KR20180050998A - Manufacturing process of color wrinkles textile - Google Patents

Abstract

The present invention discloses a manufacturing method of a color wrinkle fabric which can clearly and neatly process a color pattern on a surface of a wrinkle fabric and easily forms the color pattern on the surface of the wrinkle. The manufacturing method comprises the following steps of: preparing a dyeing fabric; preparing a discharge printing dye fabric; supplying a paper for wrinkle formation to an upper side of the discharge printing dye fabric; forming the wrinkle on the discharge printing dye fabric and the paper for wrinkle formation; forming the wrinkle and the color pattern; separating the paper for wrinkle formation; and removing a discharge printing dye in the bottom of the wrinkle.

Description

TECHNICAL FIELD [0001] The present invention relates to a method of manufacturing a color wrinkle fabric,

The present invention relates to a method of manufacturing a color wrinkle fabric, and more particularly, to a method of manufacturing a color wrinkle fabric capable of processing a color pattern on a surface of a wrinkle fabric more clearly and neatly and easily forming a color pattern on a wrinkle surface ≪ / RTI >

Generally, a wrinkled fabric is a fabric having wrinkles formed on a fabric, and has been widely applied to clothing and the like due to the sense of depth of protruded wrinkles.

In addition, the above-mentioned wrinkle fabric has formed a decorative material layer such as a foil is transferred to the surface of the fabric in advance, a glitter is applied or a pattern is transferred through a transfer paper, and then wrinkles are formed to improve the external aesthetics.

However, since the decorative material layer is formed on the entire surface of the corrugated fabric in the case of the corrugated fabric having the decorative material layer as described above, there is a problem that the three-dimensional feeling and the beauty are deteriorated due to the monotonous feeling.

In addition, Patent Registration No. 591854 discloses a method of forming a colored solid pattern on a textile fabric, in which a fabric and a color transfer sheet are placed between a pressing mold that is attached to the lower surface of the concave- There is disclosed a method in which a three-dimensional pattern is formed on a fabric by unevenness formed on the forming plate by pressing a pressing mold against a stationary mold while transferring the color to a three-dimensional pattern on a color transfer paper. However, The color pattern was not clear and the color barked and the strong black fabric had a problem in that the red or yellow transcript could not be expressed in the black color even if the color such as red or yellow was transferred.

SUMMARY OF THE INVENTION The present invention has been conceived to solve the problems described above, and an object of the present invention is to provide a method of manufacturing a color wrinkle fabric capable of processing a color pattern on a surface of a wrinkled fabric more clearly and neatly.

Further, it is another object of the present invention to provide a method of manufacturing a color wrinkle fabric capable of easily forming a colored solid pattern on the surface of wrinkles.

The above object of the present invention can be achieved by a dyeing method comprising the steps of: Preparing a flame-retardant dye material by partially blowing the flame-retardant dye of the other color on the dye-colored circle so that a pattern is expressed through a printing method; Supplying a wrinkle-forming paper to the upper side of the defatting dye fabric so that the wrinkle-forming paper is disposed on the upper surface of the defatting dye fabric; A wrinkle forming blade for reciprocally moving forward and backward; The wrinkled dye fabric is put between the rotating lower heat roller and the upper roller to form a wrinkle on the fabric of the discharging dye to produce a wrinkle fabric and the surface of the wrinkle pressed on the surface of the wrinkle by the high temperature pressing of the lower heat roller A wrinkle and color pattern forming step of causing the dye to adhere to the dyeing fabric and forming a color pattern; Separating the creasing paper having the crease formed on the upper surface of the crease cloth together with the crease cloth; And washing the defatting dye on the wrinkle fabric to remove the defatting dye on the bottom of the wrinkle that has not been directly pressed onto the lower heating roller.

Here, the surface of the lower row roller is provided with a forming section formed by the irregularities of the three-dimensional pattern, the forming section of the lower row roller is configured to pressurize the surface of the wrinkles at a high temperature, And to form a three-dimensional pattern.

