JP4764914B2 - Folded clothing - Google Patents

Description

  The present invention relates to a garment with a turn-up portion provided with a tubular portion whose length can be adjusted by turning back.

Conventionally, maternity shorts and sleeve lengths and / or leg lengths that can be used with a wide waist and extended to a high waist, or folded downward to use in a normal waist There are known baby clothes that can be adjusted (see, for example, Patent Documents 1 and 2).
Japanese Patent No. 3578309 JP-A-10-96106

  In the thing of the said patent document 1, the waist part is extended and worn in the high waist state until the middle of pregnancy, and the stability and heat retention effect of the lower abdomen are given. In the late pregnancy, the waist part is folded down and worn. The support of the lower abdomen is strengthened to give a sense of stability and ease of attachment / detachment, but this waist has no ingenuity for holding a mark or a folded state. . For this reason, the folding position and the folding state change every time, and it cannot be worn in an orderly folded state, so that it is avoided that the folding line is unnatural, for example, the crease is slanted, etc. In addition, there is a problem that, during wearing in the folded state, the folded position easily shifts in the vertical direction in accordance with the wearer's movement, resulting in a collapsed state.

Further, even the device of Patent Document 2 has not been devised for facilitating folding and stably holding the folded state, and has the same problems as described above.
The present invention has been developed in view of the above-mentioned problems, and the object of the present invention is to be a mark of folding, and the folding position is the same every time and is unambiguously orderly, irregular folds and An object of the present invention is to provide a garment with a folded portion that cannot be stretched and can be kept in an orderly manner by preventing the folded portion from being raised or lowered even by an operation while being worn, so that the folded state can be maintained in an orderly manner.

In order to achieve the above object, the present invention includes a tubular portion whose length can be adjusted by folding, and the tubular portion is formed of a warp knitted fabric or a weft knitted fabric. A coarse portion of the yarn density is formed in two rows along the circumferential direction of the cylindrical portion with respect to one folded portion, and a narrow annular shape is formed between the two rows of the coarse portion of the yarn density. , the dense portion of the knitting yarn density are formed, one of the folded portion in a dense area of the coarse portion and between yarns density of yarn density of these two rows are formed, the tube at the folded portion When the shape portion is folded, the dense portion of the knitting yarn density is
A fold is formed, and the fold is supported from both sides by the coarse portion of the knitting yarn density .
According to this configuration, the coarse portions of the two rows of knitting yarn density exhibit an appearance different from the other portions of the cylindrical portion. As a result, the two rows of coarse portions of the knitting yarn density and the dense portions of the knitting yarn density between them serve as marks at the time of folding. In addition, the coarse portions of the two rows of knitting yarn density become the constricted portion of the cylindrical portion, which can facilitate the folding of the cylindrical portion, and the cylindrical portion can be neatly folded at the same position every time. It is possible to prevent regular creases and bulkiness. In addition, the folded portion can be kept in an orderly manner by preventing the folded portion from being raised or lowered even by an operation during wearing, and the garment with the folded portion that does not collapse can be provided. If the coarse portion of the knitting yarn density is only in one row, the folded state becomes unstable, but by forming in two rows, the dense portion of the knitting yarn density between the two rows becomes a fold, The folded state can be stabilized by supporting the fold line with the coarse portions of the knitting yarn density on both sides.

