KR20060061893A - Manufacturing method of spacer fabric and the spacer fabric - Google Patents

Abstract

The present invention relates to a spacer fabric made of a three-dimensional warp knitted fabric formed by connecting two base fabrics by connecting yarns, wherein at least one of the base fabrics has a mesh configuration, the mesh is clearly expressed, and the mesh is balanced and the three-dimensional mirror In consideration of the physical properties of the letter to provide a spacer fabric containing mesh design,

At least one base fabric is formed by using two rows of jacquard bodies, and the mesh base is formed by two kinds of jacquard yarns guided by the jacquard bodies, and the sinker loops are underlaid in the opposite direction to each other, and the eye coarseness is improved. It is characterized in that the spacer fabric made by arranging a plurality of different mesh portions to be mixed to arrange a balanced mesh in a desired position.

Description

Manufacturing method of spacer fabric and spacer fabric {MANUFACTURING METHOD OF SPACER FABRIC AND THE SPACER FABRIC}

1 is a schematic side view of a knitting main part in a warp knitting machine having two rows of needle bars having two rows of jacquard bodies used in the manufacture of the spacer fabric of the present invention;

Figure 2 is a knit view for producing a spacer fabric of one embodiment of the present invention,

3 is an explanatory diagram showing a variation of jacquard knitting;

4 is a knit view of a base fabric comprising a mesh in one embodiment of a spacer fabric,

5 is an external view of the base fabric including the mesh in one embodiment of the spacer fabric viewed from the outside;

6 is a plan view from the inside of a base fabric comprising a mesh in one embodiment of a spacer fabric;

7 is a knit view of a base fabric comprising a mesh in another embodiment of a spacer fabric,

8 is a knit view comprising a mesh in another embodiment of a spacer fabric,

9 is an explanatory diagram showing another variation of the jacquard knitting structure;

10 is a perspective view showing an example of a spacer fabric of the present invention;

11 is a perspective view showing an example of using the spacer fabric of the present invention in the upper (upper) material of the shoe,

12 is a perspective view showing an example of using the spacer fabric of the present invention on a sleeve;

13 is a perspective view showing an example of using the spacer fabric of the present invention in the vest,

14 is a perspective view showing an example of using the spacer fabric of the present invention in a seat cover;

15 is a perspective view showing an example of use of the spacer fabric of the present invention in a hat.

* Explanation of symbols for the main parts of the drawings

F: partial heat in the front B: partial heat in the rear

GB1, GB2, GB3: Front body PJB5, PJB6: Two rows of jacquard bodies

GB8, GB9, GB10: Background body 1, 2 on the back side: Jacquard yarn

3: conjunctive 4,5

FF: All Batang RF RF: Back Batang

1a, 2a: perforated knit tissue 1b, 2b: fuji knit tissue

1c, 2c, 1d, and 3d: foil knitted fabrics M1, M2, M3, M4, M5, M6, M7: mesh

S1, S2, S3, S4, S5, S6, S7: Main part SL1, SL2, SL3, SL4: Sinker loop

P1, P2: plain weave tissue

The present invention is a manufacturing method of obtaining a thing consisting of a mesh structure formed by a jacquard yarn for at least one base fabric in a commonly known warp knit spacer fabric composed of a three-dimensional warp knitted fabric formed by connecting two warp knitted base fabrics with a connecting yarn. , And spacer fabrics produced thereby.

Conventionally, the spacer fabric has been widely used in various industrial material fields such as acupuncture field, medical field, vehicle-related article, and medical article. The forms are provided in various forms, such as one base fabric being plain, the other base fabric being mesh, or both using the same mesh or different size meshes. . Among them, in order to enhance the decorative effect in particular, a mesh fabric is mixed in a plain weave-like base fabric, or a combination of plural types of mesh tissues is considered in order to have a functional purpose.

For example, Japanese Utility Model Registration No. 2548713 discloses a three-layer warp knitted fabric consisting of a back cloth of the front and rear parts and a connecting yarn for securing voids provided between both of them. The individual positions of the jacquard guides guide each jacquard guide that guides the jacquard yarns to each other, and the position of action of the zigzag yarns is changed. For example, a large mesh (hole) and It is disclosed that a small mesh (hole) is formed and the combination is formed to form a shape, and an application state to a shoe as one use using the formed warp knitted fabric is disclosed.

