JP3136451U - Warp knitted fabric - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a warp knitted fabric capable of expressing a pattern that is visually varied.
A warp knitted fabric is formed by knitting a pattern together with a fabric knitted fabric 11 in which a loop is continuously bound in the warp direction Y. In the knitted fabric 11, an elastic yarn is inserted into the loop. The ground knitted fabric has a plurality of types of ground knitted regions 12 with different swings in the weft direction X of the elastic yarn, and the various knitted regions 12 are continuously repeated in the warp direction Y. The ground knitted fabric 11 includes, as a plurality of types of ground knitted regions 12, a satin region 12a having a swing of 3 stitches or more and a mesh region 12b having a swing of 2 stitches or less.
[Selection] Figure 1

Description

  The present invention relates to a warp knitted fabric on which a pattern is expressed.

  In the warp knitted fabric, the loop is continuously bound in the warp direction. Among such warp knitted fabrics, there is one that is configured by knitting a pattern together with a ground knitted fabric in which loops are bound in the warp direction. Examples of the ground knitted fabric include a half tricot knitted fabric, a shark skin knitted fabric, a satin knitted fabric, a marquette knitted fabric and a tulle knitted fabric combined with basic structures such as a single denvi knitted fabric, a single coat knitted fabric, a single atlas knitted fabric and a chain knitted fabric. The warp knitted fabric is knitted by, for example, a warp knitting machine including a jacquard tack. Such a warp knitted fabric has a so-called jacquard pattern and is often used as clothing such as women's underwear.

  The conventional technique is disclosed in Patent Document 1. The clothing jacquard knitted fabric of Patent Document 1 is knitted by two divided jacquard ridges and a ground fold. In this jacquard lace knitted fabric for clothing, a non-stretchable yarn (inelastic yarn) is introduced by at least one piece of ground, and a stretchable yarn (elastic yarn) is introduced by at least one other piece of ground. Then, a ground knitting is formed, and a pattern is formed by introducing a yarn for forming a pattern (inelastic yarn) by two divided jacquard folds.

JP 2002-4158 A

  When used for clothing, the warp knitted fabric is required to improve the design of clothing. In the technique of Patent Document 1, since the pattern forming yarn is guided by the two divided jacquard folds to form the pattern, various patterns can be expressed. It is required to express the pattern.

  An object of the present invention is to provide a warp knitted fabric capable of expressing a visually rich pattern.

The present invention is a warp knitted fabric configured by knitting a pattern together with a ground knitted fabric in which loops are bound in the warp direction,
The knitted fabric is
Elastic thread is inserted into the loop,
The warp knitted fabric is characterized in that the elastic yarn has a plurality of types of ground knitting regions in which the weft in the weft direction is different from each other, and the various knitted regions are continuously repeated in the warp direction.

  The present invention is characterized in that the ground knitted fabric includes, as a plurality of types of ground knitting regions, a satin region having a swing of 3 stitches or more and a mesh region including a swing of 2 stitches or less.

  The present invention is characterized in that each knitting region is knitted over 0.5 cm to 20 cm in the warp direction.

  The present invention is characterized in that each region is knitted over 24 courses to 1300 courses.

The present invention is characterized in that the knitted fabric is repeatedly arranged in each direction in the weft direction.
The present invention is characterized in that each knitting region is knitted over 0.5 cm to 20 cm in the weft direction.

  The present invention is characterized in that each region is knitted over 8 wales to 400 wales.

In the present invention, the knitted fabric has a non-formed portion where no loop is formed at the boundary between the knitted fabric regions adjacent in the weft direction.
The non-formed part is filled with a handle.

  According to the present invention, the ground knitted fabric is characterized in that a ground structure forming a loop is set for each ground knitted region.

  The present invention is characterized in that the knitted fabric runner of the knitting yarn of the ground structure forming the loop is set for each ground knitting region.

  According to the present invention, the warp knitted fabric is configured by knitting the pattern together with the ground knitted fabric in which the loops are bound in the warp direction. In the ground knitted fabric, an elastic yarn is inserted into the loop, whereby a warp knitted fabric having stretchability can be realized. The ground knitted fabric has a plurality of types of ground knitting regions in which the weft direction of the elastic yarn is different from each other, and each knitted region is repeated continuously in the warp direction.

  In each knitted region, the elastic yarns have different densities since the swings of the elastic yarns in the weft direction are different from each other. A pattern that changes in the warp direction can be expressed on the ground knitted fabric by repeating such knitting regions repeatedly in the warp direction. Since the pattern is knitted with such a knitted fabric, the warp knitted fabric has a visually varied pattern by the warp knitted fabric and the pattern expressed by the pattern. Can be expressed.

  According to the present invention, in the knitted fabric, a satin region having a swing of 3 stitches or more and a mesh region including a swing of 2 stitches or less are adjacent to each other. Therefore, it is possible to express a pattern with a visual embroidery on the ground knitted fabric, and consequently, a pattern with a visual embroidery can be expressed on the warp knitted fabric.

  Further, according to the present invention, each knitted region is knitted over 0.5 cm to 20 cm with respect to the warp direction. As a result, the pattern expressed by the warp knitted fabric can be recognized by a person as a visually rich pattern.

  If it is less than 0.5 cm, the dimension in the warp direction of each knitted region is too small. As a result, the pattern expressed on the knitted fabric is recognized as a substantially uniform pattern with respect to the warp direction. If it exceeds 20 cm, the warp direction dimension of each knitted region is too large, and as a result, the pattern expressed in the knitted fabric is not recognized as a pattern having a change in the warp direction. Therefore, even if it is less than 0.5 cm or exceeds 20 cm, the pattern expressed by the warp knitted fabric is recognized as a pattern with poor visual change.

  In addition, according to the present invention, each region is knitted over 24 courses to 1300 courses. As a result, the pattern expressed by the warp knitted fabric can be recognized by a person as a visually rich pattern.

  When the number of courses is less than 24, the dimension in the warp direction of each knitted region is too small. As a result, the pattern expressed on the knitted fabric is recognized as a substantially uniform pattern with respect to the warp direction. If it exceeds 1300 courses, the dimension in the warp direction of each knitted region is too large, and as a result, the pattern expressed in the knitted fabric is not recognized as a pattern having a change in the warp direction. Therefore, the pattern expressed by the warp knitted fabric is recognized as a pattern with poor visual change, even if it is less than 24 courses or exceeds 1300 courses.

  In addition, according to the present invention, the knitting area as described above is continuously repeated in the weft direction, so that a pattern that changes not only in the warp direction but also in the weft direction can be expressed on the ground knitted fabric. . Since the pattern is knitted together with such a knitted fabric, the warp knitted fabric is further visually changed by the warp and weft patterns expressed by the knitted fabric and the pattern expressed by the pattern. A rich pattern can be expressed.

  Further, according to the present invention, each region is knitted over 0.5 cm to 20 cm in the weft direction. As a result, the pattern expressed by the warp knitted fabric can be recognized by a person as a visually rich pattern.

  If it is less than 0.5 cm, the dimension in the weft direction of each knitted region is too small, and as a result, the pattern expressed in the knitted fabric is recognized as a substantially uniform pattern in the weft direction. If it exceeds 20 cm, the dimension in the weft direction of each knitted region is too large, and as a result, the pattern expressed in the knitted fabric is not recognized as a pattern having a change in the weft direction. Therefore, even if it is less than 0.5 cm or exceeds 20 cm, the pattern expressed by the warp knitted fabric is recognized as a pattern with poor visual change.

