WO2012063316A1

WO2012063316A1 - Knitted fabric and garment with crotch

Info

Publication number: WO2012063316A1
Application number: PCT/JP2010/069862
Authority: WO
Inventors: 菜穂子杉野
Original assignee: 株式会社ワコール
Priority date: 2010-11-08
Filing date: 2010-11-08
Publication date: 2012-05-18
Also published as: JP5682628B2; JPWO2012063316A1; CN103189557A; CN103189557B

Abstract

This knitted fabric comprises a pile knit region having a pile knit structure, and a peripheral region surrounding the pile knit region and comprising a knit structure that does not require hemming, the peripheral region being cut to form edge portions. A garment with a crotch using this knitted fabric has a front body, a rear body, and a crotch part formed of serial knitted fabric, the side end parts of the front body and the rear body being sewn together. An upper end portion that corresponds to the waist of the wearer is an edge portion formed of the cut peripheral region of the knit fabric. A bottom part into which the leg of the wearer is inserted is an edge portion formed of the cut peripheral region of the knit fabric, a crotch portion composed of the pile knit region being formed at the crotch part.

Description

Knitted fabric and clothing with crotch

The present invention relates to a knitted fabric and a crotch garment.

Conventionally, in clothing such as shorts, the functionality of the clothing is improved by applying a cloth to the body fabric covering the body part of the wearer. For example, in shorts, a patch formed of a knitted fabric made of gentle cotton yarn per skin is used. In shorts, by providing such a patch on the crotch part, the functionality of the garment is improved by preventing the orimono from adhering to the body fabric of the shorts even if the female orimono is attached to the crotch part. ing.

In addition, instead of providing a patch on the crotch part of the shorts body as in the prior art, an opening is formed in the crotch part, and a patch is fitted into this opening and welded (for example, disclosed) Patent Document 1).

Japanese Patent No. 4491430

However, in the above-described prior art, there is a problem in that it takes time for processing such as sewing and welding for attaching the patch because the patch is provided in the crotch portion. Further, there is a demand for a knitted fabric that can improve the functionality while reducing the labor of processing without applying a batter as in the prior art.

The present invention has been made in order to solve the above-described problems, and is intended to improve functionality and to eliminate the labor of processing, and a crotch formed using the knitted fabric. The purpose is to provide clothing.

A knitted fabric according to the present invention includes a pile knitting region having a pile knitting structure, and a peripheral region that surrounds the pile knitting region and is formed of a knitting structure that does not require cleaning, and the peripheral region is cut to form a peripheral portion. It is characterized by having.

Such a knitted fabric is provided with a pile knitting region having a pile knitting structure, and a peripheral region made up of a knitting structure that does not require finishing is formed around the pile knitting region. Thereby, the labor of the process for attaching the conventional patch can be saved by forming a pile knitting area | region in the area | region where the conventional patch was given. As a result, it is possible to improve the functionality by reducing the labor of processing without applying a batter as in the prior art. In addition, since a peripheral region made of a knitting structure that does not require end trimming is formed around the pile knitting region, and the peripheral region is cut to form a peripheral portion, it is not necessary to clean the end after cutting. Can be saved. By cutting the peripheral area that does not require cleanup, the pile portion is prevented from becoming a fabric edge, and fraying of the pile portion is prevented. By manufacturing a garment using such a knitted fabric, the labor for manufacturing a garment with improved functionality can be omitted, and cost reduction can be realized. By forming the pile knitting region, it is possible to improve functionality such as good touch, water absorption, and prevention of see-through.

The surrounding area includes a first surrounding area adjacent to the surrounding area, and a second surrounding area adjacent to the first surrounding area and having a knitted structure different from that of the first surrounding area. It is preferable that the peripheral region or the second peripheral region is cut to form a peripheral portion. Thus, by setting it as the structure provided with the 1st and 2nd surrounding area in a surrounding area, a knitting structure can be changed with a 1st surrounding area and a 2nd surrounding area, for example. Thereby, the tensile strength (power of the knitted fabric) can be changed between the first peripheral region and the second peripheral region.

The crotch garment of the present invention is a crotch garment formed using the above knitted fabric, covering at least a part of the wearer's lower abdomen and buttocks, and inserting the left and right legs respectively. The crotch part of the body part has a pile region in the center, and the left and right hem port side regions are formed by surrounding regions. Moreover, it is preferable that the body part is formed by sewing / bonding the side parts of the front body and the back body integrally formed through the crotch part to each other.

Such a crotch garment is provided with a pile knitting region having a pile knitting structure, and a knitted fabric having a peripheral region made of a knitting structure unnecessary for finishing is used around the pile knitting region. Thereby, a pile knitting area | region can be arrange | positioned in the crotch part conventionally provided with the application | coating cloth, and the effort of the process for attaching an application | coating cloth can be saved. As a result, it is not necessary to apply a cloth to the crotch portion, and it is possible to form a suitable crotch portion with reduced processing effort. In addition, since the upper end corresponding to the wearer's waist and the skirt part through which the leg is inserted are formed by cutting the peripheral area that is unnecessary to clean up, it is unnecessary to clean up after cutting. Processing time can be saved. By cutting the peripheral area that does not require cleanup, the pile portion is prevented from becoming a fabric edge, and fraying of the pile portion is prevented. By manufacturing shorts (clothes with crotch) using such a knitted fabric, the labor at the time of manufacture can be omitted, and cost reduction can be realized. Further, by forming a pile knitting region in the crotch portion, it is possible to improve functionality such as good touch, water absorption, and prevention of see-through.

Further, it is preferable that the loop of the pile knitting structure of the crotch portion is formed of cotton yarn.

According to the present invention, an object of the present invention is to provide a knitted fabric capable of improving functionality and saving labor of processing, and a crotch garment using the knitted fabric.

