JPS6024873B2 - Manufacturing method of Kasuri pattern fabric - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION In the present invention, the warp threads are made entirely of beams together with the ground threads so as not to cause stains on the ground part.For this reason, the mochizuke is carried out using a stripping beam. This article relates to a method of manufacturing mochi-patterned fabrics that can produce beautiful mochi-patterned fabrics at low cost, expressing a vertical pattern made of unique color 4 and powder beams on a dark-colored ground that does not run, and uses dyes that remove color. Then, among the ridge threads dyed all over the desired dark color, the warp threads that will give the scarlet pattern are warped on a printing table, and a mochi pattern paper is placed on top of the warped warp threads, which are the same color as the ground that will not be colored in the discharge printing process described later. Perform small-blend dyeing using the dye, place the pattern paper on top of this small shibori beam, perform strip-print printing using a strip-free dye of a different color from the ground, and create a non-bleed ground color within the desired pattern area. 4. A warp thread with colored spaces is produced, a small vertical striped thread is produced using the same technique as the production of this small scarlet warp thread, and this small warp thread is dyed together with a small spun thread to create a ground weft thread and warp thread. It is characterized by the fact that it uses a dark-colored background to express a vertical pattern with unique small and vertical patterns.

Traditionally, for example, when manufacturing a mochi-patterned fabric that expresses a red flower pattern on a black background, two-color beam warps must first be made.

In order to make the warp threads of this two-color beam, two pieces of powdered paper must be used, and each color must be printed twice in scarlet.

It is difficult to properly print the two colors of scarlet in alternating succession using these two sheets of vertical paper. In other words, due to various conditions such as temperature and humidity, dye concentration, and printing skill level, the vertical lines may not be continuous correctly, and a blank space may appear at the boundary between the first black (hi) and the next red (hi), resulting in incorrect mochi printing. There was a drawback that it could not be done. For this reason, the dark black color is printed using vertical paper, and the red color is printed solidly, even though it overlaps the black weave, without using vertical paper. A method has also been adopted in which the black vertical spaces appear to be dyed red without being contaminated with red. However, in any case, when the mochi warp is dyed black by printing, the ground warp becomes a black fabric of the same color as the warp, that is, if you want to express red scarlet on a black background, the black color of the mochi warp cannot be printed using the above method. The black color of the ground and warp threads will be dyed by dyeing. In this case, due to the difference in the dyeing process between dyeing and printing, even if the same black dye is used, the color will not be exactly the same, and when weaving, the black of the ground warp due to dyeing and the black of the mochi warp due to vertical printing will be different on the fabric part. It is not the same black color, but a slightly different black color, resulting in warp stripes and contamination (dirty lines). This contamination occurs all over the land and is very noticeable, resulting in a loss of commercial value.

This also applies to striped yarns, resulting in a twill weave.

The present applicant has focused on this point and has conducted various studies, and has found a method that does not require consideration of the combination of the first scarlet and the next uniquely colored scarlet, that is, a method that does not use two pieces of iron pattern paper, and a dark color. For those with a light and unusual color, we use mochi katagami (rice cake stencil paper).Although it is a method that can be dyed all over with mochi katagami (rice cake stencil paper), the ground part is dyed by yarn reeling, which can be done together with the warp and warp of the ground, so the above-mentioned contaminated meridian and latitude lines can be dyed. It has made it possible to produce weaving threads that do not cause blemishes and to produce woven patterned fabrics that express beautiful, unique weave patterns on dark colored backgrounds. The warp and weft threads, which are to be used to create a continuous pattern, are warped and lined up on a printing table, and the first small mochi beam is made using a mochi pattern paper on these warped parallel threads.

The next unique mochiliang is made using a patterned paper rather than an iron pattern, so there is no need to worry about the integration before and after, unlike in the case of zaiko, and although it is just solid dyeing, the dye is a pick-up dye. And since the first rice cake uses a dye that cannot be colored by this extraction dye, and the base beam uses a dye that can be extracted, color extraction and coloring can be done within the range of the pattern window of the pattern paper. Because this is done, instead of merging, it is possible to reliably color the gaps between Kodoshi that are not colored in a different color, and there will never be a blank space at the boundary like in the case of merging. .

Moreover, once the powder beams were made using mochi pattern paper, but the next unique color, Hi, is not just a vertical beam, but can be simply pattern dyed and solid printed, which not only makes it easier to print, but also makes the paper patterns that much easier to make. , the warp threads can be produced at a lower cost overall.

Moreover, printing with consideration to the above-mentioned integration becomes more difficult the finer the detail, but since the present invention produces the warp by a method that does not require this integration, no matter how fine the scarlet threads can be produced, it is possible to print even finer scarlet threads. Since the warp threads, which are otherwise expensive, can be mass-produced easily and at low cost, fine woven fabrics, which were conventionally expensive, can be mass-produced at low cost.

