JP2021055241A - Warp knitted fabric with warp knitted band texture formed therein and brassiere structure - Google Patents

Abstract

To provide a lace fabric having a good stretchability by insertion of an additional covering yarn (e.g., spandex and yarn) onto the rear surface of one side of a pattern of the lace fabric at a ground texture composed of a fixed form or a variety of unit textures in a fabric woven in a weaving factory.SOLUTION: In a ground texture forming a fabric texture, at least two ground guide bars forms one net texture of a constant shape by a unit chain consisting of a plurality of chain member numeral groups, forms a plurality of the network textures by a plurality of unit chains assembled so that the same chain number numeral groups as the above chain number numeral groups are continuously repeated, and moreover forms a warp knitted band 510 of a band form at fixed intervals on one side of the fabric texture by another ground guide bar.SELECTED DRAWING: Figure 9

Description

The present invention relates to a warp knitted fabric structure (abbreviation: band lace fabric) in which a warp knitted band structure is formed by a general Raschel machine which is a kind of warp knitting machine, and a plurality of fabric ground structures having a constant shape. It is also possible to form only a unit structure composed of the net structure of the above, and a warp knitted band structure that can be woven by forming a band structure on a fabric in which unit structures having different shapes are continuously and complexly formed is formed. Regarding the warp knitted fabric structure and the structure of the brassiere.

First, terms will be explained in order to understand the technique of the present invention. In the composition of the warp knitted fabric, the warp knitted fabric is knitted by combining both the ground structure and the pattern structure, and the ground structure is a structure in which the warp threads are woven into a net structure having a constant shape in the knitting direction (longitudinal). It is the basic structure that constitutes the warp knitted fabric and is the structure that is the background of the pattern structure by the pattern bar. The pattern structure is a structure that is woven together with a ground structure when the fabric is woven by a warp knitting machine, and is a structure that is woven with weft threads woven in the knitting direction in a left-right or straight line or a slow curve. Burn-out refers to melting the underlying surface and making holes to show the texture of the woven fabric.

As the first embodiment of the prior art, it is shown in Korea Design Registration No. 30-0397958, and the design content is, as shown in FIG. 1, the ground structure is the same knitted fabric, and the material is It is a fabric woven from nylon or polyester yarn, and the ground structure 2 is formed on the entire single surface of the knitted fabric 1, so that the slightly wider ground structure 4 rises along the warp threads at the time of weaving and the ground is formed at the corresponding portion. It is knitted by a jacquard machine that weaves a certain form of ground structure 4 by operating only where the thread that acts as a bar is required, and the thread of the pattern bar that connects the warp threads on the left and right sides operates. A technique of weaving with a jacquard Russell machine having a function of creating a three-dimensional flower pattern 3 is known.

In order to avoid the monotonousness of the prior art as shown in FIG. 1 as a second embodiment of the prior art, the present inventor has been patented under Korean Patent Registration No. 10-090235, and the technique is described. As shown in FIG. 2, the warp threads warped in each guide bar are knitted in a loop form by the interaction between a plurality of guide bars interlocking with the chain assembled by a plurality of unit chains by a Raschel machine. In a warp knitted fabric knitted by combining a ground structure and a pattern structure, the ground structure is a net having a certain shape by a unit chain consisting of a chain number number group in which at least two ground guide bars are arranged in a plurality of numbers. A plurality of the network structures A are formed by forming one tissue A and a plurality of unit chains assembled so that the same chain number number group as the chain number number group is continuously repeated, and the chain number number is formed. Chain number for connecting other number arrangements following the group A certain form of unit structure B represented by forming connecting portions 10a, 10b, 20a, 20b by a unit chain consisting of a number group, and continuous from the unit structure B. A plurality of chain number numbers that are the same as or different from the chain number number group of the unit structure B and the chain number number group for connection are repeated to form a plurality of unit structures that are different from the shape of the unit structure B. It is composed of unit designs 10 that form B and are expressed while forming one cycle as a whole, and at least one unit design 20 having the same or different form as the unit design 10 is continuously formed in the lateral direction. He has invented the warp knitted fabric 100 in which a ground structure characterized by being arranged and expressed in a complex manner is expressed in various design forms by a complex unit structure.