In the prior art, the knitted fabric constituting the hole, that is, the mesh, is formed by controlling the jacquard yarns guided from the first row of jacquard bodies, and the needles alternately act on two adjacent needles to form a mesh. Needle knitting which forms a loop is performed by providing a knitting course which acts only on one knitting needle in succession, and the needle loop which is not knitted by the other knitting needle in the knitting course naturally forms a chain stitch in the whole knitting needle. The chain stitch yarns guided from the other basal bodies which have been fed are complemented.

For this reason, the mesh to be formed is composed of a wale for forming a needle loop in double yarn and a wale for forming a single needle loop, and as a result, the degree of tightening of the mesh as a whole is loosened. The large and small size of the mesh could not be clearly expressed. In addition, since the mesh is not balanced in terms of the strength of the letter, the required physical properties are difficult to be obtained, and in particular, it cannot be said that it is suitable for applications such as upper materials of shoes.

The present invention is a spacer fabric formed by connecting two warp knitted base fabrics by connecting yarns, and the mesh formed is constituted by a jacquard yarn controlled by a jacquard for at least one base fabric, and the mesh formed is clearly expressed. At the same time, the coarseness of the mesh is mixed to provide a method for producing a balanced and meshable design and a spacer fabric made by the method.

The present invention made to solve the above problems is a method of manufacturing a spacer fabric consisting of a front and back base fabric and a connecting yarn for connecting these two base fabrics using a warp knitting machine having a needle louver of two rows having at least two rows of jacquard bodies. In the formation of at least one base fabric of the front and rear portions, the jacquard yarns formed by passing the yarn through the two rows of jacquard bodies are overlapped to form a needle loop, and the underlapping of the jacquard yarns is reversed to each other, The main body portion of the mesh base tissue is formed by mixing a plurality of mesh portions having different coarseness.

In addition, the present invention is a jacquard yarn constituting a mesh formed by passing a thread through two rows of jacquard body in at least one of the base fabric of the front and back of the base fabric and the spacer fabric consisting of a connecting yarn for connecting the two base fabric, under each other in the reverse direction The spacer fabric is formed by forming a main portion of a mesh base tissue in which a plurality of mesh portions that are wrapped and have different eye coarseness are formed.

According to the manufacturing method of the present invention and the spacer fabric obtained by the manufacturing method, when forming the mesh base tissue of at least one base fabric, the base yarn to be formed is a jacquard yarn formed by passing a thread through two rows of jacquard bodies, and the mesh base tissue The jacquard yarns in charge of the main body of the under wrap by the jacquard control in the reverse direction to each other, the jacquard yarn is always tensioned in the opposite direction and the jacquard yarns of each other tighten the loop eyes. As a result, a clear mesh shape is obtained, and the obtained spacer fabric is only a jacquard yarn in which the base yarn forming the mesh base tissue is jacquard controlled, and a supplementary chain stitch is unnecessary, and the knitted fabric becomes a balanced mesh base fabric, In addition, by designing in consideration of the arrangement and the roughness of the plurality of mesh portions, the desired physical properties can be obtained.

Referring to the embodiment of the present invention, in the manufacturing method of the spacer fabric, the mesh base tissue of at least one of the base fabrics by the jacquard yarn is formed with a mesh portion having different levels of coarseness of the eye of three or more stages, whereby The decorativeness of the mesh appearance increases with the functionality of the back.

While the plain weave base tissues are mixed in the message organization, at least one of the two base tissues, for example, the plain weave base tissue may be configured by a pattern. Thereby, while maintaining the functionality as a mesh base structure, decorativeness is further improved by the structure of the jacquard pattern by a plain weave base structure. In addition, it is also possible to put a logo or the like using the plain weave texture, the product effect is further exhibited.

In the formation of one base fabric in the front and rear part, the jacquard yarns formed by passing the yarns through the two rows of jacquard bodies are underlaid in opposite directions to each other, thereby forming a main portion of the mesh base tissue in which a plurality of mesh portions having different eye coarseness are mixed. At the same time, in the formation of the other base fabric in the front and rear portions, the mesh portion is formed by Zakad Sa for the spacer fabric produced by forming the base fabric of the mesh by the base yarn formed by passing the thread through the base body. The surface of one of the base fabrics constituting increases the decorativeness, and more effectively the mesh portion of the other base fabric surface.

Next, embodiments of the present invention will be described with reference to the drawings.

