JP2017166084A - Method for knitting tubular knitted fabric and tubular knitted fabric - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method for knitting a tubular knitted fabric by which a first tube and a second tube are joined, and both of the tubes can be knitted in a full gauge state.SOLUTION: A method for knitting a tubular knitted fabric includes: knitting a first joining stitch row 1 which is joined to a first base part 11 (a step A); knitting a first tube 21 while sides 21L and 21R of the first tube 21 are retained on needle beds (a step B); knitting a second joining stitch row 2 which is joined to a second base part 12 (a step C); while knitting a second tube 22, joining the sides 21L and 21R of the first tube 21 to sides 22L and 22R of the second tube 22 (a step D); after the step B, joining a terminal stitch row 21E of the first tube 21 to the first joining stitch row 1 (a step E); and, after the step D, joining a terminal stitch row 22E of the second tube 22 to the second joining stitch row 2 (a step F).SELECTED DRAWING: Figure 3

Description

  The present invention relates to a knitting method of a tubular knitted fabric for knitting a tubular knitted fabric having a tubular knitted fabric portion at the end of the tubular base portion in the wale direction, and a cylinder obtained by the knitting method of the tubular knitted fabric. Concerning the knitted fabric.

  Conventionally, a tubular knitted fabric portion is formed in an opening of a glove, a sock, a knitwear, or the like. The tubular knitted fabric portion is a knitted fabric portion formed at the end in the wale direction of the cylindrical base portion in which the first base portion and the second base portion are connected in a cylindrical shape, and the axis of the tubular knitted fabric portion The direction, that is, the axis of the hollow of the tubular knitted fabric portion is along the circumferential direction of the cylindrical base portion. For example, a typical example of the tubular knitted fabric portion is a belt loop formed at the position of the belt portion of a skirt or pants. As a technique for knitting a tubular knitted fabric having such a tubular knitted fabric portion, there are techniques described in Patent Document 1 and Patent Document 2, for example.

  Patent Document 1 describes a piping knitting in which a wale direction end portion of a cylindrical base portion is folded back and connected to a position in the vicinity of the end portion in a wale direction intermediate portion of the cylindrical base portion. On the other hand, in Patent Document 2, a cylindrical first tube is knitted continuously in the wale direction of the first base portion of the cylindrical base portion, and then the cylindrical shape continues in the wale direction of the second base portion. The knitting of the second tube is described.

JP 2013-174035 A Japanese Patent Laid-Open No. 2006-17252

  In the knitting method of Patent Document 1, the tubular knitted fabric portion cannot be knitted in a total needle state (the state where there is no empty needle between adjacent stitches of the tubular knitted fabric portion), and the gauge of the flat knitting machine is used. A tubular knitted fabric having a coarser (larger) stitch than the corresponding stitch is obtained.

  On the other hand, in the knitting method of Patent Document 2, since the tubular knitted fabric portion can be knitted in the total needle state, the appearance of the tubular knitted fabric portion can be improved. However, in Patent Document 2, since both ends in the knitting width direction of the first tube are closed by circularly knitting the first tube, the knitting width of the second tube is set at both ends in the knitting width direction of the first tube. Even if both ends in the direction are connected, the hollow portions of both tubes are closed and not connected. Therefore, for example, when a belt part (tube-shaped knitted fabric part) of a skirt or pants is knitted by the knitting method of Patent Document 2, it is not possible to put a belt or rubber inside the belt part so as to go around the waist.

  The present invention has been made in view of the above circumstances, and the purpose thereof is to connect the hollow portion of the first tube and the hollow portion of the second tube, and knitting both tubes not only in the needle-removed state but also in the total needle state. An object of the present invention is to provide a tubular knitted fabric that can be knitted by the knitting method of the tubular knitted fabric and the knitted method of the tubular knitted fabric.

