JP2017203223A - Double-sided knitted fabric forming curved shape with continuous linear material knitted therein - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a double-sided knitted fabric in which a special continuous linear material, such as a conductive yarn, is widely utilized to be knitted.SOLUTION: A double-sided knitted fabric forms a curved shape with a continuous linear material knitted therein by a flat knitting machine including a front needle bed, a back needle bed, and a loop presser bed provided with knitting pressing pieces. The double-sided knitted fabric includes the continuous linear material which is pressed by multiple rightward knitting pressing pieces and/or multiple leftward knitting pressing pieces and is knitted into the double-sided knitted fabric. The continuous linear material is knitted into the double-sided knitted fabric to form multiple loop sets. Each loop set is constituted by loops which are formed by the hooking of a front knitting needle and back knitting needles at both sides of the front knitting needle in one knitting process and the front knitting needle and the two back knitting needles in a next knitting process. At least two of the multiple loop sets are located in different knitting processes to cause a level drop in the continuous linear material, thereby providing the double-sided knitted fabric including at least one curved part.SELECTED DRAWING: Figure 3

Description

  The present invention relates to a double-sided knitted fabric, and more particularly to a double-sided knitted fabric in which a continuous wire is knitted.

  In today's society where health, environmental protection and fashion are important, consumers are also becoming more and more demanding about the touch and design of clothing fabrics. There is no emphasis on knitting fabrics that can change different colors or designs. Therefore, if a continuous wire can be knitted and knitted into a double-sided base yarn in the process of knitting, it is possible not only to form a double-sided knitted fabric with a change in thickness or pattern, but also a double-sided knitted fabric. Therefore, the present invention is very suitable for use in sewing consumer products such as outerwear, shoe bumps, and handbags. At present, there is a technique of knitting a continuous wire in a flat knitting machine, but in any of the known techniques, a continuous wire to be knitted with a knitting needle must be implemented by a hook operation. For this reason, when the length of the continuous wire to be knitted exceeds 1 inch, the yarn feeder always generates a constant inclination angle when feeding the continuous wire, so that when the knitting needle performs a hook operation, The situation that the continuous wire cannot be hooked frequently occurs, and a knitted fabric having defects is likely to occur. That is, in the known technique, the continuous wire having a length exceeding 1 inch cannot be knitted. Therefore, the development of the knitted fabric knitted by this known technique is greatly restricted from the above. More specifically, each of the flat knitting machines as described above has a front needle bed and a rear needle bed. When knitting, one of these needle beds is used. Therefore, not only can a single-side knitted fabric be knitted independently, but a double-sided knitted fabric can also be formed by simultaneously knitting on the front and back needle beds.

  With reference to “inlay knitted fabric knitting method and inlay knitted fabric” in Patent Document 1, an inlay (corresponding to “knitting a continuous wire” according to the present invention) knitting is performed in order to solve the problems described above in the well-known technology. A ground knitting method is posted, and a flat knitting machine used in this knitting method has at least a pair of front and back needle beds that extend in the left and right direction and face each other with a tooth gap interposed therebetween, and each of the pair of needle beds includes a plurality of needle beds. It has a knitting needle, can transfer a loop between the needle beds, and one or both of the needle beds can be racked left and right, and a base knitted fabric portion ("base yarn" according to the present invention) And an inlay yarn (corresponding to “continuous wire rod” according to the present invention). The characteristic is that the loop of the base knitted fabric portion that is locked to the knitting needle on the first needle bed by the step of knitting the base knitted fabric portion and split knitting is locked to the knitting needles of the second needle bed facing each other. Forming a loop for holding an inlay yarn, thereby locking the loop to the knitting needles of both the front and rear needle beds, passing the inlay yarn on the loop locked to the knitting needles of the first and second needle beds, Transferring the inlay yarn holding loop locked to the knitting needle of the second needle bed to the knitting needle of the first needle bed and superimposing it on the loop of the base knitted fabric portion, supplying the knitting needle of the first needle bed And forming a loop for the next course. Further, this well-known technique further displays an inlay knitted fabric, and the inlay knitted fabric is knitted by the above-described inlay knitted fabric knitting method, and the feature is that an elastic yarn is used as an inlay yarn for the base knitted fabric portion. An inlay yarn is formed in a pile shape by using an inelastic yarn and knitting the elastic yarn in a stretched state during knitting. However, as can be seen from this well-known technique, the main purpose of using the inelastic yarn as the inlay yarn is to maintain the final shape of the inlay knitted fabric. Otherwise, the base knitted fabric portion using the elastic yarn contracts and cannot form a pile shape. For this reason, the knitting method according to this well-known technique mainly uses a knitting needle on one needle bed of a flat knitting machine to knit the base yarn, and transfers the loop with the knitting needle on the other needle bed. The transferred loop can be held at the position of the inlay yarn. That is, an inlay knitted fabric knitted by this knitting method is always a single-sided knitted fabric, and it is certainly impossible to knitted a double-sided knitted fabric by this knitting method. Further, since the inlay yarn according to this known technique cannot be continuously knitted and knitted into the base knitted fabric part in different knitting processes, the inlay yarn according to this known technique knitted into the base knitted fabric part. Cannot be formed into a curved shape and cannot meet the needs of consumers. Therefore, there is an urgent need to solve the problems and limitations in the above-described known technology.

US Patent Publication No. 6151922

  The main object of the present invention is to process the cable as the continuous wire by forming a curved shape by knitting a continuous wire into a double-sided knitted fabric in different knitting processes, that is, a problem in the above-described known technology. In order to meet the rapidly changing needs of consumers, a wide range of special materials such as conductive yarns manufactured in this way are knitted into the double-sided knitted fabric.

  To achieve the above object, the present invention provides a double-sided knitted fabric that is knitted by a flat knitting machine having a front needle bed, a rear needle bed, and a loop presser bed to form a curved shape by weaving continuous wire. The front needle bed is provided with a plurality of front knitting needles, the rear needle bed is provided with a plurality of back knitting needles at corresponding positions so as to cross the plurality of front knitting needles, and the loop presser bed is provided with: The loop presser bed is provided above the front needle bed or the back needle bed, and the loop presser bed has a right-side knitted fabric pressing piece and a left-side knitted fabric pressing piece at a position corresponding to a gap between the plurality of front knitting needles and the plurality of back knitting needles. Provided alternately, of which the double-sided knitted fabric has a continuous wire that is pressed by the plurality of right-sided knitted fabric pressing pieces and / or the plurality of left-sided knitted fabric pressing pieces and knitted into the double-sided knitted fabric, Wire Knitted onto the double-sided knitted fabric to form a plurality of loop sets, the loop set comprising the front knitting needle in one knitting process and the rear knitting needles on both sides of the front knitting needle, and the front knitting in the next knitting process The loop is formed by hooking the needle and the two back knitting needles, and at least two of the plurality of loop sets are located in different knitting processes to cause a drop in the continuous wire. Forming at least one curved portion.

  Further, in the double-sided knitted fabric that forms the curved shape by knitting the continuous wire described above, the continuous wire is knitted from the front needle bed toward the double-sided knitted fabric, and from the double-sided knitted fabric. It slips out toward the front needle bed.

  Further, in the double-sided knitted fabric that forms the curved shape by knitting the continuous wire described above, the continuous wire is knitted from the front needle bed toward the double-sided knitted fabric, and from the double-sided knitted fabric. It has slipped out toward the rear needle bed.