  Further, according to the present invention, each region is knitted over 8 wales to 400 wales. As a result, the pattern expressed by the warp knitted fabric can be recognized by a person as a visually rich pattern.

  If it is less than 8 wales, the dimension in the weft direction of each knitted region is too small, and as a result, the pattern expressed in the knitted fabric is recognized as a substantially uniform pattern in the weft direction. If it exceeds 400 wales, the dimension in the weft direction of each knitted region is too large. As a result, the pattern expressed in the knitted fabric is not recognized as a pattern having a change in the weft direction. Therefore, even if it is less than 8 wales or exceeds 400 wales, the pattern expressed by the warp knitted fabric is recognized as a pattern with poor visual change.

  Further, according to the present invention, in the knitted fabric, there is a non-formed portion where no loop is formed at the boundary between the knitted fabric regions adjacent in the weft direction. This non-formed part is filled with a handle. Therefore, relaxation at the boundary can be prevented. As a result, it is possible to prevent a tissue wetting line from entering the boundary portion and to reduce a sense of incongruity.

  According to the present invention, in the ground knitted fabric, the ground texture forming the loop is set for each ground knitted region. By appropriately setting the ground structure, it is possible to further improve the visual depth or diversify the pattern.

  Further, according to the present invention, in the ground knitted fabric, the knitting yarn runner of the ground texture forming the loop is set for each ground knitting region. By appropriately setting the runner of the knitting yarn of the ground structure, the visual edge can be further improved, or the pattern can be diversified.

  FIG. 1 is a diagram schematically showing a knitted fabric 11 constituting a part of a warp knitted fabric according to a first embodiment of the present invention. The warp knitted fabric according to the present embodiment is configured by knitting a pattern together with a ground knitted fabric 11 in which a loop is continuously bound in the warp direction Y. In the ground knitted fabric 11, an elastic yarn is inserted into the loop, whereby a warp knitted fabric having stretchability can be realized. Such a warp knitted fabric is used for women's underwear, for example.

  The ground knitted fabric 11 has a plurality of types of ground knitted regions 12. The local knitting regions 12 have different swings in the weft direction X of the elastic yarn inserted into the loop. In the example shown in FIG. 1, the type of the ground stitch region 12 is 2. The number of types of the ground stitch region 12 may be three or more. In the knitted fabric 11, each knitted region 12 is continuously repeated in the warp direction Y. In the present embodiment, the local area 12 is formed so as to extend in the weft direction X.

  In each knitted region 12, since the swing of the elastic yarn in the weft direction X is different from each other, the density of the elastic yarn is different from each other. By repeating such knitting regions 12 in the warp direction Y repeatedly, a pattern that changes in the warp direction Y, that is, a striped pattern in the present embodiment, can be expressed on the knitted fabric 11. Since the pattern is knitted together with such a knitted fabric 11, the warp knitted fabric has a visually varied pattern due to the stripe pattern expressed by the knitted fabric 11 and the pattern pattern expressed by the pattern. Can be expressed.

  In the knitted fabric 11, tissue sag may occur at the boundary portion 13 between the knitted fabric regions 12. In the present embodiment, since the pattern is knitted together with the knitted fabric 11, the tissue sag at the boundary portion 13 is distracted by the pattern, thereby reducing the sense of incongruity due to the tissue swell.

  The pattern may be expressed in all types of ground knitting regions 12 or may be expressed in any type of ground knitting region 12 among the types. In the ground stitch region 12 where the pattern is not expressed by the pattern, the plain is expressed by the pattern. The pattern may be expressed so as to be completed within one ground knitting region 12 or may be expressed over a plurality of adjacent ground knitting regions 12.

  In the example shown in FIG. 1, the ground knitted fabric 11 includes a satin region 12 a and a mesh region 12 b as a plurality of types of ground knitted regions 12. The satin region 12a is a thick region. The satin region 12a has a swing of 3 stitches or more, specifically a swing of 3 stitches or more and 5 stitches or less. In other words, in the satin region 12a, the elastic yarn is swung between three or more wales, specifically, between three or more and five or less wales. In FIG. 1, the satin region 12a is hatched. The mesh area 12b is a thin area. The mesh region 12b includes a swing of 2 stitches or less, specifically, a swing of 1 stitch or more and 2 stitches or less. In other words, in the mesh region 12b, the elastic yarn is swayed between two or less wales, specifically between 1 and 2 or less wales. In the knitted fabric 11, the satin region 12a and the mesh region 12b are adjacent to each other. Therefore, the ground knitted fabric 11 can express a pattern with a visual incision, and the warp knitted fabric can express a pattern with a visual incision.

  Each knitted region 12 is knitted over 0.5 cm to 20 cm with respect to the warp direction Y. If it is less than 0.5 cm, the dimension of the warp direction Y of each knitted region 12 is too small. As a result, the pattern expressed in the knitted fabric 11 is recognized as a substantially uniform pattern with respect to the warp direction Y. End up. If it exceeds 20 cm, the dimension in the warp direction Y of each knitted region 12 is too large, and as a result, the pattern expressed in the knitted fabric 11 is not recognized as a pattern having a change in the warp direction Y. Therefore, even if it is less than 0.5 cm or exceeds 20 cm, the pattern expressed by the warp knitted fabric is recognized as a pattern with poor visual change. In consideration of this point, each region knitting region 12 is knitted as described above, and the pattern expressed by the warp knitted fabric can be recognized as a visually rich pattern. Preferably, each knitted region 12 is knitted over 0.8 cm to 10 cm with respect to the warp direction Y.

  When defined by the number of courses, each region 12 is knitted over 24 courses to 1300 courses. When less than 24 courses, the dimension of the warp direction Y of each knitted region 12 is too small, and as a result, the pattern expressed on the knitted fabric 11 is recognized as a substantially uniform pattern with respect to the warp direction Y. . If it exceeds 1300 courses, the dimension of the warp direction Y of each knitted region 12 is too large, and as a result, the pattern expressed in the knitted fabric 11 is not recognized as a pattern having a change in the warp direction Y. Therefore, the pattern expressed by the warp knitted fabric is recognized as a pattern with poor visual change, even if it is less than 24 courses or exceeds 1300 courses. In consideration of this point, each region knitting region 12 is knitted as described above, and the pattern expressed by the warp knitted fabric can be recognized as a visually rich pattern. Preferably, the local edition area 12 is knitted over 38 courses or more and 650 courses or less.

  In the warp knitted fabric, knitting conditions are appropriately set for each ground knitting region 12. The knitting conditions include runners and on-board driving. By appropriately setting the knitting conditions for each ground knitting region 12, the physical properties, physical quantity, quality, and basis weight necessary for each knitting region 12 can be obtained.

  The knitted fabric 11 is composed of a ground structure and an insertion structure, and the pattern is composed of a pattern structure. The ground texture is constituted by knitting yarns forming a loop. The insertion tissue is constituted by an insertion thread that is inserted into the loop of the ground tissue. The pattern structure is constituted by a pattern yarn constituting the pattern.

  The ground structure is composed of inelastic yarns. In other words, the knitting yarn constituting the ground structure is an inelastic yarn. Examples of the non-elastic yarn for the ground tissue include nylon yarn. The ground organization may be knitted using a single kite, or may be knitted using a plurality of kites.

