KR101445079B1 - Product Methods of Double Wrinked Textiles and Double Wrinked Textiles thereof - Google Patents

Abstract

According to the present invention, there is provided a method of manufacturing a microfluidic device, comprising: a bottom surface forming step of using a biofilm as a bottom surface (lining: or shrinkage surface) A use surface forming step in which a heat-set and contracted pre-treatment or machining aid is used as a surface (or face); And a double-layered body having a volume feeling due to the shrinkage ratio of the yarn caused by the thermal history of the raw support which the unheated support is subjected to during the dyeing process through the water, after bonding and assembling according to the characteristics of the fabric, Structure forming step and a method for producing the double wrinkle.
In the present invention, a bottom surface (or lining) bonded to a use surface (or a surface) is bonded and matched with the surface of the used surface by using embroidery, quilting, gravure bonding or ultrasonic welding, In the mediating dyeing process, there is an effect of forming a bi-dimensional structure having various volume senses by heat shrinkage of the raw paper using hot water or non-water.

Description

Technical Field [0001] The present invention relates to double wrinkled paper and double wrinkled textiles,

The present invention relates to a double wrinkle and a method of manufacturing the same, and more particularly, to a double wrinkle and a method of manufacturing the same, in which a bottom surface (or lining) adhered to a use surface (or a face) Or gravure bonding and ultrasonic welding, and forming a double-layered structure having various volume senses by thermal contraction of raw paper using hot water or non-water in a dyeing process mediated by water, and a manufacturing method thereof .

In general, the double wrinkles are formed by using the shrinkage ratio of the yarn, and then subjected to a salt processing process such as HUKURO and HUKURO JQD. The processed fabric and the raw support are adhered to form a pattern And a double structure fabricated by shrinkage by thermal processing,

After bonding the processed fabric to the raw support, heat shrink the shrinkage paper after shrinking, and it becomes a wrinkle fabric. If it is not removed, it becomes a double structure fabric like HUKURO (sack).

Due to the shrinkage rate of yarn, Fukuro manufactured by cheap yarn is limited in design. Fukurojacard, which is a little free of design, has limitations on the production amount and product development due to its mechanical characteristics and limit of use of yarn.

The double-wrinkled fabric, which is produced by heat-treating the processed fabric and the raw support so that the pattern is adhered and then shrinking by thermal processing, has been continuously developed with various methods and materials.

Such a double wrinkle fabric has been conventionally used to pass through a heat box using a quartz tube infrared heater and an asbestos webbing belt by adhering, bonding or staking synthetic fiber fabrics and untreated synthetic fibers to form a pattern, The difference in the shrinkage ratio between the lining and the processed fabric due to heat shrinkage was measured while the double wrinkled cloth was transferred using direct heat such as heat roller.

Also, it is possible to manufacture a wrinkle fabric which is manufactured by inserting a supplement between a heat-treated synthetic fiber processing support and a non-heat-treated synthetic fiber support, heat- A method of manufacturing a wrinkle fabric produced by heat-treating a synthetic fiber yarn in a desired shape after being sieved, and a method of producing a wrinkle fabric by heat-shrinking the woven fabric by printing a pattern on the woven fabric or nonwoven fabric or film, And a method of manufacturing a wrinkled fabric by separating the wrinkled fabric.

However, the conventional double wrinkles thus produced are mostly separated from the lining except that the replenishment is inserted. When the wrinkles are separated from the outer surface and the shrinkage paper after the shrinkage, the wrinkles are folded in an embossing There has been a problem that after the folding time, deformation occurs and the merchantability is lowered.

Further, in the thermal processing shrinkage, the raw paper woven in the general yarn is hardly shrunk, so that it uses the high shrink paper, and the lining which has been separated after the use of the adhesive is not reusable as a shrinkage paper. The raw paper can be discolored and distorted during washing. Accordingly, it is important to use only conventional fibers that can shrink in dry heat.

