KR101959231B1 - Weaving method of stitching fabric and stitching fabric prepared thereby - Google Patents

Abstract

The present invention relates to a method for weaving a stitched fabric with excellent light shield properties, elasticity, and texture, and a stitched fabric manufactured thereby. According to the method of the present invention, a face cloth and a back cloth of a stitched double weave are woven in a one-sixth seven-sheet stitched double weave wherein WP1 to WP7 and WP′1 to WP′7, which are a face warp and a back weft, are arranged in the ratio of 1:1.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a weaving method of weaving fabrics and a weaving fabric produced thereby. ≪ Desc / Clms Page number 1 >

The present invention relates to a woven fabric used for a dark-colored film having a light-shielding function, an amber screen, a curtain, a blind, and the like, and it is possible to reduce the deviation of weaving with high density woven fabrics having a light-shielding function, And a knitted fabric excellent in soft feel.

In order to prevent the separation of the double-sided surface and the back side of the double-sided knitted fabric made of a long double-warped yarn and warp yarns, which are used for the conventional shading function, dark screen, curtain, It has been used as a double-stitched double-layered curtain, screen screen, curtain, blade, etc., by using stitching yarn as weft and woven surface and back slope, and the function of blocking light is an indispensable position in everyday life It is occupied. These shading fabrics have some shading and light shielding properties, but they can be formed by two methods, such as the method of binding the fabric, the number of stitching of the stitching yarn, the thickness of the surface fabric and the backing fabric, And lack of elasticity and touch, it does not satisfy consumers' needs.

In recent years, the present invention relates to a high-density double-woven fabric having improved light-shielding function and a method for weaving the double-woven fabric of the double-layered fabric of Patent No. 1906822 (Prior Art Document 1) The woven fabric and its weaving method are those made by weaving two double-stitched woven fabrics of eight weekly woven fabrics, and the weft yarns constituting the back fabric or the surface weaving constituting the surface fabric are used as stitching yarns, And the weft is 8 squares, the inclination of the weft yarn of 1 circular organization chart is not the inclination of the side where the stitching yarn is located, As shown in the organization chart, since the number of warp runs and the number of weft yarns are small, it is difficult to weave high density yarns, and as a result, Tanryeokgam feeling and difficult to form. Also, it can be seen that only one of the weft yarns of the surface weft yarns is used to join the yarn without leaving the front and back yarns, thus forming a gap between the surface yarn and the back yarn except the bonded yarn. Such a double fabric and its weaving method can not accomplish the binding of the front and back sides in the oblique direction when the weaving is performed, so that the distortion of the fabric or the separation between the front and back surfaces causes deviation of the weaving, I have a problem that I can not.

Another prior art of dual fabric is Patent No. 1596239 (Prior Art 2) published on Feb. 22, 201, which relates to an energy saving double fabric having a light reflection function and a light shielding function, and a method of weaving the double fabric, In the weaving method, the surface fabric is weaved with four weaves, and the back weave is weaved with weaves of six weights, the weaving method is such that the surface warp and the surface weft intertwine to form the surface weave, As shown in the preceding document 1, only a part of the weft yarn is folded, and as shown in the organization chart, only one of the weft yarns of the surface weft yarns is folded to form the double- It can be seen that many of the 4th to 5th folds of the surface and the backside are formed in one complete structure. Such bonded surface fabrics have a surface warpage. 1 A spacing portion is formed between the surface fabric and the backing fabric except the bonded fabric in the complete fabric, so that the warpage of the surface and the back surface in the warp direction of the double fabric is not completed, It is difficult to form a high-density weaving, a soft touch and a sense of resilience due to a plurality of folds in a complete structure, and a shading function of a double-stitched double-stitched fabric can not be obtained.