It is a top view which shows the knitted fabric which concerns on 1st Embodiment of this invention. It is the knitting | organization organization chart of each component yarn of the 2nd surrounding area | region in FIG. It is the knitting | organization organization chart of each component yarn of the 2nd surrounding area | region in FIG. FIG. 2 is a knitting structure diagram of constituent yarns in a first surrounding area in FIG. 1. FIG. 2 is a knitting structure diagram of constituent yarns in a first surrounding area in FIG. 1. It is the knitting | organization organization chart of each component yarn of the pile knitting area | region in FIG. It is the knitting | organization organization chart of each component yarn of the pile knitting area | region in FIG. It is a knitting | organization organization chart of each constituent yarn of the 2nd circumference field concerning the modification of the present invention. It is a knitting | organization organization chart of each constituent yarn of the 2nd circumference field concerning the modification of the present invention. It is a knitting | organization organization chart of each constituent yarn of the 1st circumference field concerning the modification of the present invention. It is a knitting | organization organization chart of each constituent yarn of the 1st circumference field concerning the modification of the present invention. It is the knitting | organization organization chart of each component yarn of the pile knitting area | region which concerns on the modification of this invention. It is the knitting | organization organization chart of each component yarn of the pile knitting area | region which concerns on the modification of this invention. It is a top view which shows the knitted fabric for shorts which concerns on 2nd Embodiment of this invention. It is a front view which shows the shorts which concern on 3rd Embodiment of this invention. It is the front view and back view which show the underwear which concerns on 4th Embodiment of this invention. It is a top view which shows the underwear knitted fabric which concerns on 4th Embodiment of this invention. It is a figure which shows the half top brassiere which concerns on 5th Embodiment of this invention. It is a figure which shows the knee support which concerns on 6th Embodiment of this invention. It is a figure which shows the underwear which concerns on 7th Embodiment of this invention. It is a figure which shows the underwear which concerns on 8th Embodiment of this invention. It is a figure which shows the shorts which concern on 9th Embodiment of this invention. It is a knitting | organization organization chart of each constituent yarn of the 2nd circumference field concerning the 1st modification of the present invention. It is a knitting | organization organization chart of each constituent yarn of the 2nd circumference field concerning the 2nd modification of the present invention. It is a knitting | organization organization chart which shows the rib knitting which concerns on the 4th modification of this invention. It is a figure which shows the knitting method of the rib knitting which concerns on the 4th modification of this invention. It is a figure which shows the knitting method of the flat knitting which concerns on the 5th modification of this invention. It is the knitting | organization organization chart of each component yarn of the pile knitting area | region in FIG.

Hereinafter, preferred embodiments of a knitted fabric and a crotch garment according to the present invention will be described with reference to the drawings. In the description of the drawings, the same or corresponding elements are denoted by the same reference numerals, and redundant description is omitted.

(First embodiment: knitted fabric)
FIG. 1 is a plan view showing a knitted fabric according to a first embodiment of the present invention. A knitted fabric 10 shown in FIG. 1 is an elastic warp knitted fabric formed by overlapping a plurality of knitted structures. The knitted fabric 10 includes a pile knitting region 20 having a pile knitting structure, and a surrounding region 30 that surrounds the pile knitting region 20 and is formed of a knitting structure that does not require any cleanup. The knitted fabric 10 cuts the surrounding area 30 to form a peripheral edge.

The surrounding area 30 is an area where pile knitting is not performed. The pile knitting region 20 is formed at the center of the knitted fabric 10, for example. Note that the pile knitting region 20 may be formed at a position off the center of the knitted fabric 10.

The peripheral region 30 includes a first peripheral region 31 adjacent to the pile knitting region 20 and a second peripheral region 32 adjacent to the first peripheral region 31 and having a knitted structure different from that of the first peripheral region 31. I have. In the knitted fabric 10, the illustrated vertical direction (Y direction) is the course direction. The peripheral region 30 may be formed from the same knitted structure.

The first surrounding area 31 is formed on both sides of the pile knitting area 20 in the course direction Y. The second surrounding area 32 is formed on both sides of the pile knitting area 20 and the first surrounding area 31 in the X direction orthogonal to the course direction Y. The second peripheral region 32 only needs to be adjacent to the first peripheral region 31 and may not be adjacent to the pile knitting region 20. For example, the first peripheral region 31 may be formed so as to surround the pile knitting region 20, and the second peripheral region 32 may be formed outside the first peripheral region 31.

(Second surrounding area)
Next, the knitting structure of the second peripheral region 32 will be described with reference to FIGS. 2 and 3 are knitting structure diagrams of the constituent yarns in the second peripheral region in FIG. The second peripheral region 32 is a part of a warp knitted fabric knitted by combining the inelastic yarn 50 and the elastic yarns 61 to 63.

In the following explanation, one course means the distance in the vertical direction indicated by the arrow Y in FIG. 2, that is, the direction in which the yarn constituting each knitted structure is knitted. One wal means the distance in the left-right direction indicated by the arrow X.

The second surrounding region 32 includes a first knitting organization A, a second knitting organization B, a third knitting organization C, and a fourth knitting organization D.

In the first knitting structure A, the inelastic yarn 50 is swung in the wale direction so that the inelastic yarn 50 has a swing width of one wale for each course, and a total of two whales in one repeating unit. Is forming. The first organization A is an organization that can be expressed as a deformed atlas structure or a deformed denbi structure.

In the second knitting structure B, the first elastic yarn 61 among the elastic yarns is alternately swung left and right every two courses with a swing width of 2 wales (that is, between two stitches) to partially form a second stitch. is doing. The 1st knitting organization A and the 2nd knitting organization B are formed so that a mutual loop may be tightened. This makes it difficult to fray each other's tissue threads.

The third knitting structure C is a loop formed by the first knitting structure A and the second knitting structure B in which the second elastic yarn 62 of the elastic yarns is alternately swung left and right with a swing width of one wal for each course. The inserted tissue is inserted so as to be sandwiched between the two.

The fourth knitting structure D is formed by the first knitting structure A and the second knitting structure B in the same manner as the third knitting structure, for example, between the needle loop and the sinker loop. Is an insertion structure that is inserted through the yarns of the knitting structures A and B. This makes it difficult for the yarns forming each other's knitted structure to fray. Note that the second peripheral region 32 may be composed of other knitting structures. For example, the surrounding area | region which is not equipped with the 4th organization organization D may be sufficient.

(First organization A)
The 1st knitting structure | structure A by the inelastic yarn 50 comprises the basic structure of a stretch warp knitted fabric. The first knitting organization A is swung in the wale direction with a swing width of 1 wal for each course and with a swing width of 2 wales in total in one repeating unit, and forms a loop in all courses. Specifically, a knitted organization having a repeating unit such as 21/10/12/23 // is employed. Depending on the combination with the elastic yarn knitting structures B, C, and D, which will be described later, differences occur in the functions and characteristics of the stretch warp knitted fabric.

(Inelastic yarn of the first knitting structure A)
As the inelastic yarn of the first knitted structure A, a yarn material similar to that of a normal warp knitted fabric can be used. “Non-elastic yarn” includes yarn having less elasticity compared to elastic yarn. For example, a yarn having an elongation of less than 100% can be used as an inelastic yarn. The inelastic yarn is preferably a yarn having an elongation of less than 60. Specifically, natural fibers such as cotton, synthetic fibers such as nylon, semi-synthetic fibers and regenerated fibers can also be used as inelastic yarns. As the form of the inelastic yarn, a filament yarn, a spun yarn, a twisted yarn and the like can be employed.

