 It is entangled so that it is caught by a crossover thread (indicated by a thick line) and folded. The knitted fabric portion α and the knitted fabric portion β are connected by the entanglement between the transition yarn and the knitting yarn.

<Embodiment 3>
In the third embodiment, as in the first embodiment, the knitted fabric portions adjacent to each other are knitted so that the knitting directions are the same, and the knitting to the BB for joining both knitted fabric portions is performed. An example performed only on one side will be described with reference to FIGS.

First, knitting of the knitted fabric portions α, β, γ continuous in the wale direction of the stitches locked to the knitting needles A to O of the FB shown in S20 of FIG. 7 is started (S21). In S21, the knitted fabric portions α and γ are knitted by the cam system C1, and the knitted fabric portion β is knitted by the cam system C2. At that time, when knitting the knitted fabric portion α, the end hook 22 is formed on the knitting needle F of the BB in the knitting region of the knitted fabric portion β, and when knitting the knitted fabric portion β, the knitting needle F of the FB is knitted. A stitch 23 serving as a starting end of the ground portion β is formed. Similarly, at the boundary between the knitted fabric portions β and γ on the right side of the drawing, the knitted fabric portion β on the front side in the knitting direction is formed with a terminal stitch on the knitting needle K of the BB, and the knitted fabric portion on the back side in the knitting direction. With respect to γ, the starting stitch is formed on the knitting needle K of the FB.

Next, in S22, the knitting direction is reversed from S21, and the knitted fabric portions γ and α are knitted by the cam system C1 and the knitted fabric portion β is knitted by the cam system C2. At that time, the stitches at the starting ends of the knitted fabric portions β and α are formed as new stitches following the stitch formed in S21.

Furthermore, in S23, the same knitting as in S21 is performed, and the stitches following the wale direction of the back formed in S22 are formed. Thereafter, the knitted fabric portions α, β, γ may be completed by repeating the knitting of S22, 23.

As a result of performing the knitting described above, as shown in the loop diagram of FIG. 8, among the adjacent knitted fabric portions α and β, the surface 26 of the knitted fabric portion β formed from S22 to S23 and the surface 26 thereof. The knitting yarns connecting the front stitches 29 in the wale direction of FIG. 7 are the connecting yarns (indicated by bold lines) connecting the back stitches 28 at the end of the knitted fabric portion α formed in S23 of FIG. 7 and the front stitches 27 connected to the back stitches 28. ) Is entangled so that it is hooked and folded. The knitted fabric portion α and the knitted fabric portion β are connected by the entanglement of the transition yarn of the knitted fabric portion α and the knitted yarn of the knitted fabric portion β.

<Other variations>
By the way, when performing the folding knitting using the flat knitting machine, after the stitch at the end in the knitting direction is formed, the stitch at the start of the next knitting course is formed following the stitch at the end. In this case, since the knitting needles close to the knitting needle to which the terminal stitch is locked are lifted together, the stitches at the end may not be cleared from the hooks of the knitting needles. A solution to such a problem is to divide the knitting operations of adjacent knitting needles into separate knitting courses. The problem as described above is that the next knitting course is knitted with respect to the terminal engagement stitch formed on the BB in order to connect the adjacent knitted fabric portions in the joining method of the adjacent knitted fabric portions of the present invention. May happen in case. Therefore, it is preferable to perform a miss knitting in the next knitting course with respect to the terminal engagement stitch. For example, when the knitted fabric portion α is knitted in S2 of the first embodiment, the stitch 6 of the knitting needle E of the FB is not formed in the stitch 2 formed on the knitting needle F of the BB in S1, but the stitch 6 of the knitting needle E of the FB in S2. The stitch at the start of the knitted fabric portion α is used. In this way, since the stitch 1 that is close to the stitch 2 in S1 is knitted one step by S2 with mis-knitting, when the stitch 10 is formed on the stitch 2 in the next S3, the clearing mistake of the stitch 2 Can be avoided. In addition, in FIG. 5 of the second embodiment, the knitting needle E of BB in S12 may be knitted without knitting the stitch 15, or in FIG. 7 of the third embodiment, the knitting needle of BB in S22. F may be knitted without knitting the stitch 24.