  Further, in the double-sided knitted fabric that forms the curved shape by knitting the continuous wire described above, the continuous wire is knitted from the rear needle bed toward the double-sided knitted fabric, and from the double-sided knitted fabric. It has slipped out toward the rear needle bed.

  Further, in the double-sided knitted fabric that forms the curved shape by knitting the continuous wire described above, the continuous wire is knitted from the rear needle bed toward the double-sided knitted fabric, and from the double-sided knitted fabric. It slips out toward the front needle bed.

  Moreover, in the double-sided knitted fabric which forms the curved shape by weaving the continuous wire described above, the continuous wire is any one of a conductive wire, a non-conductive wire, or a combination thereof.

From the above, the present invention can achieve the following effects as compared with known techniques.
First, the present invention responds to consumer needs by being able to knit the continuous wire into the double-sided knitted fabric and maintaining a favorable thickness and bulky effect on the double-sided knitted fabric. Yes.
Second, the present invention can further form a curved shape when the continuous wire is knitted into the double-sided knitted fabric, and knitted a knitted fabric capable of changing different colors or patterns. can do.
Third, when the continuous wire is knitted into the double-sided knitted fabric according to the present invention, neither the front knitting needle nor the back knitting needle is caught on the continuous wire, so that the continuous knitting is performed. Since the problem that the wire material is damaged does not occur relatively, and the continuous wire material can form a curved shape when knitted into the double-sided knitted fabric, the conductive material manufactured by processing the cable is used. Special materials such as yarn can be further utilized to knit into the double-sided knitted fabric, producing more varied knitted fabrics to meet rapidly changing market needs.

It is a schematic diagram which shows a part of knitting process of the 1st Example which concerns on this invention. It is a schematic diagram which shows the planar structure of the double-sided knitted fabric knitted by FIG. 1 which concerns on this invention. It is an expansion perspective view which shows the local part of FIG. 2 which concerns on this invention. It is a schematic diagram which shows a part of knitting process of the 2nd Example which concerns on this invention. It is a schematic diagram which shows the planar structure of the double-sided knitted fabric knitted by FIG. 4 which concerns on this invention. It is a schematic diagram which shows a part of knitting process of the 3rd Example which concerns on this invention. It is a schematic diagram which shows the planar structure of the double-sided knitted fabric knitted by FIG. 6 which concerns on this invention. It is a schematic diagram which shows a part of knitting process of the fourth embodiment according to the present invention. It is a schematic diagram which shows the planar structure of the double-sided knitted fabric knitted by FIG. 8 which concerns on this invention. It is a schematic diagram which shows a part of knitting process of the fifth embodiment according to the present invention. It is a schematic diagram which shows the planar structure of the double-sided knitted fabric knitted by FIG. 10 which concerns on this invention. It is a schematic diagram which shows a part of knitting process of the 6th Example which concerns on this invention. It is a schematic diagram which shows the planar structure of the double-sided knitted fabric knitted by FIG. 12 which concerns on this invention. It is a schematic diagram which shows a part of knitting process of 7th Example which concerns on this invention. It is a schematic diagram which shows the planar structure of the double-sided knitted fabric knitted by FIG. 14 which concerns on this invention.

First, before explaining the mode for carrying out the invention according to the present invention, the flat knitting machine described in the present invention is manufactured and manufactured by Shima Seiki Co., Ltd. in Japan. It is mentioned that the model number SVR093SP is mainly used, but the present invention is not limited to the use of this model, and the above-described flat knitting machine is a well-known technology. In addition, since the technology is also familiar to the contractor, in the main text, the part relating to the configuration of the flat knitting machine will be described in a simplified form.
The flat knitting machine includes a front needle bed, a rear needle bed, a loop presser bed, a carriage provided above the front needle bed, the rear needle bed, and the loop presser bed, It has at least a plurality of yarn feeders (Yarn Feeder) provided below the carriage, the front needle bed is provided with a plurality of front knitting needles, and the rear needle bed is crossed with the plurality of front knitting needles, A plurality of back knitting needles are provided at corresponding locations, the loop presser bed is provided above the front needle bed or the back needle bed, and the loop presser bed is a gap between the plurality of front knitting needles and the back knitting needles. The right-side knitted fabric pressing pieces and the left-side knitted fabric pressing pieces are alternately provided at locations corresponding to the above.

  A preferred embodiment and detailed technical contents of a double-sided knitted fabric that forms a curved shape by weaving a continuous wire according to the present invention will be described as follows with reference to the drawings.

  First, FIG. 1 which is a schematic diagram showing a part of the knitting process of the first embodiment according to the present invention, FIG. 2 which is a schematic diagram showing a planar structure of a double-sided knitted fabric knitted by FIG. 1, and FIG. Please refer to FIG. 3, which is an enlarged perspective view showing two localities. 2 and 3, the present invention provides a double-sided knitted fabric in which a continuous wire is knitted to form a curved shape, and the double-sided knitted fabric is knitted by the flat knitting machine. The front needle bed is provided with a plurality of front knitting needles A to F, and the back needle bed has a plurality of back knitting needles a to g at corresponding positions so as to intersect with the plurality of front knitting needles A to F. The loop presser bed is provided above the front needle bed or the rear needle bed, and the loop presser bed has a gap between the plurality of front knitting needles A to F and the plurality of back knitting needles a to g. The right-side knitted fabric pressing pieces aA, bB, cC, dD, eE, fF and the left-side knitted fabric pressing pieces Fg, Ef, De, Cd, Bc, Ab are provided alternately, respectively. The plurality of rightward knitted fabric pressing pieces aA, bB, cC The continuous wire 100 is pressed by dD and eE and knitted into the double-sided knitted fabric. The continuous wire 100 is made of conductive wire, copper wire, enamel wire, etc., cotton wire, hemp yarn, wool yarn Alternatively, it is either a non-conductive wire such as a chemical fiber or a combination thereof, and the continuous wire 100 is knitted into the double-sided knitted fabric to form a plurality of loop sets 4A, 4B, 4C. Here, FIG. 3 is described as an example, and as can be seen with reference to FIG. 1, the loop set 4A includes the front knitting needle A and the back knitting needle a on both sides of the front knitting needle A in one knitting process 1. , B and the first knitting needle A and the two second knitting needles a, b in the next knitting process 2 are hooked to form loops 41A, 41a, 41b, 42A, 42a, 42b, and the loop The set 4B includes the front knitting needle B and the back knitting needles b and c on both sides of the front knitting needle B and the front knitting needle B in one knitting process 1, the front knitting needle B and the two back knitting needles b and c in the next knitting process 2. Are hooked to form loops 41B, 41b, 41c, 42B, 42b, 42c, and the loop set 4C includes the front knitting needle C and the front knitting needle C in one knitting process 3. The back knitting needles c, d on the side, the front knitting needle C and the two back knitting needles c, d in the next knitting process 4 are hooked to form loops 43C, 43c, 43d, 44C, 44c, 44d. Among them, the loop set 4B is located in the knitting process 1 and 2 and is different from the loop set 4C located in the knitting process 3 and 4, so that the continuous wire 100 generates a drop. Thus, the curved portion 101 can be formed. Among them, the continuous wire 100 is knitted from the front needle bed in the direction of the double-sided knitted fabric, pulled out from the double-sided knitted fabric in the direction of the front needle bed, or from the front needle bed to the double-sided knitted fabric. Knit toward the direction of the ground, can be pulled out from the double-sided knitted fabric toward the rear needle bed direction, similarly, knitted from the rear needle bed toward the double-sided knitted fabric, Pulling out from the double-sided knitted fabric in the direction of the back needle bed, knitting from the back needle bed in the direction of the double-sided knitted fabric, and pulling out from the double-sided knitted fabric in the direction of the front needle bed. You can also.