  The insertion tissue is constituted by an elastic thread. In other words, the insertion yarn constituting the insertion tissue is an elastic yarn. Examples of the elastic yarn for insertion tissue include polyurethane yarn such as spandex. The insertion tissue may be knitted using one fold or may be knitted using a plurality of folds.

  The handle structure is composed of inelastic yarn. In other words, the handle yarn constituting the handle structure is an inelastic yarn. Examples of the non-elastic yarn for the handle structure include nylon yarn. The pattern structure may be knitted using one ridge or may be knitted using a plurality of ridges.

  FIG. 2 is an organization chart for explaining the ground organization. FIG. 2 (1) shows the first organization for the ground organization, FIG. 2 (2) shows the second organization for the ground organization, and FIG. 2 (3) shows the third organization for the ground organization. In the present embodiment, the first to third tissues for the ground organization are selectively used as the ground organization. In each structure for the ground structure, the density of the inelastic yarn serving as the knitting yarn is different from each other.

As shown in FIG. 2 (1), the first organization for the ground organization is a one-well organization. As shown in FIG. 2 (2), the second structure for the ground structure is a structure extending over two wales, and the density of the inelastic yarn serving as the knitting yarn is higher than that of the first structure for the ground structure. As shown in FIG. 2 (3), the third structure for the ground structure is a structure extending over 3 wales, and the density of the inelastic yarn serving as the knitting yarn is higher than that of the second structure for the ground structure. Each organization for these local organizations is represented as follows.
1st organization for ground organization: 0-1 / 1-0
Second organization for ground organization: 1-2 / 2-1 / 1-2 / 1-0 / 0-1 / 1-0
3rd organization for ground organization: 2-1 / 2-3 / 2-1-1 / 1-2 / 1-0 / 1-2

  Each organization for ground organization shown in Drawing 2 is only an illustration, and the organization for ground organization is not limited to each above-mentioned organization. The organization for the ground tissue may be, for example, a tissue over 4 wales. Hereinafter, “-” between numbers is omitted.

  The ground organization may be set to be the same regardless of the type of the ground stitch region 12 or may be set for each ground stitch region 12. By appropriately setting the ground structure according to the type of the ground stitch region 12, it is possible to further improve the visual sharpening or diversify the pattern.

  The runners of the knitting yarn of the ground texture may be set to the same regardless of the type of the ground knitting region 12 or may be set for each ground knitting region 12. By appropriately setting the runners of the knitting yarn of the ground structure, the visual sharpening can be further improved or the patterns can be diversified. For example, in the satin area, the yarn density difference between the satin area and the mesh area is increased by increasing the runner of the knitting yarn of the ground structure as compared with the mesh area, thereby further improving the visual flaking. be able to.

  FIG. 3 is an organization chart for explaining the inserted tissue. 3 (1) shows the first tissue for the inserted tissue, FIG. 3 (2) shows the second tissue for the inserted tissue, and FIG. 3 (3) shows the third tissue for the inserted tissue. . In the present embodiment, the first to third tissues for insertion tissue are selectively used as the insertion tissue. Each tissue for an insertion tissue has a different density of elastic yarn as an insertion yarn.

As shown in FIG. 3 (1), the first tissue for the insertion tissue is a one-wale tissue, that is, a so-called one-needle tissue. As shown in FIG. 3 (2), the second tissue for the inserted tissue is a tissue extending between two wales, which is a so-called two-needle swing tissue, and is an insertion thread rather than the first tissue for the inserted tissue. The density of elastic yarn is high. As shown in FIG. 3 (3), the third tissue for the insertion tissue is a tissue extending over three wales, and is a so-called three-needle swinging tissue, which is an insertion thread rather than the second tissue for the insertion tissue. The density of elastic yarn is high. Each tissue for these inserted tissues is represented as follows.
First tissue for insertion tissue: 11/00
Second tissue for insertion tissue: 22/11/22/00/11/00
Third tissue for insertion tissue: 33/11/22/00/22/11

  Each tissue for insertion tissue shown in FIG. 3 is merely an example, and the tissue for insertion tissue is not limited to each of the aforementioned tissues. The tissue for the inserted tissue may be, for example, a tissue spanning 4 wales or more.

  The insertion tissue is set for each ground stitch region 12. By appropriately setting the insertion tissue depending on the type of the ground stitch region 12, it is possible to improve visual sharpening or diversify the pattern.

  The runner of the insertion yarn of the insertion tissue may be set to be the same regardless of the type of the ground knitting region 12 or may be set for each ground knitting region 12. By appropriately setting the runner of the insertion thread of the insertion tissue, it is possible to further improve the visual sharpening or diversify the pattern.

  FIG. 4 is an organization chart for explaining the pattern organization. FIG. 4 shows an example of a pattern structure. 4 (1) shows the basic structure for the handle tissue, FIG. 4 (2) shows the first changed tissue for the handle tissue, FIG. 4 (3) shows the second changed tissue for the handle tissue, 4 (4) indicates a third changed tissue for the handle tissue. In the present embodiment, the basic structure for the pattern structure and the first to third changed tissues for the pattern structure are selectively used as the pattern structure. In each structure for the handle structure, the densities of the inelastic yarns serving as the handle yarns are different from each other.

As shown in FIG. 4 (1), the basic structure for the handle structure is a structure of one wal. As shown in FIG. 4 (2), the first changed tissue for the handle tissue is a tissue extending over two wales, and is a heavy-weight tissue. As shown in FIG. 4 (3), the second change structure for the handle structure is a structure extending between two wales, is a medium-thick fabric structure, and is a non-pattern yarn that becomes a handle yarn than the first change structure for the handle structure. The density of the elastic yarn is low. As shown in FIG. 4 (4), the third changed tissue for the handle tissue is a tissue extending between two wales and is a hole tissue. Each organization for these handle designs is represented as follows.
Basic organization for handle tissue: 01/10
First change tissue for handle tissue: 12/10
Second change tissue for handle tissue: 12/21/12/10/01/10
Third change tissue for handle tissue: 21/12/21/01/10/01

  FIG. 5 is an organization chart for explaining the pattern organization. FIG. 5 shows another example of the pattern structure. 5 (1) shows the basic structure of the handle tissue, FIG. 5 (2) shows the first changed tissue for the handle tissue, FIG. 5 (3) shows the second changed tissue for the handle tissue, (4) shows the third changed tissue for the handle tissue. In the present embodiment, the basic structure for the pattern structure and the first to third changed tissues for the pattern structure are selectively used as the pattern structure. In each structure for the handle structure, the densities of the inelastic yarns serving as the handle yarns are different from each other.

The basic structure for the handle structure is a structure of 2 wales as shown in FIG. As shown in FIG. 5 (2), the first change structure for the handle structure is a structure extending over three wales, and is a thick structure. As shown in FIG. 5 (3), the second change structure for the handle structure is a structure extending over three wales, is a medium-thick fabric structure, and is a non-pattern yarn that becomes a handle yarn than the first change structure for the handle structure. The density of the elastic yarn is low. As shown in FIG. 5 (4), the third changed tissue for the handle tissue is a structure of one wal and is a hole tissue. Each organization for these handle designs is represented as follows.
Basic organization for handle tissue: 12/10
First change tissue for handle tissue: 23/10
Second change tissue for handle tissue: 23/10/12/10/23/21
Third change tissue for handle tissue: 01/10

  Each tissue for the handle tissue shown in FIGS. 4 and 5 is merely an example, and the tissue for the handle tissue is not limited to the aforementioned tissues. The tissue for the handle tissue may be, for example, a tissue extending over 4 wales.