In the case where the tubular portion is composed of a warp knitted fabric, the tubular portion is knitted with elastic yarns and inelastic yarns, and the coarse portion of the knitting yarn density in the folded portion is without elastic yarns. It is formed as a threaded stitch part knitted only with inelastic yarns, and the dense part of the knitting yarn density is formed as a regular stitch part knitted with elastic yarns and inelastic yarns by inserting elastic yarns It is characterized by being.
According to this configuration, the two rows of thread-drawn stitch portions have an appearance different from that of the other portion of the tubular portion. As a result, the two rows of thread-drawn stitch portions and the regular stitch portion between them serve as marks at the time of folding. In addition, the two rows of thread-drawn stitch portions become the constricted portion of the cylindrical portion, which can facilitate the folding of the cylindrical portion, and the cylindrical portion can be folded in order at the same position every time, and is irregular. It is possible to prevent creases and bulkiness. Moreover, since the cylindrical portion is knitted with elastic yarns and non-elastic yarns except for the two rows of thread-drawn stitch portions, elasticity is imparted to the knitted fabric of the cylindrical portions, and fit and attachment to the wearer Can be improved. In addition, the folded portion can be prevented from being raised or lowered by the operation during wearing, and the folded state can be maintained in an orderly manner, thereby providing the garment with the folded portion that does not collapse. In addition, the mark of the turn-back position can be easily formed because it is knitted with only the other yarn without supplying one of the two yarns knitting the cylindrical portion. If the yarn removal stitch portion is only in one row, the folded state becomes unstable. However, when the yarn removal stitch portion is formed in two rows, the regular stitch portion between the two rows becomes a fold, and this fold becomes the yarn on both sides. The folded state can be stabilized by being supported by the cut stitch portion.

The two rows of thread-drawn stitch portions are preferably formed with a width corresponding to one stitch, and the regular stitch portion therebetween is preferably formed with a width corresponding to one stitch to a plurality of stitches.
According to this configuration, the reference of the folding position can be formed with good appearance without significantly adversely affecting the strength of the knitted fabric constituting the cylindrical portion. Moreover, since the two rows of thread-drawn stitch portions are formed with the regular stitch portions sandwiched therebetween, the folding can be facilitated, and the folded state can be stably held, It is possible to improve the effect of preventing deviation from the operation. In addition, the regular stitch portion may be formed with a width corresponding to one stitch to a plurality of stitches. If the regular stitch portion is removed, the bent state becomes unstable or the strength is lowered.

Moreover, it is preferable that the elastic yarn is thicker than the inelastic yarn.
According to this configuration, it becomes easy to express the difference in the appearance of the thread-drawn stitch portion with respect to the other knitting structure of the tubular portion, and it is possible to clarify the reference of the folding position.
Further, in the case where the tubular portion is composed of a weft knitted fabric, the coarse portion of the knitting yarn density in the folded portion is a length obtained by knitting the loop length of the knitting yarn longer than the other portions of the tubular portion. It is formed as a loop stitch part, and the dense part of the knitting yarn density is formed as a regular loop stitch part knitted with the loop length of the knitting yarn being the same as the other part of the cylindrical part. It is said.

  According to this configuration, the two rows of long loop stitch portions have an appearance different from that of the other portion of the tubular portion. As a result, the two rows of long loop stitches and the regular loop stitches between them serve as marks at the time of folding. In addition, the long loop stitches in the two rows become the constricted portion of the cylindrical portion, which can facilitate the folding of the cylindrical portion, and the cylindrical portion can be folded in order at the same position every time. It is possible to prevent creases and bulkiness. In addition, the folded portion can be kept in an orderly manner by preventing the folded portion from being raised or lowered even by an operation during wearing, and the garment with the folded portion that does not collapse can be provided. In addition, the folded portion can be easily formed because it can be configured simply by changing the loop length of the knitting yarn knitting the tubular portion. When the long loop stitch portion is only in one row, the folded state becomes unstable. However, when the long loop stitch portion is formed in two rows, the regular loop stitch portion between the two rows becomes a fold, and this fold is formed on both sides. The folded state can be stabilized by being supported by the long loop stitch portion.

Further, the tubular portion of the garment to which the folded portion is applied includes a waist portion and / or hem portion of a girdle, a cuff portion and / or hem portion and / or a turtleneck portion of a shirt, and a waist portion of pants And / or can be applied to any of a hem opening, a waistband, a waist part of waist nippers, and a mouth opening part of socks.
According to this configuration, the above-described advantages can be obtained for the cylindrical portion of the clothing to be applied.

  According to the present invention, it becomes a mark for folding, and the folding position is the same every time and is uniquely and orderly, irregular folds and bulkiness cannot be made, and the folded part can be raised or slid even by movement during wearing. It is possible to provide a garment with a folded-back portion that eliminates falling or the like, can maintain the folded-back state in an orderly manner, and does not collapse.