In order to explain the present invention more clearly, referring to FIG. 1 again, when the flat knitting machine described in the present invention starts knitting toward the left side as in the carriage movement direction 30 in the drawing, the front knitting needle A to F and the rear knitting needles a to g are hooked to form a loop as in the knitting process 1. Furthermore, referring also to FIG. 3, when the carriage movement direction 30 performs the operation of the knitting process 2 toward the right side, when the yarn feeder 10 advances to the front of the front knitting needle A, the rightward knitting pressing piece aA. Immediately presses the first pressing point 11 of the continuous wire 100 downward, and when the yarn feeder 10 advances to the rear knitting needle b, the loop 41A causes the loop 41A to perform the knitting process. The continuous wire 100 is knitted into the loop set 4A so that the yarn feeder 10 is continuously before the front knitting needle B. When advanced, the rightward knitted fabric pressing piece bB immediately presses the second pressing point 12 of the continuous wire 100 downward, and when the yarn feeder 10 advances to the rear knitting needle c, The continuous wire 100 can be fixed to the loops 42B, 42b, and 42c formed by the loop 41B in the knitting process 2, the continuous wire 100 is knitted into the loop set 4B, and the carriage motion When the direction 30 moves toward the left side again, at this time, the yarn feeder 10 is located above the rear knitting needle c and rises, and this point is set as a starting position for next yarn feeding, and the front knitting needle A -F and the back knitting needles ag are hooked to form a loop as in the knitting process 3. When the carriage movement direction 30 performs the operation of the knitting process 4 toward the right side, when the yarn feeder 10 moves forward to the front of the front knitting needle C, the rightward knitting pressing piece cC is the first of the continuous wire 100. The three pressing points 13 are immediately pressed downward, and when the yarn feeder 10 advances to the rear knitting needle d, the loop 43C is fixed to the loops 44C, 44c and 44d formed in the knitting process 4. The continuous wire 100 is knitted into the loop set 4C, and at this time, the loop set 4B is located in the knitting process 1, 2 and the loop set located in the knitting process 3, 4 Since it is different from 4C, the continuous wire 100 can generate a drop to form the curved portion 101.
Similarly, when the carriage movement direction 30 moves toward the left side again, the yarn feeder 10 is raised above the rear knitting needle d at this time, and this point is set as a starting position for next yarn feeding. The front knitting needles A to F and the back knitting needles a to g are hooked to form a loop as in the knitting process 5. When the carriage movement direction 30 performs the operation of the weaving step 6 toward the right side, when the yarn feeder 10 advances to the front of the front knitting needle D, the rightward weaving pressing piece dD becomes the first wire of the continuous wire 100. The four pressing points 14 are immediately pressed downward, and when the yarn feeder 10 advances to the rear knitting needle e, the continuous wire 100 is knitted into the double-sided knitted fabric, and the carriage movement direction 30 is again on the left side. At this time, the yarn feeder 10 is located above the rear knitting needle e and rises, and this point is set as a starting position for next yarn feeding, and the front knitting needles A to F and the rear knitting needle are set. The needles a to g are hooked to form a loop as in the knitting process 7. When the carriage movement direction 30 performs the operation of the knitting process 8 toward the right side, when the yarn feeder 10 advances to the front of the front knitting needle E, the rightward knitting pressing piece eE becomes the first of the continuous wire 100. The five pressing points 15 are immediately pressed downward, and when the yarn feeder 10 advances to the rear knitting needle f, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set.
Since the formation and combination of loop sets are described in detail in the above description, the loop sets described below are described with reference numerals in order to simplify the reference numerals on the drawings and the description thereof. There is no.

Next, FIG. 4, which is a schematic diagram showing a part of the knitting process of the second embodiment according to the present invention, and FIG. 5, which is a schematic diagram showing the planar structure of the double-sided knitted fabric woven by this FIG. Please refer. As can be seen from the drawings, the front needle bed is provided with a plurality of front knitting needles A to F, and the rear needle bed is a plurality of back knitting needles a at corresponding locations so as to intersect with the plurality of front knitting needles A to F. ˜g, the loop presser bed is provided above the front needle bed or the rear needle bed, and the loop presser bed includes the plurality of front knitting needles A to F and the plurality of back knitting needles a to g. The right-side knitted fabric pressing pieces aA, bB, cC, dD, eE, fF and the left-side knitted fabric pressing pieces Fg, Ef, De, Cd, Bc, Ab are provided alternately at locations corresponding to the gaps of the two-sided knitted fabric. Has a continuous wire 100 that is pressed by the plurality of rightward knitted fabric pressing pieces aA, bB, cC, dD, eE, fF and knitted into the double-sided knitted fabric. In order to explain the preferred second embodiment of the present invention more clearly, referring to FIG. 4, the flat knitting machine described in the present invention starts knitting toward the left side as shown in the carriage movement direction 30 in the drawing. The front knitting needles A to F and the back knitting needles a to g are hooked to form a loop as in the knitting process 1. When the carriage movement direction 30 performs the operation of the knitting process 2 toward the right side, when the yarn feeder 10 moves forward to the front of the front knitting needle A, the rightward knitting pressing piece aA becomes the first of the continuous wire 100. When one pressing point 11 is immediately pressed downward and the yarn feeder 10 advances to the rear knitting needle b, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set, When the yarn feeder 10 continuously advances to the front of the front knitting needle B, the rightward weaving fabric pressing piece bB immediately presses the second pressing point 12 of the continuous wire 100 downward, and the yarn feeder 10 When the needle moves forward to the rear knitting needle c, the continuous wire 100 is knitted into the double-sided knitted fabric again to form a loop set, and the carriage movement direction 30 moves toward the left side again. Yarn feeder 10 The upper knitting needle c is positioned above the rear knitting needle c and rises, and this position is set as a starting position for next yarn feeding, so that the front knitting needles A to F and the rear knitting needles a to g are in the knitting process 3. Hook and form a loop. When the carriage movement direction 30 performs the operation of the knitting process 4 toward the right side, when the yarn feeder 10 moves forward to the front of the front knitting needle C, the rightward knitting pressing piece cC is the first of the continuous wire 100. When the three pressing points 13 are immediately pressed downward and the yarn feeder 10 advances to the rear knitting needle d, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. At this time, the continuous wire 100 generates a drop to form the curved portion 101.
Similarly, when the carriage movement direction 30 moves toward the left side again, the yarn feeder 10 is raised above the rear knitting needle d at this time, and this point is set as a starting position for next yarn feeding. The front knitting needles A to F and the back knitting needles a to g are hooked to form a loop as in the knitting process 5. When the carriage movement direction 30 performs the operation of the weaving step 6 toward the right side, when the yarn feeder 10 advances to the front of the front knitting needle D, the rightward weaving pressing piece dD becomes the first wire of the continuous wire 100. The four pressing points 14 are immediately pressed downward, and when the yarn feeder 10 advances to the rear knitting needle e, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set, When the carriage movement direction 30 moves toward the left side again, the yarn feeder 10 is raised above the rear knitting needle e at this time, and this point is set as a starting position for next yarn feeding. The front knitting needles A to F and the rear knitting needles a to g are hooked to form a loop as in the knitting process 7. When the carriage movement direction 30 performs the operation of the knitting process 8 toward the right side, when the yarn feeder 10 advances to the front of the front knitting needle E, the rightward knitting pressing piece eE becomes the first of the continuous wire 100. When the five pressing points 15 are immediately pressed downward and the yarn feeder 10 advances to the rear knitting needle f, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. At this time, a drop is generated in the continuous wire 100 to form another curved portion 101. When the yarn feeder 10 continuously advances to the front of the front knitting needle F, the rightward weaving fabric pressing piece fF immediately presses the sixth pressing point 16 of the continuous wire 100 downward, and the yarn feeder. When 10 advances to the back knitting needle g, the continuous wire 100 is knitted again into the double-sided knitted fabric to form a loop set. Finally, when the carriage movement direction 30 moves toward the left side again, at this time, the yarn feeder 10 rises while being positioned above the rear knitting needle g, and the front knitting needles A to F and the rear knitting needles a to As in g, we are knitting a double-sided knitted fabric that hooks to form a loop and forms a curved shape by knitting a continuous wire as shown in FIG.