The shrinkage of the raw material is unstable due to the nature of the shrinking process using direct heat such as infrared heater in the state of Ingrey, unlike the case of the surface, and the final check of the quality, So that it is not possible to remove the impurities in the dyeing process, and in particular, the emulsion remaining on the raw material of the fabric, the water-soluble oil or the powder, etc., are not removed. In addition, the additive to be added in the bath can not be administered, resulting in poor merchantability because there is no dyeing process that plays a decisive role in imparting added value to the textile product.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems and it is an object of the present invention to provide a double wrinkle which can be manufactured using existing equipment which has been used for a long time without investing additional equipment and a manufacturing method thereof.

In addition, the outer surface of the fabric is treated with pretreatment or other processing such as shrinkage of the fabric and shrinkage of the fabric or shrinkage of the support surface is used as the outer surface (face; face), regardless of the raw fabric and heat shrinkage rate regardless of the material shrinkage rate The large longevity support is made by embroidering, quilting, gravure bonding, ultrasonic welding, or printing with various patterns, and then heat-shrinking the water-based dyes in the dyeing process Another purpose is to provide a variety of double wrinkles and methods of making the same.

In order to achieve the above object, the present invention provides a method of manufacturing double wrinkles, comprising the steps of: forming a floor surface (lining: or shrinking surface) in a raw state without heat;

A use surface forming step in which a heat-set and contracted pre-treatment or machining aid is used as a surface (or face); And

The double support structure having a volume feeling due to the shrinkage ratio of the yarn caused by the thermal history of the raw support which is not heat-treated by the dyeing process through the water after the bonding, And a second stereostructure forming step of forming a second stereostructure.

Also, the method of producing a double wrinkle of the present invention is a use surface forming step of using a raw material support or processed paper having a boiling water shrinkage ratio of less than 0 to 1% and a low shrinkage ratio as a used surface (surface: face);

A bottom surface forming step of using as a bottom surface (lining: or shrinking surface) a raw material support having a shrinkage ratio of 3% or more and a boiling water shrinkage rate that is higher than a shrinkage rate of the raw support or used paper used as the use surface;

The difference in the shrinkage rate of the yarn caused by the thermal history of the raw material support in which the shrinkage rate varies greatly through the water-based dyeing process after bonding and assembling according to the characteristics of the fabric, And a double stereostructure forming step of forming a bi-stereoscopic structure.

The yarn used as the contraction yarn of the bottom surface (lining) is characterized in that it is woven in the form of a fabric by selectively using any one of natural fiber, general synthetic fiber, and high-density yarn to be shrunk during dyeing.

The use surface (surface) is a fabric capable of dyeing process irrespective of a material, and has a feature of selectively using any of natural fiber, synthetic fiber, and synthetic paper having a small shrinkage ratio.

The knitted fabric, such as circular knit, adjusts the number of feeders of the yarn having a low shrinkage ratio or a yarn having a high shrinkage ratio, The pattern is formed by the difference in the shrinkage ratio of the yarn during dyeing.

When the bottom surface (lining) is woven, the yarn can be used as a shrinkage paper of a check pattern or a stripe pattern while forming a volume by weaving a yarn yarn or a different kind of yarn in an appropriate ratio and pattern, The shrinkage difference of the shrinkage ratio can be used as a double face if it is processed after dyeing.

The bonding method is characterized in that it is assembled by any one or more of embroidery, quilting, gravure bonding and ultrasonic welding.

The color of the quilting and embroidery thread may be the same as that of the used surface or the yarn of the same kind as that of the raw material support so that the yarn is dyed like a cheap yarn, It is possible to selectively use any one of the different types of dye yarns.

The gravure bonding may be performed only in a combination of adhesives without reaction to the dyeing, or in a case where the adhesive portion is denser than the outer color in response to the dyeing, and the portion bonded separately from the wrinkle pattern is made darker, In addition, there is a feature that the adhesive portion pattern is differentiated.

In the dyeing process, the same tension and dyeing temperature and time in the dyeing bath as well as the dyeing conditions under the conditions of pressure increase and decompression can be used to use the same surface (outer) and bottom surface (lining) It is characterized by the use of shrinkage by adding medicines like the shrinking cotton type, so that the use surface (outer surface) and the bottom surface (lining) are used together.

The dyeing process may be performed by a thermosol dyeing method in which a dye is padded and dyed during dyeing, or a B / O (Bleached White) or B / W (Bleached White) .

