KR20150119826A

KR20150119826A - manufacturing method of fabrics stereoscopic pattern patch, and stereoscopic pattern fabrics attached the fabrics stereoscopic pattern patch by the method

Info

Publication number: KR20150119826A
Application number: KR1020150140070A
Authority: KR
Inventors: 이무영; 이순분; 이교진
Original assignee: 이무영; 이순분; 이교진
Priority date: 2015-10-06
Filing date: 2015-10-06
Publication date: 2015-10-26
Also published as: KR101760385B1

Abstract

The present invention relates generally to a method of manufacturing a raw three-dimensional pattern, and a manufacturing method of the raw-end three-dimensional pattern includes an input step (S1) for inputting a pattern; A printing step (S2) of outputting an input pattern to a printing machine to form a patterned paper sheet; A cutting step (S3) of forming a depressed plate by intaglio-cutting the plate with an input pattern, and cutting the fabric into an input pattern to form a far-end solid; A placing step (S4) of arranging the patterned paper sheet, the engraved plate, and the pattern of the far-end three-dimensional object to match each other; (S5) of backing the patterned paper stuck to the printing machine together with the engraved engraved plate and the fabricated three-dimensional object in the printing machine; A printing process (S6) of outputting a pattern input to the placed far-end solid object to a printing machine to form a far-end stereo pattern; (S7) in which the pattern of the fabric is removed, so that the printed pattern on the patterned paper is printed on the fabricated solid as it is, thereby avoiding printing errors and cutting errors, The present invention also includes a three-dimensional patterned fabric to which a fabric pattern produced by such a manufacturing method is adhered.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a fabrication method of fabric fabrics and fabrics using the fabricated stereoscopic pattern fabrics,

Generally, the fabric can be classified into a width of 44 inches, a width of 60 inches, and a width of 120 inches, depending on the width, and can be divided into clothes and home interiors depending on the use of the fabric.

Here, the fabric for home interiors used in the curtains requires a wide width corresponding to the height of the floor of the building due to the fact that the front window or the large window of the building is larger than the small window in the building. The wide fabric is decorated in accordance with the aesthetics of the user changing rapidly It is not easy to decorate, and conventionally, a wide width is formed following a narrow or wide-width fabric decorated with decoration.

The fabric used for home interiors is changing design, dyeing, pattern, ornament according to the aesthetics of fast changing users, the style of building and furniture, developing tools and making technique, Various methods are being developed to reduce durability, manufacturing time, and manufacturing cost.

For example, Korean Patent Registration No. 1445984 of the present inventors discloses a hydration process (S1) in which a base fabric is flatly spread and hydrated; A placement step (S2) of arranging a three-dimensional patterned article to which a thermoplastic adhesive is adhered on the hydrated base fabric; A process for producing a three-dimensional patterned hydrated fabric by a step of an adhesion step (S3) in which a base fabric on which three-dimensional patterned water is arranged is heated and pressed with a heating and pressing adhesive in a state spread flat. How "is posted.

1. Registration number / date 1014459840000 (2014.09.23)

However, in the present invention, in the method of manufacturing a three-dimensional patterned fabric of a wide-width fabric, in the domestic patent registration No. 1445984, when a pattern is printed on the surface of a three-dimensional patterned fabric of a fabric, There is a risk that the printed pattern and the cut pattern do not coincide with each other and thus the defective fabric pattern is produced.

At this time, when a large and long fabric is continuously printed with a printing machine, and the fabric from which the pattern is printed is cut by a cutter to produce a fabric pattern, there is a slight error during the process of the printing process and the cutting process There is a problem in that the fabric with the pattern printed thereon is not cut according to the pattern, and the whole of the large and long fabric and the whole cut fabric material are disadvantageously discarded, which is a risk factor for economic loss.

Therefore, there is a need to develop a method for producing a fabric pattern having a small printing error and a cutting error of the fabric pattern of the fabric, in the manufacturing method of the fabric pattern.

Accordingly, a manufacturing method of a raw fabric of a three-dimensional pattern according to the present invention comprises an inputting step (S1) of inputting a pattern to be made into a far-end stereo pattern by precisely digitalizing a Japanese pattern; A printing step (S2) of outputting a pattern input to the paper sheet to a printing machine to form a patterned paper sheet; A cutting step S3 of forming a thinned plate by engraving a thin plate along the rim of the input pattern to form a negative plate, and cutting the fabric along the rim of the input pattern to form a far-end solid; (S4) arranging them in the order of pattern original, engraved plate, and far-end three-dimensional object in such a manner that the pattern of the patterned original, the engraved patterned grooves of the engraved plate, and the cut- A backward process S5 of reversing the patterned backing sheet stuck to the printing press, the engraved plate disposed on the patterned backing sheet and the fabricated three-dimensional object in the printing press; A printing process (S6) of outputting a pattern input to the arranged fabric raw material to a printing machine to form a raw fabric pattern; (S7) in which the patterned fabric and the relief pattern disposed on the engraved plate are removed, so that the pattern printed on the patterned paper is printed on the fabricated three-dimensional object as it is, thereby causing printing error or cut Reduce errors.