The warp knitting manufacturing process consists of a raw yarn supply process in which the yarn is hung on the ground beam and the pattern beam, and a knitting needle installed in a guide bar corresponding to a plurality of yarns sent by the warp beam by the yarn feeding mechanism. A warp feeding process in which a predetermined number of strands are vertically supplied to the yarn, a warping process in which a predetermined number of warp yarns are arranged so as to have a uniform length and tension and wound around a beam, and a raw yarn is prepared using a needle. A kind of raw yarn that intersects with each other in a cylinder to produce raw yarn is supplied, and warped warp yarn is supplied in the vertical direction, and a knitted ring is knitted in the vertical direction by entanglement of the warped warp yarn. It is composed of a knitting and weaving process in which the ground structure and the pattern structure are knitted in a vertically connected manner and a rolling process in which the knitted yarn is entwined to form a knitted fabric and the knitted fabric is wound.

Then, after designing the fabric design of the warp knit to be manufactured on the design paper and determining the movement path of the raw yarn, a chain arrangement showing one circulation ground structure and pattern structure, which is the smallest unit according to the movement path. Create a column table, assemble the unit chain by its number, and display the necessary warping and warping methods for each wire ring.

Therefore, the ground organization and the pattern organization can be used for various forms of ground network organization and pattern design depending on the difference in height between the unit chain types and the combined unit chain numbers, that is, the distance of the combined unit chains. It will be decided.

In the fabric 200 woven in this way, as shown in FIG. 3, the threads forming the ground structure are poly, and the threads forming the pattern structure are made of cotton (poly and cotton). It may be made of natural yarn such as rayon, or nylon ground and patterned yarn poly), and by going through each manufacturing process, it can be used as a typical technique for fabrics. If a dyed surface is formed on the pattern-processed surface 210 and the burn-out 220 is allowed to be formed on the dyed surface, the fabric structure 100 will appear, and the foamed surface 230 will be formed by foaming at the edge thereof. The desired color and morphology are to appear, and the underlying ground texture appears in a variety of morphologies, making it even more overall visual than the fabric design represented by existing general Raschel machines. By forming various fabric designs, some were expressed with high quality.

As shown in the design design design showing the net structure of FIGS. 4 and 5, the shape of the net structure of the unit structure is quadrangular, diamond-shaped, rhombic or hexagonal as shown in Korean Patent Registration No. 10-090235. It is formed in the shape of any one of the things.

In the square network structure, the chain number numbers of the ground guide bars G1 are 2-0, 0-2, 2-0, 0-2, and the chain number numbers of the ground guide bars G2 and G3 are. It is clarified that the shape of the net is based on the chain number number group of G1 and is formed by a unit chain which is a variable chain number number group of G2 and G3.

The hexagonal net structure is a basic shape, and the chain number numbers of the ground guide bar G1 are 2-0, 0-2, 2-0, 2-4, 4-2, and 2-4. , Ground guide bar G2 chain number 0-0, 2-2, 0-0, 4-4, 2-2, 4-4, which is a unit chain that changes according to the deformed hexagonal shape. To.

On the other hand, when trying to change the size of the net structure, one or more G2 or G3 yarns L2 and L3 are pulled out in the knitting direction or the width direction along the direction of the stitches, and the stitches are pulled out. It is clarified that the shape of the mesh structure, that is, the width and length of the mesh can be changed by skipping or knitting the knitting needle intervals in the form of regular intervals, and the warp yarns. It should be clarified that it is already known that various morphologies can be formed through changes in thickness and spacing.

However, although the technology for forming the base of such lace fabric has been developed, the elastic structure has not been developed, so the actual situation is that only the tension due to the thread itself is used, and it is most often used. The bust contour of the brassiere (the waistband of the panties) still has problems such as being thick or difficult to manufacture because the tension band part is still created separately and then attached to the brassiere for use. It was.

In particular, brassieres are women's underwear that wraps the bust, which serves to hold and protect the breasts and calibrate the bust morphology, and when they are elastic, they are good for health, but nowadays There was a problem that the breast was tightened by the bust contour tension band part that pressed the bust.

Korean Design Registration No. 30-0397958 Korean Patent Registration No. 10-090235

The present invention has been made to solve the above-mentioned problems, and is one side of a pattern of a lace fabric in a ground structure composed of a certain form or various unit structures on a fabric woven in a weaving factory. The purpose is to provide a lace fabric with good elasticity with additional covering yarns (eg, spandex and yarns) on the back of the fabric.

In addition, the purpose of the conventional brassiere is to provide a thick lace area that is not elastic, guarantees activity, and is good for health and beauty.