In order to reduce the amount of production and cost in order to prevent the spliced portion from dropping in tension or hot water during dyeing process, it is necessary to use a cloth which has a thin line of design and a large swelling portion, When it is small, it is stitched with a thread such as quilting or embroidery machine, and when it has a wide line and a small swelling part, it has a high denseness and a gravure bonding or an ultrasonic welding when the adhesive strength is good.

Further, the double wrinkling sheet of the present invention is used as a bottom surface (lining: or shrinking surface) in a raw state without receiving heat;

A pretreatment or processing aid which is used as a surface (face: face) as a heat-shrunk fabric; And

A double stereoscopic structure having a volume feeling due to the shrinkage ratio of the yarn caused by the thermal history of the raw support which is not heat-treated by the dyeing process through the water after the bonding, As shown in Fig.

Further, the double wrinkled paper of the present invention has a shrinkage percentage which is less than 0 to 1% in boiling water shrinkage and is used on a use surface (outer surface: face), and has a small shrinkage percentage;

A support member having a high shrinkage percentage which is higher than the shrinkage rate of the raw support or the used paper used as the above-mentioned use surface by a difference of 3% or more and a bottom surface (lining: or shrinking surface); And

The yarn is shrunk due to heat shrinkage caused by the thermal history of the yarn supporting unit in which the shrinkage rate greatly differs as a result of the dyeing process through the water after the yarn is bonded and bonded according to the characteristics of the fabric. And has a feature of forming a three-dimensional structure.

As described above, as the lining used as the shrinkable fabric of the present invention, high-fiber luster fiber is used, but in the dyeing process, natural fibers and general synthetic fibers that do not shrink due to general heat shrinkage can be used as shrinkage fabrics, It is possible to knit and logistics of general occupation can be used according to tissue and salt processing method, so that it can be used as various shrinkage paper.

In addition, it is possible to manufacture double wrinkles by using existing facilities that have been used for a long time without investing additional facilities.

In addition, there is an effect that a double-stitched fabric having various colors and patterns is formed with the same color of the bonded lining and the outer surface.

It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined in the appended claims and their equivalents. Of course, such modifications are within the scope of the claims.

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In addition, the terms described below are defined in consideration of the functions of the present invention, which may vary depending on the user, the intention or custom of the operator, and the like.

Therefore, it goes without saying that the definition should be based on the contents throughout this specification.

A method of manufacturing a double-ply wrinkle according to the present invention includes: a bottom surface forming step of using a raw support as a bottom surface (or a lining or a shrinking surface) in a raw state without heat, and a bottom surface forming step of using a heat- (Or surface or face), and a method of dyeing with a water-mediated process after bonding by embossing or quilting, gravure bonding, or ultrasonic welding according to the characteristics of the fabric, Dimensional structure having a volume feeling due to the shrinkage ratio of the yarn caused by the thermal history of the raw support which is not heated while being heated by the dyeing process.

In addition, instead of the raw support in the raw state without receiving the heat, a raw support having a boiling water shrinkage ratio of 3% or more and a large shrinkage percentage may be used, Instead of pretreatment or machining support, a raw support or paper with a boiling water shrinkage of less than 0 to 1% and a low shrinkage rate may be used.

This is because the part of the life support part which is not shrunk due to the heat is not shrunk because of the shrinkage of the part of the life support part and the shrinkage of the processed fabric which is heat-shrunk and shrunk, the outer part is swollen in proportion to the shrinkage of the life support part, the embroidery or quilting, A variety of three-dimensional patterns are formed depending on the bonding shape of the fabric bonded by the printing method. Even if the support member is the same or different from the face, the same color or different color is expressed, so that the color of the lining and the outer surface are the same or different Dyed with the same color, dyed with different colors and patterns of different colors and patterns, such as two-dimensional fabric is made.