(Second organization B)
The second knitting structure B made of elastic yarn has a function of imparting good stretchability to the knitted fabric 10. Further, the second knitting structure B has a function of preventing fraying and tearing of the knitted fabric. The second knitted structure B forms an elastic knitted fabric when used together with the other knitted structures A and C. Specifically, a knitted organization having a repeating unit such as 12/02/21/31 // is employed.

(Elastic yarn of the second knitting structure B)
The second knitting structure B has a function of making the knitted fabric difficult to curl. As the elastic yarn of the second knitted structure B, the same yarn material as that of a normal stretch warp knitted fabric can be used. For example, a yarn having an elongation of 200% or more can be used as the elastic yarn. The elastic yarn preferably has an elongation of 400% or more. Specifically, polyurethane elastic yarn can be used.

(Third organization C)
The third knitted structure C made of elastic yarn has a function of imparting stretchability and other characteristics to the knitted fabric. Unlike the second knitting structure B, the third knitting structure C is inserted with the second elastic yarns 62 being alternately swung to the left and right with a swing width of one wal for each course. This is a so-called zigzag insertion structure, and becomes a repeating unit of 00/11 //. In the present embodiment, an example in which the third knitting organization C is a repeating unit of 00/11 // is given. However, as shown in FIG. 28, for example, 11/00/11/22 // It may be a repeating unit.

The third knitting organization C is mainly involved in the stretchability in the vertical direction. Combined with the second knitting structure B exhibiting excellent stretchability in the horizontal direction and the diagonal direction, the warp knitted fabric can be given a balanced expansion / contraction function in any of the vertical, horizontal and diagonal directions.

(Elastic yarn of the third knitting structure C)
As the elastic yarn of the third knitted structure C, basically, a yarn material common to the elastic yarn used for the second knitted structure B can be used. The elongation of the elastic yarn can also be set within the same range.

(4th organization D)
The fourth knitting structure D made of elastic yarn has a function of imparting stretchability and other characteristics to the knitted fabric. Unlike the second knitting structure B, the fourth knitting structure D is inserted with the second elastic yarn 62 being alternately swung left and right with a swing width of one wal for each course. This is a so-called zigzag insertion structure, and becomes a repeating unit of 00/11 //. Note that the fourth knitted structure D may be formed of elastic yarn.

The fourth knitting organization D is mainly involved in the stretchability in the vertical direction, and contributes to prevention of hot spots. Combined with the second knitting structure B exhibiting excellent stretchability in the horizontal direction and the diagonal direction, the warp knitted fabric can be given a balanced expansion / contraction function in any of the vertical, horizontal and diagonal directions.

(Elastic yarn of the fourth knitting structure D)
As the elastic yarn of the fourth knitting structure D, basically, a yarn material common to the elastic yarn used for the second knitting structure B can be used. The elongation of the elastic yarn can also be set within the same range.

(First surrounding area)
Next, the knitting structure of the first peripheral region 31 will be described with reference to FIGS. 4 and 5 are knitting structure diagrams of the constituent yarns in the first peripheral region in FIG. 1. The first peripheral region 31 is a part of a warp knitted fabric knitted by combining the

inelastic yarns

50 and 64 and the elastic yarns 61 to 63.

In addition to the first knitting structure A, the second knitting structure B, the third knitting structure C, and the fourth knitting structure D described above, the first peripheral region 31 is provided with one inelastic thread 64 for each course. The fifth knitting structure E is inserted by being alternately swung left and right with a swing width of. In addition, the 1st surrounding area 31 may be comprised from the other organization organization.

(5th organization E)
The fifth knitting structure E formed by the non-elastic yarns 64 has a pile yarn formed in the region 20 entangled with each knitting structure. Thereby, when the knitted fabric of the 1st surrounding area 31 is cut, the yarn which forms a pile is made hard to fray. In the fifth knitting structure E, the inelastic yarn 64 is inserted by being alternately swung left and right with a swing width of one wal for each course. This is a so-called zigzag insertion structure, and becomes a repeating unit of 00/11 //.

The fifth knitted structure E has a function of providing a difference in elongation, that is, a power difference, between the first peripheral region 31 and the second peripheral region 32 by entwining the inelastic yarn 64. Thereby, the elongation of the 1st circumference field (crotch part) 31 is made small, and dough is difficult to bite into a wearer's crotch. On the other hand, about the 2nd surrounding area 32 which covers a wearer's buttocks and abdominal region periphery, elongation is made higher than a 1st surrounding area, the elasticity is given, and the adhesiveness with respect to a buttocks is improved.

(Pile knitting area)
Next, with reference to FIG.6 and FIG.7, the knitting structure | tissue of the pile knitting area | region 20 is demonstrated. 6 and 7 are knitting structure diagrams of the constituent yarns in the pile knitting region. The pile knitting region 20 is a part of a warp knitted fabric knitted by combining

inelastic yarns

50 and 64 and elastic yarns 61 to 63.

The pile knitting region 20 includes the sixth knitted structure F into which the inelastic yarn 64 is inserted in addition to the first knitted structure A, the second knitted structure B, the third knitted structure C, and the fourth knitted structure D described above. I have.

(6th organization F)
The sixth knitting structure F is a part constituting the pile, and is not partly knitted in order to constitute a pile loop. Specifically, a knitted structure having a repeating unit such as 11/11/11/11/11/11/11/11/11/11/00/11 // is employed. In FIG. 6, for the sake of simplicity, some of the repeating units are not shown.

In the present embodiment, as described above, an example in which the pile portion is formed by setting the interval of the loop to 11 stitches (that is, a distance corresponding to 11 courses) is described, but the present invention is limited to this. It is not something. What is necessary is just to set the space | interval of a loop according to the specification of goods.

(Effect of knitted fabric)
Such a knitted fabric 10 includes a pile knitting region 20 having a sixth knitting structure F that constitutes a pile, and a peripheral region 30 made of a knitting structure that does not require finishing is formed around the pile knitting region 20. Yes. Thereby, the labor of the process for attaching the conventional patch can be saved by forming the pile knitting area | region 20 in the area | region where the conventional patch was given. As a result, it is possible to improve the functionality by reducing the labor of processing without applying a batter as in the prior art. In addition, a peripheral region 30 made of a knitting structure that does not require end trimming is formed around the pile knitting region 20, and the peripheral region 30 is cut to form a peripheral portion. This saves processing time. By cutting the peripheral area 30 that does not require edge cleaning, the pile portion is avoided from becoming a fabric edge, and fraying of the pile portion is prevented. By manufacturing a garment using such a knitted fabric 10, labor for manufacturing a garment with improved functionality can be omitted, and cost reduction can be realized. In the knitted fabric 10, since the pile knitting area | region 20 is formed, functionality, such as favorable touch, water absorption, and see-through prevention, can be improved.