The knitting method of the tubular knitted fabric of the present invention is a tubular base portion in which a first base portion and a second base portion are connected in a tubular shape using a flat knitting machine including one needle bed and the other needle bed. A knitting method of a tubular knitted fabric in which a tubular knitted fabric portion composed of a first tube connected to the first base portion and a second tube connected to the second base portion is knitted at the end in the wale direction. The following steps are provided.
The first stitch bed for knitting used in the subsequent process is knitted on the other needle bed, and a part of the knitting yarn constituting the first joint stitch row is locked to the one needle bed. Step A connecting to the first base part.
-The step of knitting the first tube using the one needle bed, and increasing the number of knitting courses in the wale direction constituting the first tube while setting the locking position of the first tube The needle bed is moved to one end side in the knitting width direction of the needle bed, and an additional stitch is formed on the other needle bed as a side on one end side in the knitting width direction of the first tube, and the knitting width direction of the first tube A step B of forming an additional stitch on the one needle bed which is the side of the other end of the first needle bed;
-A second joining stitch row used in a subsequent process is knitted on the one needle bed, and a part of the knitting yarn constituting the second joining stitch row is locked to the other needle bed. Step C connected to the second base portion.
-While increasing the number of knitting courses in the wale direction constituting the second tube using the other needle bed, the side of the second tube on the one end side in the knitting width direction and the side of the first tube And connecting the side of the second tube on the other end side in the knitting width direction and the side of the first tube.
-Step E connecting the end stitch row in the wale direction of the first tube and the first joining stitch row after the step B.
-Step F of connecting the terminal stitch row in the wale direction of the second tube and the stitch row for second joining after the step D.

The steps included in the tubular knitted fabric of the present invention can be performed, for example, in the following order.
-Process A-> Process B-> Process C-> Process D-> Process E-> Process F
-Process A-> Process B-> Process C-> Process D-> Process F-> Process E
-Process A-> Process B-> Process E-> Process C-> Process D-> Process F

As one form of the knitting method of the tubular knitted fabric of the present invention, a form in which the following step G is performed can be mentioned. For example, it may be performed in the order of step A → step B → step G → step E → step C → step D → step F.
-After the step B, among the plurality of additional stitches constituting the side to be locked to the one needle bed, the plurality of additional stitches formed in the first half of the formation order are formed on the other needle bed. While turning around, among a plurality of additional stitches constituting the side to be locked to the other needle bed, a plurality of additional stitches formed in the latter half of the formation order is turned into the one needle bed, The step G of aligning the number of additional stitches on the side that is locked to the one needle bed and the other needle bed.
Here, the turning is performed by locking the end stitch on one end side (the other end side) in the knitting width direction in the stitch row locked on the needle bed X to the needle bed Y facing the needle bed X. This is a known knitting technique in which the stitch row is moved to the outside of the end stitch on the one end side (the other end side) in the knitting width direction (see, for example, JP-A-2006-111995).

  In the above-described embodiment, the additional stitches forming the side of one needle bed and the additional stitches forming the side of the other needle bed are arranged in order from the other end in the knitting width direction to one end. Yes. That is, among the additional stitches constituting the side, the additional stitches at the end portion on the other end side in the knitting width direction are formed first, and the additional stitches at the end portion on one end side are formed last. It is an increase. In addition, the boundary between the first half and the second half of the formation order of the increase on each side is set to a half of the total number of the increase. The difference between the number of increases in the first half and the number of increases in the second half is preferably 3 or less, and more preferably 1 or less. For example, if the total number of side increments is an odd number, the number of first half increments and the number of second half increments will not be the same, but the difference between these numbers will be 1 or 3. To do. Also, even if the total number of increments on each side is an even number, if the total number is large, the number of increments in the first half and the number of increments in the second half are not equal (number difference = 0). May be. For example, when the total number = 20, the first half number = 11 and the second half number = 9.

  As one form of the knitting method of the tubular knitted fabric of the present invention, the tubular knitted fabric portion can be knitted continuously to the end portion in the wale direction of the tubular base portion.

  The tubular knitted fabric of the present invention is a tubular knitted fabric in which a first base portion and a second base portion are connected in a cylindrical shape, and a tubular knitted fabric is connected to an end portion in the wale direction of the cylindrical base portion without sewing. The tubular knitted fabric portion is related to a tubular knitted fabric composed of a first tube connected to the first base portion and a second tube connected to the second base portion. Both said 1st tube and said 2nd tube are formed in the hollow tube shape by the start end part and termination | terminus part of the wale direction connecting. Further, the annular end portion on one end side in the knitting width direction of the first tube and the annular end portion on one end side in the knitting width direction of the second tube are connected by knitting, and the other in the knitting width direction of the first tube. The annular end portion on the end side and the annular end portion on the other end side in the knitting width direction of the second tube are connected by knitting.

  According to the knitting method of the tubular knitted fabric of the present invention, the hollow portion of the first tube and the hollow portion of the second tube are connected, and both the tubes can be knitted in the total needle state. The first tube and the second tube are connected when the first tube is knitted first, with the sides of the first tube (both ends in the knitting width direction) locked to the needle bed, This is because when the second tube is knitted, the side of the second tube and the side of the first tube are connected.