(Example 1)

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic side view of a knitting main part of a warp knitting machine having a row of needle bars having two rows of jacquard bodies with a warp knitting machine used in the manufacturing method of the spacer fabric of the present invention. "F" is the front partial needle fever, "B" is the rear partial needle fever, "GB1", "GB2", "GB3" is the front base body, "PJB5" and "PJB6" are two rows of jacquard bodies, "GB7", "GB9", and "GB10" are background bodies on the rear side. In addition, the warp knitting machine is configured to install a pattern body (not shown) in place of the base body GB3, and a pattern body (not shown) in place of the base body GB7. The base bodies GB1, GB2 and GB3, the jacquard bodies PJB5 and PJB6, and the base body GB7 can overlap the front partial heat f at the same time, and the base body GB3 and the jacquard body PJB5, PJB6) and the base body GB7 can overlap also the rear single needle row B, and the base bodies GB9 and GB10 are set to the knitting timing which can overlap only the rear single needle row B, respectively.

Next, an example manufacturing method of the spacer fabric of this invention is demonstrated based on an example of the knitting structure shown in FIG. "1" is a jacquard yarn formed by passing a thread through a jacquard body (PJB5), and "2" is a jacquard yarn formed by passing a thread through a jacquard body (PJB6). It is formed by passing through. These jacquard yarns (1, 2) are all made by organizing the base fabric. "4" is a base yarn formed by passing the thread through the base body GB9, and "5" is a base yarn formed by passing the thread through the base body GB10, and each of the polyester multifilament yarn 84dtex is equal to the number of knitting machines. All is done through thread. By these base yarns 4 and 5, the rear base cloth is knitted to form a base tissue of the mesh, for example. "3" is a connecting yarn for connecting the base cloth and the back base fabric, and spaced between the two base fabrics, and is made by passing all the threads as many as the number of knitting gages in the base body GB7. In addition, in the example of the knitted fabric, the base bodies GB1, GB2, and GB3 are not used.

The basic tissue chain numbers for knitting these spacer fabrics are PJB5: 1-2 / 1-1 / 1-0 / 1-1 //, PJB6: 1-0 / 1-1 / 1-2 / 1- 1 //, GB7: 1-0 / 1-0 / 3-4 / 3-4 //, GB9: 2-2 / 2-3 / 1-1 / 1-0 //, GB10: 1-1 / 1-2 / 1-1 / 1-0 //.

In Fig. 2, the position of the jacquard yarn 1 or the jacquard yarn 2 in the direction of the arrow is shown by the jacquard control with respect to the portion shown in the broken line in the jacquard body PJB5 and the jacquard body PJB6. By changing by one stitch of the knitting needle, it becomes one wale like the jacquard yarn 1a and the jacquard yarn 2a in the figure, and a mesh is formed in the knitting course portion. The coarseness and size of the mesh can be appropriately set by the number of courses to be in one wale state by jacquard control.

A variation of the jacquard control structure will be described in detail with reference to FIG. 3. Figure 3 (1) is a basic tissue without jacquard control of the jacquard yarns (1,2) acting on the front knitting needle (F) in front, showing the flaky knitting tissue alternately acting on the adjacent knitting needles The symbol "H" shown in the figure means that the jacquard control is not performed at the underlap position and the overlap position of the jacquard body. In addition, Fig. 3 (2) shows the change structure of the hole paper knitting structure in which the jacquard yarns 1 and 2 are knitted in one wale shape, which is indicated by the symbol T in the figure. The jacquard body is jacquard controlled at two positions of the underlap position and the overlap position, indicating that the acting position on the knitting needle is changed. In the figure, the dotted line is the original foil knitted fabric, and " 1a " and " 2a " Fig. 3 (3) shows an example in which the jacquard yarn 2 is changed into a knitted fabric which has been jacquard controlled in the course of the arrow and in the right direction on the ground and changed to "2b", and Fig. 3 (4) shows the jacquard yarn ( A jacquard is controlled in the course of the arrow and in the left direction on the ground, showing the changed knitting structure as "1b". The knitted fabrics 1b and 2b all form a Fuji knitted fabric in which an underlap portion is formed by one stitch long with respect to the original foil tissue shown by a dotted line as opposed to the puncture knitted fabrics 1a and 2a. have.