As another prior art document, Patent No. 554961 (Prior Art 3) published on Mar. 3, 2016 relates to a double fabric, which consists of a double fabric consisting of a surface fabric and a back fabric, (Moisture Transmission) function, it is possible to form the fabric of two fabrics at the same time, while at the same time, the moisture in the backing fabric is stuck to the surface fabric The present invention relates to a dual fabric for allowing moisture to be easily discharged by moving to the exposed surface layer, and Patent Document 1564237 (Prior Art Document 4) The surface and back fabrics are woven with a knitted fabric to give various functionalities and aesthetics, and then they are used for various purposes such as covering films and curtain fabrics.

However, in the above-mentioned prior art documents 3 and 4, the structure of the double fabric is maintained by keeping the state of the double fabric in a state where the surface fabric and the back fabric are alternately stitched, and a shading function is provided. So that it is possible to obtain a wrinkle double fabric having a new aesthetic sense and excellent in merchantability. Therefore, it is possible to obtain a double-stitched fabric which is capable of obtaining a shading function of a high- It is difficult to use it as a knitted fabric.

1. High Density Double Fabric Improved Shading Function of Korean Patent Registration No. 1906822 and Method of Weaving It 2. Energy saving double fabric having light reflection function and light shielding function and its weaving method of Korean Patent Registration No. 1596239 3. Dual fabric of Korean Patent Registration No. 554961 4. Manufacturing method of wrinkle double fabric having shading function of Korean Patent Registration No. 1564237

An object of the present invention is to make it possible to apply the present invention to applications such as a dark paper, a black screen, a curtain, a blind, and the like, so as to enable high density of a bound fabric having a light shielding function, And a knitted fabric having excellent elasticity, lightness, elasticity, and feel can be woven, and to a knitted fabric produced thereby.

In order to achieve the above object, the present invention provides a method of weaving a stitched fabric comprising: stitched double weave face cloth and back cloth, , And the ratio of WP1 to WP7 and WP'1 to WP'7, which are face warps and back wefts, is 1: 1, respectively, The suture structure was composed of 4 circulation array which was repeated 4 times in the oblique direction and 4 suture weaves of the surface and the back were used as the basic tissues repeated four times in the oblique direction and the high density ratio sateen weaves were weaving In the case of the folding of the knitted fabric, the folding of the stitching yarn is performed by alternating the surface warp, the back warp or the back warp and the surface weft of the front and back surfaces in the arrangement of the circulation, (D) are stitched once in a total of 56 sheets to make high-density weaving.

Further, it is characterized in that the oblique structure of the front surface and the back surface is arranged in a four-cycle arrangement in an oblique direction, and the front and back surfaces of the obverse and reverse surfaces are folded in an oblique direction without exiting only once.

Another feature of the present invention is that the thickness and shade of the yarns used in the surface fabric and the backing fabric are different from each other, thereby reducing the film thickness, light shielding property, and production cost.

As a solution to the above-mentioned problems, a high density of stitched fabric having a light-shielding function reduces deviation during weaving, excellent weaving, light-shielding property, elasticity and touch, and a weaving method Can be produced.

The technical objects to be achieved by the present invention are not limited to the above-mentioned technical problems.

According to the present invention, it is possible to prevent the deviation of the texture from occurring by folding the warp yarn one time only when the yarn is weaved by the weaving method of the weaving fabric, and at the same time, the surface warp yarn and the back yarn warp alternately, D) is folded once to four stages of four circulations, it is possible to weave a knitted fabric excellent in high-density weaving, darkness, light-shielding property, elasticity and touch, and production cost can be reduced.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a whole tissue structure diagram showing the contact points of the four circularly textured surfaces and the back surface in the warp direction of a 7-runner fabric in the bound fabric of the present invention.
Fig. 2 is a surface textile organization chart showing four circularly organized textured surface contact points (C) in an oblique direction of a 7-runner in the bound fabric of the present invention.
Fig. 3 is a back textile organization chart showing a back contact point (D) formed by four circular fabrics in an oblique direction of a 7-runner fabric in the fabric of the present invention.
Fig. 4 is an organization chart showing four circularly-organized table-surface contact points C in an oblique direction of a 7-runner in the bound fabric of the present invention.
Fig. 5 is an organization chart showing four circularly-knitted back-contact points D in the warp direction of the 7-runner knitting fabric of the present invention.
6 to 12 are sectional views of the organization chart of Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail, and a detailed description of known functions and configurations that may unnecessarily obscure the gist of the present invention will be omitted.