  In the knitting method of the tubular knitted fabric of the present invention, by performing the step G of aligning the number of side stitches locked to the one needle bed and the other needle bed so as to be approximately the same by turning. The step D for connecting the side of the second tube and the side of the first tube can be easily performed. Further, by performing the step E after the step G, the subsequent steps can be easily performed.

  According to the knitting method of the tubular knitted fabric of the present invention in which the tubular knitted fabric portion is knitted continuously to the end portion of the tubular base portion in the wale direction, for example, a hollow in which a belt or rubber can be inserted into the belt portion of a skirt or pants Can be knitted.

  The tubular knitted fabric of the present invention has a tubular base portion and a tubular knitted fabric portion, and the size of the stitches is unified to the size according to the gauge of the flat knitting machine, and the appearance is good. In addition, the annular end of the first tube and the annular end of the second tube constituting the tubular knitted fabric portion are connected to each other by a double stitch with respect to the hook, and by knitting with a tack or double stitch for the stitch. Since the hollow part of a 1st tube and the hollow part of a 2nd tube are connected by this, members, such as a belt and rubber | gum, can be inserted so that the inside of the said tubular knitted fabric part may wrap around.

It is the schematic of the skirt which is a cylindrical knitted fabric shown in Embodiment 1. FIG. It is the schematic of the belt part of the skirt which is a tubular knitted fabric part. It is a knitting image figure which shows the knitting procedure of a tubular knitted fabric part.

<Embodiment 1>
In Embodiment 1, an example in which a skirt 100 having a belt portion is knitted by a knitting method of a tubular knitted fabric of the present invention using a four-bed flat knitting machine will be described with reference to FIGS.

  A skirt 100 shown in FIG. 1 includes a cylindrical base portion 10 that is a main body of the skirt 100, and a belt portion (tube-shaped knitted fabric portion) 20 formed at the end portion of the base portion 10 in the wale direction. The base portion 10 is configured by connecting the first base portion 11 and the second base portion 12 in a cylindrical shape, and can be knitted by circular knitting or the like. On the other hand, the tubular knitted fabric portion 20 is configured by connecting a first tube 21 and a second tube 22 that are hollow inside in a cylindrical shape.

  The configuration of the tubular knitted fabric portion 20 will be described in detail with reference to FIG. In FIG. 2, the knitting width direction is indicated by a double arrow. Moreover, in FIG. 2, a part of intermediate part of the 1st tube 21 and the 2nd tube 22 is cut, and it has illustrated so that the inside of both the tubes 21 and 22 can be seen. The first tube 21 (second tube 22) provided in the tubular knitted fabric portion 20 is configured such that one knitted fabric portion is folded back inside the cylinder at an intermediate portion in the wale direction, and a start end portion 21s (22s) of the knitted fabric portion and The end portion 21e (22e) is connected to the end portion 21e (22e) without sewing by a joining method using knit, bind off processing, or the like, thereby forming a hollow tube shape. Moreover, the annular end 21a (the other end side annular end 21b) on one end side in the knitting width direction of the first tube 21 and the annular end portion 22a (the other end side) on one end side in the knitting width direction of the second tube 22 are arranged. The ring-shaped end portion 22b) is connected without sewing by a joining method using a tack or a double stitch. Therefore, the hollow part of the first tube 21 and the hollow part of the second tube 22 are connected, and an annular hollow hole is formed inside the tubular knitted fabric part 20.

  The tubular knitted fabric portion 20 of the skirt 100 can be knitted in accordance with, for example, the knitting image diagram of FIG. “S + number” in FIG. 3 indicates the number of the knitting process, FD indicates the lower front needle bed, FU indicates the upper front needle bed, BD indicates the lower rear needle bed, and BU indicates the upper rear needle bed.

  In S0, a cylindrical base portion 10 knitted in a total needle state in which no empty needle is provided between stitches is shown. The end stitch row in the wale direction of the first base portion 11 of the cylindrical base portion 10 is locked to the FD, and the end stitch row in the wale direction of the second base portion 12 of the cylindrical base portion 10 is locked to the FD. It is locked. From this state, knitting of the tubular knitted fabric portion 20 (FIGS. 1 and 2) is started.