In this way, when the outer and lining are dyed together with the material, regardless of the material, it acts as a composite material between the outer and inner lining, so that they are mutually different fiber materials having different kinds, physical properties, ≪ / RTI > When the two poses are used together, the dimensions are stabilized according to the combination of the cloths used and the lining is unnecessary, so that the cutting and sewing are facilitated and the crease resistance, WASH & WEAR). It is made of composite materials such as stretching, twisting, twisting, air jet textured, interlace, core yarn and covering, and composite fabrics such as embroidery embroidery embroidery embroidery embroidery embroidery embroidery embroidery embroidery embroidery embroidery embroidery. Even if the same material is used, the fabric is dyed with a plurality of fiber materials between the fabric and the raw fabric

Generally, the shrinkage rate of the yarn is as varied as that of the yarn, and when the yarn for shrinking is used, the shrinkage is performed in a range of 6 to 7%, 10% or more in the general yarn and 30% to 60% The shrinkage rate varies depending on the type, thickness, density, knitting, organization of the knitted fabric, and the tension of the yarn at the time of weaving, and the shrinkage ratio varies depending on the presence or absence of span. Therefore, the shrinkage rate can be slightly different under the conditions of dyeing and processing such as selection and processing of yarn, weaving, loops and yarns, tension and dyeing temperature and time, and pressure and pressure reduction. According to the manufacturing technology of the yarn, if a combination of stretching, low-elongation, heat treatment, shrinkage heat treatment, copolymer polymer, and ultra-high speed radiation technology is used, the yarn having different shrinkage ratios such as ordinary yarn, high-stature yarn, And the desired shrinkage ratio can be controlled by using a suitable yarn when the fabric is manufactured.

Therefore, according to the type of yarn of the fabric, if the dyeing condition is adjusted by adding the tissue forming the form in the weaving process, even the same life support unit can use the outer cloth and the lining together and add chemicals such as shrinkage to the caustic soda, May be used. The yarn is controlled by adjusting the number of feeders, and the circular knitting yarn is used in a wide range to smooth the bonding process. It can be produced in an aerator and put into operation immediately.

If the woven fabric is used as a shrinking lining, it can be used as a shrinkage paper of another pattern unlike a raw material composed of only one yarn. If the shrinkage ratio difference between the outer and the lining is used for processing after dyeing, ) Can be used. Although the fabrics have been developed and produced by many kinds of looms, such as fabrics, warp knitting yarns and top knit fabrics, the weaving process may be performed by dyeing different kinds of fabrics in various patterns and shrinking the other one High value added fabrics can be developed.

It is recommended that the fabric be used as the bottom surface (lining) and be used as pretreatment or processing paper or other heat-shrinkable fabric or as a supporting face with a small shrinkage ratio, Quilting uses a thread to stitch out the outer and inner lining in various patterns, and gravure bonding and laminating method, such as fabric method, are used to interpose a variety of adhesives between the two objects in the middle layer.

In addition, using a netting chiffon which can pass adhesive chemicals such as hooking and dew-drop, it is used as outer material, and it is bonded with various patterns at the same time as the outer surface and the lining are printed, and the medicine to be used is mixed with pigment such as gold powder, Or a foil may be formed using a binder.

When designing the outer material and the cloth, when the line of the design is thin and the inflated part is large, or when the cloth is a mesh like the mesh, when the fabric is adhered to the cloth, it is stitched with quilting or embroidery machine. When the rising part is small or the density of the fabric is high and the adhesive strength is good, gravure bonding or ultrasonic welding is performed to prevent the spliced portion from falling off in tension or hot water during dyeing, and to reduce the production amount and cost.

When the yarn is mixed, the yarn color may be the same color as the outer cloth, or the yarn of the same kind as the yarn may be used to dye the yarn as if it is declared as a cheap yarn, or to be a yarn yarn yarn regardless of the background color.

In the above gravure bonding, there is a method in which the adhesive can be adhered without any reaction to dyeing in the combination of the adhesives, and a portion in which the adhesive portion is denser than the color of the outer surface in response to dyeing and is separately adhered to the crease pattern.

In case of ultrasonic welding or printing method, refer to the density of the surface and raw paper to prevent the release of the discount.

It can be seen that the above-mentioned consolidation work can be carried out in different ways depending on the intention of the facilitator for each material as a different procuring method in each field.