Next, FIG. 6, which is a schematic diagram showing a part of the knitting process of the third embodiment according to the present invention, and FIG. 7, which is a schematic diagram showing the planar structure of the double-sided knitted fabric woven by this FIG. Please refer. As can be seen from the drawings, the front needle bed is provided with a plurality of front knitting needles A to F, and the rear needle bed is a plurality of back knitting needles a at corresponding locations so as to intersect with the plurality of front knitting needles A to F. ˜g, the loop presser bed is provided above the front needle bed or the rear needle bed, and the loop presser bed includes the plurality of front knitting needles A to F and the plurality of back knitting needles a to g. The right-side knitted fabric pressing pieces aA, bB, cC, dD, eE, fF and the left-side knitted fabric pressing pieces Fg, Ef, De, Cd, Bc, Ab are provided alternately at locations corresponding to the gaps of the two-sided knitted fabric. Is a continuous wire 100 that is pressed by the plurality of rightward knitted fabric pressing pieces aA, bB, cC, dD, eE, fF and knitted into the double-sided knitted fabric, and the leftward woven fabric pressing pieces Fg, Ef, De, Cd, Pressed by Bc, Ab And a continuous wire 200 writes knitted in the double-sided knitted fabric. In order to explain the third preferred embodiment of the present invention more clearly, referring to FIG. 6, the flat knitting machine described in the present invention starts knitting toward the left side as shown in the carriage movement direction 30 in the drawing. The front knitting needles A to F and the back knitting needles a to g are hooked to form a loop as in the knitting process 1. When the carriage movement direction 30 performs the operation of the knitting process 2 toward the right side, when the yarn feeder 10 moves forward to the front of the front knitting needle A, the rightward knitting pressing piece aA becomes the first of the continuous wire 100. When one pressing point 11 is immediately pressed downward and the yarn feeder 10 advances to the rear knitting needle b, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set, When the yarn feeder 10 continuously advances to the front of the front knitting needle B, the rightward weaving fabric pressing piece bB immediately presses the second pressing point 12 of the continuous wire 100 downward, and the yarn feeder 10 When the needle moves forward to the rear knitting needle c, the continuous wire 100 is knitted into the double-sided knitted fabric again to form a loop set, and the carriage movement direction 30 moves toward the left side again. Yarn feeder 10 It is positioned above the rear knitting needle c and rises, and this point is set as a starting position for the next yarn feeding, and at the same time, another yarn feeder 20 is provided to continuously move the right knitting needle g from the right to the left. When the wire 200 is fed and the yarn feeder 20 advances to the front of the front knitting needle F, the leftward weaving pressing piece Fg immediately presses the first pressing point 21 of the continuous wire 200 downward. When the yarn feeder 20 advances to the rear knitting needle f, the continuous wire 200 is knitted into the double-sided knitted fabric to form a loop set, and the yarn feeder 20 continues until the front knitting needle E is reached. The left-side knitted fabric pressing piece Ef immediately presses the second pressing point 22 of the continuous wire 200 downward, and when the yarn feeder 20 advances to the rear knitting needle e, Wire 200 is again made into the double-sided knitted fabric When the yarn feeder 20 is continuously advanced toward the left, the front knitting needles A to F and the rear knitting needles a to g are hooked as in the knitting process 3. To form a loop. When the carriage movement direction 30 performs the operation of the knitting process 4 toward the right side, when the yarn feeder 10 moves forward to the front of the front knitting needle C, the rightward knitting pressing piece cC is the first of the continuous wire 100. When the three pressing points 13 are immediately pressed downward and the yarn feeder 10 advances to the rear knitting needle d, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. When the continuous wire 100 generates a drop to form a curved portion 101, the yarn feeder 20 is located above the rear knitting needle e and rises, and this point is set as a starting position for the next yarn feeding. doing.
Similarly, when the carriage movement direction 30 moves toward the left side again, the yarn feeder 10 is raised above the rear knitting needle d at this time, and this point is set as a starting position for next yarn feeding. When the yarn feeder 20 is set to advance to the front of the front knitting needle D, the leftward weaving pressing piece De immediately presses the third pressing point 23 of the continuous wire 200 downward, and the feeding When the yarn port 20 moves forward to the rear knitting needle d, the continuous wire 200 is knitted into the double-sided knitted fabric to form a loop set. At this time, the continuous wire 200 generates a drop to form a curved portion 201. When the yarn feeder 20 continuously advances toward the left, the front knitting needles A to F and the rear knitting needles a to g hook to form a loop as in the knitting process 5. ing. When the carriage movement direction 30 performs the operation of the weaving step 6 toward the right side, when the yarn feeder 10 advances to the front of the front knitting needle D, the rightward weaving pressing piece dD becomes the first wire of the continuous wire 100. When the four pressing points 14 are immediately pressed downward and the yarn feeder 10 advances to the rear knitting needle e, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. When the yarn feeder 20 is located above the rear knitting needle d and rises, this point is set as a starting position for next yarn feeding, and when the carriage movement direction 30 moves toward the left side again, At this time, the yarn feeder 10 is positioned above the rear knitting needle e and rises, and when this portion is set as a starting position for next yarn feeding, the yarn feeder 20 moves forward to the front of the front knitting needle C. , The leftward weaving pressing piece C Presses the fourth pressing point 24 of the continuous wire 200 immediately downward, and when the yarn feeder 20 advances to the rear knitting needle c, the continuous wire 200 is knitted into the double-sided knitted fabric. Further, a loop set is formed, and the front knitting needles A to F and the rear knitting needles a to g are hooked to form a loop as in the knitting process 7. When the carriage movement direction 30 performs the operation of the knitting process 8 toward the right side, when the yarn feeder 10 advances to the front of the front knitting needle E, the rightward knitting pressing piece eE becomes the first of the continuous wire 100. When the five pressing points 15 are immediately pressed downward and the yarn feeder 10 advances to the rear knitting needle f, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. At this time, a drop is generated in the continuous wire 100 to form another curved portion 101. When the yarn feeder 10 continuously advances to the front of the front knitting needle F, the rightward weaving fabric pressing piece fF immediately presses the sixth pressing point 16 of the continuous wire 100 downward, and the yarn feeder. When 10 advances to the back knitting needle g, the continuous wire 100 is knitted again into the double-sided knitted fabric to form a loop set. At this time, the yarn feeder 20 is located above the back knitting needle c. Ascending, this point is set as the starting position for the next yarn feeding. Finally, when the carriage movement direction 30 moves toward the left side again, the yarn feeder 10 is raised above the rear knitting needle g, and the yarn feeder 20 reaches the front of the front knitting needle B. When advanced, the leftward weaving pressing piece Bc immediately presses the fifth pressing point 25 of the continuous wire 200 downward, and when the yarn feeder 20 advances to the rear knitting needle b, the continuous The wire rod 200 is knitted into the double-sided knitted fabric to form a loop set. At this time, the continuous wire rod 200 generates a drop to form another curved portion 201. When the yarn feeder 20 moves forward to the front of the front knitting needle A, the leftward weaving fabric pressing piece Ab immediately presses the sixth pressing point 26 of the continuous wire 200 downward, and the yarn feeder 20 When it advances to the back knitting needle a, the continuous wire 200 is knitted into the double-sided knitted fabric again to form a loop set. The front knitting needles A to F and the back knitting needles a to g As shown in FIG. 7, a double-sided knitted fabric is formed by hooking to form a loop and knitting a continuous wire as shown in FIG. 7 to form a curved shape.