  The knitting yarn used for knitting is preferably an elastic yarn. By knitting with elastic yarn, the joint between the start end portion 21s (22s) and the end end portion 21e (22e) in FIG. 1 can be made smooth, and when rubber is inserted into the tubular knitted fabric portion 20 The tubular knitted fabric portion 20 can follow the expansion and contraction of the rubber. In addition, the elastic yarn and the inelastic yarn may be properly used depending on the portion of the tubular knitted fabric portion 20. For example, a first joining stitch row 1 and a second joining stitch row 2 which will be described later are knitted with elastic yarns, and the others are knitted with inelastic yarns.

  In S1, the first joining stitch row 1 used in the subsequent process is knitted into BU, and a part of the knitting yarn constituting the first joining stitch row 1 is locked to the FD. (Corresponding to step A). In this example, the first joining stitch row 1 is formed by hooks formed on the empty needles of BU, and the stitches of the terminal stitch row of the first base portion 11 between the hooks adjacent in the knitting width direction. The first joining stitch row 1 and the first base portion 11 are connected to each other by tucking. In order to facilitate S2, which will be described later, an empty needle is provided between hooks locked to the BU. Here, instead of tacking the stitches of the first base portion 11, the first joining stitch row 1 and the first base portion 11 may be connected by knit. Alternatively, the first joining stitch row 1 connected to the first base portion 11 may be formed by increasing the number of stitches of the first base portion 11 (see, for example, Japanese Patent No. 2606653).

  In S2, the 1st tube 21 is knitted using FD (equivalent to the process B). Specifically, in S2, the following [1] and [2] are performed. [1] While increasing the number of knitting courses in the wale direction constituting the first tube 21, the locking position of the first tube 21 is sequentially moved to one end side (left side of the paper surface) in the knitting width direction of the FD. [2] An increased stitch (refer to a reverse V mark in the figure) that becomes the side 21L on one end side in the knitting width direction of the first tube 21 is formed on the BD, and the other end side in the knitting width direction of the first tube 21 is formed. An additional line (refer to a mark V in the figure) to be the side 21R is formed on the FD. In this example, the first tube 21 is knitted in a full needle state, and each time one stitch row (one knitting course) constituting the first tube 21 is knitted, the stitch row is arranged at one end in the knitting width direction. Moved to the side. The movement of the first tube 21 may be performed using a BU blank needle. However, since the first joining stitch row 1 is locked to the BU, the first tube 21 cannot be moved at a time. Of the BU, the first tube 21 locked to the FD is in the total needle state, whereas there is only one other empty needle in the range where the stitch row 1 for first bonding is locked. The first tube 21 is sequentially moved one by one from one end side in the knitting width direction. Further, in this example, when a new stitch row following the wale direction of the moved stitch row (old stitch row) is knitted, the additional stitches formed by hooks on the FD needles that have become empty needles due to the movement of the old stitch row. In addition to knitting, the knitting stitches of the BD facing the stitches at the end in the moving direction of the old stitch row after movement are knitted. The extra stitch can be organized by increasing the rate. In the figure, the order of formation of the folds is indicated by a circled number. Here, the side 21L (21R) formed in S2 corresponds to the annular end 21a (21b) of the first tube 21 in FIG.

  In S3, among a plurality of additional eyes constituting the side 21R of the first tube 21 locked to the FD, a plurality of additional eyes (circled numbers 1 to 3) formed in the first half of the formation order are displayed. Among the plurality of additional stitches that form the side 21L of the first tube 21 that is turned into the BD and that is locked to the BD, a plurality of additional stitches formed in the latter half of the formation order (circled numbers 4 to 6) ) Is fed into the FD (corresponding to step G). In this example, the FD is turned counterclockwise while racking in the right direction on the paper surface. By this step G, the number of side stitches 21L and 21R that are locked to the FD and BD is equalized, and knitting after S3 is facilitated. Here, when the first joining stitch row 1 is knitted with an elastic yarn and the extension amount can follow the racking amount, the turning of the additional stitches in S3 is omitted, and the FD is racked. The terminal stitch row 21E (see S2) of the one tube 21 and the first joining stitch row 1 can be made to face each other.