(First modification: first knitting organization A, second knitting organization B)
Next, with reference to FIG. 23, the 1st organization organization A and the 2nd organization organization B which concern on a 1st modification are demonstrated. FIG. 23 is a knitting structure of each component yarn in the second peripheral region 32 having the first knitting structure A and the second knitting structure B according to the first modification. A second peripheral region 32 shown in FIG. 23 is a part of a warp knitted fabric knitted by combining the inelastic yarn 50 and the elastic yarns 61 to 63. The knitting structures A and B according to the first modification can be applied in common to the surrounding area 30 and the pile knitting area 20.

In the first knitting structure A of the first modified example, the inelastic yarn 50 has a swing width corresponding to one wale for each course, that is, this is used as one repeating unit, and a loop is formed in each course. The 1st organization A of the 1st modification is what is called a denbi organization.

In the second knitting structure B of the first modified example, the elastic yarn 61 has a width of one wal for each course, that is, this is used as one repeating unit, and a loop is formed in each course. The 2nd organization organization B of the 1st modification is what is called a denbi organization.

The non-elastic yarn 50 of the first knitting structure A and the elastic yarn 61 of the second knitting structure B may be arranged so that the respective yarns pass along the same path, and the mutual yarns are coarse. You may reversely arrange | position so that the path | route symmetrical with respect to a direction may be passed. Moreover, the denbi structure may be used for the pile knitting region and the first surrounding region. The first peripheral region and the second peripheral region having a denbi structure are structures that do not require end cleanup after cutting.

Note that all of the yarns constituting the first knitting structure A to the fourth knitting structure D may be inelastic yarns or may be formed of elastic yarns. In addition, it is good also as what combines an elastic yarn and an inelastic yarn in aspects other than the combination shown in this example. However, in order to obtain appropriate stretchability for the knitted tissues C and D which are the inserted tissues. Either one of them preferably employs an elastic yarn.

(Second modification: first knitting organization A, second knitting organization B)
Next, with reference to FIG. 24, the 1st organization organization A and the 2nd organization organization B which concern on a 2nd modification are demonstrated. FIG. 24 shows a warp knitting in which a second surrounding structure 32 having a first knitted structure A and a second knitted structure B according to a second modification is knitted by combining inelastic yarns 50 and elastic yarns 61-63. A part of the earth. The knitting structures A and B according to the second modification can be commonly applied to the surrounding area 30 and the pile knitting area 20.

In the first knitting structure A of the second modification, the non-elastic yarn 50 is swung in the same course direction four times in succession as a swing width for one wale for each course, that is, using this as one repeating unit. Each course forms a loop. The 1st organization A of the 2nd modification is what is called an atlas organization.

In the second knitting structure B of the second modified example, the elastic yarn 61 is swung in the same wale direction four times in succession as a swing width for one wale for each course, that is, as a repeating unit. A loop is formed in the course. The 2nd organization organization B of the 2nd modification is what is called an atlas organization. In this modification, the example in which the elastic yarn 61 is swung in the same wale direction every four times is given. For example, the number of times the elastic yarn 61 is swung in the same wale direction may be three times or less, It may be 5 times or more.

(Third Modification: Second Surrounding Area)
Next, the knitting structure of the second surrounding region 32 according to the third modification will be described with reference to FIGS. 8 and 9. 8 and 9 are knitting structure diagrams of the constituent yarns in the second surrounding area according to the modification. The second peripheral region 32 is a part of a warp knitted fabric knitted by combining the non-elastic yarn 50 and the

elastic yarns

61 and 62.

In the second peripheral region 32, the inelastic yarn 50 is swung in the wale direction with a swing width of 2 wales in one repeat unit with a swing width of 1 wal for each course to form a loop in all courses. The first knitting structure A and the first elastic yarn 61 among the elastic yarns are swung in the wale direction with a swing width of one wale from the previous course between the course in which the plurality of needles overlap in the same course. The second knitting structure B that has a portion to be transferred to the next course for each course or every two courses and forms a loop in all courses, and the second elastic yarn 62 of the elastic yarns is one course. And a third knitting structure C inserted by being alternately swung left and right with a swing width of 1 wal. The first knitting organization A and the third knitting organization C are the same knitting organization as that of the first embodiment.

(Third Modification: Second Organization B)
The second knitting structure B made of elastic yarn has a function of imparting good stretchability to the knitted fabric 10. Further, the second knitting structure B has a function of preventing fraying and tearing of the knitted fabric. In the second knitting structure B, the elastic yarn 61 is swung in the wale direction with a swing width of one wale from the previous course in the course in which the plurality of needles overlap in the same course and moves to the next course. There is a point for each course or every two courses, and a loop is formed in all courses. Specifically, a knitted organization having a repeating unit such as 31/02 // is employed.

Basically, among the knitting organizations included in the technical concept of the second knitting, it is possible to adopt a knitting organization in which the transition between courses is swung in the wale direction with a width of one wal. Specifically, there is a knitting organization that overlaps multiple stitches within the same course for each course, then swings in the waling direction with a swing width of 1 wal and moves to the next course to form a loop in all courses. Can be adopted. In general, the overlap in the same course is often between two stitches, but the overlap may be between three stitches or more.

Such a knitting structure can exert a strong expansion / contraction function in the horizontal direction by overlapping between plural needles in the same course. In addition, since the transition between the courses is swung in the wale direction with a swing width of one wale, the expansion and contraction function in the oblique direction can be exhibited well in addition to the horizontal direction.

The swing direction between courses may be the same direction within the repeat unit, or the swing direction may change. If the swing direction is changed to the left and right, it is easy to exhibit good elongation and power in a balanced manner in both the left and right diagonal directions. It is preferable to change the swing direction alternately left and right for each course. Note that a knitting organization in which the second knitting organization B is slightly changed according to the specifications of the product can also be employed.

(Third Modification: First Surrounding Area)
Next, the knitting structure of the first peripheral region 31 will be described with reference to FIGS. 10 and 11. 10 and 11 are knitting structure diagrams of the constituent yarns in the first surrounding area according to the modification. The first peripheral region 31 is a part of a warp knitted fabric knitted by combining the inelastic yarn 50 and the

elastic yarns

61, 62, 64.

In addition to the first knitting structure A, the second knitting structure B, and the third knitting structure C described above, the first peripheral region 31 has the non-elastic yarn 64 alternately left and right with a swing width of one wales per course. The fifth knitting tissue E is inserted by being swung. The fifth organization T is the same organization as the third organization C.

(Third Modification: Pile Knitting Area)
Next, with reference to FIG.12 and FIG.13, the knitting structure | tissue of the pile knitting area | region 20 which concerns on a modification is demonstrated. 12 and 13 are knitting structure diagrams of the constituent yarns in the pile knitting region according to the modification. The pile knitting region 20 is a part of a warp knitted fabric knitted by combining

inelastic yarns

50 and 64 and

elastic yarns

61 and 62.