Next, FIG. 8 which is a schematic diagram showing a part of the knitting process of the fourth embodiment according to the present invention, and FIG. 9 which is a schematic diagram showing the planar structure of the double-sided knitted fabric woven by this FIG. Please refer. As can be seen from the drawing, the front needle bed is provided with a plurality of front knitting needles A to E, and the rear needle bed is a plurality of back knitting needles a at corresponding positions so as to intersect with the plurality of front knitting needles A to E. To f, the loop presser bed is provided above the front needle bed or the rear needle bed, and the loop presser bed includes the plurality of front knitting needles A to E and the plurality of back knitting needles a to f. The right-side knitted fabric pressing pieces aA, bB, cC, dD, and eE and the left-side knitted fabric pressing pieces Ef, De, Cd, Bc, and Ab are alternately provided at locations corresponding to the gaps, and the double-sided knitted fabric includes the plurality of double-sided knitted fabrics. The continuous wire rod 100 is pressed by the rightward knitted fabric pressing pieces aA, bB, cC, dD, and eE and knitted into the double-sided knitted fabric. To explain the fourth preferred embodiment according to the present invention more clearly, referring to FIG. 8, the flat knitting machine described in the present invention starts to weave toward the left side as shown in the carriage movement direction 30 in the drawing. The front knitting needles A to E and the back knitting needles a to f are hooked to form a loop as in the knitting process 1. When the carriage movement direction 30 performs the operation of the knitting process 2 toward the right side, when the yarn feeder 10 moves forward to the front of the front knitting needle A, the rightward knitting pressing piece aA becomes the first of the continuous wire 100. When one pressing point 11 is immediately pressed downward and the yarn feeder 10 advances to the rear knitting needle b, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set, When the yarn feeder 10 continuously advances to the front of the front knitting needle B, the rightward weaving fabric pressing piece bB immediately presses the second pressing point 12 of the continuous wire 100 downward, and the yarn feeder 10 When the needle moves forward to the rear knitting needle c, the continuous wire 100 is knitted into the double-sided knitted fabric again to form a loop set, and the carriage movement direction 30 moves toward the left side again. Yarn feeder 10 The upper knitting needle c is positioned above the rear knitting needle c and rises, and this position is set as a starting position for next yarn feeding. The front knitting needles A to E and the rear knitting needles a to f are in the knitting process 3. Hook and form a loop. When the carriage movement direction 30 moves to the right again, the yarn feeder 10 is raised above the rear knitting needle c at this time, and this point is set as a starting position for next yarn feeding, The front knitting needles A to E and the rear knitting needles a to f are hooked to form a loop as in the knitting process 4. When the carriage movement direction 30 moves again toward the left side, the yarn feeder 10 is also raised above the rear knitting needle c, and this point is set as a starting position for next yarn feeding. The front knitting needles A to E and the rear knitting needles a to f are hooked to form a loop as in the knitting process 5. When the carriage movement direction 30 moves again toward the right side, the yarn feeder 10 rises above the second knitting needle c, and the yarn is fed next. As the start position, the front knitting needles A to E and the back knitting needles a to f are hooked to form a loop as in the knitting process 6. When the carriage movement direction 30 again moves toward the left side, the yarn feeder 10 still rises above the rear knitting needle c, and this point is set as a starting position for the next yarn feeding. The front knitting needles A to E and the rear knitting needles a to f are hooked to form a loop as in the knitting process 7. When the carriage movement direction 30 further performs the operation of the knitting process 8 toward the right side again, when the yarn feeder 10 moves forward to the front of the front knitting needle C, the rightward knitting pressing piece cC becomes the continuous wire 100. The third pressing point 13 is immediately pressed downward, and when the yarn feeder 10 advances to the rear knitting needle d, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. At this time, the continuous wire 100 generates a drop to form the curved portion 101.
Similarly, when the carriage movement direction 30 continuously moves to the right, when the yarn feeder 10 moves forward to the front of the front knitting needle D, the rightward weaving pressing piece dD is formed on the continuous wire 100. The fourth pressing point 14 is immediately pressed downward, and when the yarn feeder 10 advances to the rear knitting needle e, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. When the carriage movement direction 30 continues to move to the right again, when the yarn feeder 10 advances to the front of the front knitting needle E, the rightward weaving pressing piece eE becomes the fifth wire of the continuous wire 100. When the pressing point 15 is immediately pressed downward and the yarn feeder 10 advances to the rear knitting needle f, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. Finally, when the carriage movement direction 30 moves toward the left side again, the yarn feeder 10 is raised above the rear knitting needle f, and the front knitting needles A to E and the rear knitting needles a to As in f, we are knitting a double-sided knitted fabric that hooks to form a loop and forms a curved shape by knitting a continuous wire as shown in FIG.

