KR101803083B1 - Pile Textile with Pile Member and Manufacturing Method Thereof - Google Patents

Abstract

The present invention relates to a pile textile having pile member, capable of preventing pile yarns from being taken out from bases even after long period of time. The present invention further relates to a production method thereof. Since a first coupling part and a second coupling part on a first pile yarn and a second pile yarn are strongly tied together by a first connection yarn and a second connection yarn of the base, the first pile yarn and the second pile yarn are hardly untied from the base even after a long period of time, thereby preventing fur fallout.

Description

TECHNICAL FIELD [0001] The present invention relates to a pile fabric having a pile member and a manufacturing method thereof,

The present invention relates to a file fabric having a file member and a method of manufacturing the same, and more particularly, to a file fabric having a file member that prevents the file company from falling off the base even after a long time, and a method of manufacturing the same.

In general, the fiber product is required to have many functions such as quick drying property, hygroscopicity, light weight and comfort as well as the main function of keeping warmth, but recently, it is keeping warm, and most textile products are trying to meet this demand. Recently, fiber materials that are attracting attention are preferring natural fiber materials rather than synthetic fibers based on petroleum. Accordingly, studies on natural fiber materials such as cotton, wool, silk, and silk and fabrics made of such natural fibers It is actively being done.

Among them, wool is a natural fiber obtained from sheep. Since the initial elastic modulus is small, the fiber itself is very smooth, and it is made of a protein called a keratin, that is, a polypeptide, and the polypeptide chain has a good elasticity and elasticity because it is formed into a spiral rather than a straight line. It is morphologically composed of three parts of cuticle quality, cortex and medulla. It is used as a thermal insulation material because of its excellent hygroscopicity and warmth. Various fabrics, quilts, blankets, mattresses, bedding, etc. have been produced and distributed on the market by using a fabric composed of such wool fibers.

1 is a view schematically showing a conventional fabric. Referring to FIG. 1, a fabric, particularly a file fabric, is used for a quilt, a blanket, a mattress, a bedding or the like, as well as various kinds of clothes, and includes a base 10 and a pile 20 coupled to the base 10. The base 10 is formed by knitting a bottom yarn in a knitted fashion, and the file portion 20 is constituted by a plurality of filaments made of wool, etc., joined to the base 10. The pile portion 20 protrudes at a predetermined height from the base 10, so that the pile portion 20 has soft touch. In the process of joining the pile portion 20 to the base 10, a plurality of pile yarns are twisted up and down on the bottom yarn to be planted. At this time, the pile yarns are twisted in an annular shape.

However, since the conventional file unit 20 is twisted upward and downward only once on the base 10, there is a problem in that the binding force of the file unit 20 is weak and the hair part of the file unit 20 slips over time .

Patent No. 10-0865713

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above-mentioned problems of the related art, and it is an object of the present invention to provide a file fabric having a file member for preventing a file yarn from falling off a base even after a long time, .

According to an aspect of the present invention, there is provided a semiconductor device comprising: a base having a plurality of first connecting yarns and a second connecting yarn which are elongated along a longitudinal direction and are arranged in parallel; And a pile member having a plurality of first pile yarns and a second pile yarn connected to the first connecting yarn and the second connecting yarn and arranged in parallel with each other, wherein the first connecting yarn includes a plurality of first connecting convex portions And the second connecting convex portion and the second connecting convex portion are alternately repeated so that the first connecting convex portion and the second connecting convex portion are opposed to each other, And the first pile yarn is formed so as to be repeatedly formed on the first coupling convex portion and the first coupling convex portion, and the first pile yarn has a first coupling portion for coupling the first coupling convex portion and the first coupling convex portion facing each other, And a first pile portion inserted into the second connection convex portion adjacent to the second connection convex portion and protruding upwardly from the second connection convex portion so as to be convex, And the second pile yarn is formed to be alternately repeated, the second pile yarn including: a second engaging portion that binds the second engaging convex portion and the second engaging convex portion facing each other; and a second engaging portion that engages with the second engaging portion, And a second file portion inserted into the first coupling convex portion adjacent to the first coupling convex portion so as to be convexly protruded upward from the first coupling convex portion, wherein a plurality of the second coupling portion and the second file portion are alternately The file material being formed so as to be repeatedly formed.