In the present invention, the ground structure forming the fabric structure is formed by forming one net structure A having a certain shape by a unit chain consisting of a chain number number group in which at least two ground guide bars are arranged in a plurality of numbers, and the chain number. The same chain number as the number group A plurality of the net structure A is formed by a plurality of unit chains assembled so that the number group is continuously repeated, and at the same time, another ground guide bar is used to form a band on one side of the fabric structure. It is a warp knitted fabric structure in which a warp knitted band structure is formed, characterized in that warp knitted bands 510 are formed at regular intervals of the form.

In the present invention, the chain numbers of G1, G3, and G4 of the ground guide bar are 2-0 and 0-2 for G1, 0-0 and 2-2 for G3, and in the case of G4. , 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 2-2. It is a warp knitted fabric structure in which a warp knitted band structure is formed.

Then, in one embodiment of the present invention, a brassiere cup portion 310, a brassiere strap 320, and a bust contour connecting portion 340 are formed, and a lace collar is formed on the lower end edge of the brassiere, and the brassiere strap 320 is an intermediate portion thereof. In the structure of a normal brassiere 300 in which the lace pattern portion 323 is formed in the bust contour connecting portion 340 and the lace pattern portion 343 is formed in the intermediate portion thereof, the lace ground 500 forming the basic base of the brassiere is formed. The base structure portion 540 is woven, and the lace collar portion 550 is woven into the lower end edge of the brassiere, and at the same time, the warp knitting formed from the covering thread that gives tension to the lace fabric along with the lace collar portion 550. The structure of the brassiere is characterized in that the band 510 is woven.

Then, in another embodiment of the present invention, a brassiere cup portion 310, a brassiere strap 320, and a bust contour connecting portion 340 are formed, and a lace collar is formed on the lower end edge of the brassiere, and the brassiere strap 320 is in between. In the structure of a normal brassiere 300 in which the lace pattern portion 323 is formed in the portion and the lace pattern portion 343 is also formed in the middle portion of the bust contour connecting portion 340, in the band lace ground which forms the basic base of the brassiere. Both side edges of the lace pattern portion 323 are a brassiere structure characterized in that a warp knitting band 510 formed from a covering thread that gives tension to the lace fabric is woven.

In the present invention, the chain numbers of G1, G3, and G4 of the ground guide bar as the knitting and weaving of the warp knitting band 510 are 2-0 and 0-2 for G1 and 0-0 and 2-2 for G3. Yes, in the case of G4, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0 It is a structure of a brassiere characterized by being 2-2.

As described above, the present invention solves the above-mentioned problems, and in the ground structure composed of a certain form or various unit structures on the fabric woven in the weaving factory, the back surface of one side of the pattern of the lace fabric is used. By knitting with additional covering yarn (for example, spandex and yarn), there is an effect of providing a lace fabric having good elasticity without using a separate tension band portion.

Further, the present invention guarantees activity by giving elasticity while reducing the thickness of the shoulder portion of the brassiere, and has a good effect on health and beauty.

Traditionally the ground structure shows the same knitted fabric. A warp knitted fabric in which the conventional ground structure is expressed in various design forms by a complex unit structure is shown. The actual photograph of the state which processed the cloth structure of FIG. 2 is shown. The design paper design of the quadrangular net structure by the prior art is shown. The design paper design of the hexagonal net structure by the prior art is shown. The actual photograph of the general form of the brassiere by the prior art applied to this invention is shown. Shown is a joint side portion to which a brassiere according to the conventional invention applied to the present invention is joined at the back portion of the fuselage. (A) is a bust contour portion of a conventional general brassiere, and (b) shows an embodiment of the present invention, and is a band race fabric of the present invention which can be replaced with a bust contour tension band portion in a conventional brassiere. It is a real photograph showing a morphology. The outer surface side portion of the lace fabric is shown, (a) is a side end portion of a conventional general lace fabric, and (b) is an actual photograph of a lace in which a band lace fabric according to an embodiment of the present invention is woven. is there. The inner surface side portion of the race ground is shown, (a) is a side end portion in which a bust contour tension band portion is attached to a conventional general race ground, and (b) is a book corresponding to a conventional tension band portion. It is an actual photograph of a lace in which the band lace fabric of the invention is woven. It is an enlarged cross-sectional view of the band lace ground of this invention, (a) is the inner surface side part of the band lace ground, (b) is the enlarged actual photograph of the lace of the outer surface side part which is the opposite surface. .. It is a panoramic photograph of a state in which a special beam for band lace knitting is additionally installed in addition to three existing beams to which the present invention is applied. It is a figure which shows the organization chart of the quadrangular net structure of this invention. It is a structure diagram which shows the chain number of G1, G3, G4 of the ground bar of this invention. It is a structure diagram of the state in which the basic base structure of the present invention and the covering yarn are bonded.