  Next, FIG. 10 which is a schematic diagram showing a part of the knitting process of the fifth embodiment according to the present invention, and FIG. 11 which is a schematic diagram showing the planar structure of the double-sided knitted fabric knitted by this FIG. Please refer. As can be seen from the drawing, the front needle bed is provided with a plurality of front knitting needles A to E, and the rear needle bed is a plurality of back knitting needles a at corresponding positions so as to intersect with the plurality of front knitting needles A to E. To f, the loop presser bed is provided above the front needle bed or the rear needle bed, and the loop presser bed includes the plurality of front knitting needles A to E and the plurality of back knitting needles a to f. The right-side knitted fabric pressing pieces aA, bB, cC, dD, and eE and the left-side knitted fabric pressing pieces Ef, De, Cd, Bc, and Ab are alternately provided at locations corresponding to the gaps, and the double-sided knitted fabric includes the plurality of double-sided knitted fabrics. The right-side knitted fabric pressing pieces aA, bB, cC, dD and the left-side knitted fabric pressing piece De, and the continuous wire 100 knitted into the double-sided knitted fabric. In order to explain the fifth preferred embodiment of the present invention more clearly, referring to FIG. 10, the flat knitting machine described in the present invention starts knitting toward the left side as shown in the carriage movement direction 30 in the drawing. The front knitting needles A to E and the back knitting needles a to f are hooked to form a loop as in the knitting process 1. When the carriage movement direction 30 performs the operation of the knitting process 2 toward the right side, when the yarn feeder 10 moves forward to the front of the front knitting needle A, the rightward knitting pressing piece aA becomes the first of the continuous wire 100. When the one pressing point 11 is immediately pressed downward and the yarn feeder 10 advances to the rear knitting needle b, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. . When the yarn feeder 10 continuously advances to the front of the front knitting needle B, the rightward weaving fabric pressing piece bB immediately presses the second pressing point 12 of the continuous wire 100 downward, and the yarn feeder When 10 advances to the back knitting needle c, the continuous wire 100 is knitted again into the double-sided knitted fabric to form a loop set. When the yarn feeder 10 continues to advance even before the front knitting needle C, the rightward weaving pressing piece cC immediately presses the third pressing point 13 of the continuous wire 100 downward, When the yarn feeder 10 advances to the rear knitting needle d, the continuous wire 100 is knitted again into the double-sided knitted fabric to form a loop set. When the yarn feeder 10 continues to advance further to the front of the front knitting needle D, the rightward weaving pressing piece dD immediately presses the fourth pressing point 14 of the continuous wire 100 downward, and the feeding When the yarn port 10 advances to the rear knitting needle e, the continuous wire 100 is knitted again into the double-sided knitted fabric to form a loop set. When the carriage movement direction 30 moves toward the left side again, the yarn feeder 10 is raised above the rear knitting needle e at this time, and this point is set as a starting position for next yarn feeding. When the carriage movement direction 30 continuously moves toward the left side and the yarn feeder 10 feeds the continuous wire 100, the yarn feeder 10 moves toward the left side before the front knitting needle D. When advanced, the leftward weaving pressing piece De immediately presses the fifth pressing point 15 of the continuous wire 100 downward, and when the yarn feeder 10 advances to the rear knitting needle d, The wire 100 is knitted into the double-sided knitted fabric to form a loop set. At this time, as in the knitting process 3, the continuous wire 100 generates a drop to form the curved portion 101. When the carriage movement direction 30 moves to the right again, the yarn feeder 10 is raised above the rear knitting needle d, and this point is set as a starting position for next yarn feeding. When the carriage movement direction 30 continuously moves toward the right side and the yarn feeder 10 feeds the continuous wire 100, the yarn feeder 10 moves toward the right side before the front knitting needle D. When moving forward, the rightward weaving pressing piece dD immediately presses the sixth pressing point 16 of the continuous wire 100 downward, and when the yarn feeder 10 moves forward to the rear knitting needle e, The wire rod 100 is knitted into the double-sided knitted fabric to form a loop set. At this time, as in the knitting process 4, the continuous wire rod 100 again generates a drop to form another curved portion 101. Have . When the carriage movement direction 30 further moves toward the left side, the yarn feeder 10 is raised above the rear knitting needle e at this time, and this point is set as a starting position for next yarn feeding. When the carriage movement direction 30 continuously moves toward the left side and the yarn feeder 10 feeds the continuous wire 100, the yarn feeder 10 moves toward the left until the front of the front knitting needle D. The left-side knitted fabric pressing piece De immediately presses the seventh pressing point 17 of the continuous wire 100 downward and the yarn feeder 10 advances to the rear knitting needle d. The target wire 100 is knitted into the double-sided knitted fabric to form a loop set. At this time, as in the knitting process 5, the continuous wire 100 further generates a drop to generate another curved portion 10. To form a. When the carriage movement direction 30 further moves toward the right side, the yarn feeder 10 is raised above the rear knitting needle d at this time, and this point is set as a starting position for next yarn feeding. When the carriage movement direction 30 continuously moves toward the right side and the yarn feeder 10 feeds the continuous wire 100, the yarn feeder 10 moves to the right until the front knitting needle D is reached. The rightward weaving pressing piece dD immediately presses the eighth pressing point 18 of the continuous wire 100 downward, and the yarn feeder 10 advances to the rear knitting needle e. The target wire 100 is knitted into the double-sided knitted fabric to form a loop set. At this time, as in the knitting process 6, the continuous wire 100 further generates a drop to generate another curved portion 10. To form a. When the carriage movement direction 30 still moves toward the left side, the yarn feeder 10 is raised above the rear knitting needle e at this time, and this point is set as a starting position for next yarn feeding. Therefore, when the carriage movement direction 30 continuously moves toward the left side and the yarn feeder 10 feeds the continuous wire 100, the yarn feeder 10 is moved to the left side before the front knitting needle D. When moving forward, the leftward weaving pressing piece De immediately presses the ninth pressing point 19 of the continuous wire 100 downward, and when the yarn feeder 10 moves forward to the rear knitting needle d, The continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. At this time, as in the knitting process 7, the continuous wire 100 further generates a drop to create another bay. The section 101 is formed, as shown in FIG. 11, and knitting or weaving a double-sided knitted fabric to form a curved crowded knitting a continuous wire shape.

Next, FIG. 12 which is a schematic diagram showing a part of the knitting process of the sixth embodiment according to the present invention, and FIG. 13 which is a schematic diagram showing the planar structure of the double-sided knitted fabric woven by this FIG. Please refer. As can be seen from the drawings, the front needle bed is provided with a plurality of front knitting needles A to D, and the rear needle bed is a plurality of back knitting needles a at corresponding positions so as to intersect with the plurality of front knitting needles A to D. -E, the loop presser bed is provided above the front needle bed or the rear needle bed, and the loop presser bed includes the plurality of front knitting needles A to D and the plurality of back knitting needles a to e. The right-side knitted fabric pressing pieces aA, bB, cC, and dD and the left-side knitted fabric pressing pieces De, Cd, Bc, and Ab are alternately provided at locations corresponding to the gaps, and the double-sided knitted fabric includes the plurality of right-side knitted fabric pressing members. It has a continuous wire 100 which is pressed by the pieces aA, bB, cC, dD and the left-side knitted fabric pressing pieces De, Bc, Ab and is knitted into the double-sided knitted fabric. In order to explain the sixth preferred embodiment of the present invention more clearly, referring to FIG. 12, the flat knitting machine described in the present invention starts knitting toward the left side as in the carriage movement direction 30 in the drawing. The front knitting needles A to D and the rear knitting needles a to e are hooked to form a loop as in the knitting process 1. When the carriage movement direction 30 performs the operation of the knitting process 2 toward the right side, when the yarn feeder 10 moves forward to the front of the front knitting needle A, the rightward knitting pressing piece aA becomes the first of the continuous wire 100. When one pressing point 11 is immediately pressed downward and the yarn feeder 10 advances to the rear knitting needle b, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set, When the yarn feeder 10 continuously advances to the front of the front knitting needle B, the rightward weaving fabric pressing piece bB immediately presses the second pressing point 12 of the continuous wire 100 downward, and the yarn feeder 10 Is advanced to the back knitting needle c, the continuous wire 100 is knitted again into the double-sided knitted fabric to form a loop set. When the carriage movement direction 30 moves toward the left side again, the yarn feeder 10 is raised above the rear knitting needle c at this time, and this point is set as a starting position for next yarn feeding, The front knitting needles A to D and the rear knitting needles a to e are hooked to form a loop as in the knitting process 3. When the carriage movement direction 30 performs the operation of the knitting process 4 toward the right side, when the yarn feeder 10 moves forward to the front of the front knitting needle C, the rightward knitting pressing piece cC is the first of the continuous wire 100. When the three pressing points 13 are immediately pressed downward and the yarn feeder 10 advances to the rear knitting needle d, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. At this time, the continuous wire 100 generates a drop to form the curved portion 101.
Similarly, when the carriage movement direction 30 moves toward the left side again, the yarn feeder 10 is raised above the rear knitting needle d at this time, and this point is set as a starting position for next yarn feeding. The front knitting needles A to D and the rear knitting needles a to e are hooked to form a loop as in the knitting process 5. When the carriage movement direction 30 performs the operation of the weaving step 6 toward the right side, when the yarn feeder 10 advances to the front of the front knitting needle D, the rightward weaving pressing piece dD becomes the first wire of the continuous wire 100. The four pressing points 14 are immediately pressed downward, and when the yarn feeder 10 advances to the rear knitting needle e, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. When the carriage movement direction 30 moves toward the left side again, the yarn feeder 10 is raised above the rear knitting needle e at this time, and this point is set as a starting position for the next yarn feeding. Therefore, when the carriage movement direction 30 continuously moves toward the left side and the yarn feeder 10 feeds the continuous wire 100, the yarn feeder 10 reaches the front of the front knitting needle D. When the left knitted fabric pressing piece De moves forward to the left, it immediately presses the fifth pressing point 15 of the continuous wire 100 downward, and the yarn feeder 10 advances to the rear knitting needle d. The continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. At this time, as in the knitting process 7, the continuous wire 100 generates a drop to form the curved portion 101. ing. When the carriage movement direction 30 moves to the right again, the yarn feeder 10 is raised above the rear knitting needle d at this time, and at the same time, this portion is set as a starting position for next yarn feeding, Since the yarn feeder 10 feeds the continuous wire 100 and moves the starting position of the yarn feeder 10 above the rear knitting needle c, the front knitting needles A to D and the rear knitting needles a to e are As in the knitting process 8, a hook is formed to form a loop. When the carriage movement direction 30 also moves toward the left side and the yarn feeder 10 feeds the continuous wire 100, the yarn feeder 10 advances toward the left before the front knitting needle B. The leftward weaving pressing piece Bc immediately presses the sixth pressing point 16 of the continuous wire 100 downward, and when the yarn feeder 10 advances to the rear knitting needle b, the continuous wire 100 is moved. The double-sided knitted fabric is knitted to form a loop set. At this time, as in the knitting process 9, the continuous wire 100 immediately generates a drop again to form another curved portion 101. Yes. When the carriage movement direction 30 moves further toward the left side and the yarn feeder 10 feeds the continuous wire 100, the yarn feeder 10 advances toward the left side before the front knitting needle A. The leftward weaving pressing piece Ab immediately presses the seventh pressing point 17 of the continuous wire 100 downward, and when the yarn feeder 10 advances to the rear knitting needle a, the continuous wire 100 Are knitted into the double-sided knitted fabric to form a loop set, and a double-sided knitted fabric that forms a curved shape by knitting a continuous wire as shown in FIG. 13 is knitted.