Embodiments according to the present invention will be described below with reference to the drawings.
1A is a schematic front perspective view of a tubular portion of a garment to which the present invention is applied, FIG. 1B is a longitudinal side view thereof, FIG. 1C is a longitudinal side view of the folded state, Clothing 2 shows a cylindrical part whose length can be adjusted by folding.
The tubular portion 2 may be composed of either a warp knitted fabric 4A or a weft knitted fabric 4B. The tubular portion 2 is formed with a coarse portion 5 having a low yarn density in two rows along the circumferential direction of the tubular portion 2, and the coarse portion having the two rows of yarn density. 5, a dense portion 6 having a knitting yarn density is formed, and a folded portion 7 is formed by these two rows of coarse portions 5 having a knitting yarn density and a dense portion 6 having a knitting yarn density therebetween. .

The dense portion 6 of the knitting yarn density is the same as the knitting yarn density of the cylindrical portion 2 in other portions than the folded portion 7 (not limited to this, but may be different).
In the case where the tubular portion 2 is composed of a warp knitted fabric 4A, the tubular portion 2 is knitted with elastic yarns 3a and inelastic yarns 3b as will be described later (see FIGS. 4 and 5). ).
Then, the coarse portion 5 of the knitting yarn density in the warp knitted fabric 4A is 2 along the circumferential direction of the tubular portion 2 as a thread-cut stitch portion 5a knitted with only the inelastic yarn 3b without the elastic yarn 3a. It is formed in a narrow annular shape in rows (see FIG. 1). And between the two rows of thread-drawn stitch portions 5a, the regular stitch portion 6a in which the elastic yarn 3a is inserted and knitted by the elastic yarn 3a and the non-elastic yarn 3b is provided in the circumferential direction of the tubular portion 2. Is formed in a narrow annular shape. A folded portion 7 is formed by these two rows of thread-drawn stitch portions 5a and regular stitch portions 6a therebetween. The folded portion 7 is formed at the planned folding position of the tubular portion 2 at the knitting stage of the warp knitted fabric 4A.

FIG. 2 is a schematic view showing a configuration example of a warp knitted fabric 4A used in the present invention, and illustrates a case where four product fabric portions 4a to 4d are formed by warp knitting in series. The folded portions 7 are formed at two places in each of the product fabric portions 4a to 4d, and a hem portion 4e is formed at the boundary between the product fabric portions 4a to 4d. 4f is formed.
The warp knitted fabric 4A in FIG. 2 has the following configuration, for example.
Thread type: NY56-24-Semi-Dal LY310-127 Clear Mixing ratio: NY76.5% LY23.5%
Organization: Satin net The above NY56-24-semidal is NY = nylon thread (inelastic thread), thickness is 56 dtex, number of filaments is 24, gloss is semidal (slightly dark), LY310-127 clear LY = trade name of polyurethane yarn (elastic yarn) manufactured by Operontex Co., Ltd., with a thickness of 310 dtex and a product number 127 representing a clear gloss (light color).

The hem portion 4e of the warp knitted fabric 4A is knitted so that a yarn different from the above is connected to the ends of the knitted fabric on both sides of the boundaries of the product fabric portions 4a to 4d. By pulling out after the knitting of 4, the product fabric portions 4a to 4d can be separated from each other.
The vicinity of the turn-up portion 7 of each of the product fabric portions 4a to 4d is configured by a thread arrangement as shown in FIG. That is, in the yarn arrangement of FIG. 3, the elastic yarn 3a and the non-elastic yarn 3b are arranged 1: 1 at the product fabric portions 4a to 4d and the regular stitch portion 6a, but at the yarn removal stitch portion 5a. , The elastic yarn 3a is not arranged, and only the non-elastic yarn 3b is arranged, a circle indicates a state where the yarn is arranged, and a cross indicates a state where the yarn is not arranged (thread removal state). Represents.