The temperature at which the flame-retarding dye is printed on the dyeing fabric is 40 ° C to 60 ° C, and the temperature at which the flame-resistant dye is fixed to the fluorine-containing fabric by high-temperature pressing with the plate is preferably 220 ° C to 320 ° C.

The color wrinkle fabric produced by the manufacturing method of the present invention is able to treat the color pattern on the wrinkle fabric more clearly and neatly compared to the transferring method. Especially, the pattern of non-black color such as red or yellow is clearly expressed on the black fabric There is an effect that the added value is increased.

In addition, since the wrinkle of the wrinkle fabric is firmly maintained, the wrinkle of the wrinkle fabric is not unfolded during the post-processing which forms the wrinkle pattern on the wrinkle surface so that the pattern of the collar can be easily formed only on the surface of the wrinkle It is effective.

Further, when the wrinkles are naturally spread, the portion where the collar pattern is formed and the portion where the collar pattern is not formed are harmonized, thereby providing a new stereoscopic effect and aesthetics.

FIG. 1 is a schematic view illustrating a process of manufacturing a color wrinkle fabric according to the present invention,
Figure 2 is a sequential illustration of the collar fabric produced in accordance with the present invention,
Fig. 3 is a plan view of the corrugated fabric of Fig. 2 (e)
Fig. 4 is a plan view of the corrugated fabric of Fig. 2 (f)
Figure 5 shows another preferred embodiment of the lower row roller in the present invention,
Figs. 6 and 7 are diagrams showing the corrugated fabric produced by the lower row roller according to Fig. 5; Fig.

Hereinafter, a method of manufacturing a color wrinkle fabric according to the present invention will be described in detail.

BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and, together with the description, serve to explain the principles of the invention.

The present invention includes a dyeing fabric preparation step, a defatting dye fabric preparation step, a wrinkle forming paper feeding step, a creasing step, a wrinkle and color pattern forming step, a wrinkle forming paper removing step, and a decompression dye washing step.

The dyed fabric preparation step is a step of preparing a dyed fabric 10 by dying the fabric into a fabric dyeing machine, adding a dye, and dying the fabric with a conventional dyeing method. It is preferable that the dyeing of the dyed fabric of the fabric dyeing machine is carried out at a temperature of 150 ° C to 250 ° C. As a result, even if the dye is dyed and washed with water, the dye is not removed and becomes the background color of the color wrinkle fabric.

In the step of preparing the unfiltered dye fabric, the untranslated dye 121 having a color different from that of the dye dyed to the untransformed dye 110 is partially passed through the printing method to express the pattern, . Here, the printing method can be applied to various printing methods such as direct printing, discharge printing, flame printing, and the like, and can be applied by a printing method such as printing, printing, automatic screen printing, roller printing, rotary screen printing, Various printing methods can be applied. In addition, in order to develop a color pattern different from that of the dyed fabric 10, it is preferable that the discharging dye 121 is prepared in a color different from that of the dye.

Here, the state that the desiccant dye 121 is passed through the dyed fabric 110 refers to a state in which the desiccant dye 121 is not fixed to the dyed fabric 110 so that the desiccant dye can be desalted by washing with water after natural drying. The endothermic temperature of the discharge salt dye 121 for this purpose is preferably 40 to 60 ° C. If the temperature of the leaving salt 121 is less than 40 ° C, the decomposition dye is difficult to be absorbed into the dyeing fabric, and if it exceeds 60 ° C, the decomposition dye may proceed to adhere.

The wrinkle forming paper is supplied to the upper side of the discharging dye material 120 so that the wrinkle forming paper 10 is disposed on the upper surface of the discharging dye material 120 . Here, the wrinkle forming paper 10 is formed such that when the discharge dye material 120 is manufactured as the wrinkle fabric 130, wrinkles are formed on the bottom surface of the wrinkle fabric 130 in the same manner as the wrinkle fabric 130, It prevents wrinkles from spreading.