Next, FIG. 14 which is a schematic diagram showing a part of the knitting process of the seventh embodiment according to the present invention, and FIG. 15 which is a schematic diagram showing the planar structure of the double-sided knitted fabric woven by this FIG. Please refer. As can be seen from the drawings, the front needle bed is provided with a plurality of front knitting needles A to F, and the rear needle bed is a plurality of back knitting needles a at corresponding locations so as to intersect with the plurality of front knitting needles A to F. ˜g, the loop presser bed is provided above the front needle bed or the rear needle bed, and the loop presser bed includes the plurality of front knitting needles A to F and the plurality of back knitting needles a to g. The right-side knitted fabric pressing pieces aA, bB, cC, dD, eE, fF and the left-side knitted fabric pressing pieces Fg, Ef, De, Cd, Bc, Ab are provided alternately at locations corresponding to the gaps of the two-sided knitted fabric. Is a continuous wire 100 that is pressed by the plurality of rightward knitted fabric pressing pieces aA, bB, cC, dD and the leftward knitted fabric pressing pieces De, Bc and knitted into the double-sided knitted fabric, and the leftward knitted fabric pressing pieces Fg, Ef. , De and the compound Rightward knitting weave pressing piece dD, and a continuous wire 200 is pushed writing knitting the double-sided knitted fabric by fF. In order to explain the seventh preferred embodiment of the present invention more clearly, referring to FIG. 14, the flat knitting machine described in the present invention starts knitting toward the left side as in the carriage movement direction 30 in the drawing. The front knitting needles A to F and the back knitting needles a to g are hooked to form a loop as in the knitting process 1. When the carriage movement direction 30 performs the operation of the knitting process 2 toward the right side, when the yarn feeder 10 moves forward to the front of the front knitting needle A, the rightward knitting pressing piece aA becomes the first of the continuous wire 100. When one pressing point 11 is immediately pressed downward and the yarn feeder 10 advances to the rear knitting needle b, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set, When the yarn feeder 10 continuously advances to the front of the front knitting needle B, the rightward weaving fabric pressing piece bB immediately presses the second pressing point 12 of the continuous wire 100 downward, and the yarn feeder 10 Is advanced to the back knitting needle c, the continuous wire 100 is knitted again into the double-sided knitted fabric to form a loop set. When the carriage movement direction 30 moves toward the left side again, the yarn feeder 10 is raised above the rear knitting needle c at this time, and this point is set as a starting position for next yarn feeding, The front knitting needles A to F and the rear knitting needles a to g are hooked to form a loop as in the knitting process 3, and at the same time, another yarn feeder 20 is provided to provide the yarn from the rear knitting needle g. When the continuous wire 200 is fed from right to left and the yarn feeder 20 advances to the front of the front knitting needle F, the left-side knitted fabric pressing piece Fg moves down the first pressing point 21 of the continuous wire 200. When the yarn feeder 20 advances to the rear knitting needle f, the continuous wire 200 is knitted into the double-sided knitted fabric to form a loop set, and the yarn feeder 20 is in the front knitting. As the needle E is continuously advanced before the needle E, The facing knitted fabric pressing piece Ef immediately presses the second pressing point 22 of the continuous wire 200 downward, and when the yarn feeder 20 moves forward to the rear knitting needle e, the continuous wire 200 is again pressed. A loop set is formed by knitting on a double-sided knitted fabric. When the carriage movement direction 30 performs the operation of the knitting process 4 toward the right side, when the yarn feeder 10 moves forward to the front of the front knitting needle C, the rightward knitting pressing piece cC is the first of the continuous wire 100. When the three pressing points 13 are immediately pressed downward and the yarn feeder 10 advances to the rear knitting needle d, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. When the continuous wire 100 generates a drop to form a curved portion 101, the yarn feeder 20 is located above the rear knitting needle e and rises, and this point is set as a starting position for the next yarn feeding. doing.
Similarly, when the carriage movement direction 30 moves toward the left side again, the yarn feeder 10 is raised above the rear knitting needle d at this time, and this point is set as a starting position for next yarn feeding. When the first knitting needles A to F and the second knitting needles a to g are hooked to form a loop as in the knitting process 5, the yarn feeder 20 is advanced to the front of the front knitting needle D. The leftward weaving pressing piece De immediately presses the third pressing point 23 of the continuous wire 200 downward, and when the yarn feeder 20 advances to the rear knitting needle d, the continuous wire 200 is A loop set is formed by knitting on the double-sided knitted fabric, and at this time, the continuous wire 200 generates a drop to form a curved portion 201. When the carriage movement direction 30 performs the operation of the weaving step 6 toward the right side, when the yarn feeder 10 advances to the front of the front knitting needle D, the rightward weaving pressing piece dD becomes the first wire of the continuous wire 100. The four pressing points 14 are immediately pressed downward, and when the yarn feeder 10 advances to the rear knitting needle e, the continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. The yarn feeder 20 is positioned above the rear knitting needle d and is raised, and this point is set as a starting position for the next yarn feeding, and the yarn feeder 20 begins to feed the continuous wire 200 again. When moving forward to the front of the front knitting needle C, the rightward knitted fabric pressing piece dD immediately presses the fourth pressing point 24 of the continuous wire 200 simultaneously downward, and the yarn feeder 20 reaches the rear knitting needle e. Continuously when moving forward To form a loop set the wire 200 was knitted in the double-sided knitted fabric. When the carriage movement direction 30 moves toward the left side again, the yarn feeder 10 is raised above the rear knitting needle e at this time, and this point is set as a starting position for the next yarn feeding. Therefore, when the carriage movement direction 30 continuously moves toward the left side and the yarn feeder 10 feeds the continuous wire 100, the yarn feeder 10 reaches the front of the front knitting needle D. When the left knitted fabric pressing piece De moves forward to the left, it immediately presses the fifth pressing point 15 of the continuous wire 100 downward, and the yarn feeder 10 advances to the rear knitting needle d. The continuous wire 100 is knitted into the double-sided knitted fabric to form a loop set. At this time, as in the knitting process 7, the continuous wire 100 generates a drop to form the curved portion 101. And this The yarn feeder 20 is raised positioned above the back knitted needle e, is set as the start position for the next yarn feeding this point. When the carriage movement direction 30 moves to the right again, the yarn feeder 10 is raised above the rear knitting needle d at this time, and at the same time, this portion is set as a starting position for next yarn feeding, Since the yarn feeder 10 feeds the continuous wire 100 and moves the starting position of the yarn feeder 10 above the rear knitting needle c, the front knitting needles A to F and the rear knitting needles a to g Then, as in the knitting process 8, a hook is formed to form a loop, and at this time, the yarn feeder 20 is raised above the rear knitting needle e, and this point is set as a starting position for next yarn feeding. Therefore, when the carriage movement direction 30 moves to the right side and the yarn feeder 20 feeds the continuous wire 200, the yarn feeder 20 is moved to the right side before the front knitting needle F. When moving forward The rightward weaving pressing piece fF immediately presses the fifth pressing point 25 of the continuous wire 200 downward, and when the yarn feeder 20 advances to the rear knitting needle g, the continuous wire 200 is again pressed. A loop set is formed by knitting on the double-sided knitted fabric. When the carriage movement direction 30 moves further toward the left side and the yarn feeder 10 feeds the continuous wire rod 100, the yarn feeder 10 advances toward the left side before the front knitting needle B. The leftward weaving pressing piece Bc immediately presses the sixth pressing point 16 of the continuous wire 100 downward, and when the yarn feeder 10 advances to the rear knitting needle b, the continuous wire 100 Are knitted into the double-sided knitted fabric to form a loop set. At this time, as in the knitting process 9, the continuous wire 100 immediately generates a drop again to form another curved portion 101. ing. When the carriage movement direction 30 still moves toward the left side and the yarn feeder 10 feeds the continuous wire 100, the yarn feeder 10 advances toward the left side before the front knitting needle A. The leftward weaving fabric pressing piece Ab immediately presses the seventh pressing point 17 of the continuous wire 100 downward, and when the yarn feeder 10 advances to the rear knitting needle a, the continuous wire rod 100 is knitted into the double-sided knitted fabric to form a loop set, and a double-sided knitted fabric that forms a curved shape by knitting a continuous wire as shown in FIG. 15 is knitted.