The first file yarn may include: a first bundle portion surrounding an outer lower side of the first engaging convex portion; and a pair of first and second engaging protrusions inserted into the first connecting convex portion adjacent to the first engaging convex portion on both sides of the first bundle portion, The first coupling portion having a first bundle connection portion of the first connection portion; And a first loop inserted in the upper side of the second connecting convex portion adjacent to the first bundle connecting portion and protruding upwardly from the second connecting convex portion so as to be convexly formed on both sides of the first loop, And the first pile portion having a first connecting portion integrally connected to the connecting portion, wherein the second pile portion includes: a second bundle portion surrounding the outer lower side of the second connecting convex portion; The second engaging portion having a pair of second bundle connecting portions inserted into the second engaging convex portion adjacent to the second convex convex portion; And a second loop inserted in the upper side of the first engaging convex portion adjacent to the second bundle connecting portion and protruding upwardly from the first engaging convex portion so as to be convex upward, And the second file unit having a second connection unit integrally connected to the connection unit.

The first bundling portion may extend outside the first connecting convex portion that is not opposed to the first bundling portion, and may extend outward from the first connecting convex portion. The first bundling portion may be formed to surround the outside of the first combining convex portion, And the second bundle is configured to be inserted into one connecting convex portion. And the second bundle connecting portion is configured to extend in the outer direction of the second combining convex portion not facing the second bundling portion and then to be inserted into the second combining convex portion The present invention provides a file fabric comprising a file member.

In addition, the upper end of the first loop and the upper end of the second loop are cut.

The present invention also provides a file fabric comprising a file member, wherein the file member is made of wool.

The present invention also provides a method of manufacturing a file fabric having a pile member, the method comprising: a yarn manufacturing step of manufacturing a wool yarn by shearing fine hair; A dyeing step of dyeing the yarn; A marine step of extracting the yarn in an actual shape and winding the yarn around the cone; A base forming step of knitting the first connecting yarn and the second connecting yarn to form the base; Wherein the first engaging convex portion and the first engaging convex portion face each other to form a first engaging portion, and then, in a state of being connected to the first engaging portion, Forming the first pile portion by inserting the first pile portion into the convex portion, wherein the first pile portion convexes upward from the second connecting convex portion; And a second engaging portion formed by joining the threads to the second engaging convex portion facing the first engaging portion and the second engaging convex portion facing the first engaging portion, A second pile forming step of forming the second pile portion by inserting the second pile portion into the convex portion and convexing the second pile portion upward from the first engaging convex portion; And cutting the upper portion of the first file portion of the first file yarn and the upper portion of the second file portion of the second file yarn. do.

The method may further include, after the cutting step, erecting the first file unit and the second file unit using a brush; A damming step of applying heat or steam to the first file unit and the second file unit; A first sharer step of cutting the first file part and the second file part so that a length is constant; A heat treatment step of performing a heat treatment operation on the first pile portion and the second pile portion; A resin processing step of applying a resin to the base; A polisher step of uniformly bending the first file part and the second file part in one direction; And a second sharer step of cutting an end portion of the first file portion and the second file portion. [5] The method of manufacturing a file material according to claim 1,

Since the first and second coupling parts of the first and second file yarns are firmly tied to the first and second coupling yarns of the base of the file, So that there is no hair dropping phenomenon.

Since the first pivot portion is protruded upward while being coupled to the second connection convex portion of the second connection yarn and the second pivot portion is protruded upward in a state of being coupled to the first connection convex portion of the first connection yarn, The file portion and the second file portion are arranged in a zigzag manner without overlapping each other, and the first file portion and the second file portion are located over the entire base.

In addition, the method of manufacturing a file material having a file member according to the present invention is configured such that the remaining residue on the file fabric is escaped several times, so that no more residue is left in the product, There is an effect that an additional dropout can be prevented.