Hereinafter, a detailed description will be made of a weaving method of the present invention and a weaving method that can be applied with seven weekly weaving operations as one example of the weaving fabric manufactured thereby.

The runner can weave fabrics with softness by the number of racers and runners.

However, such a woven fabric can not be folded without removing any one of the surface weft yarns at the time of weaving, so that the surface and the back of the weft yarn are not separated. The spacing between the back fabrics is formed so that the binding between the front and back surfaces of the double fabric can not be achieved in the oblique direction when the double fabric is weaved to cause a distortion of the fabric, It is necessary to reduce the deviation of weaving at the runner of the fabric, and to weave even the fabric which is excellent in darkness, light shading, elasticity and touch.

1. Basic organization and organization arrangement of knitted fabric

The weaving method of the present invention and the weaving fabric produced thereby are woven into the main weave of the weaving fabric in a state in which two surfaces of the weaving fabric and the backing fabric are overlapped and the weaving of the weaving fabric has a surface warp and weft warp (C) and a back contact point (D), and more particularly to a method of weaving a bound fabric, wherein the surface fabric and the backing fabric are bonded to each other at a ratio of 1/6 7 pieces of double-stitched double-stitched weft, and the ratio of the surface slope and the back surface slope is 1: 1, and the oblique structure of the surface and back surface is repeated four times in the oblique direction, Of the upper and lower sides of the fabric are sewn on the basis of the four circular structures repeated four times in the oblique direction, and the high density ratio of the main yarns is weighed. Surface slope of (C) and back contact point (D) are folded one time, and the front and back sides are warped in the oblique direction, and the warp yarn is folded only once without any inclination. The backing fabric is characterized in that the thickness of the yarn used in the fabric is different from that of the yarn used in the weaving. Thus, it is possible to weave the knitted fabric excellent in high density weaving, darkness, light shielding, elasticity and feel, A weaving method and a knitted fabric produced thereby are provided.

In this case, the weaving method of the weaving fabric is such that the warp knitting of two or more yarns is carried out in three or more stages of the warp knitting yarn, the warp knitting yarn and the weft knitting yarn, The defect (D) is folded once, and the front and back surfaces are warpable only once in the oblique direction. In the case of the warp and weft, warp and weft warp in the oblique direction or weft direction, And that the backing fabric can be applied to any number of racers or weirs having either a warp or a weft in any of the eight, nine, ten, twelve, and twenty four warp yarns, The synthetic fiber yarns used on the back side and the back side are used differently from each other and mean that they can apply the characteristics or color of the yarn reflecting or absorbing light.

Fig. 1 is a whole tissue structure diagram showing the four circular tissues and the contact points of the front and back surfaces in the oblique direction of the 7-runner fabric of the present invention. Fig. 2 is a cross- FIG. 3 is a view showing the surface texture of the four-circled structure and the surface-contacted defect (C) in the bound fabric of the present invention. to be.

As shown in the organization chart of Fig. 1, the surface fabric and the backing fabric are made of 1/6 of 7 weekly woven fabrics, and the front and back surfaces are made up of racers and riders. The ratio of the surface inclination and the back surface inclination is set to 1: 1, and the oblique structure of the front surface and the back surface is repeated four times in the oblique direction. In the case of double-stitch sewing, the stitching of the stitching yarn is performed in accordance with the number of woven fabrics every 7 weeks. In the arrangement of the circles, the surface slope and the back side weft (C), and the back side warp and the surface weft yarn are alternately folded. In the four-stage arrangement of four circulations, the front side and the back side are fixed in the oblique direction only once, so that the deviation of the weaving with high- It is possible to weave a fabric excellent in lightness, light shielding, elasticity and touch.