DESCRIPTION OF SYMBOLS 1 Knitting process 2 Knitting process 3 Knitting process 4 Knitting process 5 Knitting process 6 Knitting process 7 Knitting process 8 Knitting process 9 Knitting process 10 Yarn feeder 100 Continuous wire 11 First pressing point 12 Second pressing point 13 Third pressing point 14 4th press point 15 5th press point 16 6th press point 17 7th press point 18 8th press point 19 9th press point 20 yarn feeder 200 continuous wire 21 first press point 22 2nd press point 23 3rd press Point 24 Fourth pressing point 25 Fifth pressing point 26 Sixth pressing point 30 Carriage movement direction 4A Loop set 4B Loop set 4C Loop set 41a Loop 41A Loop 41b Loop 41B Loop 41c Loop 42a Loop 42A Loop 42b Loop 42B Loop 42c Loop 43c Loop 43C Loop 43d Loop 44c Loop 44C Loop 44d Loop A First needle B First needle C Knitting needle D Front knitting needle E Front knitting needle F Front knitting needle a Rear knitting needle b Rear knitting needle c Rear knitting needle d Rear knitting needle e Rear knitting needle f Rear knitting needle g Rear knitting needle aA Right knitting pressing piece bB Right knitting pressing piece cC Right knitting pressing piece dD Right knitting pressing Piece eE rightward weaving pressing piece fF rightward weaving pressing piece Ab left facing weaving pressing piece Bc leftward weaving pressing piece Cd leftward weaving pressing piece De left facing weaving pressing piece Ef leftward weaving pressing piece Fg leftward weaving pressing piece Fg

Claims (6)

A front needle bed provided with a plurality of front knitting needles, a back needle bed provided with a plurality of back knitting needles at corresponding locations so as to intersect with the plurality of front knitting needles, and provided above the front needle bed or the back needle bed And continuously knitted by a flat knitting machine having a loop presser bed in which a rightward knitted fabric pressing piece and a leftward knitted fabric pressing piece are alternately provided at locations corresponding to the gaps between the plurality of front knitting needles and the plurality of rear knitting needles. A double-sided knitted fabric that forms a curved shape by knitting a wire,
Among them, the double-sided knitted fabric has a continuous wire that is pressed by the plurality of rightward knitted fabric pressing pieces and / or the plurality of leftward knitted fabric pressing pieces and knitted into the double-sided knitted fabric, and the continuous wire is Knitted into a double-sided knitted fabric to form a plurality of loop sets, the loop set comprising the front knitting needle in one knitting process and the rear knitting needle on both sides of the front knitting needle, the front knitting needle in the next knitting process, and The loop is formed by hooking the two back knitting needles, and at least two of the plurality of loop sets are located in different knitting processes, causing a drop in the continuous wire, and at least A double-sided knitted fabric that forms a curved shape by knitting a continuous wire, characterized by forming a single curved portion.   2. The continuous wire according to claim 1, wherein the continuous wire is knitted from the front needle bed toward the double-sided knitted fabric, and is pulled out from the double-sided knitted fabric toward the front needle bed direction. Double-sided knitted fabric that forms a curved shape by knitting a target wire.   2. The continuous wire according to claim 1, wherein the continuous wire is knitted from the front needle bed toward the double-sided knitted fabric, and is pulled out from the double-sided knitted fabric toward the back needle bed direction. Double-sided knitted fabric that forms a curved shape by knitting a target wire.   2. The continuous wire according to claim 1, wherein the continuous wire is knitted from the rear needle bed toward the double-sided knitted fabric and comes out from the double-sided knitted fabric toward the rear needle bed. Double-sided knitted fabric that forms a curved shape by knitting a target wire.   2. The continuous wire according to claim 1, wherein the continuous wire is knitted from the rear needle bed toward the double-sided knitted fabric, and is pulled out from the double-sided knitted fabric toward the front needle bed direction. Double-sided knitted fabric that forms a curved shape by knitting a target wire.   The continuous wire is any one of a conductive wire, a non-conductive wire, or a combination thereof, and forms a curved shape by weaving the continuous wire. Double-sided knitted fabric.