1 is a view schematically showing a conventional fabric.
FIG. 2 is a view schematically showing a base of a file material having a file member according to a preferred embodiment of the present invention.
3 is a view schematically showing a state in which a first pile of a file member is connected to a base of a file original having a file member according to a preferred embodiment of the present invention.
4 is a schematic view illustrating a state in which a second file yarn of a file member is connected to a base of a file original having a file member according to a preferred embodiment of the present invention.
5 is a view schematically showing a state in which a file member is connected to a base of a file original having a file member according to a preferred embodiment of the present invention.
6 is a schematic view illustrating a state in which first and second file portions of a file original having a file member according to a preferred embodiment of the present invention are cut.
FIG. 7 is a flowchart illustrating a method of manufacturing a file fabric having a file member according to a preferred embodiment of the present invention.

Hereinafter, a file fabric having a file member according to a preferred embodiment of the present invention and a method of manufacturing the same will be described in detail with reference to the accompanying drawings.

FIG. 2 is a view schematically showing a base of a file material having a file member according to a preferred embodiment of the present invention.

Referring to FIG. 2, a file end 1000 having a file member according to a preferred embodiment of the present invention includes a base 100 and a file member 200 (shown in FIG. 5).

The base 100 is made of, for example, synthetic fibers such as polyester and nylon, and may be formed in the base 100 by being chained in a symmetrical manner or knitted in a knit shape. The base 100 is configured to have a plurality of first connecting yarns 110 and a second connecting yarn 120 which are elongated along the length direction and are arranged in parallel with each other. The first connecting yarn 110 and the second connecting yarn 120 may be formed in two rows or a plurality of rows, respectively. The first connecting yarn 110 is formed such that a plurality of first engaging convex portions 112 and second engaging convex portions 114 are alternately repeated and the second connecting yarns 120 are formed such that the first engaging convex portions 112, A plurality of first connection protrusions 122 and second connection protrusions 124 are alternately repeated so as to face the first connection protrusions 112 and the second connection protrusions 114. [

The pile member 200 is configured to have a plurality of first pile yarns 210 and a second pile yarn 220 connected to the first connecting yarn 110 and the second connecting yarn 120, do. The first and second file yarns 210 and 220 are made of, for example, wool. Wool is recognized as a high-grade fiber material because of its excellent flexibility, flammability, warmth and hygroscopicity.

Hereinafter, the first file creator 210 will be described with reference to FIG. 3, and the second file creator 220 will be described with reference to FIG.

3 is a view schematically showing a state in which a first pile of a file member is connected to a base of a file original having a file member according to a preferred embodiment of the present invention.

3, the first pile yarn 210 includes a first coupling convex portion 112 of the first coupling yarn 110 and a first coupling convex portion 122 of the second coupling yarn 120, And the second connection convex portion 124 is inserted into the second connection convex portion 124 adjacent to the first connection portion 212 while being connected to the first connection portion 212. The second connection convex portion 124, And a first pile portion 214 protruded to be convex in an upward direction. The first coupling portion 212 and the first pile portion 214 are formed so that a plurality of the coupling portions 212 are alternately repeated.

The first engaging portion 212 of the first filament yarn 210 includes a first bundle portion 212a surrounding the outer lower side of the first engaging convex portion 112 and a second bundle portion 212b extending from both sides of the first bundle portion 212a. 1 coupling convex portion 112 and a pair of first bundle coupling portions 212b inserted into the adjacent first coupling convex portion 122. [ The first pile portion 214 of the pile yarn is inserted into the upper portion of the second connecting convex portion 124 adjacent to the first bundle connecting portion 212b so as to protrude upward from the second connecting convex portion 124 And a first connection part 214b integrally connected to the first bundle connection part 212b at both sides of the first loop 214a. Here, the first bundle portion 212a is configured to surround the outer side of the first coupling convex portion 112, and the first bundle connection portion 212b is configured to surround the first connection convex portion 112, which is not opposed to the first bundle portion 212a, (122) and then inserted into the first connection convex portion (122).