  The basic structure for the pattern structure may be set to be the same regardless of the type of the ground knitting area 12 or may be set for each ground knitting area 12. By appropriately setting the basic structure for the pattern structure according to the type of the ground knitting region 12, it is possible to further improve the visual edge or to diversify the pattern.

  The pattern yarn runners of the pattern structure may be set to be the same regardless of the type of the ground knitting region 12, or may be set for each ground knitting region 12. By appropriately setting the pattern yarn runners of the pattern structure, it is possible to further improve the visual edge or to diversify the pattern.

  FIG. 6 is a diagram schematically showing a knitted fabric 21 constituting a part of the warp knitted fabric according to the second embodiment of the present invention. Since the warp knitted fabric of the present embodiment is similar to the warp knitted fabric of the first embodiment, only different points will be described. In the knitted fabric 21, each knitted region 12 continues repeatedly in the weft direction X. Each knitting region 12 is generally formed in a square shape.

  As described in the first embodiment above, in each knitted region 12, the elastic yarns have different densities because the swings of the elastic yarns in the weft direction X are different from each other. By repeating these various knitting regions 12 also in the weft direction X, the knitted fabric 21 expresses a pattern that changes not only in the warp direction Y but also in the weft direction X, specifically, a checkered pattern. can do. Since the pattern is knitted together with such a knitted fabric 21, the warp knitted fabric is visually further varied due to the checkered pattern expressed by the knitted fabric 21 and the pattern expressed by the pattern. A pattern can be expressed.

  Each knitted region 12 is knitted over 0.5 cm or more and 20 cm or less with respect to the weft direction X. If it is less than 0.5 cm, the dimension in the weft direction X of each knitted region 12 is too small. As a result, the pattern expressed in the knitted fabric 21 is recognized as a substantially uniform pattern in the weft direction X. End up. If it exceeds 20 cm, the dimension in the weft direction X of each knitted region 12 is too large. As a result, the pattern expressed in the knitted fabric 21 is not recognized as a pattern having a change in the weft direction X. Therefore, even if it is less than 0.5 cm or exceeds 20 cm, the pattern expressed by the warp knitted fabric is recognized as a pattern with poor visual change. In consideration of this point, it is possible to make the person recognize the pattern expressed by the warp knitted fabric as a pattern rich in visual change by knitting the various knitted regions 12 as described above. Preferably, each knitted region 12 is knitted over 0.8 cm to 10 cm with respect to the weft direction X.

  When defined by the number of wales, each region 12 is knitted over 8 wales to 400 wales. If it is less than 8 wales, the dimension in the weft direction X of each knitted region 12 is too small. As a result, the pattern expressed in the knitted fabric 21 is recognized as a substantially uniform pattern in the weft direction X. . If it exceeds 400 wales, the dimension in the weft direction X of each knitted region 12 is too large, and as a result, the pattern expressed in the knitted fabric 21 is not recognized as a pattern having a change in the weft direction X. Therefore, even if it is less than 8 wales or exceeds 400 wales, the pattern expressed by the warp knitted fabric is recognized as a pattern with poor visual change. In consideration of this point, each region knitting region 12 is knitted as described above, and the pattern expressed by the warp knitted fabric can be recognized as a visually rich pattern. Preferably, each knitting area 12 is knitted over 13 wales or more and 200 wales or less.

  The warp knitted fabrics 11 and 21 are knitted by, for example, a Raschel knitting machine. As the Raschel knitting machine, for example, two computer jacquard raschel machines (RSJ4 / 1, manufactured by KARL MAYER) with two split jacquard scissors and three ground scissors, and two split jacquard scissors, Examples include a computer jacquard russell machine (RSJ5 / 1, manufactured by KARL MAYER) having four grounds.

  FIG. 7 is a diagram showing the contraction of the local knitting region 12 of the knitted fabric 21. The satin region 12a contracts in the weft direction X, and the mesh region extends in the weft direction X. Therefore, at the boundary portion 23 between the satin region 12a and the mesh region 12b adjacent to each other in the weft direction X, the boundary is curved, and each boundary continuous in the longitudinal direction Y meanders as shown in FIG. In some cases, there may be a line of tissue droop. In the present embodiment, since the pattern is knitted together with the knitted fabric 21, the curvature of the boundary and the tissue edging at the boundary portion 23 are distracted by the pattern, thereby reducing the sense of incongruity due to the bending of the boundary and the tissue edging. can do.

  FIG. 8 is a side view showing the knitting portion 31 provided in the Raschel knitting machine. The knitting portion 31 includes a large number of knitting needles 33 arranged in a row and fixed to the needle bar 32, and a yarn introduction means 34 that guides the yarn toward a knitting position near each knitting needle 33.

  The yarn introduction means 34 includes a plurality of wrinkles. Each kite is configured by a large number of guides arranged in a row and fixed to a guide bar. Each saddle is provided with a runner adjustment device for adjusting the runner in multiple stages. In the Raschel knitting machine shown in FIG. 8, the yarn introduction means 34 includes two divided jacquard ridges J-1 and J-2 for knitting a pattern and three sheets for knitting the knitted fabric 11. Including ground L2, L3, and L4.

  Each of the divided jacquard jars J-1 and J-2 is divided and arranged so as to form an alternate arrangement every other stitch, that is, a 1-in-1 out-shift arrangement shifted by one stitch, and is arranged adjacent to the front and rear. Each of the split jacquard jars J-1 and J-2 is provided so that each guide can be further displaced in the weft direction X by one knitting needle 33 pitch apart from the heel motion. A desired pattern is knitted by controlling each guide according to the displacement program.

  Each knitting needle 33 moves up and down together. Each of the collars J-1, J-2, L2, L3, and L4 performs a swing motion and a wrapping motion in synchronization with the vertical movement of each knitting needle 33. The warp knitted fabric is knitted by the movement of each knitting needle 33 and each heel J-1, J-2, L2, L3, L4.

  The knitting unit 31 further includes a tongue bar 36, a stitch comb bar 37, and a trick plate bar 38. A tongue for closing the hook of the knitting needle 33 is fixed to the tongue bar 36. The Raschel knitting machine assists the knitted warp knitted fabric by the knitting assisting action of the stitch comb bar 37, passes the trick plate bar 38, and the warp knitting by the winding device provided in the vicinity of the knitting portion 31. Wind up the ground.

  FIG. 9 is a side view showing the knitting portion 41 provided in the Raschel knitting machine. Since the Raschel knitting machine shown in FIG. 9 is similar to the Raschel knitting machine shown in FIG. 8, only different points will be described. The Raschel knitting machine shown in FIG. 9 has, as the yarn introduction means 34, two divided jacquard rods J-1, J-2 and four ground rods L2, L3, L4, L5. The Raschel knitting machine shown in FIG. 9 is the same as the Raschel knitting machine shown in FIG. 8 except that there are four bases.

  Examples will be given below to specifically describe the above-described embodiments. The first to third examples are specific examples of the first form described above. The fourth and fifth examples are specific examples of the second form described above. The warp knitted fabric of each example is knitted using, for example, a Raschel knitting machine shown in FIG.

  In the first to fifth embodiments, the knitting conditions of the Raschel knitting machine are switched alternately between the first knitting condition and the second knitting condition. The first knitting condition is continued for a predetermined number of courses, and the second knitting condition is continued for a predetermined number of courses. The number of courses in which the first knitting condition is continued and the number of courses in which the second knitting condition is continued may be the same or different.