  In S3, the terminal stitch row 21E (see S2) of the first tube 21 and the first joining stitch row 1 (see S2) are connected (corresponding to step E). The joining portion 21C that connects the end stitch row 21E and the first joining stitch row 1 can be formed, for example, by overlapping the end stitch row 21E and the first joining stitch row 1. After the stitch rows 21E, 2 are overlapped, the stitch row (joint portion 21C) composed of the stitches is subjected to bind-off processing, so that the joining of both stitch rows 21E, 2 is determined. The terminal portion is connected via the first joining stitch row 1. Of course, the bind-off process may be performed after knitting several new stitch rows following the wale direction of the stitch row composed of the double stitches (joint portion 21C). In this case, both stitch rows are formed by the first new stitch row. The joining of 21E, 2 is confirmed. In this example, the joint portion 21C is formed by directly connecting the first stitch row 1 for BU and the terminal stitch row 21E of the FD by bind off processing, and the joint portion 21C is illustrated on the drawing. However, in actuality, at this stage, the joint portion 21C is detached from the needle bed. The bind off process is a known knitting method and is not particularly limited. The bind-off process in S3 can be performed after S5 described later. Although the number of stitches in the end stitch row 21E and the number of stitches in the first joining stitch row 1 do not match, this is not a problem.

  In S4, the second joining stitch row 2 used in the subsequent process is knitted into FU, and a part of the knitting yarn constituting the second joining stitch row 2 is locked to the BD. (Corresponding to step C). In this example, the second joining stitch row 2 is tucked to the stitches of the terminal stitch row of the second base portion 12, but as described in the description of the first joining stitch row 1, It is also possible to connect the second joining stitch row 2 and the second base portion 12 by performing knit or splitting. In addition, in S4, illustration of the additional side of the side sides 21L and 21R is omitted.

  In S5, while increasing the number of knitting courses in the wale direction constituting the second tube 22 using BD, the side 22L of the second tube 22 and the side 21L of the first tube 21 on one end side in the knitting width direction are used. (See S3) and the side 22R of the second tube 22 on the other end side in the knitting width direction and the side 21R (see S3) of the first tube 21 are connected (corresponding to step D). In this example, the first tube 21 is superposed on the left end of the stitch row that constitutes the second tube 22 in order from the stitch with the earlier formation order on the side 21L of the first tube 21, and the formation order on the side 21R of the first tube 21 is changed. In order from the earliest stitch, the stitches are superposed on the right end portion of the stitch row constituting the second tube 22, and a new stitch row continuous in the wale direction of the stitch row including the double stitch is knitted. By repeating the formation of the double stitches and the knitting of a new stitch row, the first tube 21 and the second tube 22 are connected. Here, the side 22L (22R) in S5 corresponds to the annular end 22a (22b) of the second tube 22 in FIG.

  In S6, the terminal stitch row 22E (see S5) in the wale direction of the second tube 22 is connected to the second joining stitch row 2 (see S5) (corresponding to Step F). The formation of the joining portion 22C that connects the terminal stitch row 22E and the second joining stitch row 2 can be performed in the same manner as the formation of the joining portion 21C of S3. In this example, the joining portion 22C is formed by connecting the second joining stitch row 2 of the FU and the terminal stitch row 22E of the BD by bind off processing, and the joining portion 22C is illustrated in the drawing, Actually, the joint 22C is detached from the needle bed. By this S6, the start end portion and the end end portion of the second tube 22 are connected via the second joining stitch row 2.

  According to the knitting image diagram described above, the tubular knitted fabric portion 20 shown in FIGS. 1 and 2 can be knitted. The tubular knitted fabric portion 20 is knitted in a total needle state in which no empty needle is provided between the stitches similarly to the tubular base portion 10, and the tubular knitted fabric portion 20 is knitted with the tubular base portion 10 and the tubular knitted fabric portion 20. Since the size of the skirt 100 is unified according to the gauge of the flat knitting machine, the appearance of the skirt 100 is good. Moreover, since the annular hollow hole which makes a round of a trunk periphery is formed in the inside of the tubular knitted fabric part 20, members, such as rubber | gum and a belt, can be inserted in the annular hollow hole. When inserting rubber or a belt into the inside of the tubular knitted fabric part 20, if the insertion hole for inserting those members is provided in the position inside the skirt 100 of the first tube 21 or the second tube 22, good. For example, when the insertion hole is formed in the joint portion between the tubes 21 and 22, it is only necessary to form the additional portion of the second half portion located on the inner side of the skirt 100 in either the knitting width direction of S2.

<Embodiment 2>
In the first embodiment, the example in which the tubular knitted fabric portion is knitted at the end portion of the tubular base portion in the wale direction has been described. On the other hand, a tubular knitted fabric part can also be formed in the wale direction start end part of a cylindrical base part. In that case, for example, a base knitted fabric portion made of a drawn yarn or a discarded knitted fabric is knitted, and the tube-shaped knitted fabric portion is continuously formed in the wale direction of the proximal knitted fabric portion based on the knitting image diagram of FIG. Organize. However, in S3 and S6, the joint portion 21C of the first tube 21 and the joint portion 22C of the second tube 22 are left locked to the FD and BD without the bind off process. By doing so, the cylindrical base portion can be knitted following the joint portions 21C and 22C, that is, the cylindrical base portion can be knitted following the end portion of the tubular knitted fabric portion in the wale direction.