In the present invention, a plurality of mesh portions varying in the roughness of the eyes are basically used by using the knitted fabric in which the knitted fabrics, that is, the tissues of the foil piece, the hole piece and the Fuji piece, are properly combined in the configuration of one base fabric in the front and rear parts. It constitutes the subject of mixed mesh based tissue. The eye coarseness may be composed of three or more stages. The configuration of the eye coarseness of the mesh portion is the same in the following embodiments.

FIG. 4 is a knitted texture diagram of one backing fabric, eg all of backing fabrics, of one embodiment spacer fabric having a mesh portion knitted using jacquard yarns 1, 2. At the time of knitting by the knitting chart, in the wales constituting the edges of the meshes M1 and M2, the jacquard yarns 1 and 2 are changed to the perforated knitting structures 1a and 2a, and the meshes M1 and M2 In the main parts S1 and S2, the sinker loops SL1 and SL2 of the jacquard yarns 1 and 2 are underlaid in opposite directions to each other.

Fig. 5 is an external plan view seen from the outside of the one base fabric of the spacer fabric knitted by the knitted fabric, and Fig. 6 is a plan view seen from the inside for the same base fabric. In order to make these drawings easy to see, the needle loop by the connecting yarn 3 is abbreviate | omitted. As shown, the main portions S1, S2, ... formed to form the respective meshes M1, M2, ... are the sinker loops SL1 group of the jacquard yarn 1, and the sinker loops SL2 of the jacquard yarn 2, respectively. By the group forming the underlap part in the opposite direction to each other, the main body parts S1, S2 ... can tighten their needle loops NL1, NL2 and are pulled together to express the outline of the meshes M1, M2 ... more clearly. At the same time, the needle loops NL (NL1, NL2) and the sinker loops SL (SL1, SL2) of the jacquard yarns 1 and 2 are constituted by the same number as the entire base fabric. Therefore, the loops formed in the entire base fabric are in a balanced state, and the strong force is also averaged in physical properties, so that an appropriate strength is obtained for the external force load.

FIG. 7 is a knit view of one base fabric of another embodiment spacer fabric having a mesh portion knitted using jacquard yarns 1, 2. At the time of knitting by the knitting chart, in the main parts S3 and S4 of the meshes M3 and M4, the sinker loops SL3 and SL4 of the jacquard yarns 1 and 2 are underlaid in opposite directions to each other. Both sinker loops SL3 and SL4 form Fuji knitting structures 1b and 2b having an underlap portion of three stitches (an underlap covering two stitches adjacent to two stitches). In the wales constituting the edges of the meshes M3 and M4, the jacquard yarns 1 and 2 are underlaid between two needles adjacent to each other in opposite directions as a flaky knitting structure. The spacer fabric produced in this way has irregularities on the surface of the base fabric outer side of the side having the mesh portion, and for example, when it is used for a sheet material such as a car seat, the skin contact feeling is improved when sitting.

FIG. 8 is a knitted texture diagram of one base fabric of another embodiment spacer fabric having a mesh portion knitted using jacquard yarns 1, 2. At the time of knitting by the knitting chart, the main parts S5, S6 and S7 of the meshes M5, M6 and M7 are the same as the sinker loops of the jacquard yarns 1a and 2a in the same manner as in the embodiment shown in FIG. SL1 and SL2 are underlaid in the reverse direction, and at the same time, they form a flaky knitted fabric having an adjacent two-lap underlap portion. Also in the wales constituting the edges of the meshes M5, M6, and M7, the jacquard yarns 1 and 2 are changed to the single-piece knitted fabrics 1a and 2a. In this case, the meshes M5, M6, and M7 can be disposed within the base fabric in consideration of the shape at an appropriate position, thereby increasing the designability of the base surface.

(Example 2)

Fig. 9 (1) is a knitting diagram of another embodiment in the jacquard bodies PJB5 and PJB6 for producing the spacer fabric of the present invention, in which the jacquard uncontrolled as shown in Figs. With respect to two adjacent needle-knitted tissues as the basic knitting structure, the basic knitting structure is the hole stitch knitting structures 1a and 2a of the chain stitch knitted on one needle. &Quot; 1c " and " 2c " indicate that the perforated knit tissues 1a and 2a are jacquard controlled in the direction of the arrow to change into a knit knit tissue. (2)-(7) is explanatory drawing which shows the operation | movement state of the change structure in each piece course of jacquard control (T, H). FIG. 9 (2) shows an example in which the jacquard yarn 1 is changed from the basic structure of the hole knitted fabric 1a to the closed loop foil knitted fabric 1c, and FIG. 9 (3) shows the jacquard yarn 1 In the case where the hole knitted fabric 1a of the basic tissue is not changed, Fig. 9 (4) shows the open loop sticked piece from the basic tissue of the knitted fabric 1a of the basic tissue of the jacquard yarn 1. The case where it changes to the tissue 1d is shown. FIG. 9 (5) shows an example in which the jacquard yarn 2 is changed from the basic structure of the hole knitted fabric 2a to the closed loop knitted fabric 2c. (7) of FIG. 9 shows the open loop sticking piece from the basic structure of the hole knitting structure 2a of the basic tissue of the jacquard yarn 2, when the hole knitting structure 2a of the basic tissue of Fig. 9 is not changed. The case of changing to the tissue 2d is shown.