Since the first coupling part 212 of the first pile thread 210 is tightly coupled to the first coupling yarn 110 and the second coupling yarn 120 as described above, Even if it passes through the base 100, the hair 100 does not come loose and the hair dropping phenomenon does not occur. The first pile portion 214 is formed to protrude upward in a state of being coupled to the second connection convex portion 124 of the second connecting yarn 120. The first pile portion 214 is connected to the second connecting convex portion 124 of the second connecting yarn 120, And is firmly fixed to the base 100 together with the base 212.

4 is a schematic view illustrating a state in which a second file yarn of a file member is connected to a base of a file original having a file member according to a preferred embodiment of the present invention.

3 and 4, the second pile yarn 220 includes a second connecting convex portion 124 of the second connecting yarn 120 facing each other and a second connecting convex portion 124 of the first connecting yarn 110, A first engaging protrusion 112 which is adjacent to the second engaging part 222 in a state where the second engaging part 222 is connected to the second engaging part 222, And a second pile portion 224 which is formed so as to protrude upward in a direction higher than the first pile portion 112. The second engaging portion 222 and the second file portion 224 are alternately repeatedly formed.

The second engaging portion 222 of the second pile yarn 220 includes a second bundle portion 222a surrounding the outer lower side of the second connection convex portion 124 and a second bundle portion 222b extending from both sides of the second bundle portion 222a. 2 connecting convex portion 124 and a pair of second bundle connecting portions 222b inserted into the adjacent second convex convex portion 114. [ The second file portion 224 is inserted into the upper portion of the first engaging convex portion 112 adjacent to the second bundle connecting portion 222b and protrudes upward from the first engaging convex portion 112 so as to be convex upward. 2 loop 224a and a second connecting portion 224b integrally connected to the second bundle connecting portion 222b on both sides of the second loop 224a. The second bundle portion 222a is configured to surround the outside of the second connection convex portion 124 and the second bundle connection portion 222b is configured to surround the second bundle connection portion 222b, (114) and then inserted into the second engaging convex portion (114).

Since the second engaging portion 222 of the second filament yarn 220 is tightly bound to the first connecting yarn 110 and the second connecting yarn 120 like the first filament yarn 210, 2 coupling part 222 does not come loose in the base 100 even after a lapse of time, so that there is no hair dropping phenomenon. The second pile portion 224 is formed to protrude upward while being coupled to the first engaging convex portion 112 of the first connecting yarn 110. Thus, Is fixed firmly to the base (100) together with the base (222).

The first pile portion 214 protrudes upward in a state of being coupled to the second connecting convex portion 124 of the second connecting yarn 120 while the second pile portion 224 protrudes upwardly from the first connecting yarn 110 The first pivotal part 214 and the second pivotal part 224 are arranged in a zigzag shape without overlapping each other so that the first pivotal part of the base 100 The first file portion 214 and the second file portion 224 are located in a rich manner.

FIG. 5 is a schematic view illustrating a state in which a file member is connected to a base of a file original having a file member according to a preferred embodiment of the present invention. FIG. 6 is a cross- FIG. 2 is a schematic view for explaining a state in which first and second file portions of a file original having a file cut are cut.

5, the first pile yarn 210 and the second pile yarn 220 of the file member 200 are connected to the first connecting yarn 110 and the second connecting yarn 120 of the base 100, .

6, the upper end of the first loop 214a of the first filament yarn 210 and the upper end of the second loop 224a of the second filament yarn 220 are cut by a knife, scissors, or the like . As a result, the first loop 214a and the second loop 224a have a soft touch like fleece and have a warm feeling.

Hereinafter, a method of manufacturing a file material having a file member according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 7 is a flowchart illustrating a method of manufacturing a file fabric having a file member according to a preferred embodiment of the present invention.