The pile knitting region 20 includes a sixth knitted structure F into which inelastic yarns 64 are inserted, in addition to the first knitted structure A, the second knitted structure B, and the third knitted structure C described above.

(3rd modification: 6th organization F)
The sixth knitting organization F is a part constituting the pile and has the same configuration as the knitting organization F shown in FIG.

(Third Modification: Effect of Knitted Fabric)
Even in the knitted fabric 10 according to such a modification, the same operations and effects as the knitted fabric 10 of the first embodiment described above are exhibited.

(Fourth modification: Rib)
Next, with reference to FIG. 25, the knitted fabric (rib knitting) which concerns on a 4th modification is demonstrated. The knitted fabric according to the embodiment of the present invention can also be applied to a circular knitted fabric knitted by a circular knitting machine. FIG. 25 is a knitting organization chart showing a rib knitting according to a modification. The rib knitting shown in FIG. 25 can be knitted using a double knitting machine (knitting machine having a dial and a cylinder) (not shown). Thus, the knitted fabric can also be formed by weft knitting such as circular knitting. In addition, knitting can be performed by flat knitting instead of circular knitting.

Rib knitting (milling, rubber knitting) has a knitting structure that stretches well in the width direction of the fabric because the front and back of the flat knitting are alternately arranged every 1 wal. The rib knitting includes a first knitting organization A, a second knitting organization B, and a third knitting organization C.

25, the inelastic yarn 50 of the first knitting structure A and the yarn 61 of the second knitting structure B are arranged so as to pass through the same path. As the yarn 61 of the second knitting structure B, a welding yarn that is welded by heat treatment is used. In addition, the welding yarn 61 of the 2nd knitting structure | tissue B may be arrange | positioned at all the courses, for example, may be arrange | positioned every other course. In FIG. 25, the inelastic yarn 50 and the welding yarn 61 are illustrated as one yarn, but actually two yarns are arranged.

FIG. 26 (a) shows how the first knitting organization A is knitted. In the first knitting structure A, the inelastic yarn 50 is alternately locked to the cylinder needle 91 and the dial needle 92 to form a loop.

FIG. 26 (b) shows a method of knitting the second knitting organization B. In the second knitting structure B, the welding yarn 61 is alternately locked to the cylinder needle 91 and the dial needle 92 to form a loop.

FIG. 26 (c) shows how the third knitting organization C is knitted. The non-elastic yarn 63 of the third knitting structure C is alternately locked to the cylinder needle 91 and the dial needle 92 to form a loop, and then the cylinder needle 91 is skipped by three stitches, and then the cylinder needle 91 is again used. 91 and the dial needle 92 are alternately locked to form a loop. A portion where the cylinder needle 91 is skipped becomes a pile loop. And the area | region which has a pile loop is equivalent to the pile knitting area | region 20 of this invention. In the present embodiment, an example is given in which a pile portion is formed by skipping the cylinder needle 91 by three stitches as described above. However, how many stitches are to be skipped is appropriately set according to the specifications of the product. It ’s fine.

Further, when the rib knitting is applied to the surrounding region 30, the inelastic yarn 63 of the third knitting structure C is disposed along the inelastic yarn 50 of the first knitting structure A. In a knitted fabric having such a rib knitting, the welded yarn can be welded to other yarns by performing heat treatment after knitting. As a result, it is possible to form the peripheral region 30 that does not require cleanup.

(Fifth modification: flat)
Next, a knitted fabric (flat knitting) according to a fifth modification will be described with reference to FIG. FIG. 27 is a knitting organization chart showing a flat knitting according to a modification. The flat knitting shown in FIG. 27 can be knitted using a single knitting machine (knitting machine having either one of a dial or a cylinder) not shown. The flat knitting (tengu, single) according to the modification includes a first knitting organization A, a second knitting organization B, and a third knitting organization C.

FIG. 27 (a) shows how the first knitting organization A is knitted. In the first knitting structure A, the inelastic yarn 50 is locked only by the cylinder needle 91 to form a loop.

FIG. 27 (b) shows how the second knitting organization B is knitted. In the second knitting structure B, the welding yarn 61 is locked only by the cylinder needle 91 to form a loop.

FIG. 27 (c) shows how the third knitting organization C is knitted. After the non-elastic yarn 63 of the third knitting structure C is locked only by the cylinder needle 91 to form a loop, the cylinder needle 91 is skipped by three stitches, and then is locked only by the cylinder needle 91 again. A loop is formed. A portion where the cylinder needle 91 is skipped becomes a pile loop. And the area | region which has a pile loop is equivalent to the pile knitting area | region 20 of this invention. The number of stitches of the non-elastic yarn 63 that is knitted so as to fly may be set as appropriate according to the specifications of the pile loop to be formed.

Further, when the flat knitting is applied to the surrounding region 30, the inelastic yarn 63 of the third knitting structure C is arranged along with or in reverse with the inelastic yarn 50 of the first knitting structure A. In a knitted fabric having such a flat knitting, the welded yarn can be welded to other yarns by performing heat treatment after knitting. As a result, it is possible to form the peripheral region 30 that does not require cleanup.

(Second embodiment: knitted fabric for shorts)
Next, a knitted fabric for shorts (clothing with crotch) according to a second embodiment of the present invention will be described. FIG. 14 is a plan view showing a knitted fabric for shorts according to a second embodiment of the present invention. The shorts knitted fabric 11 according to the second embodiment is formed between the front body 41 covering the lower abdomen of the wearer, the back body 42 covering the buttocks of the wearer, and the front body 41 and the back body 42. And a crotch portion 43, and is formed from a series of knitted fabrics 10. In addition, about the description same as 1st Embodiment mentioned above, it abbreviate | omits.

In the present embodiment, the knitted fabric 11 for shorts has a front body 41 and a back body 42 formed integrally via a crotch portion 43, and connects the left and right side portions of the front body 41 and the back body 42. The example which forms shorts together is given. However, the present invention is not limited to this. For example, the front body and the back body may be formed as separate knitted fabrics, and the knitted fabrics may be joined together by bonding or sewing to form shorts, or the left and right body parts may be formed as separate knitted fabrics. The shorts may be formed by joining the knitted fabrics by a technique such as sewing or bonding.

The knitted fabric for shorts 11 is formed by cutting the knitted fabric 10 according to the outer shape of the shorts (clothing with crotch). The front body 41 is formed by the second peripheral region 32. The back body 42 is formed by the second peripheral region 32. A crotch portion formed at the center of the crotch portion 43 is formed by the pile knitting region 20, and a portion other than the crotch portion of the crotch portion 43 is formed by the first surrounding region 31. In the shorts knitted fabric 11 (knitted fabric 10), the pile knitting region 20 is provided with a pile knitting region 20 so as to correspond to the size of the crotch portion.