Accordingly, in FIG. 3, the thread-cut stitch portion 5a is represented by the X mark for the elastic yarn 3a and the ◯ mark for the inelastic yarn 3b. And the thread | yarn removal stitch part 5a is formed in 2 rows, and the regular stitch part 6a is formed in the meantime.
The two rows of thread-drawn stitch portions 5a are each formed with a width corresponding to one stitch, and the regular stitch portion 6a therebetween is formed with a width corresponding to two stitches. The regular stitch portion 6a may be formed with a width corresponding to one stitch to a plurality of stitches.
The elastic yarn 3a is preferably thicker than the inelastic yarn 3b, the elastic yarn 3a is preferably a polyurethane yarn, and the inelastic yarn 3b is preferably a nylon yarn. However, the present invention is not limited to this, and the thread thickness and thread type may be other combinations.

4 and 5 show schematic examples of the knitting structure of the warp knitted fabric 4A of FIG. 2, FIG. 4 is a schematic explanatory view of a power net structure, and FIG. 5 is a schematic explanatory view of a satin net structure. is there.
In FIG. 4, black dots represent knitting needles, the knitting needles are arranged at lattice-like intersection positions, and the stitch structure of the thread removal stitch portion 5 a made up of only the inelastic yarn 3 b is shown on the left side of FIG. 4. 4 shows the stitch structure of the product fabric portions 4a to 4d made of the elastic yarn 3a and the non-elastic yarn 3b. The regular stitch portion 6a is also knitted with the same stitch structure as the product fabric portions 4a to 4d. Is done.
In FIG. 5, a knitting needle is arranged at the intersection of vertical and horizontal grid lines, and the stitch structure of the inelastic yarn 3b is shown on the left side of FIG. 5 with respect to the knitting needle, and the stitch structure of the elastic yarn 3a is shown in FIG. Is shown on the right side. Also in this case, the stitch structure of the product fabric portions 4a to 4d and the regular stitch portion 6a is such that the stitch structure of the left inelastic yarn 3b and the stitch structure of the right elastic yarn 3a in FIG. The yarn is knitted with a stitch structure, and is knitted with a stitch structure of only the non-elastic yarn 3b on the left side in FIG.

The organization shown in FIGS. 4 and 5 is repeatedly knitted by a warp knitting machine with 6 courses as one repeat unit.
In the case where the tubular portion 2 is composed of the weft knitted fabric 4B, as shown in FIG. 6, the knitted yarn density coarse portion 5 has a loop length of the knitting yarn 3c larger than that of the other portions of the tubular portion 2. The long loop stitch portion 5b knitted long is formed, and the dense portion 6 of the knitting yarn density is a regular loop stitch portion knitted with the loop length of the knitting yarn being the same as the other portions of the tubular portion 2. 6b is formed.
In the case of the weft knitted fabric 4B, the long loop stitch portion 5b is formed in two rows along the circumferential direction of the tubular portion 2 at a predetermined position to be the folded portion 7 of the tubular portion 2, and between these, the regular loop stitch portion 6b is formed. The regular loop stitch portion 6b is knitted with a stitch structure having the same loop length as that of the portion other than the folded portion 7 of the tubular portion 2.

The loop length of the knitting yarn of the long loop stitch portion 5b is in the range of 1.5 to 3 times, preferably about twice the loop length of the knitting yarn of the regular loop stitch portion 6b. Good.
The regular loop stitch portion 6b formed between the two long loop stitch portions 5b may be one stitch to several stitches as a stitch, and FIG. 6 illustrates the case where the number of stitches is two.
The knitting yarn in the case of the weft knitted fabric 4b is not particularly limited, and includes elastic yarns alone, inelastic yarns alone, knitting of elastic yarns and inelastic yarns, and other various knitting structures. Can be adopted.

FIG. 7 (A) shows a case where the present invention is applied to a girdle 1A having a high waist and a leg hem length of 5 minutes, and a folded portion 7 is formed at the waist constriction. A fold-back portion 7 is formed at a position where the hem length becomes a three-quarter length. FIG. 7B shows a normal waist length by folding the waist portion of FIG. This shows a case where the folded portion 7 is folded to a length of 3 minutes. Note that the folded portion 7 of the leg may be omitted, the position of the folded portion 7 may be changed to another position, or may be formed in a plurality of stages.
FIG. 8A illustrates the case where the folded portion 7 is formed on the sleeve portion of the inner shirt 1B. In this case, as shown in FIG. Alternatively, the case where the length of 5 minutes is folded back to 3 minutes is illustrated. Also in this case, the folded portion 7 may be formed in a plurality of stages on the sleeve portion. Moreover, you may form the folding | returning part 7 also in a hem opening part. Furthermore, in the case of turtleneck type shirts around the neck, the folded portion 7 may be formed in one to a plurality of stages in the turtleneck part.