Referring to the drawings, a method of manufacturing a file fabric having a file member according to the present invention includes: a yarn manufacturing step (S10) of manufacturing a wool yarn by shearing fine hair; Dyeing the yarn (S12); A marine step (S14) of extracting the yarn in an actual shape and winding the yarn around the cone; A base forming step (S16) of forming the base (100) by knitting the first connecting yarn (110) and the second connecting yarn (120); The filament 200 including the first filament yarn 210 and the second filament yarn 220 is connected to the first connecting yarn 110 and the second connecting yarn 120 by connecting the yarn to the first connecting yarn 110 and the second connecting yarn 120, Forming a pile member 200 (S18); A cutting step S19 of cutting the upper portion of the first file portion 214 of the first file yarn 210 and the upper portion of the second file portion 224 of the second file yarn 220; A step (S20) of erecting the first file part (214) and the second file part (224) by using a brush; A dumping step (S22) of applying heat or steam to the first file part (214) and the second file part (224); A first shaller step (S24) for cutting the first file part (214) and the second file part (224) so that their lengths become constant; A heat treatment step (S26) of performing a heat treatment operation on the first file part (214) and the second file part (224); A resin processing step (S27) of applying a resin to the base (100); A polisher step (S28) of uniformly bending the first file part (214) and the second file part (224) in one direction; And a second shaller step S29 for cutting the ends of the first file part 214 and the second file part 224.

Each step will be described in detail below.

In the yarn manufacturing step (S10), the sheepskin is prepared by shearing the sheepskin, and the sheepsheets are woolen by cutting off the living sheepsheets. At this time, the soap solution is used to remove contaminants such as grass, visibility, fat and dust mixed in wool. And by cutting the protein components of the wooly epidermis to prevent shrinkage, natural wool yarn is made.

In the dyeing step (S12), the dyeing process is for producing a yarn in various colors desired by the consumer, and the yarn is dyed using an acid dye. After dyeing, it is dehydrated and dried for about one hour using a high frequency dryer. When the wool is dried well during drying, a phenomenon occurs that the yarn and the yarn are caught between the yarn and the yarn, and the yarn is broken. Therefore, it is preferable that the water content after dewatering is maintained at 15 to 20%. A method of staining is, for example, a method of staining with hank.

The marine stage (S14) is to wind the yarn in the form of a skein in the form of a cone during dyeing. The weight is preferably about 2 to 4 kg / cone, preferably about 4 to 8 turns.

In the base 100 forming step S16, the first connecting yarn 110 and the second connecting yarn 120 are knitted to form the base 100. The first connecting yarn 110 and the second connecting yarn 120 may be polyester synthetic fibers, for example, 150 deniers / 48 filaments D, T, Y may be used. .

In the forming step S18 of the pile member 200, the thread wound on the cone is connected to the first connecting yarn 110 and the second connecting yarn 120 of the base 100, 210 and the second pile yarn 220 are woven together. In detail, the yarns are bundled into a first engaging convex portion 112 and a first connecting convex portion 122 facing each other to form a first engaging portion 212, and then the first engaging portion 212, The first coupling portion 212 and the second coupling convex portion 124 are inserted into the first coupling portion 212 to form the first coupling portion 214. Here, the first file portion 214 is convex in the upward direction than the second connecting convex portion 124. The first pile 210 and the first pile 212 are alternately repeated so that the first pile 210 is formed. Thereafter, the yarns are bundled with the second connecting convex portion 124 and the second combining convex portion 114 facing each other to form the second combining portion 222, and then, in a state of being connected to the second combining portion 222 The second engaging portion 222 is inserted into the first engaging convex portion 112 adjacent to the second engaging portion 222 to form the second file portion 224. [ Here, the second file portion 224 is formed so as to be convex upward from the first engaging convex portion 112. The second joining part 222 and the second joining part 224 are alternately repeated so that the second joining part 220 is formed.

The upper portion of the first file portion 214 of the first file 210 and the upper portion of the second file portion 224 of the second file yarn 220 are cut, .

In the hair dyeing step S20, the first file portion 214 and the second file portion 224 are erected by using a brush, and the hair brushing is performed by the hair brush. The hair dyeing process is repeatedly carried out so that the first file portion 214 and the second file portion 224 are loosened for each strand to be broken like fur of the wool. For this purpose, for example, four brushes are continuously combined to completely separate the threaded strands. This hammering process works consecutively a plurality of times. At this time, the first pile member 214 and the second pile member 224, which are not firmly fixed to the base 100, are separated from each other. It is preferable that the abandonment rate of the first file portion 214 and the second file portion 224 which are separated from each other is about 15 to 20%.