[First embodiment]
FIG. 10 is a view for explaining the warp knitted fabric of the first embodiment. FIG. 10 (1) shows the organization chart, and FIG. 10 (2) shows the threading diagram. In FIG. 10 (1), a lower part 1a shows an organization chart related to the first knitting condition, and an upper part 1b shows an organization chart related to the second knitting condition.

  In each of the split jacquard jars J-1 and J-2, a non-elastic yarn for pattern design is passed. A full set of inelastic yarns for ground texture is passed through the first ground L2. A full set of elastic yarn for insertion tissue is passed through the second ground L3. In such a present Example, an elastic thread | yarn is inserted with respect to a loop by the 2nd ground L3.

  As the inelastic yarn for the handle tissue and the inelastic yarn for the ground tissue, for example, 33 dtex, 26 filament nylon yarn (Ny33T / 26-2M94, manufactured by Toray Industries, Inc.) is used. As the elastic yarn for the insertion tissue, for example, 235 dtex spandex (Roika 235T-C805, manufactured by Asahi Kasei Fibers) is used.

If the first knitting condition is defined by, for example, 21 mm and the number of courses, it is continued for 120 courses. In the first knitting condition, the on-board driving is 80.24 course / inch. The inelastic yarn runner for the handle tissue is 1230 mm / rack, the inelastic yarn runner for the ground tissue is 1090 mm / rack, and the elastic yarn runner for the inserted tissue is 128 mm / rack. The elastic yarn for insertion tissue is used at a draft rate of 100%. The organization organization of each bag is expressed as follows.
J: 10/01/10/01/10/01
L2: 12/21/12/10/01/10
L3: 33/11/22/00/22/11

  In the region knitted under such a first knitting condition, the insertion tissue knitted by the second ground L3 is a three-needle swinging tissue. Therefore, this area becomes a satin area.

The second knitting condition is continued over 96 courses, for example, by 17 mm and the number of courses. In the second knitting condition, the on-board driving is 80.24 course / inch. The inelastic yarn runner for the handle tissue is 1030 mm / rack, the inelastic yarn runner for the ground tissue is 920 mm / rack, and the elastic yarn runner for the inserted tissue is 128 mm / rack. The elastic yarn for insertion tissue is used at a draft rate of 100%. The organization organization of each bag is expressed as follows.
J: 10/01/10/01/10/01
L2: 12/21/12/10/01/10
L3: 33/22/33/11/22/11

  In the region knitted under the second knitting condition, the insertion tissue knitted by the second ground L3 is a two-needle swinging tissue. Therefore, this area becomes a mesh area.

[Second Embodiment]
FIG. 11 is a diagram for explaining the warp knitted fabric of the second embodiment. FIG. 11 (1) shows the organization chart, and FIG. 11 (2) shows the threading diagram. In FIG. 11 (1), the lower part 2a shows the organization chart related to the first knitting condition, and the upper part 2b shows the organization chart related to the second knitting condition.

  In each of the split jacquard jars J-1 and J-2, a non-elastic yarn for pattern design is passed. A full set of inelastic yarns for ground texture is passed through the first ground L2. The first elastic yarn for insertion tissue is passed through the second ground L3 in a full set. The second elastic yarn for insertion tissue is passed through the third ground L4 in a full set. In this embodiment, the elastic yarn is inserted into the loop by the second and third grounds L3 and L4.

  As the inelastic yarn for the handle tissue and the inelastic yarn for the ground tissue, for example, 33 dtex, 26 filament nylon yarn (Ny33T / 26-2M94, manufactured by Toray Industries, Inc.) is used. As the first elastic yarn for the inserted tissue, for example, 235 dtex spandex (Roika 235T-C805, manufactured by Asahi Kasei Fibers) is used. As the second elastic yarn for the inserted tissue, for example, 44 dtex spandex (Roika 44T-C804, manufactured by Asahi Kasei Fibers) is used.

If the first knitting condition is defined by, for example, 26 mm and the number of courses, it is continued over 150 courses. The organization organization of each bag is expressed as follows.
J: 10/01/10/01/10/01
L2: 12/21/12/10/01/10
L3: 22/00/11/00/22/11
L4: 33/11/22/00/22/11

  In such a region knitted under the first knitting condition, the insertion tissue knitted by the second ground L3 is a two-needle swinging tissue, and the insertion tissue knitted by the third ground L4 is three needles. It is a pretending organization. Therefore, this area becomes a satin area.

The second knitting condition is continued over 210 courses, for example, when defined by 36 mm and the number of courses. The organization organization of each bag is expressed as follows.
J: 10/12/10/12/10/12
L2: 12/21/12/21/12/21
L3: 22/11/22/11/22/11
L4: 22/11/22/11/22/11

  In such a region knitted under the second knitting condition, the insertion tissue knitted by the second ground L3 is a one-needle swinging tissue, and the insertion tissue knitted by the third ground L4 is one needle. It is a pretending organization. Therefore, this area becomes a mesh area.

[Third embodiment]
FIG. 12 is a view for explaining the warp knitted fabric of the third embodiment. Fig. 12 (1) shows the organization chart and Fig. 12 (2) shows the threading diagram. In FIG. 12 (1), the lower part 3a shows the organization chart related to the first knitting condition, and the upper part 3b shows the organization chart related to the second knitting condition.

  In each of the split jacquard jars J-1 and J-2, a non-elastic yarn for pattern design is passed. A first inelastic yarn for ground tissue is passed through the first ground L2 in 1 in 1 out. A second inelastic yarn for ground texture is passed through the second ground L3 by 1 in 1 out so as to be shifted by one wal with respect to the first inelastic yarn for ground texture. . A full set of elastic yarn for insertion tissue is passed through the third ground L4. In such a present Example, an elastic thread | yarn is inserted with respect to a loop by the 3rd ground L4.

  For example, 33 dtex, 26 filament nylon yarn (Ny33T / 26-2M94, manufactured by Toray Industries, Inc.) is used as the inelastic yarn for the handle tissue and the inelastic yarn for the ground tissue. As the elastic yarn for the insertion tissue, for example, 235 dtex spandex (Roika 235T-C805, manufactured by Asahi Kasei Fibers) is used.

If the first knitting condition is defined by, for example, 21 mm and the number of courses, it is continued for 120 courses. The organization organization of each bag is expressed as follows.
J: 12/10/12/10/12/10
L2: 21/23/21/12/10/12
L3: 21/23/21/12/10/12
L4: 11/33/11/22/00/22

  In the region knitted under such a first knitting condition, the insertion tissue knitted by the third ground L4 is a three-needle swinging tissue. Therefore, this area becomes a satin area.

The second knitting condition is continued over 96 courses, for example, by 17 mm and the number of courses. The organization organization of each bag is expressed as follows.
J: 12/10/12/10/12/10
L2: 21/23/21/12/10/12
L3: 12/10/12/21/23/21
L4: 11/22/11/22/11/22

  In the region knitted under such a second knitting condition, the insertion tissue knitted by the third ground L4 is a one-needle swinging tissue. Therefore, this area becomes a mesh area.

[Fourth embodiment]
FIG. 13 is a view for explaining the warp knitted fabric of the fourth embodiment. FIG. 13 (1) shows the organization chart, and FIG. 13 (2) shows the threading diagram. In FIG. 13 (1), the lower part 4a shows an organization chart related to the first knitting condition, and the upper part 4b shows an organization chart related to the second knitting condition.