After the tearing step (S7), when the same far-end three-dimensional patterned material is further produced, the process returns to the placing step (S4) to rearrange the far-end three-dimensional object previously formed in the patterned raw paper, The process returns to the cutting step S3 to further form the far-end three-dimensional object, rearranging the far-end three-dimensional object further formed at the location of the far-end three-dimensional pattern removed from the original pattern and the negative face plate in the arranging step S4, Ensure that the fabric of the fabric is continuously produced with fewer printing errors or cutting errors.

In the arranging step (S4), the transparent double-sided adhesive film is adhered between the patterned paper surface and the back surface of the negative plate to prevent the negative plate and the three-dimensional object disposed by the double- The fabric cut at the cutting step S3 in the cutting step S3 is composed of a fabric having a thermoplastic adhesive adhered on the back surface thereof so that a thermoplastic adhesive is formed on the back surface of the fabric material, This makes it easy to heat-seal the fabric of the three-dimensional pattern.

In addition, a fabrication process (L1) for fabricating a three-dimensional patterned fabric to produce a fabricated three-dimensional patterned product by the manufacturing method of the fabricated three-dimensional patterned product; A step (L2) of arranging the raw fabric pattern to arrange the raw fabric pattern on the fabric; A three-dimensional pattern fabric showing a three-dimensional feeling is produced by a step of a fabric adhering step (L3) of adhering a fabric and a three-dimensional patterned fabric by heating and pressing the fabric on which the fabric is placed.

As described above, in the method for producing the raw fabric of the present invention, first, the patterned paper is printed in the printing step (S2), and then in the cutting step (S3), the engraved plate, In the arranging step S4, the printed pattern, the engraved patterned grooves, and the cut pattern shapes are arranged in the order of the patterned original, the engraved plate and the original three-dimensional object in this order, (S6), the printed pattern printed on the patterned original with the same printing machine printed in the printing step (S2) is printed on the far-end three-dimensional object so that the printed pattern and the cutted pattern coincide with each other, It is possible to prevent the loss due to the occurrence of defects.

Further, in the printing step S2, the patterned original is held in the printing machine, and the patterned original stuck to the printing machine including the engraved plate and the fabricated three-dimensional object arranged in the backward step S5 is backed by the printing machine, The same pattern printed in the printing step S2 is printed again in the step S6 as it is so that the effect of printing the pattern printed in the printing step S2 on the original solid material disposed so as to coincide with the pattern of the patterned original is have.

After the tearing step (S7), the process returns to the arranging step (S4) or the cutting step (S3), and the far-end three-dimensional object is rearranged to the position of the raw three- It is possible to easily and continuously produce the same fabric pattern having a small printing error or a small cutting error.

In addition, in the arranging step (S4), the transparent double-sided adhesive film is adhered to the surface of the patterned paper sheet, and then the engraved plate and the far-end multi-layered material are disposed on the double-sided adhesive film so that the flow of the engraved plate and the multi- The fabric cut at the cutting step S3 in the cutting step S3 is composed of a fabric having a thermoplastic adhesive adhered on the back surface thereof so that the fabric is cut and the pattern is printed on the surface, The thermoplastic adhesive is formed on the back surface of the three-dimensional patterned water, so that it is easy to heat-adhere the three-dimensional patterned material.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view showing a manufacturing process of a raw fabric pattern and a three-dimensional pattern fabric according to an example of the present invention; Fig.
2 is a perspective view of a printing process S2 according to an example of the present invention.
Fig. 3 is a perspective view of a relief plate arrangement in a placement process S4 according to an exemplary embodiment of the present invention; Fig.
Fig. 4 is an enlarged view of Fig. 3; Fig.
FIG. 5 is an enlarged view of FIG. 3B. FIG.
Figure 6 is a perspective view of the arrangement of the fabricated solid bodies during the arranging step S4 according to an exemplary embodiment of the present invention;
7 is an enlarged view of C in Fig.
8 is an enlarged view of D in Fig.
9 is a perspective view of a backward process (S5) and a main printing process (S6) according to an example of the present invention.
10 is an enlarged view of E in Fig.