In addition, since the ground is colored in a different color and the first vertical direction is the same color as the ground, there is no need to worry about contaminating the ground with the first mochi beam, and you can set an appropriate range and do it without worrying about contamination. Improve work efficiency. Next, the different color weaving is performed within the set range, and by setting the pattern window at this time, the two-colored warp threads are created: the first mochi, which is not removed, and the next, different color scarlet, which is removed. Because we weave mochi textiles using such warp threads as small scarlet warp threads and small spun threads, we create a beautiful powder pattern with beautiful small patterns of different colors on a dark background.For example, a beautiful flower is expressed by a collection of only fine scarlets. It becomes a vertically patterned fabric that expresses the mochi pattern.

Next, in the present invention, the most important point is that the dark color of the ground is dyed by yarn dyeing, in which the warp threads are reeled in advance and dyed.

In this way, by employing the head-liang dyeing method, the warp threads, which are originally made scarlet by printing, can be dyed together with the base threads, which are normally dyed with the threads.

The fact that ground yarn and powder yarn can be dyed together in this way is extremely noteworthy for warp textiles.As mentioned above, for example, the same black color can be dyed to the same black color due to differences in dyeing conditions between dyeing and printing. Must not be.

Therefore, when the ground yarn is dyed and the warp yarn is printed using mochi pattern paper to print the black color of the ground, the black color of the two will be slightly different, and the warp fabric will be contaminated with warp and weft cotton (also known as dirty lines) in the ground part. ), resulting in a significant decline in product value. In this regard, the present invention employs the above-mentioned extraction technique to enable reeling dyeing of the ground portion of the warp yarns, and since the warp yarns and the ground yarns are all dyed from the beginning, the dark colors of the warp yarns and the ground yarns are completely eliminated. It exhibits a number of excellent features, such as a warp yarn that exhibits the same deep color and does not suffer from the staining (dirty lines) phenomenon described above.

Next, an example of the implementation of the present invention will be described in detail as follows.

Dye that can be color removed easily with a color remover, for example,
Among the warp threads, which are made black using an extractable acid dye, the sewing threads that will create the mochi pattern are warped and arranged in parallel on the printing table.
A vertical pattern paper is applied to the warp threads, and in the discharging process described later, a dye of the same color as the ground that is not bleached, such as an acidic dye that is difficult to be colored by a color stripping agent, is used to create a deep black color. . It is impossible to illustrate this Komochi Liang because it is the same color as the ground, so the part with the Komochi Liang is shown with diagonal lines.

This small plowing process was carried out by applying a patterned paper with a pattern window of a smaller flower outline within the predetermined area, and removing it using a different colored dye, such as a red acid dye mixed with a color removing agent, to the ground. Printing is performed to remove the ground color that has not been dyed, and at the same time, it is colored in a different color (red) from the ground to produce a small warp.

Dyeing treatment is performed using a conventional method.

A small scarlet striped thread is produced in exactly the same manner, and dyed using a conventional method.

Using these small scarlet warp threads, 4. Mochi weft threads, and the ground warp threads that are all beamed, a woven patterned fabric is woven that expresses a flower pattern I by a collection of fine red scarlet threads on a black background.

In the drawing, the core is made in a different color (pink) using the same technique.
The figure shows a case in which a core pattern opening is expressed, and numeral 1' is a small mochi dyeing section, and 2 is a pick-up printing section.

[Brief explanation of drawings]

Figure 1 is a front view of a part of a vertically patterned fabric, Figure 2 is a fully dyed yarn, Figure 3 is a small scarlet dyed yarn, and Figure 4 is a discharge printed yarn. Kyu/Rinriki Z Kazujo A Kazuji 4 Hair Teaching

Claims (1)

[Claims] 1 Among the warp threads dyed on the desired dark color background using the dye to be extracted, the warp threads to be patterned with a splashed pattern are warped on a printing table, a Kasuri pattern paper is placed on the warp threads, and the discharge printing process described later is carried out. Perform small kasuri dyeing using a dye of the same color as the ground that will not be removed, place a pattern paper on top of this small kasuri dyeing, perform extraction printing using a different color extraction dye from the background, and create the desired pattern. A small kasted warp was produced with colored spaces between the unbleached ground colors within the range of , and a kasuri weft was produced using the same technique as the kasuri warp, and the kasuri warp and the kasuri weft were skein-dyed together. A method for manufacturing a kasuri-patterned fabric, characterized in that a kasuri-patterned fabric is expressed by using small kasuri patterns of different colors on a dark-colored background using ground warp and warp threads.