Hereinafter, preferred embodiments of the band race according to the present invention will be described with reference to the accompanying drawings. In this process, the thickness of the lines and the sizes of the components shown in the drawings may be exaggerated for the sake of clarity of explanation and convenience.

In addition, the terms described below are terms defined in consideration of the functions in the present invention, which may change depending on the intentions or customs of the user or the practitioner. Therefore, definitions of such terms must be construed on the basis of the entire content of this specification.

Hereinafter, the present invention will be described with reference to specific examples.

FIG. 6 is an actual photograph of a general form of a prior art brassiere applied to the present invention, and FIG. 7 is a coupling side where the prior art brassiere applied to the present invention is joined at the back portion of the fuselage. It is a part of the part.

As shown in these figures, in the lace fabric which is the base structure of the brassiere 300, the thread forming the ground structure is a polymer, and the thread forming the pattern structure is made of cotton, and each production Through the process, as shown in FIGS. 6 and 7, a brassiere is formed with a beautiful design by utilizing the fabric structure of the ground structure.

To explain the present invention, these structures will be described as follows.

In the brassiere 300, a brassiere cup portion 310, a brassiere strap 320, a bust contour connecting portion 340 are formed, and a lace collar 350 is formed at an edge portion.

The brassiere cup portion 310 combines various forms of technology to improve comfort in the breast.

The brassiere strap 320 has a lace pattern portion 323 formed in the middle portion thereof, so that a brassiere strap tension portion 321 and a brassiere strap tension portion 322 are formed on both side edges thereof and can be hung on the shoulder. ..

A lace pattern portion 343 is formed in the middle portion of the bust contour connecting portion 340, and a brassiere strap tension portion 342 is formed in the side portion so that the bust contour connecting portion 340 can be sandwiched by the side. A bust contour tension band portion 341 is formed so that it can be wound around the bust portion so as to adjust the tension of the bust portion.

Reference numeral 345 is a hook for binding the brassiere to the body.

Next, the knitted fabric woven by the band lace of the present invention and the structure of the brassiere by the band lace fabric to which the knitted fabric is applied will be described.

FIG. 8A shows a bust contour portion of a conventional general brassiere, and FIG. 8B shows an embodiment of the present invention, which can be replaced with a bust contour tension band portion in a conventional brassiere. 9 (a) and 9 (b) show the outer surface side portion of the race ground, and (a) is the side end portion of the conventional general race ground, which is an actual photograph showing the form of the band race ground. (B) is an actual photograph of the lace in which the band lace fabric is woven according to the embodiment of the present invention, FIGS. 10 (a) and 10 (b) show the inner surface side portion of the lace fabric, and (a) is. The side end portion where the bust contour tension band portion is attached to the conventional general lace fabric, and (b) is an actual photograph of the lace in which the band lace fabric of the present invention corresponding to the conventional tension band portion is woven. 11 (a) and 11 (b) are enlarged cross-sectional views of the band lace ground of the present invention, (a) is an inner surface side portion of the band lace ground, and (b) is the opposite surface thereof. It is an enlarged actual photograph of the lace on the outer surface side.

As shown in FIGS. 8A and 8B, a bust contour tension band portion 341 is attached to the lower end of the lace area of the conventional brassiere 300, and a female bust is slightly tensioned by the brassiere strap. This will give a sense of stability.

However, in order to eliminate such inconvenience to the manufacture and use of the bust contour tension band portion 341, the present invention describes that the lace ground 500 has the lace collar portion 550 in the base structure portion 540 as described below. The warp knitting band 510 is knitted and woven together with the base structure.

FIG. 9A shows a technique of the surface of the race ground, that is, the outer side, in which a lace pattern portion 343 is formed in the conventional race ground 400 as a side end portion of the conventional general race ground, and a lace pattern portion 343 is formed at the edge portion thereof. The lace color 350 is formed, and various patterns are burnt out on the surface to make the beauty of the lace area more conspicuous. On the other hand, FIG. 9B shows that the base structure portion 540 is formed in the lace ground 500 of the present invention so as to correspond to this, and the lace collar portion 550 is woven into the edge portion thereof. At the same time, a warp knitting band 510 is woven along with the lace collar portion 550, and various patterns are burnt out on the surface of the warp knitting band 510 to make the beauty of the lace fabric more conspicuous.