As shown in Fig. 1, the manufacturing method of the raw fabric pattern of the present invention basically comprises an input step (S1); A printing step S2; Cutting step (S3); A batch process S4; Backward process S5; The present printing process (S6); The process proceeds to the desizing step S7. In the production of the additional fabric pattern, the process returns to the arranging step S4 or the cutting step S3 and is sequentially circulated to the subsequent step.

First, the input step S1 is a step of inputting a pattern 5 to be made of the far-end three-dimensional pattern 10, digitizing the pattern 5 drawn by the sign language, so that the watercolor texture and touch feeling The edge of the pattern 5 to be cut with the far-end solid body 11 is also digitized while being digitalized so as to be precisely printed.

2, the printing process S2 is a process of outputting the pattern input to the paper 21 to the printing machine 50 to form the patterned paper 20, The pattern 5 printed on the patterned paper sheet 20 is the same pattern 5 printed on the fabric pattern 10 so that the pattern 5 printed on the patterned paper sheet 20 has a watercolor texture Check if it appears.

The patterned paper sheet 20 to be printed in the printing step S2 is held in the printer 50 so that the patterned paper sheet 20 caught in the printer 50 can be moved backward in the backward step S5 .

Next, the cutting step (S3) is a step of cutting the engraved plate 30 and the far-end solid body 11, and in the case of the engraved plate 30, as shown in Fig. 3, The engraved plate 30 is formed by forming the engraved grooves 31 of the engraved pattern by engraving the plate of thin thickness that can be outputted or reversed by the printing machine 50 into the engraved pattern with the input pattern, , A transparent acrylic plate or a transparent acrylic film is preferable, and it may be opaque when the engraved pattern groove 31 is penetrated.

The far-end solid body 11 formed in the cutting step S3 is a step of cutting the raw end into the input pattern to form the far-end solid body 11. Here, As shown in Fig. 7A and Fig. 7, a thermoplastic adhesive 12 such as hot melt is adhered to the back surface of the fabric so as to be easily adhered by heating and pressing in the far-end three-dimensional pattern adhering step (L3) do.

Next, in the arrangement step S4, as shown in Figs. 3 and 6, the pattern 5 of the patterned paper sheet 20, the engraved patterned grooves 31 of the engraved plate 30, 3, the surface of the patterned paper 20 and the engraved plate 20 are arranged in the order of the patterned paper 20, the engraved plate 30 and the far- Side adhesive films 40 are disposed between and adhered to each other to prevent the flow of the engraved plate and the far-end three-dimensional object disposed therebetween.

At this time, instead of the double-sided adhesive film 40, a spray-type adhesive may be sprayed and disposed on the surface of the patterned paper sheet 20 or the backing of the engraved plate 30.

Next, in the backward process S5, the patterned paper sheet 20 caught in the printing machine 50, the engraved plate 30 arranged in the patterned paper sheet 20, and the far- And is prepared in such a manner that the pattern 5 printed in the printing process S2 is re-printed as it is in printing in the printing process S6.

Next, the present printing process (S6) is a step of outputting a pattern input to the placed far-field solid object 11 to the printing machine 50 to form the raw fabric pattern 10, and as shown in Fig. 9, A pattern printed on the patterned paper sheet 20 in the printing process S2 on the surface of the far-field solid material 11 among the patterned paper sheet 20, the engraved plate 30 and the far- (5) Reprinting is performed on the surface of the raw solid material 11 as it is.

The tearing step S7 is a step of tearing out the raw fabric pattern 10 disposed on the patterned green sheet 20 and the engraved plate 30 and is a step of removing the fabric pattern 10 on which the pattern 5 is printed, And remains as the state of the embossed paper sheet 20 and the depressed plate 30 in Fig. 5 before the far-end solid body 11 is disposed.

In addition, after the tearing step (S7), when the same fabric pattern 10 is further produced, the process returns to the arranging step (S4) or the cutting step (S3) If the number of the original solid objects 11 formed is larger than the number of the original solid objects 11 printed in the printing step S6, the process returns to the arrangement step S4 and the remaining original solid objects 11 are transferred to the patterned paper 20 and the engraved plate 30, and the process proceeds to the backward step (S5), the main printing step (S6), and the desorption step (S7).

At this time, if the number of the fabricated solid objects 10 to be further manufactured is larger than the number of the retained solid objects 11, the process returns to the cutting step S3 to further form the far-end solid object 11, (S6), the tearing process (S6), and the tearing process (S6) are performed by rearranging the far-field solid material 11 formed at the location of the fabric pattern 10 separated from the patterned paper sheet 20 and the engraved plate 30, (S7).