Figs. 4 and 5 are views showing the surface contact point C and the back contact point D of Figs. 2 and 3, respectively.

In this case, the surface woven fabric and the back woven fabric of the knitted fabric are suitable for weaving the synthetic fibers with the main stitch. In this case, the synthetic woven fabric is made of polyester woven fabric. However, if the surface woven fabric has a thickness of 50 denier or less, Wrinkles and shading rates decrease, and production costs increase. When the denier is over 150 denier, the density and texture of the denier can not be satisfied. If the denier of the backing fabric is below 150 denier, the film is inferior in shade, light shielding and elasticity. When the denier is over 600 denier, It is preferable to apply it within the above-mentioned range as much as possible.

It is also recommended that the synthetic fibers used in the knitted fabrics be applied within a suitable range, such as silver reflecting the light, or black having the characteristics of absorbing yarn, with a different color of the surface fabric and the backing fabric.

2. Transmission, Weaving and Sealing Method

1) Method of payment

Seven sheets of knitted fabrics are arranged in a ratio of 1: 1 of the surface inclination to the inclination of the back surface, and the oblique structure of the front and back surfaces is arranged four times in the oblique direction, Four circulatory tissues repeated four times in the oblique direction are used as basic tissues.

Figs. 6 to 12 are cross-sectional views of the entire organization chart of Fig. 1, in which the ratio of the surface inclination to the back inclination is 1: 1, and the inclined structure of the front surface and the back surface is repeated four times in the oblique direction As the arrangement of the circulation, the main body of the high density ratio is woven by using four circular tissues, which are repeated four times in the oblique direction, as the base tissues.

The inclination is WP1, WP'2, WP'3, WP'4, WP'5, WP'6, and WP'7, and the inclination is the surface inclination WP1, WP2, WP3, WP4, WP5, WT'1, WT'2, WT'3, WT'4, WT'5, WT ', WT2, WT4, WT5, 6, and WT'7 .... WT'28.

As shown in FIG. 1, the warp yarn is weighed in the order of warp shifting and surface weft, and weaving is performed in the order of the surface contact defect (C) and the back contact defect (D) do.

2) Weaving method

As shown in the whole organization chart of the warp during the weaving operation, the through-arrays are inclined in the oblique direction with the surface inclination WP1, WP2, WP3, WP4, WP5, WP6, WP7 and the back inclination WP'1, WP'2, WP'3, WP '4, WP'5, WP'6, and WP'7 in turn.

WT1, WT'2, WT'3, WT'4, WT'5, WT'6, WT'7 and surface wefts WT1, WT2, WT3, WT4, WT6, and WT7 are alternately turned into a 4-cycle array of 44 repeats.

As shown in the whole organization chart of Fig. 1, the fabric tissues arranged by the diameter of the double-stitched double-stitched fabric are arranged such that the ratio of the surface inclination to the back surface inclination is 1: 1, It is characterized by repeating four circulation arrangements, in which the upper and lower surface tissues are weighed four times in an oblique direction, with four circular tissues as base tissues.

At this time, the surface and the back surface of the four circulating arrays repeated four times are woven together without exiting only one time in the oblique direction, so that there is no high density and no deviation, and fluff due to the deviation is not generated, so that the elasticity and smooth touch of the fabric are maintained It is possible to provide a seven-piece bonded fabric excellent in high-density weaving, darkness, light-shielding, elasticity and touch.

Figs. 6 to 12 are cross-sectional views of the organization chart of Fig. 1, showing the weaving of 7 sheets of knitted fabrics by repeating four repeated cycles of 28 recirculating surface tilted tissues and 28 back tilted tissues.

Referring to the surface weaving and the back weaving of (1) to (4) of FIG. 6,

WP'1, WP'3, WP'4, WP ', WP', WP ', WP', WP ', WP' 5, WP'6 and WP'7 are lowered, the back side weft yarn WT'1 is introduced and the back side is woven while intersecting with the back side inclination WP'2.