  In each of the split jacquard jars J-1 and J-2, a non-elastic yarn for pattern design is passed. A first inelastic yarn for ground texture is selectively passed through the first ground L2. A second inelastic yarn for ground tissue is selectively passed through the second ground L3. A first elastic yarn for insertion tissue is selectively passed through the third ground L4. A second elastic yarn for insertion tissue is selectively passed through the fourth ground L5. In this embodiment, the elastic yarn is inserted into the loop by the third and fourth grounds L4 and L5.

  In the first to fourth grounds L2 to L5, a threading guide group composed of guides that are threaded and a non-threading guide group composed of guides that are not threaded are alternately arranged in the weft direction. The threading guide group includes a predetermined number of guides, and the non-threading guide group includes a predetermined number of guides. The number of guides in the threading guide group and the number of guides in the non-threading guide group may be the same or different.

  For the first and second grounds L2, L3, the thread guide groups of the first ground L2 and the non-thread guide groups of the second ground L3 are arranged at the same position in the weft direction, The non-threading guide group of the first ground L2 and the threading guide group of the second ground L3 are arranged at the same position in the weft direction. In the first ground L2, the threading guide group includes, for example, 60 guides, and the non-threading guide group includes, for example, 76 guides.

  For the third and fourth grounds L4, L5, the thread guide groups of the third ground L4 and the non-thread guide groups of the fourth ground L5 are arranged at the same position with respect to the weft direction. The non-threading guide group of the third ground L4 and the threading guide group of the fourth ground L5 are arranged at the same position in the weft direction. In the third ground L4, the threading guide group includes, for example, 60 guides, and the non-threading guide group includes, for example, 76 guides. Further, the threading guide group of the third ground L4 is arranged so as to be shifted by one wal with respect to the threading guide group of the first ground L2.

  For example, 33 dtex, 26 filament nylon yarn (Ny33T / 26-2M94, manufactured by Toray Industries, Inc.) is used as the inelastic yarn for the handle tissue and the inelastic yarn for the ground tissue. As each elastic thread for insertion tissue, for example, 235 dtex spandex (Roika 235T-C805, manufactured by Asahi Kasei Fibers) is used.

The first knitting condition is continued for 280 courses when the number of courses is defined by 49 mm, for example. The organization organization of each bag is expressed as follows.
J: 12/10/12/10/12/10
L2: 21/23/21/12/10/12
L3: 21/12/21/12/21/12
L4: 11/33/11/22/00/22
L5: 11/22/11/22/11/22

  The areas knitted under such first knitting conditions are the areas knitted by the first and third grounds L2, L4 and the areas knitted by the second and fourth grounds L3, L5. Have. In the region knitted by the first and third grounds L2, L4, the insertion tissue knitted by the third ground L4 is a three-needle swinging tissue. Therefore, this area becomes a satin area. In the region knitted by the second and fourth grounds L3 and L5, the insertion tissue knitted by the fourth ground L5 is a one-needle swinging tissue. Therefore, this area becomes a mesh area.

The second knitting condition is continued over 200 courses when the number of courses is defined as 35 mm, for example. The organization organization of each bag is expressed as follows.
J: 12/10/12/10/12/10
L2: 21/12/21/12/21/12
L3: 21/23/21/12/10/12
L4: 11/22/11/22/11/22
L5: 11/33/11/22/00/22

  The regions knitted under such second knitting conditions include regions knitted by the first and third grounds L2, L4 and regions knitted by the second and fourth grounds L3, L5. Have. In the region knitted by the first and third grounds L2, L4, the insertion tissue knitted by the third ground L4 is a one-shake tissue. Therefore, this area becomes a mesh area. In the region knitted by the second and fourth grounds L3, L5, the insertion tissue knitted by the fourth ground L5 is a 3-needle swinging tissue. Therefore, this area becomes a satin area.

  FIG. 14 is an organization chart showing a part of the knitted fabric in an enlarged manner. In FIG. 14, in order to avoid the figure from becoming complicated, the handle tissue and the inserted tissue are omitted, and only the ground tissue is shown. In the present embodiment, the knitted fabric has a non-formed portion 52 where no loop is formed at the boundary 51 between the knitted regions adjacent in the weft direction. The non-formed part 52 is filled with a handle. In other words, in the non-formed portion 52, a loop due to the handle structure is formed. Therefore, relaxation at the boundary 51 can be prevented. As a result, it is possible to prevent a tissue wetting line from entering the boundary portion 51 and to reduce the uncomfortable feeling.

[Fifth embodiment]
FIG. 15 is a view for explaining the warp knitted fabric of the fifth embodiment. FIG. 15 (1) is an organization chart, and FIG. 15 (2) is a threading diagram. In FIG. 15 (1), the lower part 5a shows an organization chart related to the first knitting condition, and the upper part 5b shows an organization chart related to the second knitting condition.

  In each of the split jacquard jars J-1 and J-2, a non-elastic yarn for pattern design is passed. A full set of inelastic yarns for ground texture is passed through the first ground L2. A first inelastic thread for insertion tissue is selectively passed through the second ground L3. A second elastic yarn for insertion tissue is selectively passed through the third ground L4. The third elastic yarn for insertion tissue is passed through the fourth ground L5 in a full set. In such a present Example, an elastic thread is inserted with respect to a loop by the 2nd-4th grounds L3-L5.

  In the second and third grounds L3 and L4, a threading guide group composed of guides that are threaded and a non-threading guide group composed of guides that are not threaded are alternately arranged in the weft direction. The threading guide group includes a predetermined number of guides, and the non-threading guide group includes a predetermined number of guides. The number of guides in the threading guide group and the number of guides in the non-threading guide group may be the same or different.

  For the second and third grounds L3 and L4, the thread guide groups of the second ground L3 and the non-thread guide groups of the third ground L4 are arranged at the same position in the weft direction. The non-threading guide group of the second ground L3 and the threading guide group of the third ground L4 are arranged at the same position in the weft direction. In the second ground L3, the threading guide group includes, for example, 60 guides, and the non-threading guide group includes, for example, 60 guides.

  As the inelastic yarn for the handle tissue and the inelastic yarn for the ground tissue, for example, 33 dtex, 26 filament nylon yarn (Ny33T / 26-2M94, manufactured by Toray Industries, Inc.) is used. As the first and second elastic yarns for insertion tissue, for example, 235 dtex spandex (Roika 235T-C805, manufactured by Asahi Kasei Fibers) is used. As the third elastic yarn for the inserted tissue, for example, 44 dtex spandex (Roika 44T-C804, manufactured by Asahi Kasei Fibers) is used.

The first knitting condition is continued over, for example, 228 courses. The organization organization of each bag is expressed as follows.
J: 01/10/01/10/10/10
L2: 12/21/12/10/01/10
L3: 33/11/22/00/22/11
L4: 33/22/33/11/22/11
L5: 22/11/22/00/11/00

  The region knitted under such a first knitting condition has a region knitted by the second ground L3 and a region knitted by the third ground L4. In the region knitted by the second ground L3, the insertion tissue knitted by the second ground L3 is a 3-needle swinging tissue, and the insertion tissue knitted by the fourth ground L5 is 2-needle swinging. Organization. Therefore, this area becomes a satin area. In the region knitted by the third ground L4, the insertion tissue knitted by the third ground L4 is a 2-needle swinging tissue, and the insertion tissue knitted by the fourth ground L5 is 2-needle swinging. Organization. Therefore, this area becomes a mesh area.