In this embodiment, the shorts knitted fabric 11 is formed in a state in which the front body 41 and the back body 42 are connected via the crotch 43 so that no tangent is formed on the crotch 43. Is described. However, the present invention is not limited to this. For example, if there is no problem even if a tangent line or a bonding treatment part is formed in the first knitting area 20 in the pile knitting area 20 or in the first knitting area 20 around the pile knitting area 20, processing such as sewing or bonding is performed on the crotch part 43. You may make it give. However, in order to improve the touch, it is preferable that the crotch portion has no tangent line or adhesion treatment portion as in this embodiment.

The

peripheral portions

41a, 41b, 41c of the front body 41 are formed by cutting the second peripheral region 32. The peripheral part 41a is the upper end part of the front body 41, and is a part corresponding to a wearer's waistline. The

peripheral portions

41b and 41b are side end portions of the front body 41, and are portions that are sewn together with the

peripheral portions

42b and 42b of the back body 42. The peripheral portion 41c is a portion corresponding to a skirt portion through which the wearer's leg is inserted. In addition, the peripheral part 42b and the peripheral part 41b are good also as what is joined by crimping | compression-bonding processing etc. besides a sewing.

The

peripheral portions

42a, 42b, and 42c of the back body 42 are formed by cutting the second peripheral region 32. The peripheral part 42a is the upper end part of the back body 42, and is a part corresponding to a wearer's waistline. The

peripheral portions

42b and 42b are side end portions of the back body 42 and are portions that are sewn together with the

peripheral portions

41b and 41b of the front body 41. The peripheral portion 42c is a portion corresponding to a skirt portion through which the wearer's leg is inserted.

The peripheral portion 43 a of the crotch portion 43 is formed by cutting the first surrounding region 31. The peripheral portion 43a is a side end portion of the crotch portion 43, and is a portion corresponding to a skirt portion through which the wearer's leg is inserted.

(Knitting organization of shorts knitted fabric)
The knitting structures of the pile knitting region 20, the first peripheral region 31 and the second peripheral region 32 in the shorts knitted fabric 11 are the pile knitting region 20 and the first periphery in the knitted fabric 10 of the first embodiment. The knitting structures of the region 31 and the second peripheral region 32 can be the same. The detailed description of each organization is the same as that in the first embodiment, and thus the description thereof is omitted here. Further, the knitting structure according to the above-described modification may be adopted for the knitted fabric 11 for shorts.

(Action of knitted fabric for shorts)
According to such a knitted fabric 11 for shorts, a short can be formed by making the front body 41 and the back body 42 face each other and sewing the

side end portions

41b and 42b together.

In the knitted fabric 11 for shorts, a pile knitting region 20 having a pile knitting structure is formed in the crotch portion, and a peripheral region 30 made of a knitting structure that does not require any cleaning is formed around the pile knitting region 20. Thereby, by forming the pile knitting region 20 in the crotch portion where the conventional application cloth is applied, it is possible to save the labor of processing for attaching the conventional application cloth. As a result, it is possible to improve the functionality by reducing the labor of processing without applying a batter as in the prior art. In addition, a peripheral region 30 made of a knitting structure that does not require end trimming is formed around the pile knitting region 20, and the peripheral region 30 is cut to form a peripheral portion. This saves processing time. By cutting the peripheral area 30 that does not require edge cleaning, the pile portion is avoided from becoming a fabric edge, and fraying of the pile portion is prevented. By manufacturing shorts using such a knitted fabric 11 for shorts, labor for manufacturing shorts as a garment with improved functionality can be omitted, and cost reduction can be realized. it can. In the knitted fabric 11 for shorts, since the pile knitting area | region 20 is formed in the crotch part, functionality, such as favorable touch, water absorption, and see-through prevention, can be improved.

In addition, the crotch portion 43 having the crotch portion has the first peripheral region 31 formed in a portion adjacent to the crotch portion, and the crotch portion 43 has a lower elongation than the cloth of the front body 41 and the back body adjacent to each other. ing. Thereby, it is possible to prevent the body fabric (fabric main body) from being caught in the crotch.

(Third embodiment: shorts)
Next, shorts (clothing with crotch) according to a third embodiment of the present invention will be described. FIG. 15 is a front view showing a short according to a third embodiment of the present invention. In FIG. 15, the state which turned the shorts 40 upside down is shown, and the skin side is illustrated as the surface side. The shorts 40 is formed by using the above-described shorts knitted fabric 11 (knitted fabric 10). The shorts 40 includes a front body 41 that covers the lower abdomen of the wearer, a back body 42 that covers the wearer's buttocks, and a crotch portion 43 that is formed between the front body 41 and the back body 42. It is formed from a series of knitted fabrics. In addition, about the description same as 1st and 2nd embodiment mentioned above, it abbreviate | omits.

The front body 41 and the back body 42 are formed by the second surrounding region 32. The crotch portion of the crotch portion 43 is formed by the pile knitting region 20, and the portion other than the crotch portion of the crotch portion 43 is formed by the first surrounding region 31. In the shorts 40, the pile knitting area 20 is provided so as to correspond to the size of the crotch portion.

The front body 41 and the back body 42 are folded back so as to face each other, and the

side end portions

41b and 42b of the front body 41 and the back body 42 are stitched together.

The upper end portion of the shorts 40 is a portion corresponding to the wearer's waist, and is formed by the

peripheral portions

41a and 42a of the knitted fabric. The upper end portion of the shorts 40 is formed by cutting the second peripheral region 32. In the

peripheral portions

41a and 42a, the end cleanup after cutting is not performed. The

peripheral portions

41a and 42a need not be trimmed after cutting, but may be sewn in order to attach a lace material or the like according to the product specifications.

The skirt portion of the shorts 40 is an opening through which the wearer's leg is inserted, and is formed by the

peripheral portions

41c, 43a, and 42c of the knitted fabric. The skirt portion of the shorts 40 is formed by cutting the first peripheral region 31 and the second peripheral region 32. In the

peripheral portions

41c, 43a, and 42c, the end cleanup after cutting is not performed.

(Organization organization of shorts knitted fabric)
Each knitted structure of the pile knitting region 20, the first peripheral region 31, and the second peripheral region 32 in the knitted fabric of the shorts 40 is the pile knitted region 20 in the knitted fabric 10 of the first embodiment. It is the same as each knitting structure of the area 31 and the second surrounding area 32. The detailed description of each organization is the same as that in the first embodiment, and thus the description thereof is omitted here. In addition, the knitted structure according to the above-described modification may be employed for the shorts 40. Further, as the knitted fabric of the shorts 40, a knitted fabric having other knitted structures may be applied.