The primary surface weaving method is to increase the surface inclination WP1, WP2, WP3, WP4, WP5, and WP7, and increase the surface inclination WP6 and the back inclination WP'1, WP'2, WP'3, WP'4, '6 and WP'7 are lowered, the surface weft WT1 is introduced and the surface is woven while intersecting the surface inclination WP6.

In case of the second order weaving method, the backward inclination WP'5 and the surface inclination WP1, WP2, WP3, WP4, WP5, WP6, WP7 and backward inclination WP'7 are raised. '3, WP'4, WP'5 and WP'6 are lowered, the backing yarn WT'2 is introduced and the backing warp WP'5 and the surface weft yarn WT2 are folded and the backing fabric is woven.

The second surface weaving method increases the surface inclination WP1, WP2, WP3, WP5, WP'5, WP6, WP7, and increases the surface inclination WP4 and the back inclination WP'1, WP'2, WP'3, '6 and WP'7 are lowered, the surface is woven while the surface weft WT2 is introduced.

Therefore, in the back fabric, the back warp yarns are stitched on the surface weft yarn, and the back weft yarn point D is formed on the back weft yarn.

In the case of the third order, the weaving method is to increase the inclination WP'5 and the surface inclination WP1, WP2, WP3, WP4, WP5, WP6 and WP7 at the first stage and the backward inclination: WP'1, WP'3, WP'4, 6 and WP'7 are lowered, the backing yarn WT'3 is introduced and the back side is woven while intersecting with the backward inclination WP'5.

In the third surface weaving method, the surface inclination WP '5 and the surface inclination WP 1, WP 3, WP 4, WP 5, WP 6 and WP 7 are raised and the surface inclination WP 2 and the back surface inclination WP' 1, WP '2, WP' , WP'5, WP'6 and WP'7 are lowered, the surface weft WT1 is introduced and the surface is woven while crossing the surface inclination WP2.

In the fourth order, the weaving method is to increase the surface inclination WP1, WP3, WP4, WP5, and WP6 and the back side inclination WP'3, and the surface inclination WP2 and the back side inclination WP'1, WP'2 WP'4, WP'5, 6 and WP'7 are lowered, the back side weft WT'4 is introduced, and the surface warp WP2 and the back side weft WP'4 are folded, and the organization of the front side contact defect C is woven.

The fourth order surface weaving method is to increase the surface inclination WP1, WP2, WP3, WP4, WP5, and WP6, and increase the surface inclination WP7 and the back inclination WP'1, WP'2, WP'3, WP'4, '6 and WP'7 are lowered, the surface is weirhed while the surface weft WT4 is introduced.

Therefore, the surface woven fabric has the surface warp yarn (C) of 1 with the back warp yarn as the stitching yarn and the back warp yarn as the surface warp yarn.

WP'2, WP'3, WP'4, WP ', WP'2, WP'3, WP'4, and WP'5, if the surface inclination is upward, 6 and WP'7 are lowered, the back side weft WT'5 is introduced and the back side is woven while intersecting with the back side inclination WP'1.

The 5th order surface weaving method is to increase the surface inclination WP1, WP2, WP3, WP4, WP6, WP7 and increase the surface inclination WP5 and the back inclination WP'1, WP'2, WP'3, WP'4, '6 and WP'7 are lowered, the surface is weirhed while the surface weft WT5 is introduced.

In the case of the 6th order weaving method, the surface inclination WP1, WP2, WP3, WP4, WP5, WP6, WP7 and the back side inclination WP'6 are raised and the back inclination WP'1, WP'2, WP'3, '5 and WP'7 are lowered, the backing yarn WT'6 is introduced, and the back side warp WP'4 and the surface weft yarn WT6 are folded together to weave the backing fabric.