FIG. 10A shows a skin-bonded portion of the lace fabric, that is, a form on the inner surface side, and a lace pattern portion 343 is formed in the conventional lace fabric 400 as a side end portion of the conventional general lace fabric, and an edge thereof is formed. At the same time that the lace collar 350 is formed on the portion, the bust contour tension band portion 341 is attached (additionally attached) along with the lace collar 350, and various patterns are burnt out on the inner surface. It is shown. On the other hand, in FIG. 10B, the base structure portion 540 is woven into the lace ground 500 of the present invention so as to correspond to this, and the lace collar portion 550 is woven into the edge portion thereof. At the same time, the warp knitting band 510 is woven along with the lace collar portion 550, and the inner surface thereof shows traces of burn-out of various patterns.

Therefore, in one embodiment of the present invention, a brassiere cup portion 310, a brassiere strap 320, and a bust contour connecting portion 340 are formed, and a lace collar is formed on the lower end edge of the brassiere, and the brassiere strap 320 is in between. In the structure of a normal brassiere 300 in which the lace pattern portion 323 is formed in the portion and the lace pattern portion 343 is also formed in the intermediate portion of the bust contour connecting portion 340, the inside of the lace ground 500 forming the basic base of the brassiere. The base structure portion 540 is woven into the bra, and the lace collar portion 550 is woven into the lower end edge of the brassiere, and at the same time, the warp formed from the covering thread that gives tension to the lace fabric along with the lace collar portion 550. The knitting band 510 is woven.

Further, in another embodiment of the present invention, a brassiere cup portion 310, a brassiere strap 320, and a bust contour connecting portion 340 are formed, and a lace collar is formed on the lower end edge of the brassiere, and the brassiere strap 320 is in between. In the structure of a normal brassiere 300 in which the lace pattern portion 323 is formed in the portion and the lace pattern portion 343 is also formed in the middle portion of the bust contour connecting portion 340, in the band lace ground which forms the basic base of the brassiere. Both side edges of the lace pattern portion 323 are knitted with a warp knitting band 510 formed from a covering thread that gives tension to the lace fabric.

Here, the "both side edges of the lace pattern portion 323" refer to the edge that sandwiches the arm and the edge from the chest to the shoulder where the hook 345 is located.

Therefore, the effect of the above configuration is that the activity is guaranteed and the health and beauty are also good by giving elasticity while reducing the thickness of the shoulder portion in the brassiere.

11 (a) and 11 (b) are enlarged cross-sectional views of the band lace fabric of the present invention, and FIG. 11 (a) shows a warp knitted band 510 on one side of the lace collar portion 550 on the inner surface side portion of the band lace fabric. Is an enlarged view in which is woven, and (b) is an enlarged actual photograph of a lace in which a warp knitting band 510 is woven on one side of a lace collar portion 550 on the outer surface side portion which is the opposite surface thereof.

Next, the knitting apparatus used in the present invention will be described.

FIG. 12 is a panoramic photograph of a state in which a special beam for band lace knitting is additionally installed in addition to the three existing beams to which the present invention is applied.
A normal knitting device supplies yarn with three beams, but in the case of the present invention, since a special structure is knitted, one additional beam is further installed and operated.

Next, the chain number by the ground bar applied to the present invention will be described.

FIG. 13 is a diagram showing an organizational chart of the square network structure of the present invention, FIG. 14 is an organizational chart showing the chain numbers of G1, G3, and G4 of the ground bar of the present invention, and FIG. 15 is an organizational chart showing the chain numbers of the ground bar of the present invention. It is a structure diagram of the state where the basic base structure and the covering thread are combined.

The chain number by the guide bar for the present invention as described above will be described.

As shown in FIG. 13, in the organizational chart of the square net structure, the first ground guide bar turns from the needle arrangement table 2 to 0 and turns from 2 to 4 again, turns from 4 to 6 and turns from 4 to 2. At 2.4 points, they form their own "eyes", and 4.2 also forms their own "eyes".

The No. 2 ground guide bar also operates in the opposite direction of No. 1, but in the same manner.
Unlike the diami structure, the points where 4.6 of the 1st guide and 2.0 of the 2nd guide meet are points where they are formed in an "X" shape.

Next, the point where 2.0 of the 1st guide and 4.6 of the 2nd guide meet is the point where they form an "X" shape with each other.