The embodiment of the present invention is not limited to the above-described embodiment, and can be changed as appropriate without departing from the gist of the present invention. For example, the method for joining adjacent knitted fabric portions of the present invention can also be used for joining the body of a sweater and a sleeve.

A to O Knitting needles FB Front needle bed BB Rear needle beds X, Y, Z Yarn supply ports α, β, γ

Knitted fabric portions

1, 4 to 11, 12, 14 to 19, 21, 23 to 29

Knitting

2, 3, 13 , 22 Multiply 1, 4, 6, 7, 11, 12, 14, 16, 21, 23, 25, 26, 27, 29 Table 2, 3, 5, 8, 13, 15, 19, 22, 24, 28 Back eyes

Claims

A plurality of yarns arranged in the knitting width direction of the knitted fabric and independently knitted using a flat knitting machine comprising at least a pair of front and back needle beds facing each other and a plurality of yarn supplying members for supplying knitting yarn to the knitting needles A method of joining adjacent knitted fabric parts for joining the knitted fabric parts of
When increasing the number of courses of the knitted fabric part by repeating the process of knitting two adjacent knitted fabric parts one course at a time by alternately changing the knitting direction for each course, in at least some knitting courses,
(1) A position where an end engagement stitch formed by a hook stitch or a stitch serving as an end of at least one adjacent knitted fabric portion overlaps with a knitting region of a knitted fabric portion different from the knitted fabric portion having the end engagement stitch. And the knitting needles on the needle bed opposite to the needle bed on which the previous stitch is formed, and the stitches immediately before the terminal locking stitches and the terminal locking stitches. And (2) from the hook or stitch that is the starting end of at least one adjacent knitted fabric portion, so as to cross the knitting yarn of the other knitted fabric portion. The starting end engaging stitch is formed with a knitting needle at a position overlapping with the knitting area of the knitted fabric portion different from the knitted fabric portion having the starting end engaging stitch, and a stitch after the starting end engaging stitch is formed. By forming the knitting needle on the needle bed facing the needle bed, the knitting yarn that connects the start end locking stitch and the stitch immediately after the starting end locking stitch, Cross between the front and back needle beds so as to intersect the knitting yarn of the other knitted fabric part,
Do at least one of
Adjacent knitted fabric portions are connected by tangling together some of the crossover yarns that cross between the front and back needle beds and the knitting yarn of the knitted fabric portion that is different from the knitted fabric portion having the crossover yarns. The joining method of the adjacent knitted fabric part characterized by this.
While knitting two adjacent knitted fabric parts in the same knitting direction,
2. The method for joining adjacent knitted fabric portions according to claim 1, wherein both (1) and (2) are performed at least for each course.
In the knitting course next to the knitting course performed in the above (1), a miss knitting is performed on the terminal-side engagement stitch formed in the (1), and after the next knitting course, the knitting course continues to the terminal engagement mesh. The joining method of the adjacent knitted fabric part of Claim 1 or 2 characterized by forming the new termination | terminus latching stitch or the beginning latching stitch which performs.
The method for joining adjacent knitted fabric portions according to claim 1 or 2, wherein the intarsia pattern is knitted by changing the color of the knitting yarns knitting the adjacent knitted fabric portions.
A knitted fabric knitted using a flat knitting machine comprising at least a pair of front and back needle beds facing each other and a plurality of yarn supplying members for supplying knitting yarn to the knitting needles, arranged in the knitting width direction and independently A knitted fabric comprising a plurality of knitted fabric portions,
Among the two knitted fabric portions adjacent to each other including the front stitch, the stitch at the boundary portion side end of at least one knitted fabric portion is the back stitch,
In the knitting course having the back stitch, the knitting yarn connecting the back stitch and the front stitch next to the back stitch,
It is characterized in that both knitted fabric portions are connected by being entangled with a knitting yarn connecting the surface closest to the boundary portion in the other knitted fabric portion and the surface continuous in the wale direction of the surface. Knitted fabric to do.