FIG. 9A illustrates a case where the folded portion 7 is formed on the stomach band or the waist nipper 1C, and can be folded and used as shown in FIG. 9B.
Although illustration is omitted, a similar folded portion 7 can be formed at the mouth of socks. Thus, the present invention provides a waist and / or hem of a girdle, a cuff and / or a hem and / or a turtleneck of a shirt, a waist and / or a hem of a pant, and an abdomen. Or it can apply to the folding | returning part of cylindrical parts, such as the trunk | drum part of waist nippers, the opening part of socks.

The embodiment of the present invention has the above-described configuration, and the function and effect will be described next.
That is, the structure of the folded portion 7 of the garment in the present invention is applied to the garment 1 including the tubular portion 2 whose length can be adjusted by folding, and the tubular portion 2 is used as the warp knitted fabric 4A or the weft knitted fabric. It may be composed of any of the ground 4B.
In the tubular portion 2, the knitting yarn density coarse portions 5 are formed in two rows along the circumferential direction of the tubular portion 2 in a narrow annular shape, and the two rows of knitting yarn density coarse portions. 5, a dense portion 6 having a knitting yarn density is formed, and a folded portion 7 is formed by these two rows of coarse portions 5 having a knitting yarn density and a dense portion 6 having a knitting yarn density therebetween. Therefore, the coarse portions 5 having two rows of knitting yarn density have an appearance different from that of the other portions of the cylindrical portion 2. As a result, the two rows of coarse portions 5 having a knitting yarn density and the dense portions 6 having a knitting yarn density therebetween serve as marks at the time of folding. Further, the coarse portions 5 having two rows of knitting yarn density serve as a constricted portion of the cylindrical portion 2, and the folding of the cylindrical portion 2 can be facilitated, and the cylindrical portion 2 is folded back in order at the same position every time. It is possible to prevent irregular folds and bulkiness. Moreover, even if it is the operation | movement during wearing, the folding | returning part 7 can be prevented from going up and down, the folded state can always be maintained orderly, and the structure of the folding | turning part 7 of the clothing 1 which does not collapse can be provided. If the coarse portion 5 of the knitting yarn density is only in one row, the folded state becomes unstable. However, by forming in two rows, the dense portion 6 of the knitting yarn density between the two rows becomes a fold. The folded state is stabilized by the folds being supported by the coarse portions 5 of the knitting yarn density on both sides.

In the case where the tubular portion 2 is constituted by the warp knitted fabric 4A, the tubular portion 2 is knitted by the elastic yarn 3a and the inelastic yarn 3b, and the knitting yarn density of the folded portion 7 is reduced. The rough portion 5 is formed as a thread-cut stitch portion 5a knitted only by the non-elastic yarn 3b without the elastic yarn 3a, and the dense portion 6 of the knitting yarn density is inserted into the elastic yarn 3a to be an elastic yarn. Since it is formed as a regular stitch portion 6a knitted with 3a and inelastic yarn 3b, the two rows of thread-drawn stitch portions 5a have an appearance different from that of the other portion of the tubular portion 2. .
As a result, the two rows of thread-drawn stitch portions 5a and the regular stitch portion 6b between them serve as marks at the time of folding. Further, the two rows of thread-drawn stitch portions 5a become the constricted portion of the cylindrical portion 2, and the folding of the cylindrical portion 2 can be facilitated, and the cylindrical portion 2 can be folded in order at the same position every time. It is possible to prevent irregular folds and bulkiness.