The second knitting condition is continued over, for example, 228 courses. The organization organization of each bag is expressed as follows.
J: 01/10/01/10/10/10
L2: 12/21/12/10/01/10
L3: 33/22/33/11/22/11
L4: 33/11/22/00/22/11
L5: 22/11/22/00/11/00

  The region knitted under such a second knitting condition has a region knitted by the second ground L3 and a region knitted by the third ground L4. In the region knitted by the second ground L3, the insertion tissue knitted by the second ground L3 is a 2-needle swinging tissue, and the insertion tissue knitted by the fourth ground L5 is 2-needle swinging. Organization. Therefore, this area becomes a mesh area. In the region knitted by the third ground L4, the insertion tissue knitted by the third ground L4 is a 3-needle swinging tissue, and the insertion tissue knitted by the fourth ground L5 is 2-swinging. Organization. Therefore, this area becomes a satin area.

Hereinafter, with reference to FIGS. 16-19, the motif used for each above-mentioned Example is shown.
FIG. 16 is a diagram showing the motif 16 used in the first and third embodiments. In the motif 16 shown in FIG. 16, a striped pattern is expressed by the satin region 12a and the mesh region 12b, and a pattern 62 is expressed in the satin region 12a among the satin region 12a and the mesh region 12b. The pattern 62 may be expressed in the mesh region 12b among the satin region 12a and the mesh region 12b.

  FIG. 17 is a diagram showing the motif 63 used in the second embodiment. In the motif 63 shown in FIG. 17, a stripe pattern is expressed by the satin region 12a and the mesh region 12b, and a pattern pattern 64 is expressed over the satin region 12a and the mesh region 12b.

  FIG. 18 is a diagram showing a motif 65 used in the fourth embodiment. In the motif 65 shown in FIG. 18, a checkered pattern is expressed by the satin region 12a and the mesh region 12b, and a pattern 66 is selectively expressed by the satin region 12a and the mesh region 12b.

  FIG. 19 is a diagram showing a motif 67 used in the fifth embodiment. In the motif 67 shown in FIG. 19, a checkered pattern is expressed by the satin region 12a and the mesh region 12b, and a pattern 68 is expressed over the satin region 12a and the mesh region 12b.

  Each of the above-described embodiments is merely an example, and can be modified within the scope of the present invention. For example, the knitting conditions of the Raschel knitting machine may be switched to three or more knitting conditions. Even in this case, the number of courses that continue the respective knitting conditions may be the same or different.

Below, 6th-7th Example is demonstrated easily as another Example.
[Sixth embodiment]
In the present embodiment, the knitting conditions of the jacquard knitting machine are sequentially switched to three knitting conditions.

  In each of the split jacquard jars J-1 and J-2, a non-elastic yarn for pattern design is passed. A first inelastic yarn for ground tissue is passed through the first ground L2 in 1 in 1 out. The second ground L3 is passed through the second inelastic yarn for ground texture 1 in 1 out so as to be shifted by one wal with respect to the first inelastic yarn for ground texture. The first elastic yarn for insertion tissue is passed through the third ground L4 in a full set. A second elastic thread for insertion tissue is passed through the fourth ground L5 in a full set. In this embodiment, the elastic yarn is inserted into the loop by the third and fourth grounds L4 and L5.

In the first knitting condition, the knitting organization by each kite is expressed as follows.
J: 12/10/12/10/12/10
L2: 21/23/21/12/10/12
L3: 21/23/21/12/10/12
L4: 11/33/11/22/00/22
L5: 11/33/11/22/00/22

  In the region knitted under the first knitting condition, the inserted tissue knitted by the third ground L4 is a three-needle swinging tissue, and the inserted tissue knitted by the fourth ground L5 is three needles. It is a pretending organization. Therefore, this area becomes a satin area.

In the second knitting condition, the knitting organization by each kite is expressed as follows.
J: 01/10/01/10/10/10
L2: 21/12/10/01/10/12
L3: 21/12/10/01/10/12
L4: 11/22/00/22/11/33
L5: 00/11/00/22/11/22

  In the region knitted under the second knitting condition, the insertion tissue knitted by the third ground L4 is a three-needle swinging tissue, and the insertion tissue knitted by the fourth ground L5 is two needles. It is a pretending organization. Therefore, this area becomes a satin area and is thinner than an area knitted under the first knitting condition.

In the third knitting condition, the knitting organization by each kite is expressed as follows.
J: 12/10/12/10/12/10
L2: 21/23/21/12/10/12
L3: 12/10/12/21/23/21
L4: 11/22/11/22/11/22
L5: 11/22/11/22/11/22

  In the region knitted under the third knitting condition, the insertion tissue knitted by the third ground L4 is a one-needle swinging tissue, and the insertion tissue knitted by the fourth ground L5 is one needle. It is a pretending organization. Therefore, this area becomes a mesh area.

[Seventh embodiment]
In this embodiment, the knitting conditions of the jacquard knitting machine are sequentially switched to five knitting conditions.

  In each of the split jacquard jars J-1 and J-2, a non-elastic yarn for pattern design is passed. A full set of inelastic yarns for ground texture is passed through the first ground L2. The first elastic yarn for insertion tissue is passed through the second ground L3 in a full set. The second elastic yarn for insertion tissue is passed through the third ground L4 in a full set. In this embodiment, the elastic yarn is inserted into the loop by the second and third grounds L3 and L4.

In the first knitting condition, the knitting organization by each kite is expressed as follows.
J: 21/12/21/12/21/12
L2: 12/21/12/10/01/10
L3: 22/00/11/00/22/11
L4: 33/11/22/00/22/11

  In the region knitted under the first knitting condition, the insertion tissue knitted by the second ground L3 is a two-needle swinging tissue, and the insertion tissue knitted by the third ground L4 is three needles. It is a pretending organization. Therefore, this area becomes a satin area.

In the second knitting condition, the knitting organization by each kite is expressed as follows.
J: 10/12/10/12/10/12
L2: 12/21/12/21/12/21
L3: 22/11/22/11/22/11
L4: 22/11/22/11/22/11

  In the region knitted under the second knitting condition, the insertion tissue knitted by the second ground L3 is a one-needle swinging tissue, and the insertion tissue knitted by the third ground L4 is one needle. It is a pretending organization. Therefore, this area becomes a mesh area.

In the third knitting condition, the knitting organization by each kite is expressed as follows.
J: 10/12/10/12/10/12
L2: 23/21/12/10/12/21
L3: 33/11/22/00/22/11
L4: 33/11/22/00/22/11

  In the tissue knitted under the third knitting condition, the insertion tissue knitted by the second ground L3 is a three-needle swinging tissue, and the insertion tissue knitted by the third ground L4 is three needles. It is a pretending organization. Therefore, this area becomes a satin area and is thicker than the area knitted under the first knitting condition.

In the fourth knitting condition, the knitting organization of each kite is expressed as follows.
J: 21/12/21/12/21/12
L2: 12/21/12/10/01/10
L3: 33/22/33/11/22/11
L4: 33/22/33/11/22/11

  In the tissue knitted under the fourth knitting condition, the insertion tissue knitted by the second ground L3 is a two-needle swinging tissue, and the insertion tissue knitted by the third ground L4 is two needles. It is a pretending organization. Therefore, this area becomes a mesh area and becomes thicker than the area knitted under the second knitting condition.