This is because the yarn that is sandwiched between the needles on the side is sandwiched between the needles on the side, and the yarn that must be sandwiched between the needles on the side is the operation that the yarn is sandwiched between the other needles on the side. It becomes a form that is made by doing it together at the same time, and unlike the drawing, the yarn is in an "X" shape where the yarn is pulled at this point where it intersects by being knitted under tension. Is what becomes.

In such a ground structure, at least two ground guide bars form one net structure having a certain shape by a unit chain consisting of a chain number number group having a plurality of number arrangements, and have the same chain number as the chain number number group. A plurality of the network structures are formed by a plurality of unit chains assembled so that a group of numbers is continuously repeated.

As shown in FIGS. 14 and 15, the chain numbers of G1, G3, and G4 of the ground guide bar of the present invention are 2-0, 0-2 for G1 and 0-0, 2- for G3. 2 and in the case of G4, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0 -0, 2-2.

As described above, since G1 is 2-0, 0-2 as the chain number of G1, G3, G4 of the ground bar, the ring-shaped raw yarn 540a of the base structure portion 540 is raised, and the chain number In G3, the raw yarn 540b having a corrugated shape of another base structure portion 540 forms a pattern with the raw yarn 540a by 0-0 and 2-2, and subsequently, in the case of G4 as the chain number, 0- Partially described by 0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 2-2 The raw yarn 540c formed on one side of the lace collar portion 550, and the warp knitting band 510 having a band-like shape is woven.

FIG. 15 does not show the raw yarn 540b in the corrugated form of the base structure portion 540, but this is not shown because it is spandex and is embedded in G1 of the ground bar and cannot be seen. ..

The present invention has been described with reference to the examples shown in the drawings, but this is merely exemplary, and any person with ordinary knowledge in the field to which the art belongs will be able to make various variations and equality. It will be appreciated that other embodiments are possible.

Therefore, the technical protection scope of the present invention must be defined by the claims.

300 brassiere 310 brassiere cup 320 brassiere strap 340 bust contour connection 343 lace pattern 350 lace collar 400 conventional lace 500 lace 510 warp band

Claims (5)

In the ground structure forming the fabric structure, at least two ground guide bars form one net structure (A) having a certain shape by a unit chain consisting of a chain number number group having a plurality of number arrangements, and the chain number number group. A plurality of the net structure (A) is formed by a plurality of unit chains assembled so that the same chain number and number group as above are continuously repeated, and at the same time, a band is formed on one side of the fabric structure by another ground guide bar. A warp knitted fabric structure in which a warp knitted band structure is formed, characterized in that warp knitted bands (510) are formed at regular intervals in the form. The chain numbers of G1, G3, and G4 of the ground guide bar are 2-0 and 0-2 for G1, 0-0 and 2-2 for G3, and 0-0 and 0 for G4. Claims characterized by being −0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 2-2. The warp knitted fabric structure in which the warp knitted band structure according to item 1 is formed. A brassiere cup portion (310), a brassiere strap (320), and a bust contour connecting portion (340) are formed, and a lace collar is formed on the lower end edge of the brassiere, and the brassiere strap (320) is laced in the middle portion thereof. In the structure of a normal brassiere (300) in which a lace pattern portion (343) is formed in the middle portion of the bust contour connecting portion (340) by forming the pattern portion (323), the basic base of the brassiere is used. The base structure portion (540) is woven into the lace fabric (500) to be formed, and the lace collar portion (550) is woven into the lower end edge of the brassiere, and at the same time, the lace is laced alongside the lace collar portion (550). The structure of the brassiere, which is characterized in that a warp knitting band (510) formed from a covering thread that gives tension to the ground is woven. A brassiere cup portion (310), a brassiere strap (320), and a bust contour connecting portion (340) are formed, and a lace collar is formed on the lower end edge of the brassiere, and the brassiere strap (320) is laced in the middle portion thereof. In the structure of a normal brassiere (300) in which a lace pattern portion (343) is formed in the middle portion of the bust contour connecting portion (340) by forming the pattern portion (323), the basic base of the brassiere is used. Band The structure of a brassiere characterized in that both side edges of the lace pattern portion (323) in the lace ground are woven with a warp knit band (510) formed from a covering thread that gives tension to the lace ground. As the knitting and weaving of the warp knitting band (510), the chain numbers of G1, G3, and G4 of the ground guide bar are 2-0 and 0-2 for G1, 0-0 and 2-2 for G3, and G4. In the case of, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 0-0, 2- The structure of the brassiere according to claim 3 or 4, characterized in that it is 2.

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