One long paper sheet 21 is caught by the two printing machines 50 so that the pattern paper sheet 20 output from the back printing machine 50 directly enters the paper feeder of the front printing machine 50, It is possible to omit the backward step S5 in the input step S1 as described above, if the pattern 5 printed on the front printing machine 50 is arranged to be printed so as to overlap with the pattern 5 printed on the front printing machine 50, ; A printing process S2 to the back printing machine 50; The above-described cutting step (S3); (S4) between the back printing machine 50 and the front printing machine 50; A main printing step S6 to the front printing machine 50; It is possible to proceed to the desorption step (S7) described above.

The raw fabric pattern 10 produced by such a process is printed on the fabricated solid object 11 as it is as the pattern 5 printed on the patterned green paper 20 so that the printing error or the cutting error of the raw fabric pattern 10 And the loss due to the defective fabric pattern 10 can be reduced.

Particularly, since the pattern 5 printed in the printing step S2 is directly printed on the far-end solid material 11 arranged so as to coincide with the pattern 5 of the patterned paper 20, the printing error or the cutting error is reduced And further prevents the flow of the perforated plate 30 and the far-end solid material 11 disposed by the double-sided adhesive film 40, thereby reducing the printing error of the raw-end pattern 10.

Further, there is a feature that the same far-end three-dimensional patterned material 10 can be manufactured continuously with a small printing error or cutting error with ease.

In addition, as shown in Fig. 1, the fabricated dichromatic pattern 10 manufactured by the manufacturing method of the fabric dichroic pattern comprises the steps of fabricating the dichartic pattern (L1); A step (L2) of arranging the raw fabric pattern in which the fabric pattern 10 is placed on the fabric; A three-dimensional pattern fabric in which a three-dimensional effect is exhibited is produced by the step of the fabric adhering step (L3) in which the fabric having the fabric pattern 10 is heated and pressed to adhere the fabric and the fabric pattern to the fabric. Of Japanese Patent No. 1445984 entitled " Method of Manufacturing Stereoscopic Pattern Hydration Fabric of Wide Fabric "

At this time, since the thermoplastic adhesive 12 is formed on the back surface of the fabric pattern 10, it is easy to heat-adhere the fabric pattern 10 to the fabric.

10: Fabric three-dimensional pattern water 11: Fabric solid 12: Thermoplastic adhesive
20: Pattern ground 21: Origin
30: engraved plate 31: pattern groove
40: Double-sided adhesive film
5: pattern 50: printing press

Claims

(S1) for inputting a pattern to be produced as a fabric three-dimensional pattern water fabrication process;
A printing step (S2) of outputting a pattern input to the paper sheet to a printing machine to form a patterned paper sheet;
A cutting step (S3) of forming a negative plate by intaglio-cutting a thin plate with an input pattern and cutting a raw fabric into an input pattern to form a raw solid;
(S4) arranging them in the order of pattern original, engraved plate, and far-end three-dimensional object in such a manner that the pattern of the patterned original, the engraved patterned grooves of the engraved plate, and the cut-
A printing process (S6) of outputting a pattern input to the arranged fabric raw material to a printing machine to form a raw fabric pattern;
The process proceeds to a desorption step (S7) for desorbing the raw fabric pattern and the raw fabric pattern disposed on the engraved plate,
Wherein the printed pattern on the patterned original is printed on the fabricated solid as it is, thereby reducing the printing error or the cutting error of the fabricated three-dimensional patterned product.

The method according to claim 1,
In the printing process (S2), the pattern original remains in a state stuck in the printing machine,
A backward process S5 is performed between the batch process S4 and the main printing process S6 to back the patterned backing paper stuck to the printing press and the engraved plates and the far-
Wherein the pattern printed in the printing step (S2) is printed as it is on the far-end solid material disposed so as to coincide with the pattern of the patterned paper during the printing step (S6).

The method according to claim 1,
After the desizing step (S7), in the further production of the same fabric pattern,
Returning to the arrangement step (S4), the fabricated three-dimensional object previously formed may be rearranged to the position of the raw three-dimensional patterned material removed from the patterned original paper and the engraved plate,
The process returns to the cutting step (S3) to further form the far-end three-dimensional object, rearranges the far-end three-dimensional object further formed in the location of the raw three-
As the subsequent process is performed,
A method of manufacturing a fabric with a three-dimensional fabric pattern, wherein the same fabric is continuously produced with little printing error or cutting error.

A three-dimensional pattern fabric according to any one of claims 1 to 3, wherein the fabric pattern produced by the manufacturing method of the fabric pattern is placed on the fabric and attached.