In the dumping step S22, the first pile portion 214 and the second pile portion 224 are processed in the form of fleece using heat and steam, and the first pile portion 214 and the second pile portion 224, steam is applied for 1 minute to 7 minutes in accordance with the damping strength standard, and the working time is preferably about 30 to 50 minutes. The first pile portion 214 and the second pile portion 224 are formed in the form of fleece so that the humidity is maintained for a predetermined time at such a high temperature.

In order to manufacture the first file portion 214 and the second file portion 224 in a straight shape, the sealed inner temperature of the housing is maintained at 80 to 100 ° C and the working time is preferably about 30 to 50 minutes , Do not put steam.

The file member 200 that is not properly coupled to the base 100 passes through the dumbbelling step S22.

In the first shallering step S24, the first file part 214 and the second file part 224, which have undergone the dumbbell step S22, are cut to a predetermined length. The file member 200 that is not properly coupled to the base 100 passes through the first sharing step, and then exits the third time.

The heat treatment step S26 is a process of applying the highest temperature that the wool can withstand to the pile member 200 to fix the desired width, weight, density and the like to the consumer so as to complete the wool fiber. Generally, since the wool starts to change at 150 ° C and the polyester changes at 200 ° C, the heat treatment work standard applies hot air of about 130 to 150 ° C to the pile member 200. At this time, the moving speed of the base 100 coupled with the file member 200 is 10 to 15 m / min, and it is allowed to pass through a box of 12 to 15 meters. The remaining residue in the pile member 200 escapes in the fourth order through the heat treatment step.

The resin treatment step (S27) is a step of applying resin to the base 100. Since the heat treatment step S26 proceeds on the basis of wool, the base 100 made of polyester does not undergo heat treatment and its shape is not stable. Accordingly, resin processing is further performed on the surface of the base 100 with an acrylic binder or the like so that the shape of the base 100 is strengthened and the pile member 200 connected to the base 100 is not separated.

The polisher step S28 combines the first file part 214 and the second file part 224 in one direction so that the first file part 214 and the second file part 224 can be smoothly arranged And at the same time, it makes the surface shine by blunting the tip of the hair. To this end, the pile fabric 1000 is placed in a round drum having grooves, and the temperature of the drum is maintained at 150 to 200 ° C. In this state, the drum is rotated so that the remaining residue of the file fabric 1000 is escaped by the fifth order. It is preferable that the polisher step S28 is performed twice.

The second shaller step S29 is to trim the ends of the first and second pile yarns 210 and 220 of the pile 200 through the polisher step S28, The first and second file portions 214 and 224 are formed by aligning the end portions of the first and second file portions 214 and 224 so that the first and second file portions 214 and 224 are aligned and smooth.

In addition, the heat treatment step (S26) and the resin treatment step (S27) may be performed again in order to minimize the nuisance of the file fabric (1000) and the morphological stability of the product.

As described above, according to the present invention, the remaining part of the file material is removed from the file fabric 1000 several times, so that there are no more residuals in the product, and the file member 200 is not easily removed even after long use It is effective.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit and scope of the invention as defined in the appended claims. It should be understood that the technical idea belonging to the scope of the claims also belongs to the present invention.

1000: File Fabric
100: Base 110: First connector
112: first engaging convex portion 114: second engaging convex portion
120: second connecting yarn 122: first connecting convex portion
124: second connecting convex portion 200:
210: first file yarn 212: first coupling part
212a: first bundle portion 212b: first bundle connection portion
214: first file portion 214a: first loop
214b: first connection unit 220: second file server
222: second engaging portion 222a: second engaging portion 222a:
222b: second bundle connection portion 224: second file portion
224a: second loop 224b: second connection part

Claims (7)