Further, since the cylindrical portion 2 is knitted with the elastic yarn 3a and the non-elastic yarn 3b except for the two rows of thread-drawn stitch portions 5a, elasticity is imparted to the knitted fabric 4 of the cylindrical portion 2, and the wearer It is possible to improve fit and detachability.
Moreover, even if the operation is performed during wearing, the folded portion 7 can be prevented from being raised or lowered, the folded state can be maintained in an orderly manner, and the structure of the folded portion 7 of the garment 1 that does not collapse can be provided.
Further, the mark of the turn-back position can be easily formed because the knitting is performed only with the other yarn 3b without supplying one 3a of the two yarns 3a, 3b knitting the cylindrical portion 2. . If the yarn removal stitch portion 5a is only in one row, the folded state becomes unstable. However, when the yarn removal stitch portion 5a is formed in two rows, the regular stitch portion 6b between the two rows becomes a fold, and this fold is on both sides. By being supported by the thread-drawing stitch portion 5a, the folded state can be stabilized.

  The two rows of thread-drawn stitch portions 5a are formed with a width corresponding to one stitch, and the regular stitch portion 6b therebetween is formed with a width corresponding to one stitch to a plurality of stitches. The reference of the folding position can be formed with good appearance without adversely affecting the strength of the knitted fabric 4 constituting the tubular portion 2. Moreover, since the two rows of thread-drawn stitch portions 5a are formed with the regular stitch portions 6b sandwiched therebetween, folding can be facilitated, and furthermore, the folded state can be stably maintained, It is possible to improve the effect of preventing the shift with respect to the operation during wearing. Moreover, the regular stitch part 6b should just be formed in the width | variety for one stitch-multiple stitches, and if it remove | deviates from this, a bending state will become unstable.

In addition, since the elastic yarn 3a is thicker than the non-elastic yarn 3b, it is easy to express the difference in appearance of the thread-cut stitch portion 5a with respect to the other knitting structure of the tubular portion 2. It is possible to clarify the standard of the folding position.
The elastic yarn 3a is a polyurethane yarn, and the non-elastic yarn 3b is a nylon yarn, so that the cylindrical portion 2 is composed of an elastic yarn 3a made of polyurethane yarn and an inelastic yarn 3b made of nylon yarn. While knitting can improve the fit and detachability to the wearer, the feel can be softened, and the yarn removal stitch portion 5a can be maintained with the strength of the nylon yarn.

In the case where the tubular portion 2 is composed of the weft knitted fabric 4B, the knitted yarn density coarse portion 5 in the folded portion 7 has a loop length of the knitting yarn that is longer than other portions of the tubular portion 2. The long loop stitch portion 5b knitted long is formed, and the dense portion 6 of the knitting yarn density is a regular loop stitch portion knitted with the loop length of the knitting yarn being the same as the other portions of the tubular portion 2. By being formed as 6b, the two rows of long loop stitch portions 5b have an appearance different from that of the other portion of the tubular portion 2. As a result, the two long loop stitch portions 5b and the regular loop stitch portion 6b between them serve as marks at the time of folding. In addition, the two long loop stitch portions 5b serve as a constricted portion of the cylindrical portion 2, which facilitates the folding of the cylindrical portion 2 and allows the cylindrical portion 2 to be folded in an orderly manner at the same position each time. It is possible to prevent irregular folds and bulkiness. Moreover, even if it is the operation | movement during wearing, the folding | returning part 7 can be prevented from going up and down, the folded state can always be maintained orderly, and the structure of the folding | turning part 7 of the clothing 1 which does not collapse can be provided. Moreover, since the folding | returning part 7 can be comprised only by changing the loop length of the knitting yarn 3c which knits the cylindrical part 2, it can be formed easily. If the long loop stitch portion 5b is only in one row, the folded state becomes unstable. However, if the long loop stitch portion 5b is formed in two rows, the regular loop stitch portion 6b between the two rows becomes a fold, and this fold is The folded state can be stabilized by being supported by the long loop stitch portions 5b on both sides.

Further, the tubular portion 2 of the garment 1 to which the folded portion 7 is applied includes a waist portion and / or a hem portion of the girdle 1A, a cuff portion and / or a hem portion and / or a turtleneck portion of the shirt 1B, It can be applied to any of the waist and / or hem of the pants, the waist or the waist of the waist nipper 1C, and the mouth of the socks. The advantages described above can be obtained for the shape portion 2.
The embodiments of the present invention are configured as described above, but the present invention is not limited only to these embodiments, and can be freely modified and implemented within the scope described in the claims. For example, in the above-described embodiment, the dense yarn density portion 6 is illustrated as being the same as the yarn density of the tubular portion 2 in other portions than the folded portion 7, but this is not restrictive. Different knitting yarn densities may be used.