(Shorts action)
In such a short 40, since the pile knitting area | region 20 is formed in the crotch part conventionally provided with the application | coating cloth, the effort of the process for attaching an application | coating cloth can be saved. Moreover, in the shorts 40, the surrounding area | region which consists of a knitting structure | tissue which does not need end cleaning is formed around the pile knitting area | region 20, and only this surrounding area | region is cut | judged. That is, since the upper end portion and the skirt portion of the shorts 40 are formed by cutting a peripheral region that does not need to be cleaned, it is possible to save processing work. By cutting the peripheral area that does not require cleanup, the pile portion is prevented from becoming a fabric edge, and fraying of the pile portion is prevented.

As described above, the shorts 40 are manufactured by omitting the labor of processing, so that cost reduction is realized. Moreover, since the pile knitting area | region is formed in the crotch part, functionality, such as favorable touch, water absorption, and see-through prevention, is improved, for example.

(Fourth embodiment: underwear, knitted fabric)
Next, application of the knitted fabric of the present invention to an undergarment (clothing) will be described as a fourth embodiment. 16 (a) is a front view of the underwear, FIG. 16 (b) is a back view of the underwear, and FIG. 17 is a plan view of the underwear knitted fabric. The underwear 110 is formed using the knitted fabric 10. Note that the same description as the above-described embodiment is omitted.

The underwear 110 is formed by arranging two knitted fabrics 10 facing each other and sewing the peripheral portions of the knitted fabrics together. In the underwear 110, one side in the left-right direction is constituted by a single knitted fabric. The underwear 110 has a pile knitting region 20 formed in a portion corresponding to the armpit of the wearer. The pile knitting area 20 is formed with a pile-like loop projecting to the skin side. Around the pile knitting area 20, a peripheral area 30 that does not require cleaning is formed, and only the peripheral area 30 is cut to form a peripheral portion. The pile knitting region 20 has a function as a sweat removing pad.

In an underwear using such a knitted fabric, the pile knitting region 20 is formed only at a position corresponding to a specific body part (armpit). In this way, only the part that should have a good touch or the part that enhances water absorption, projecting the knitted tissue (pile knitting area 20) having the function to the skin side part, and so on the preset part, etc. It is possible to improve the skin contact and water absorption without attaching. As a result, it is possible to save the trouble of attaching the patch.

(Fifth embodiment: half-top bra, knitted fabric)
Next, application of the knitted fabric of the present invention to a half-top bra (clothing) will be described as a fifth embodiment. FIG. 18A is a front view of the half-top bra, and FIG. 18B is a plan view of the knitted fabric for the half-top brassiere. The half top bra 120 is formed using the knitted fabric 10. Note that the same description as the above-described embodiment is omitted.

The half-top bra 120 is formed by arranging two knitted fabrics 10 adjacent to each other in the left-right direction and stitching the peripheral portions of the knitted fabric. The half-top brassiere 120 is formed by one knitted fabric 10 so as to cover the bust on one side from the front side. The half top brassiere 120 is formed with a pile knitting area 20 in a portion corresponding to the bust. For example, the pile knitting area | region 20 may be arrange | positioned only in the part corresponding to a nipple. The pile knitting area 20 is formed with a pile-like loop projecting to the skin side. Around the pile knitting region 20, a peripheral region 30 that does not require cleaning is formed, and only the peripheral region 30 is cut to form a peripheral portion of the half-top brassiere 120. The pile knitting area 20 has a function as a breast pad.

In the half-top brassiere 120 using such a knitted fabric, the pile knitting region 20 is formed only at a position corresponding to a specific body part (bust). In this way, only the portion that should have a good touch, the knitted tissue (pile knitting region 20) having the function is protruded from the skin side portion, so that a predetermined portion is not attached to the skin. Can be improved. As a result, it is possible to save the trouble of attaching the patch. Further, by providing the pile knitting region 20 at a position corresponding to a specific body part, the shape of the body part is buffered by the pile-shaped loop, and is prevented from being reflected on the outer clothing.

(Sixth embodiment: knee support, knitted fabric)
Next, application of the knitted fabric of the present invention to a knee support (clothing) will be described as a sixth embodiment. FIG. 19A is a side view of the knee support, and FIG. 19B is a plan view of the knee support knitted fabric. The knee support 130 is formed using the knitted fabric 10. Note that the same description as the above-described embodiment is omitted.

The knee support 130 covers the knee of the wearer, is formed by a single knitted fabric 10, and is formed into a cylindrical shape by sewing the peripheral portions of the knitted fabric 10 together. In the knee support 130, a pile knitting region 20 is formed in a portion corresponding to the front side of the knee. The pile knitting area 20 is formed with a pile-like loop projecting to the skin side. Around the pile knitting region 20, a peripheral region 30 that does not require cleaning is formed, and only the peripheral region 30 is cut to form a peripheral portion of the knee support 130. The pile knitting region 20 has a function as a knee cushion.

In the knee support 130 using such a knitted fabric, the pile knitting region 20 is formed only at a position corresponding to a specific body part (front side of the knee). In this way, only a portion that should have a good touch or a portion that enhances heat retention, a knitted tissue (pile knitting region 20) having this function is protruded from the skin side portion, so that it is applied to a preset portion. It is possible to improve the skin contact and water absorption without attaching. As a result, it is possible to save the trouble of attaching the patch. The specific body part may be a support (clothing) provided with a pile knitting region 20 at a position corresponding to another body part such as the elbow, wrist, shoulder, neck, ankle, and waist.

(Seventh embodiment: underwear, knitted fabric)
Next, application of the knitted fabric of the present invention to an undergarment (clothing) will be described as a seventh embodiment. FIG. 20A is a rear view of the underwear, and FIG. 20B is a plan view of the underwear knitted fabric. The underwear 110 is formed using the knitted fabric 10. Note that the same description as the above-described embodiment is omitted.

In this embodiment, the surrounding area 30 and the pile knitting area 20 form the back body of the underwear 110. The undergarment 110 is formed by joining the backward appearance and a front body (not shown).

The underwear 110 is formed by arranging two knitted fabrics 10 facing each other and sewing the peripheral portions of the knitted fabrics together. In the underwear 110, the front side and the back side are each constituted by one knitted fabric. The underwear 110 has a pile knitting region 20 formed in a portion corresponding to the wearer's back. The pile knitting area 20 is formed with a pile-like loop projecting to the skin side. Around the pile knitting area 20, a peripheral area 30 that does not require cleaning is formed, and only the peripheral area 30 is cut to form a peripheral portion. The pile knitting region 20 has a function as a back sweat pad and a back heat retaining pad.