Using the above example of knitting, two kinds of closed loops and open loops are made for the sticking knitting, so that the tightening state by the jacquard yarns (1, 2) at the time of mesh appearance changes, and as a result, Even if the shape of the mesh is of the same knitting course, the appearance can be different, and the change in the mesh configuration is expanded. In addition, in the knitting structure of the above embodiment, the directions of overlap of the jacquard bodies PJB5 and PJB6 are reversed, but, of course, knitting is also performed so that the overlap directions of the two jacquard bodies PJB5 and PJB6 are the same. Of course it belongs.

10 is a perspective view showing an example of a spacer fabric made of the manufacturing method of the present invention, all the base fabric (FF), the rear base fabric (RF) and the connecting yarn (3) connecting the two base fabrics (FF, RF) The mesh base tissue is composed of a plurality of meshes, for example, two mesh parts, which are all composed of) and varying the coarseness of the eyes in the base cloth (FF). M1 is a thin mesh part of the mesh base tissue, M2 is a loose mesh part, and in the mesh part M2, four meshes are arranged in proximity to form a shape. P1 is a plain weave base tissue mixed in the mesh base tissue, and is formed by the foil knitted tissues 1c and 2c by the jacquard yarns 1 and 2 shown in FIG. P2 is a plain weave base tissue formed by Fuji knitted fabrics 1b and 2b by the jacquard yarns 1 and 2 shown in Figs. 3 and 4 of Fig. 3, and the plain weave base tissue P2. I construct a floral design by).

In addition, although not shown, the present invention may be implemented by forming a mesh base structure by a jacquard yarn in which yarns are passed through two rows of jacquard bodies, respectively, in the base fabric of both front and rear portions, as in the above-described embodiment. . In this case, the warp knitting machine is knitted using a warp knitting machine having two rows (four rows in total) of jacquard bodies respectively on the front side and the rear side.

[Example]

11 is a perspective view showing an example of using the spacer fabric of the present invention in at least a portion of the upper material of the shoe. The upper material is each member of the wall members 10 and 11 constituting the left and right side portions, the bellows member 12 covering the instep, the toe member 13 covering the toe, and the heel member 14 constituting the heel. Each member is integrated by sewing and adhered to the shoe sole member 15. Large, medium, and small three kinds of meshes 17, 18, and 19 are arranged in the wall member 10 and 11 in the plain weave base tissue 16 including the foil knitted tissue by one jacquard yarn. A line 20 including a Fuji knitting structure by a jacquard yarn is provided. In the bellows member 12, the meshes 22 are thin and regularly arranged in the plain weave base tissue 21 including the foil knitted fabric by one jacquard yarn. The toe member 13 is made up of a toe piece 25 having side pieces 23 and 24 made of both Fuji knitting tissues including two kinds of jacquard yarns and a mesh connected thereto. The heel member 14 consists of the heel piece 6 containing the Fuji piece by two types of jacquard yarn, and the heel edge piece 26 containing the Fuji piece by one jacquard yarn. The spacer fabric of the present invention can be used for each member other than the wall members 10 and 11.

The upper material of the shoe constituted as above is the arrangement of the plain weave base tissue by the three kinds of thickness knitting method which considers the structure and the strength of the mesh which considers the functionality such as aeration for each part, and the shape of the line etc. by the jacquard control. It consists of an appropriate configuration. Of course, in addition to the line which is one of the shape configurations in the present embodiment, it is also possible to freely put the manufacturer's logo mark.