Under the fifth knitting condition, the knitting organization of each kite is expressed as follows.
J: 21/12/21/12/21/12
L2: 12/21/12/10/01/10
L3: 33/11/22/00/22/11
L4: 33/22/33/11/22/11

  In the tissue knitted under the fifth knitting condition, the insertion tissue knitted by the second ground L3 is a three-needle swinging tissue, and the insertion tissue knitted by the third ground L4 is two needles. It is a pretending organization. Therefore, this area becomes a satin area and has a thickness equivalent to the area knitted under the first knitting condition.

[Eighth embodiment]
FIG. 20 is a diagram schematically showing a knitted fabric constituting a part of the warp knitted fabric of the eighth embodiment. This embodiment is similar to the fourth embodiment described above. The present embodiment is different from the above-described fourth embodiment in that the knitting conditions of the jacquard knitting machine are sequentially switched to four knitting conditions.

  In each of the split jacquard jars J-1 and J-2, a non-elastic yarn for pattern design is passed. A first inelastic yarn for ground texture is selectively passed through the first ground L2. A second inelastic yarn for ground tissue is selectively passed through the second ground L3. A first elastic yarn for insertion tissue is selectively passed through the third ground L4. A second elastic yarn for insertion tissue is selectively passed through the fourth ground L5. In this embodiment, the elastic yarn is inserted into the loop by the third and fourth grounds L4 and L5.

In the first knitting condition, the knitting organization by each kite is expressed as follows.
J: 10/12/10/12/10/12
L2: 23/21/12/10/12/21
L3: 12/21/12/21/12/21
L4: 33/11/22/00/22/11
L5: 22/11/22/11/22/11

  Among the regions knitted under the first knitting conditions, in the region knitted by the first and third grounds L2 and L4, the insertion tissue knitted by the third ground L4 is swung by three stitches. Organization. Therefore, this area is a satin area A. In the region knitted by the second and fourth grounds L3 and L5, the insertion tissue knitted by the fourth ground L5 is a one-needle swinging tissue. Therefore, this area becomes the first mesh area B1.

In the second knitting condition, the knitting organization by each kite is expressed as follows.
J: 10/12/10/12/10/12
L2: 12/21/12/21/12/21
L3: 23/21/12/10/12/21
L4: 22/11/22/11/22/11
L5: 33/11/22/00/22/11

  Among the regions knitted under the second knitting conditions, in the region knitted by the first and third grounds L2 and L4, the insertion tissue knitted by the third ground L4 is swung by one stitch. Organization. Therefore, this area becomes the first mesh area B1. In the region knitted by the second and fourth grounds L3 and L5, the insertion tissue knitted by the fourth ground L5 is a 3-needle swinging tissue. Therefore, this area is a satin area A.

In the third knitting condition, the knitting organization by each kite is expressed as follows.
J: 10/12/10/12/10/12
L2: 23/21/12/10/12/21
L3: 23/32/23/21/12/21
L4: 33/11/22/00/22/11
L5: 33/22/33/11/22/11

  Among the regions knitted under such third knitting conditions, in the region knitted by the first and third grounds L2, L4, the inserted tissue knitted by the third ground L4 is swung by three stitches. Organization. Therefore, this area is a satin area A. In the region knitted by the second and fourth grounds L3 and L5, the insertion tissue knitted by the fourth ground L5 is a two-needle swinging tissue. Therefore, this region becomes a second mesh region B2 that is thicker than the first mesh region B1.

In the fourth knitting condition, the knitting organization of each kite is expressed as follows.
J: 10/12/10/12/10/12
L2: 23/32/23/21/12/21
L3: 23/21/12/10/12/21
L4: 33/22/33/11/22/11
L5: 33/11/22/00/22/11

  Among the regions knitted under the fourth knitting condition, in the region knitted by the first and third grounds L2 and L4, the insertion tissue knitted by the third ground L4 is swung by two needles. Organization. Therefore, this area becomes the second mesh area B2. In the region knitted by the second and fourth grounds L3 and L5, the insertion tissue knitted by the fourth ground L5 is a 3-needle swinging tissue. Therefore, this area is a satin area A.

It is a figure which shows typically the ground fabric 11 which comprises a part of warp knitted fabric which is 1st Embodiment of this invention. It is an organization chart for explaining a ground organization. It is an organization chart for explaining an insertion organization. It is an organization chart for explaining a pattern organization. It is an organization chart for explaining a pattern organization. It is a figure which shows typically the knitted fabric 21 which comprises a part of warp knitted fabric which is 2nd Embodiment of this invention. It is a figure which shows shrinkage | contraction of the local knitting area | region 12 of the ground knitted fabric 21. FIG. It is a side view which shows the knitting part 31 with which a Raschel knitting machine is provided. It is a side view which shows the knitting part 41 with which a Raschel knitting machine is provided. It is a figure for demonstrating the warp knitted fabric of 1st Example. It is a figure for demonstrating the warp knitted fabric of 2nd Example. It is a figure for demonstrating the warp knitted fabric of 3rd Example. It is a figure for demonstrating the warp knitted fabric of 4th Example. It is an organization chart which expands and shows a part of ground fabric. It is a figure for demonstrating the warp knitted fabric of 5th Example. It is a figure which shows the motif 16 used for the 1st and 3rd Example. It is a figure which shows the motif 63 used for 2nd Example. It is a figure which shows the motif 65 used for 4th Example. It is a figure which shows the motif 67 used for 5th Example. It is a figure which shows typically the knitted fabric which comprises some warp knitted fabrics of 8th Example.

Explanation of symbols

11, 21 Ground knitted fabric 12 Ground knitted region 12a Satin region 12b Mesh region 31, 41 Knitting portion 32 Needle bar 33 Knitting needle 34 Threading means 36 Tong bar 37 Stitch comb bar 38 Trick plate bar

Claims (10)

A warp knitted fabric configured by knitting a pattern together with a ground knitted fabric in which a loop is continuously bound in the warp direction,
The knitted fabric is
Elastic thread is inserted into the loop,
A warp knitted fabric having a plurality of types of ground knitting regions having different swings in the weft direction of the elastic yarn, and the various knitted regions are continuously repeated in the warp direction.   The warp knitted fabric according to claim 1, wherein the ground knitted fabric includes a satin region having a swing of 3 stitches or more and a mesh region having a swing of 2 stitches or less as a plurality of types of ground knitting regions. .   The warp knitted fabric according to claim 1 or 2, wherein each knitted region is knitted over 0.5 cm to 20 cm with respect to the warp direction.   The warp knitted fabric according to claim 1 or 2, characterized in that each knitted region is knitted over 24 courses or more and 1300 courses or less.   The warp knitted fabric according to any one of claims 1 to 4, wherein the knitted fabric is repeatedly continuous in the weft direction.   The warp knitted fabric according to claim 5, wherein each knitted region is knitted over 0.5 cm to 20 cm in the weft direction.   6. The warp knitted fabric according to claim 5, wherein each knitted region is knitted over 8 wales to 400 wales. In the knitted fabric, there is a non-formed portion where no loop is formed at the boundary between the knitted fabric regions adjacent in the weft direction,
The warp knitted fabric according to any one of claims 5 to 7, wherein the non-formed portion is filled with a handle.   The warp knitted fabric according to any one of claims 1 to 8, wherein the ground knitted fabric has a ground structure forming a loop set for each ground knitted region.   The warp knitted fabric according to any one of claims 1 to 9, wherein a runner of knitting yarn having a ground structure forming a loop is set for each ground knitting region.