Unlike the conventional dry method, the wrinkle processing in the dyeing process improves the stability of the form. The reason is that all the fibers are composed of a very long chain molecule (linear polymer), and the chain molecular weight is 1 to 20,000. I call it. These chain molecules are generally arranged parallel to the fiber axis, but their constitution is an amorphous region in which crystal regions arranged to refine the continuous rule and molecules are scattered and irregularly arranged. This region is not clearly distinguished, but rather moves from a relatively well arranged region to a poorly arranged region, so that the relative ratio of the amorphous region of the crystalline region differs depending on the previous process of the fiber. Regardless of natural fibers, regenerated fibers, and synthetic fibers, fiber absorbs water to make the molecular motion relatively free, and when it swells in the width direction, it shrinks in the longitudinal direction at the same time. The shrinkage of the fabric can be seen to be caused by the synthesis of the transpositions. Thus, until a product or fabric becomes a product, some of the individual fibers or yarns are permanently stretched in processes such as spinning, straightening, refining, bleaching, and dyeing, while others become latent yarns in residual yarn. When this happens with moisture, heat, humidity, etc., shrinkage usually occurs. This is due to the release of some of the stresses in the fiber due to swelling, molecular motion, changes in the fiber aggregate, etc., which are related to each other and shrink between the fibers or between the yarns to return to a stable state.

Generally, the place where the dye enters is relatively amorphous region, and a bond is formed between a specific functional group of the fiber and a specific functional group of the dye.

When the heat box is shrunk only by dry heat, the temperature difference between the part directly receiving the heat at a high temperature and the opposite surface and the temperature difference between the inside and inside of the inside of the fabric may cause warping, The hot water and the non-water are diffused evenly throughout the fabric, so that a product which is more stable than the dry heat process can be obtained.

In order to dye the dye on the fiber, a chemical bond and a physical bond are required between the dye and the fiber. When the temperature of the dye and the amorphous region are increased in the fiber structure, the density of the amorphous region becomes coarse and the dye molecule becomes diffused in the amorphous region. It is possible to diffuse by swelling.

Dyes that bind to fibers by physical forces, such as water-soluble direct dyes, dyes that bind to fibers by chemical forces, dyes that are insoluble but adsorb to the fibers after making the dye chemically soluble, And disperse dyes which are bonded to each other. Therefore, the dyeing method differs depending on the fiber material. Hydrophilic fibers are easy to dye, but they are difficult to dye with larger hydrophobicity. Therefore, they can be used for dyeing high-temperature and high-pressure resistant fibers, using special dye transfer materials, thermosol method . When the dye is selectively dyed on the fiber, the outer and inner lining are made of the same kind of yarn, so that the same color and dichromaticity and jade dyeing becomes possible.

Therefore, if two or more kinds of materials having different dyeing properties are adhered and stained, changes in appearance and a dichroic effect can be obtained. In the form of hydrothermal and non-water and high pressure obtained in the process of dyeing, the fiber swells and contracts.

2 bath 2 step (two bath two step method)

The polyester with disperse dye is applied in high pressure dyeing machine and the dyeing with reactive dye is suitable for dyeing with high color fastness in winch. However, water and energy consumption are high.

One bath 2 steps (one bath two steps)

dye polyester duator gn cotton. Good for pale purple color. Good water and energy consumption.

One bath one step (one bath one step)

Disperse dyes and direct dyes are injected at the same time. The polyester is dyed carrier by disperse dye and cotton is dyed directly. Since the process is short and the amount of water used is small, there is a problem of fastness.

For example, when the outer fabric is polyester and the nylon fabric is nylon, the polyester may not be dyed with the acid dye, resulting in a two-tone effect.

Even when dyeing with disperse dyes, there is a difference in nylon and polyester in salt setting, and a dichroic effect can be obtained. Alternatively, a dichroic effect may be obtained by separately dyeing each part.

In the case of the same fiber, when the non-drawn yarn, the non-drawn yarn, and the drawn yarn are mixed, there is a difference in the dyability of the two yarns. Therefore, according to the dyeing method, the fabric of the double structure having various colors and patterns is made by the same color dyeing, the dyeing of the dyeing, and the dyeing of the different color.

Even with one double fabric, there are various dyeing methods. Even if the same material and the same processing conditions are applied in the pretreatment or dyeing process, the quality of each product is different.