12 is a perspective view showing an example of using the spacer fabric of the present invention on a sleeve. &Quot; 27 " and " 28 " are sewing portions connecting the rear road 29, the right front road 30, and the left front road 31. As shown in FIG. At the time of manufacture, the rear road 29 and the right front road 30 and the left front road 31 are connected and knitted through the joint portions 32 and 33, and the vibration circumferences 34 and 35 and the front ( Before cutting by cutting the edges 36 and 37 into a desired shape, it is folded in two and sewn. In addition, the back road 29, a part of the right front road 30 and the left front road 31 are composed of foil pieces made by two kinds of jacquard yarns, and the line 38 is a back piece of one jacquard yarns. It is set as the structure which includes, and the line 41 also sets it as the structure containing the Fuji piece by one jacquard yarn. In addition, the pocket adhere | attaches the pocket piece 40 which the mesh 39 is dotted with the plain weave base structure containing the foil piece of both jacquard yarns. The spacer fabric of the present invention can be used in the members such as the length of each garment or the pocket piece constituting these no sleeve tops.

Fig. 13 is a best manufactured by the same method as the above embodiment. At the time of manufacture, the front length 45 provided with the line 46 including the Fuji piece by one jacquard yarn, the meshes 47 and 48 having two mesh sizes and the Fuji piece by the two jacquard yarns were The rear body 44 having the nape portion 49 included therein is cut out into a desired shape by cutting the vibration circumferences 52 and 53 and all the edges 54 from the knitted separately to the final shape, and then the front After sewing the back body with the sewing parts 42, 50, 43, 51, or knitting the sewing parts 50, 51 as a joint part, the front length 45 and the back length 44 are folded in two, and the shoulder line The cut may be sewn after diagonally cutting the integrally knit portion to make it. In addition to the rear body 44, the front fabric 45 can also be used in the spacer fabric of the present invention.

Fig. 14 shows an example of using the spacer fabric of the present invention as the seat member 55 constituting a part of the seat cover of the sofa. The seat member 55 is formed by integrally knitting three parts of the backrest part 56, the seating part 57, and the leg resting part 58, and from the backrest part 56 to the leg resting part 58. The large and small meshes are provided in succession step by step, and the mesh is excellent in the beauty of the design, with the elasticity and breathability required as a sofa seat member.

Fig. 15 is a perspective view showing an example of using the spacer fabric of the present invention for a part of a hat. The cap member 59 is formed in various sizes and arrangements of the mesh 69 for each piece 60, 61... Which is divided into eight for the spacer fabric cut out in a circle, and for the plain weave background tissue 68. The main portion of the cap portion is formed by cutting the fan-shaped discard portion provided between the pieces 60, 61. Thereafter, it is commercialized by sewing the sunshade 70 and the recess 71.

The spacer fabric according to the present invention can be utilized in various manners such as interior articles, leather materials, sports medical care, etc. in addition to the above-described applications such as upper materials for shoes, top sleeves, vests, sofa seat covers, hats, and the like. It is widely available in industrial fields.

Claims (6)

A method of manufacturing a spacer fabric comprising a front and back base fabric and connecting yarns for connecting the two base fabrics using a warp knitting machine having two rows of needle bars having at least two rows of jacquard bodies, In forming the base fabric of at least one of the front and back portions, the jacquard yarns formed by passing the yarns through two rows of jacquard bodies are overlapped to form a needle loop, and the underlapping of the jacquard yarns is reversed to each other. A manufacturing method of a spacer fabric, characterized in that to form a main portion of the mesh base tissue mixed with a plurality of mesh portions having different coarseness. The method of claim 1, The manufacturing method of the spacer fabric, characterized in that to provide a mesh portion for varying the coarseness of the eye of the three or more stages as the mesh base tissue. The method according to claim 1 or 2, A plain weave fabric is mixed in said mesh fabric and said pattern is formed by at least one of said two fabrics. The method according to claim 1 or 2, Using the base fabric on one side of the front and back as the mesh base tissue by the jacquard yarn, and forming the mesh base tissue by the base yarn formed by passing a thread through the base body in the formation of the other base fabric on the front and rear portions. The manufacturing method of the spacer fabric characterized by the above-mentioned. The method of claim 3, wherein Using the base fabric on one side of the front and back as the mesh base tissue by the jacquard yarn, and forming the mesh base tissue by the base yarn formed by passing a thread through the base body in the formation of the other base fabric on the front and rear portions. The manufacturing method of the spacer fabric characterized by the above-mentioned. Spacer fabric produced by the method according to any one of claims 1 to 5.

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