In the underwear using such a knitted fabric, the pile knitting region 20 is formed only at a position corresponding to a specific body part (back). In this way, a knitted structure (pile knitting region 20) having the function is protruded from the skin side portion only in a portion that should have a good touch, a portion that increases water absorption, and a portion that increases heat retention. It is possible to improve skin contact and water absorption without attaching a batter or the like to the exposed part. As a result, it is possible to save the trouble of attaching the patch.

(Eighth embodiment: underwear, knitted fabric)
Next, application of the knitted fabric of the present invention to an undergarment (clothing) will be described as an eighth embodiment. FIG. 21A is a front view of the underwear, and FIG. 21B is a plan view of the underwear knitted fabric. The underwear 110 is formed using the knitted fabric 10. Note that the same description as the above-described embodiment is omitted.

In this embodiment, the surrounding area 30 and the pile knitting area 20 form a back body. The underwear 110 is formed by joining a back body and a front body (not shown).

The underwear 110 has a pile knitting area 20 formed in a portion corresponding to the waist of the wearer. In addition, the pile knitting area | region 20 may be formed in the part corresponding to a wearer's chest and abdomen. The pile knitting area 20 is formed with a pile-like loop projecting to the skin side. Around the pile knitting region 20, a peripheral region 30 that does not require cleaning is formed, and only the peripheral region 30 is cut to form a peripheral portion. The pile knitting region 20 has a function as a waist sweat pad and a waist heat retaining pad.

In the underwear using such a knitted fabric, the pile knitting region 20 is formed only at a position corresponding to a specific body part (waist). In this way, a knitted structure (pile knitting region 20) having the function is protruded from the skin side portion only in a portion that should have a good touch, a portion that increases water absorption, and a portion that increases heat retention. It is possible to improve skin contact and water absorption without attaching a batter or the like to the exposed part. As a result, it is possible to save the trouble of attaching the patch.

In the present embodiment, an example in which the present invention is realized as an undergarment is given. However, for example, the knitted fabric according to the present invention may be used for the back portion of a brassiere. Specifically, it is also conceivable that the upper side and the lower side of the back portion are formed by the peripheral region 30, and the region between the upper side and the lower side is formed by a pile knitting region. It is also conceivable that the edge portion of the strap portion of the brassiere is formed by the peripheral region 30 and the central portion is formed by the pile knitting region 20. It is also conceivable that the edge of the hem at the waist of the shorts is formed in the peripheral region 30 while the other hem is formed in the pile knitting region 20.

(Ninth embodiment: shorts, knitted fabric)
Next, application of the knitted fabric of the present invention to shorts (clothing) will be described as a ninth embodiment. Fig.22 (a) is a rear view of shorts, FIG.22 (b) is a top view of the knitted fabric for shorts. The shorts 40 is formed using the knitted fabric 10. Note that the same description as the above-described embodiment is omitted.

The shorts 40 has a pile knitting region 20 formed in a portion corresponding to the waist of the wearer. The pile knitting area 20 is formed with a pile-like loop projecting to the skin side. Around the pile knitting area 20, a peripheral area 30 that does not require cleaning is formed, and only the peripheral area 30 is cut to form a peripheral portion. The pile knitting region 20 has a function as a waist sweat pad and a waist heat retaining pad.

In the shorts using such a knitted fabric, a pile knitting region 20 is formed at a position corresponding to a specific body part (waist). In this way, a knitted structure (pile knitting area 20) having the function is protruded from the skin side part to a part that should have a good touch, a part that improves water absorption, or a part that improves heat retention. It is possible to improve skin contact and water absorption without attaching a batter or the like to the exposed part. As a result, it is possible to save the trouble of attaching the patch. In the shorts 40, it is preferable that the pile knitting region 20 is formed in the crotch portion, but the pile knitting region 20 may not be formed in the crotch portion.

As mentioned above, although this invention was concretely demonstrated based on the embodiment, this invention is not limited to the said embodiment. In the above embodiment, the crotch garment of the present invention is described as shorts. However, the crotch garment of the present invention is not limited to shorts. For example, the girdle, bodysuit, swimsuit, leotard, leggings, spats, panties It may be realized as stockings or sports tights. Moreover, it is good also as what implement | achieves the clothing with a crotch of this invention as outerwear, such as bottom clothing other than the above, for example, underpants.

Further, the outer shape of the knitted fabric 10 of the present invention may be other shapes such as a rectangle. For example, you may have a peripheral part of the shape corresponding to products, such as clothing. Further, the trimmed peripheral portion is not required to be cleaned up, but the cut peripheral portion may be used with a trimmed end. The knitted fabric 10 may be used by sewing a garment or other attachments.

Further, the surrounding area 30 may be arranged inside the pile knitting area 20.

In the knitted fabric of the present invention and the crotch garment using the knitted fabric, the labor of processing can be saved while improving the functionality.

DESCRIPTION OF SYMBOLS 10 ... Knitted fabric 20 ... Pile knitting area | region 30 ... Perimeter area | region, 31 ... 1st surrounding area, 32 ... 2nd surrounding area 40 ... Shorts, 41 ... Front body, 42 ... Back body, 43 ...

Crotch part

50,64 ... non-elastic thread 61 ... first elastic thread, 62 ... second elastic thread, 63 ... third elastic thread 91 ... cylinder needle, 92 ... dial needle 110 ... undergarment 120 ... half top bra 130 ... knee support.

Claims

A pile knitting area having a pile knitting structure;
Surrounding the pile knitting area, and comprising a peripheral area made of a knitting structure that does not require cleansing,
A knitted fabric characterized in that the peripheral region is cut to form a peripheral portion.
The surrounding area includes a first surrounding area adjacent to the pile knitting area;
A second peripheral region adjacent to the first peripheral region and having a knitted structure different from that of the first peripheral region;
The knitted fabric according to claim 1, wherein the first peripheral region or the second peripheral region is cut to form the peripheral portion.
A crotch garment formed using the knitted fabric according to claim 1 or 2,
Covering at least a part of the wearer's lower abdomen and buttocks, respectively, and having a body part formed with a hem opening to be inserted through the left and right legs,
The crotch part of the body part is a garment with a crotch, wherein the pile knitting region is arranged in the center, and regions on the left and right hem mouth sides are formed by the peripheral region.
4. The crotch garment according to claim 3, wherein an upper end portion corresponding to the wearer's waist is formed by a peripheral portion formed by cutting a peripheral region of the knitted fabric.
The body part is formed by sewing / bonding the side parts of the front body and the back body integrally formed through the crotch part to each other,
The crotch garment according to claim 3 or 4.
The yarn forming the pile portion of the pile knitting structure is a cotton yarn,
The crotch garment according to claim 3.