The following is a brief description of the large frame, mainly used as a fabric,

Polyester cotton disperse dyes / direct dyes, reactive dyes

Polyester Wool Disperse Dyes / Acid Dyes

Polyester triacetate disperse dye

Polyester nylon dispersion dyes / acid dyes, disperse dyes

Polyester CD Polyester disperse dye / ketone

Nylon Acid Dyes / Direct Dyes

If the outer fabric is polyester and the lining is nylon, the shrinkage may be of the same type or color (same color) or different color (different color).

If the outer surface is nylon and shrinking polyester, it is possible to use another kind of color (dyed coloring) which is lighter than the outer color, such that the color of the same kind or the color of the same color (dyed color) or the color of the outer surface does not change.

In this case,

1. One-bath, one-step salt using direct dye / acid dye

2. One-bath, two-step salt with direct dye / acid dye

3. 2-bath method using reactive dye / acid dye

4. Dyeing with reactive dyes only.

As mentioned above, it is impossible to dye the dyes so that the dyes are different according to the method of each factory according to the division of materials, This is because there is a difference in the reflectance that differs depending on the conditions of the light under different dyes and dyed materials.

Especially, in case of Hwawon Company, there is color difference due to lots even in the same kind of yarn, and there is a color difference according to the weaving condition.

When the material of the table cloth and the raw material are the same, it is dyed in the same color as the shrinkage paper when the salt processing is performed after bonding with the outer surface and various patterns.

When the outer material is the same as the material of the outer material, when the outer material is pretreated, it is bonded with the lining and various patterns, and when it is subjected to the salt processing, it is dyed with the same color as the contraction paper. And shrinkage occurs during the washing process, resulting in the same conditions as dyeing.

The dyeing process in fibers is a process of removing unnecessary substances and adding necessary materials.

In the method of manufacturing the double paper using the shrinkage, when the outer surface is subjected to pretreatment, dyeing, or kneading, the outer surface is subjected to salt processing by bonding the raw paper, Post treatment is required.

Dyeing machine is a kind of dyestuff which can handle almost all kinds of dyes. In some cases, it can be done only by adjusting tension of dyed dyeing machine. Dyeing condition is possible by using various general equipments even under pretreatment condition. B / O (Boil Off), B / W (Bleached White), Bleached White (Bleached White), and the like can be used. It is possible to work with double paper even by machining.

The fabric of double structure with various colors and patterns has the effect of tension and pressure even when the tenter heat fixation is performed to stabilize the dimensional form when the shrinkage shrinkage paper is finally set after dyeing. When this constant and various chemicals are added, uniform distribution on the surface of the fabric results in better merchantability than shrinkage in dry heat.

The shrinkage produced from dry heat does not have a hue, so the color differs from that of the surface fabric. After shrinkage, some of the shrinkage is processed through a separate process of separation and removal from the outer surface. And can be used as a substitute for the lining, thereby reducing the manufacturing process and reducing the production cost.

Further, in the dyeing process, post-processing in the method of manufacturing a double wrinkle using hot water or non-water can easily proceed to a tenter in a batch process after general dyeing, so that it is possible to work without the facilities and additional equipments required for a conventional dry heat structure manufacturing method .

Claims (14)