<Others>
If the knitting method of the tubular knitted fabric of Embodiments 1 and 2 is used, the tubular knitted fabric portion is knitted on the wrist portion of the glove, the belt portion of the pants, the hem portion of the knitwear, the cuffs, the neckline, etc. You can also. In the above embodiment, the four-bed flat knitting machine is used. However, the same knitting as in the first and second embodiments can be performed using the two-bed flat knitting machine. In that case, the tubular knitted fabric portion may be subjected to a needle knitting in which one empty needle is provided between adjacent stitches.

FD Lower front needle bed (one needle bed) FU Upper front needle bed (one needle bed)
BD Lower rear needle bed (the other needle bed) BU Upper rear needle bed (the other needle bed)
DESCRIPTION OF SYMBOLS 1 1st joining stitch row 2 2nd joining stitch row 100 (cylindrical knitted fabric) Skirt 10 tubular base portion 11 first base portion 12 second base portion 20 tubular knitted fabric portion 21 first tube 22 second Tube 21C, 22C Joint 21E, 22E End stitch row 21L, 21R, 22L, 22R Side 21a, 22a, 21b, 22b Annular end 21s, 22s Start end 21e, 22e End end

Claims (4)

Using a flat knitting machine having one needle bed and the other needle bed, the first base portion is connected to the end in the wale direction of the cylindrical base portion in which the first base portion and the second base portion are connected in a cylindrical shape. In a knitting method of a tubular knitted fabric knitting a tubular knitted fabric portion composed of a first tube connected to a second tube connected to the second base portion,
A first joining stitch row used in a subsequent process is knitted on the other needle bed, and a part of the knitting yarn constituting the first joining stitch row is locked to the one needle bed. Step A connecting to the first base part;
The step of knitting the first tube using the one needle bed, and increasing the number of knitting courses in the wale direction constituting the first tube, and setting the locking position of the first tube to the one needle It is moved to one end side in the knitting width direction of the floor, and an additional stitch is formed on the other needle bed as a side on one end side in the knitting width direction of the first tube. Step B for forming an additional stitch on the one needle bed that is the side of the other end side;
A second joining stitch row used in a subsequent process is knitted on the one needle bed, and a part of the knitting yarn constituting the second joining stitch row is locked to the other needle bed. Step C connected to the second base portion;
While increasing the number of knitting courses in the wale direction constituting the second tube using the other needle bed, the side of the second tube on one end side in the knitting width direction and the side of the first tube And connecting the side of the second tube on the other end side in the knitting width direction and the side of the first tube, and a step D,
Furthermore, after the step B, a step E for connecting the end stitch row in the wale direction of the first tube and the first joining stitch row,
After the step D, a step F for connecting the terminal stitch row in the wale direction of the second tube and the second joining stitch row is provided.   After the step B, among the plurality of increase stitches constituting the side to be locked to the one needle bed, the plurality of increase stitches formed in the first half of the formation order are turned to the other needle bed. And a plurality of additional stitches formed in the latter half of the formation order among the plurality of additional stitches constituting the side to be locked to the other needle bed, The method for knitting a tubular knitted fabric according to claim 1, wherein the step G of aligning the number of additional stitches of the side sides locked to one needle bed and the other needle bed is performed.   The method for knitting a tubular knitted fabric according to claim 1 or 2, wherein the tubular knitted fabric portion is continuously knitted at a wale end portion of the tubular base portion. A cylindrical base portion in which the first base portion and the second base portion are connected in a cylindrical shape, and a tubular knitted fabric portion connected to the end portion in the wale direction of the cylindrical base portion without sewing,
The tubular knitted fabric portion is a tubular knitted fabric composed of a first tube connected to the first base portion and a second tube connected to the second base portion.
Both the first tube and the second tube are formed in a hollow tube shape by connecting the start and end portions in the wale direction,
An annular end portion on one end side in the knitting width direction of the first tube and an annular end portion on one end side in the knitting width direction of the second tube are connected by knitting using a tack or a double stitch, and the first tube A tubular knitted fabric in which an annular end portion on the other end side in the knitting width direction and an annular end portion on the other end side in the knitting width direction of the second tube are connected by knitting using a tack or a double stitch.

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