In the 6th-order surface weaving method, the surface inclination WP'4 and the surface inclination WP1, WP2, WP4, WP5, WP6 and WP7 are raised, and the surface inclination WP3 and the back inclination WP'1, WP'2, WP'3 and WP'5 , WP'6 and WP'7 are lowered, the surface weft WT6 is introduced and the surface is woven.

Therefore, in the back fabric, the back warp yarns are stitched on the surface weft yarn, and the back weft yarn point D is formed on the back weft yarn.

WP'1, WP'2, WP'3, WP ', WP', WP ', WP', WP ', WP' 5, WP'6 and WP'7 are lowered, the back side yarn WT'7 is introduced and the back side is woven while intersecting with the back side inclination WP'4.

In the 7th-order surface weaving method, the backward inclination WP'4 and the surface inclination WP1, WP2, WP3, WP4, WP5, WP6 and WP7 are raised and the backward inclination WP'1, WP'2, WP'3, '6 and WP'7 are lowered, the surface weft WT7 is introduced and the surface is woven while intersecting the surface inclination WP1.

Such a weaving method of the weaving method of weaving the weaving method and the weaving method of the weaving method are the same as the weaving method in the first to seventh order of the surface weaving and the back weaving, Surface inclination: WP1, WP2, WP3, WP4, WP5, WP6, In the lowered state, the surface weft yarns WT9 ..... WT28 and the back weft yarns WT'9 .... WT'28 are woven into the inflow intersection.

In addition, the three-point interview defect (D) to the seventh differential contact defect (D) and the tertiary interface interview defect (C) to the seventh table interview defect (C) by the binding method are as follows.

(D), the back side inclination WP'3 and the surface weft WT10 are folded to form the back side contact point (D). If the back side contact point (D) When the WT 14 is closed, the back contact point (D) is formed. When the connection point (D) is 5, the back side inclination WP '1 and the surface weft WT 18 are joined to form the back contact point (D) The back warp WP'7 and the surface weft WT22 are joined to form a back contact point D and when the contact point D is 7 the back warp WP ' .

In addition, the surface indentation point (C) of the surface textile fabric is formed by the front surface warp WP7 and the back weft WT'12 being folded to form the surface contact defect point (C) WT'16 and WT'20 are joined to form a frontal contact defect (C), and a frontal contact defect (C) is a frontal warp WP5 and a backing weft WT'20, (C), the surface warp WP4 and the backing weft WT'24 are folded to form the frontal contact defect (C), and the front face warp (C) C).

Therefore, in the weaving method of the weaving fabric, the weaving of the four circular tissues in the warp direction of the weft yarn is made to be the surface warp yarn (C) And the back fabric is made of stitching yarn as the stitching yarn and the backing yarn is knitted to the surface weft yarn as the backing yarn forming point (D).

Particularly, in the weaving method of the weaving fabric, in the weaving process of the seven weft yarns, the frontal contact defect point (C) C and the back contact point (D) And the surface inclination and the inclination of the back side are all contacted with each other, so that the deviation of the weaving can be reduced, and the fabric which is excellent in the filming property, the light shielding property, the elasticity and the touch can be woven.

 In the weaving method of the folded fabric, the surface textile fabric is formed by the back side warp as the stitching yarn and the back side warp as the surface weft yarn to form the surface contact defect point (C) The inclination can be folded to form a back-contact point (D) to provide a surface fabric and a backing fabric.

It will be appreciated that a knit fabric made using the weaving method of the knit fabric may be provided.

It should be noted that the present invention has been described with reference to a preferred method of weaving a woven fabric of a 7-runner, and those skilled in the art will appreciate that various modifications, Other embodiments of the invention may be implemented.