A bottom surface forming step of using the raw support as a bottom surface (lining: or shrinking surface) in a raw state without receiving heat;
A use surface forming step in which a heat-set and contracted pre-treatment or machining aid is used as a surface (or face); And
After the fabric is bonded and kneaded, a bi-dimensional structure having a volume feeling is formed due to the shrinkage rate of the yarn caused by the thermal history of the raw support which is not heat-treated while being subjected to a dyeing process through water A method of making a double wrinkle comprising a dual steric formation step. A use surface forming step in which the shrinkage ratio of boiling water is less than 0 to 1% and the shrinkage ratio is low, or a support surface or a processed paper is used as a surface (face: face);
A bottom surface forming step of using as a bottom surface (lining: or shrinking surface) a raw material support having a shrinkage ratio of 3% or more and a boiling water shrinkage rate that is higher than a shrinkage rate of the raw support or used paper used as the use surface;
The double support structure having a volume feeling due to the difference in the shrinkage ratio of the yarn caused by the thermal history that the support member performs in the dyeing process greatly differs in shrinkage rate through the water-mediated dyeing process after bonding the fabric by bonding, Forming a double-stitched structure. The method according to claim 1,
Wherein the yarn used as a contraction yarn of the bottom surface (lining) is woven in the form of a fabric by selectively using any one of natural fibers, general synthetic yarns, and high-density yarns to be shrunk during dyeing processing. The method according to claim 1,
The use surface (outer surface) is a fabric capable of dyeing process irrespective of a material, and is a natural fiber, a synthetic fiber, or a dyed fabric having a boiling water shrinkage ratio of less than 0 to 1% A method for manufacturing a wrinkle paper. The method according to claim 1,
The knitted fabric, such as a circular knit, has a shrinkage ratio of less than 0 to 1% and a shrinkage ratio of less than 0% The yarn having a shrinkage rate of less than 0 to 1% and having a shrinkage factor of 3% or more higher than that of a yarn having a low export rate, and the yarn is dyed by controlling the number of feeders, Gt; The method according to claim 1,
When the bottom surface (lining) is woven, the yarn can be used as a shrinkage paper of a check pattern or a stripe pattern while a volume is formed by mixing yarn yarns or different types of yarns, The method of manufacturing a double wrinkle paper according to any one of claims 1 to 5, 3. The method according to claim 1 or 2,
The method for bonding may be embossed by any one of embroidery, quilting, gravure bonding, and ultrasonic welding. 8. The method of claim 7,
The color of the quilting and embroidery thread may be the same as that of the used surface or the yarn of the same kind as that of the raw material support so that the yarn is dyed like a cheap yarn, Characterized in that any one of the different types of dye yarns is selectively used. 8. The method of claim 7,
The gravure bonding may be performed only in a combination of adhesives without reaction to the dyeing, or in a case where the adhesive portion is denser than the outer color in response to the dyeing, and the portion bonded separately from the wrinkle pattern is made darker, Wherein the adhesive portion pattern is further differentiated to differentiate the adhesive portion pattern. The method according to claim 1,
In the dyeing process, the same tension and dyeing temperature and time in the dyeing bath as well as the dyeing conditions under the conditions of pressure increase and decompression can be used to use the same surface (outer) and bottom surface (lining) Wherein a shrinkage ratio is used by adding chemicals such as a shrinking cotton type so as to use the used surface (outer surface) and the bottom surface (lining) together. 11. The method of claim 10,
The dyeing process may be performed by a thermosol dyeing method in which a dye is padded and dyed during dyeing, or a B / O (Bleached White) or B / W (Bleached White) And a second wrinkled paper sheet. 9. The method of claim 8,
In order to reduce the amount of production and cost in order to prevent the spliced portion from dropping in tension or hot water during dyeing process, it is necessary to use a cloth which has a thin line of design and a large swelling portion, A double-folded wrinkled paper sheet characterized in that it is stitched with a thread such as a quilting or embroidery machine when it is small, and gravure bonding is performed when the line is wide and the swelling portion is small or the density of the fabric is high, Way. A living support which is used as a floor (lining: or shrinking surface) in the form of an untreated raw material;
A pretreatment or processing aid which is used as a surface (face: face) as a heat-shrunk fabric; And
The raw support is bonded to the raw fabric, and then a water-mediated dyeing process is performed to form a bi-dimensional structure having a volume feeling due to the shrinkage of the raw yarn caused by the thermal history of the raw support, Lt; RTI ID = 0.0 > wrinkles. A shrinkage percentage of less than 0 to 1% in boiling water shrinkage and a shrinkage rate of less than 20%;
A support member having a high shrinkage percentage which is higher than the shrinkage rate of the raw support or the used paper used as the above-mentioned use surface by a difference of 3% or more and a bottom surface (lining: or shrinking surface); And
The double-layered structure having a volume feeling due to the shrinkage ratio of the yarn caused by the thermal history of the raw material support which the shrinkage rate greatly differs through the dyeing process through the bonding of the raw fabric by bonding and then, Lt; RTI ID = 0.0 > wrinkles. ≪ / RTI >