(A) is a schematic front perspective view of the cylindrical part of the garment to which this invention is applied, (B) is the vertical side view, (C) is the vertical side view of the folded state. It is the schematic which shows the structural example of the warp knitted fabric used for this invention. It is explanatory drawing of the thread | yarn arrangement | sequence of the folding | turning part of the warp knitted fabric of FIG. It is a schematic explanatory drawing of the 1st knitting structure example of the warp knitted fabric applied to this invention. It is a schematic explanatory drawing of the 2nd knitting structure example of the warp knitted fabric applied to this invention. It is a schematic explanatory drawing of the example of the knitting structure of the weft knitted fabric applied to this invention. (A) and (B) are schematic front views before and after folding of the first embodiment in which the present invention is applied to a girdle. (A) (B) is a schematic front view before and after the folding of 2nd Embodiment which applied this invention to the inner shirt. (A) (B) is a schematic front view before and after the folding | turning of 3rd Embodiment which applied this invention to a stomach wrap or a waist nipper.

DESCRIPTION OF SYMBOLS 1 Clothing 1A Girdle 1B Inner shirt 1C Abdomen or waist nipper 2 Cylindrical part 3a Elastic thread 3b Inelastic thread 3c Knitting thread 4A Warp knitted fabric 4B Weft knitted fabric 4a-4d Fabric part for product 4e Hem part 4f End fabric part 5 Knitting Yarn density coarse portion 6 Knitting yarn density dense portion 5a Yarn-free stitch portion 6a Regular stitch portion 5b Long loop stitch portion 6b Regular loop stitch portion 7 Folding portion

Claims (6)

In a garment comprising a tubular portion whose length can be adjusted by folding, and the tubular portion is constituted by a warp knitted fabric or a weft knitted fabric, the yarn is knitted with respect to one folded portion of the tubular portion. The coarse portion of the density is formed in a narrow annular shape in two rows along the circumferential direction of the cylindrical portion, and a dense portion of the knitting yarn density is formed between the coarse portions of the two rows of knitting yarn density. When the two rows of the coarse portions of the knitting yarn density and the dense portion of the knitting yarn density between them form one folded portion, when the tubular portion is folded by the folded portion, the knitting yarn density The garment with a turn-back portion is characterized in that the dense portion of the fold is a fold, and the fold is supported from both sides by the coarse portion of the knitting yarn density .   In the case where the tubular portion is composed of a warp knitted fabric, the tubular portion is knitted with elastic yarns and inelastic yarns, and the coarse portion of the knitting yarn density in the folded portion is without elastic yarns. It is formed as a threaded stitch part knitted only with inelastic yarns, and the dense part of the knitting yarn density is formed as a regular stitch part knitted with elastic yarns and inelastic yarns by inserting elastic yarns The garment with a folded portion according to claim 1, wherein the garment is folded.   The two rows of thread-drawn stitch portions are formed with a width corresponding to one stitch, and the regular stitch portion therebetween is formed with a width corresponding to one stitch to a plurality of stitches. The garment with a folding | turning part of Claim 2.   The garment with a folded portion according to claim 2 or 3, wherein the elastic yarn is thicker than the inelastic yarn.   In the case where the tubular portion is composed of a weft knitted fabric, the coarse portion of the knitting yarn density in the folded portion is a long loop stitch knitted with a loop length of the knitting yarn longer than other portions of the tubular portion. The dense portion of the knitting yarn density is formed as a regular loop stitch portion knitted with the loop length of the knitting yarn being the same as other portions of the cylindrical portion. The garment with a folding | turning part of Claim 1. The tubular portion of the garment to which the folded portion is applied includes a waist portion and / or hem portion of girdles, a cuff portion and / or hem portion and / or a turtleneck portion of shirts, a waist portion of pants and / or the like. The garment with a turn-back portion according to any one of claims 1 to 5, wherein the garment is any one of a hem opening portion, a waistband, a waist portion of waist nippers, and a mouth opening portion of socks.

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