For example, the runner of the knitted fabric is one of 8, 9, 10, 12, and 24 runners. The knitted fabric has a ratio of the surface inclination and the backward inclination of 1: It is possible to weave the four looped tissues repeated four times in the oblique direction on the front surface and the back surface with the basic structure, It is possible to use any one of two-folded, two-folded, three-folded, four-folded, and five-folded and woven in a manner similar to the weaving method of the folded weave, thereby reducing the deviation of the weft, It is possible to weave a fabric having excellent feel and feel. It is also possible to arrange the ratios of the surface inclination and the back surface inclination to 1: 1 and to weave any one of 1 full cycle to 3 full rotation of the oblique structure of the front surface and the back surface in the oblique direction, It is intended that the present invention cover the modifications and variations of this invention provided they come within the scope of the appended claims and their equivalents.

C: Surface contact defect (C), D: Back contact point (D)
WP: warp WT: weft
wp1, wp2, wp3, wp4, wp5, wp6, wp7: Surface slope 1 to 7
wp1'wp2'wp3'wp4'wp5'wp6'wp7 ': Back slope 1 to 7
WT 1, WT 2, WT 3, WT 4, WT 5, WT 6, WT 7 ..... WT '28:
WT'1, WT'2, WT'3, WT'4, WT'5, WT'6, WT'7 ....... WT'28:

Claims (6)

A method of weaving a bound fabric, wherein the weaving of the surface fabric and the backing fabric at the weaving of the weaving fabric is done by weaving 7 weeks in a week, the ratio of the surface tilting to the back tilting is 1: , A weft yarn is weighed at a high density ratio of 7 weeks by using four circulating circulation tissues in which the oblique structure of the surface is repeated four times in the oblique direction and the upper oblique direction of the back side is repeated four times in the oblique direction, In the case of stitching, the stitching of the stitching yarn is made in the order of 7 weekly stitches. In the arrangement of 4 circles, the surface slope of the surface and the backside are stitched to the weft yarn, and the backside stitch is alternately on the surface weft, D) were weighed once at a total of 56 sheets to weave at a high density. In the arrangement of 4 circles, the oblique structure of the front and back surfaces was obliquely arranged in a four-cycle arrangement. Without , Characterized in that the thickness of the yarn used in the surface fabric and the backing fabric is different from that of the yarn used in the weaving, thereby reducing the deviation of the weaving with high density weaving and weaving of the fabric excellent in filming property, light shielding property and elasticity and feel. The weaving method according to claim 1, wherein the weaving fabric of the runner is weaved by any one of weaving two-weaving, weaving three-weaving, weaving four-weaving, The knitting machine according to claim 1 or 2, wherein the runner of the knitting fabric is woven in any one of 8, 9, 10, 24, A method of weaving a fabric. A method of weaving a bound fabric, the method comprising weaving the surface fabric and the back fabric at the time of weaving the bound fabric at a ratio of 1: 1 to 1: 1, respectively, according to the number of runners, Is repeated two to three times in the oblique direction, and the upper surface of the lower surface of the obliquely upper surface of the lower surface of the obliquely-facing surface of the obliquely- The base fabric is weaved at a high density ratio, and the binding of the binding fabric at the time of binding of the binding fabric is such that, in the arrangement of 2 circulation to 3 circulation depending on the number of the main stitches, The warp yarn of the warp yarn is subjected to surface warpage and the warp yarn of the surface warp yarn is alternately folded one time according to the number of warp yarns of the two circular yarns or the three reverse yarn yarns (C) and the back warp yarns (D) Weaving, 2 cycles In the arrangement of three circles, the oblique structure of the front surface and the back surface is arranged in an oblique direction in a state of arranging 2 circulation to 3 circulation. Characterized in that the weaving of the fabric is characterized by reducing the deviation of the weaving with a high density of weaving, and thereby excellent in the filming property, the light-shielding property, the elasticity and the touch. The method of any one of claims 1 to 4, wherein the synthetic fibers used for the surface fabric and the backing fabric are used, wherein the warp of the surface fabric and the backing fabric is from 50 denier to 150 denier, , And the color of the back fabric is black. ≪ RTI ID = 0.0 > A knitted fabric having a high density by means of the weaving method of the knitting fabric of claim 1 or 4,

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