The corrugating step is a process of corrugating the corrugating dye material 120 and the corrugation paper 10 by the corrugating blades 230 moving forward and backward.

The wrinkle forming blade 230 is disposed in front of the upper roller 220 to be described later, and is provided with a discharging dye material 120 and a wrinkle forming paper 10 which are conveyed while being reciprocated by a reciprocating guide device The wrinkle forming paper 10 disposed on the upper surface of the discharging dye cloth 120 may be folded in such a manner that a part of the discharged discharging dye cloth 120 is bundled with another adjacent portion, Wrinkles are formed in the same manner as the dye fabrics to grasp the wrinkles of the fabric. Meanwhile, since the corrugation process is a known technique, a detailed description will be omitted.

The wrinkle and color pattern forming process is carried out between the lower heat roller 210 and the upper roller 220 which are rotated by engaging the corrugated discharge dye dough 120 to form wrinkles on the discharging dye cloth 120 The wrinkle fabric 130 is manufactured and the unfolding dye 121 is fixed to the dyed fabric 110 on the surface of the wrinkle pressed by the high temperature pressing of the lower heat roller 210 and the color pattern 121-1 .

In the present invention, the corrugated discharge dye material 120 and the corrugating paper 10 are fed into the lower heat roller 210 and the upper roller 220 to be conveyed. The lower heat roller 210 The upper roller 220 is a roller heated to a predetermined temperature and serves to align the corrugated wrinkles by the wrinkle-forming blade 230 described above, Rotates at a speed to support the bottom surface of the discharge-type dye fabric and the wrinkle-forming paper. The upper roller 220 may be a belt roller or a silicon roller.

When the discharging dye material 120 having the discharging dye 121 is conveyed between the lower roller 210 and the upper roller 220, the discharging dye material 121 is discharged in accordance with the pressure of the lower roller 210 The depilating dye 121 adheres to the surface of the wrinkles of the wrinkled fabric 130 while being pressed, thereby forming the colored pattern 121-1. The lower heat roller 210 is preferably at a high temperature of 200 ° C to 300 ° C suitable for fixing the releasing dye 121 to the dyeing fabric 110 so that the releasing dye applied on the dyeing fabric is It is instantly fixed by high-temperature pressurization and is not desalted even if it is washed with water.

3 (a) corresponds to Fig. 2 (e), Fig. 3 (b) corresponds to Fig. 2 (f) The wrinkles can be formed only on the surface and not on the bottom of the wrinkles. When the wrinkles are naturally spread, the wrinkled fabric can be produced in which the portion with the colored pattern is formed as shown in Fig. 3 (b).

4, the surface of the lower heating roller 210 is provided with a forming part 211 formed by the irregularities of the three-dimensional pattern, and the forming part 211 of the lower heating roller forms the corrugated fabric 130 ) Is pressed at a high temperature. That is, the surface of the lower heat roller 210 is provided with a molding part 211 having concave and convex irregularities of various characters, flowers and animals formed thereon, so that a defoaming dye (not shown) is formed between the lower heat roller 210 and the upper roller 220 121 are pressed by the forming part 211, the pattern corresponding to the concavo-convex pattern of the forming part is protruded while being pressed on the forming part according to the pressing of the forming part 211.

When the forming portion 211 formed by the irregularities of the three-dimensional pattern is provided on the surface of the lower heating roller 210 as described above, the surface of the corrugation of the corrugated fabric 130 is protruded by the pressing of the forming portion 211 At the same time, the portion pressed by the forming portion 211 is in a state where it is not desorbed even when the defatting dye 210 is stuck and washed, and when the portion not pressed by the forming portion 211 is washed with water, the defatting dye 210 It becomes a desalted state.

5 (a) and 5 (b), the surface of the corrugation of the corrugated fabric 130 is covered with the surface of the formed portion 211, A portion of the pressed portion 121-2 is formed and the defatting dye is fixed and the defatting dye is expressed and the defatted dye 121 is desaturated in the portion not pressed by the forming portion 211, The color of the dye is expressed, and a wrinkle fabric in which a colored solid pattern is formed can be provided.