A base having a plurality of first connecting yarns and a second connecting yarn which are elongated along the longitudinal direction and arranged in parallel to each other; And
And a file member having a plurality of first pile yarns and a second pile yarn connected to the first connecting yarn and the second connecting yarn and arranged in parallel to each other,
Wherein the first connecting yarns are formed such that a plurality of first engaging convex portions and second engaging convex portions are alternately repeated, and the second connecting yarns are formed so as to be opposed to the first engaging convex portion and the second engaging convex portion, The first connecting convex portion and the second connecting convex portion are alternately repeated,
The first pile yarn may include a first engaging portion that binds the first engaging convex portion and the first engaging convex portion facing each other and a second engaging portion that engages with the second engaging convex portion adjacent to the first engaging portion, And a first pile portion inserted into the first pillar portion and protruding upwardly from the second connecting convex portion so as to be convex upward, wherein the first pillar portion and the first pile portion are alternately repeatedly formed,
The second pile yarn may include a second engaging portion that binds the second engaging convex portion and the second engaging convex portion facing each other, and a second engaging portion engaging with the first engaging convex portion adjacent to the second engaging portion in a state of being connected to the second engaging portion. And a second pile portion inserted into the first pile portion and protruding upward from the first pile engagement portion in a convex manner, wherein the second pile portion and the second pile portion are alternately and repeatedly formed A file fabric having a file member.
The method according to claim 1,
The first file server comprises:
And a pair of first bundle connecting portions which are inserted into the first connecting convex portions adjacent to the first connecting convex portion at both sides of the first bundling portion, A first engaging portion; And
A first loop inserted in the upper side of the second connecting convex portion adjacent to the first bundle connecting portion and protruding upwardly from the second connecting convex portion so as to be convex upward; The first pile portion having a first connecting portion integrally connected to the first pile portion,
The second file company comprising:
And a pair of second bundle connecting portions which are inserted into the second connecting convex portion adjacent to the second connecting convex portion on both sides of the second bundling portion, A second coupling portion; And
A second loop inserted in the upper side of the first engaging convex portion adjacent to the second bundle connecting portion and protruding upward so as to protrude upward from the first engaging convex portion; And a second connection part connected to the first connection part and the second connection part integrally connected to the second connection part.
3. The method of claim 2,
Wherein the first bundle portion is configured to surround an outer side of the first engaging convex portion,
Wherein the first bundle connecting portion is configured to be extended to the outside of the first connecting convex portion not facing the first bundling portion and then inserted into the first connecting convex portion,
And the second bundling portion. And a second connecting convex portion surrounding the second connecting convex portion,
Wherein the second bundle connecting portion is configured to be inserted into the second engaging convex portion after extending in an outward direction of the second engaging convex portion not facing the second bundling portion. .
3. The method of claim 2,
Wherein the upper end of the first loop and the upper end of the second loop are cut.
The method according to claim 1,
Wherein the file member comprises wool. ≪ RTI ID = 0.0 > 11. < / RTI >
A method of manufacturing a file material having a pile member according to claim 1,
A step of producing a wool yarn by cutting sheep hair;
A dyeing step of dyeing the yarn;
A marine step of extracting the yarn in an actual shape and winding the yarn around the cone;
A base forming step of knitting the first connecting yarn and the second connecting yarn to form the base;
Wherein the first engaging convex portion and the first engaging convex portion face each other to form a first engaging portion, and then, in a state of being connected to the first engaging portion, Forming the first pile portion by inserting the first pile portion into the convex portion, wherein the first pile portion convexes upward from the second connecting convex portion; And a second engaging portion formed by joining the threads to the second engaging convex portion facing the first engaging portion and the second engaging convex portion facing the first engaging portion, A second pile forming step of forming the second pile portion by inserting the second pile portion into the convex portion and convexing the second pile portion upward from the first engaging convex portion; And
And cutting the upper portion of the first file portion and the upper portion of the second file portion of the first file yarn.
The method according to claim 6,
After the cutting step,
A step of erecting the first file unit and the second file unit using a brush;
A damming step of applying heat or steam to the first file unit and the second file unit;
A first sharer step of cutting the first file part and the second file part so that a length is constant;
A heat treatment step of performing a heat treatment operation on the first pile portion and the second pile portion;
A resin processing step of applying a resin to the base;
A polisher step of uniformly bending the first file part and the second file part in one direction; And
And a second sharer step of cutting the end portions of the first file portion and the second file portion.

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