The removing of the wrinkle-forming paper is a process of separating the wrinkle-forming paper 10 having the wrinkle together with the wrinkle fabric from the upper surface of the wrinkle fabric 130. Here, even if the folding paper 10 formed with the folded fabric together with the folded fabric is separated from the upper surface of the folded fabric 130, the folded fabric is in a state where the creases of the folded fabric are fixed by ironing the lower roller 210 The wrinkles do not spread even when the paper 10 for creasing is removed.

The flushing dye washing step is a step of flushing the defatting dye 121 from the wrinkle fabric 130 to remove the defatting dye on the bottom of the wrinkle that has not been directly pressed onto the lower heating roller 210. That is, when the wrinkle fabric 120 is finally washed with water according to the present invention, the surface of the wrinkle which is a portion pressed by the lower heat roller 210 is fixed to the surface of the wrinkle dye 120, 121-1), and the undersurface of the wrinkles, which is a portion which is not pressed by the lower heat roller, is desalinated, so that only the dye color of the dyed fabric 110 is expressed.

The color wrinkle fabric according to the present invention thus produced can be more clearly and neatly processed in a wrinkled fabric than in the case of the transferring method. In particular, it is possible to clearly express the pattern of non-black color such as red or yellow on a black fabric There is an advantage that the added value is increased.

In addition, since the wrinkle of the wrinkle fabric is firmly maintained, the wrinkles of the wrinkle fabric are not stretched during the post-processing which forms the wrinkle pattern on the wrinkle surface, so that the color pattern can be easily formed only on the wrinkle surface There are advantages.

Furthermore, when the wrinkles are naturally spread, there is a merit that the portion where the collar pattern is formed and the portion where the collar pattern is not formed are harmonized to have a new stereoscopic effect and aesthetic sense.

While the present invention has been particularly shown and described with reference to specific embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims. Anyone who can afford it will know.

10: Creasing paper
110: Dyeing fabric 120: Discharge dye fabric
121: Discharge dye 130: Wrinkled fabric
210: Lower row roller 220: Upper roller

Claims (3)

Dyeing the fabric to prepare a dyeing fabric;
Preparing a flame-retardant dye material by partially blowing the flame-retardant dye of the other color on the dye-colored circle so that a pattern is expressed through a printing method;
Supplying a wrinkle-forming paper to the upper side of the defatting dye fabric so that the wrinkle-forming paper is disposed on the upper surface of the defatting dye fabric;
A wrinkle forming blade for reciprocally moving forward and backward;
The wrinkled dye fabric is put between the rotating lower heat roller and the upper roller to form a wrinkle on the fabric of the discharging dye to produce a wrinkle fabric and the surface of the wrinkle pressed on the surface of the wrinkle by the high temperature pressing of the lower heat roller A wrinkle and color pattern forming step of causing the dye to adhere to the dyeing fabric and forming a color pattern;
Separating the creasing paper having the crease formed on the upper surface of the crease cloth together with the crease cloth;
And removing the defatting dye on the bottom portion of the wrinkle which has not been directly pressed onto the lower heating roller by washing the defatting dye on the wrinkle fabric.
The method according to claim 1,
Wherein the surface of the lower row roller is provided with a forming portion formed by the concavo-convex of the solid pattern, and the forming portion of the lower row roller is configured to pressurize the surface of the wrinkle at a high temperature,
Wherein the pressing portion of the pressing portion is fixed to the surface of the wrinkle and the three-dimensional pattern is formed.
The method according to claim 1,
The temperature at which the flame-retarding dye is printed on the dyeing fabric is 40 ° C to 60 ° C,
Wherein the temperature at which the decompression dye is fixed to the desiccating fabric by pressurizing at a high temperature by a molding plate is 220 to 320 ° C.

Images