JPH02600A - Manufacture of transfer sheet for thermal transfer dying - Google Patents

Abstract

PURPOSE:To simplify dye having natural taste of gradation which cannot be obtained by machine-made paper such as coated art paper or the like by immersing the corners of folded Japanese paper with sublimated dye solution, and forming a flower patternlike design. CONSTITUTION:Japanese paper 11 which is employed as the material of a transfer sheet is folded in ridges along folding lines 12, and so folded as to form a triangular shape along folding lines 13. Three corners 14, 15, 16 of the folded triangular shape are immersed with suitable sublimated dye solution 17 to be colored. In this case, its pattern can be variable formed corresponding to the sublimed dye solutions of different colors or densities at the corners 14, 15, 16. Here, the oozing of the solution of the paper occurs from the corners of the triangular shape toward its center in response to the quantity of the solution to be immersed and the length of the period of time to be immersed thereby to form gradation pattern. Transfer sheet is transferred to cloth by a hot press similar to that of a conventional one.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a method for manufacturing a transfer paper for thermal transfer dyeing, and particularly to a method for manufacturing a transfer paper using Japanese paper.

[Conventional technology]

Recently, in the field of handicrafts, transfer dyeing has been widely used as a preliminary dyeing technique for the cheeks of neckties, handkerchiefs, and other small items.

As shown in Fig. 9, the transfer dyeing method uses sublimation dyeing ink on Western paper such as Art Gi to dye various designs, flower patterns, etc.
Transfer paper 2I printed with geometric patterns or character patterns 5 Fabric 22 such as polyester to be dyed
Transfer dyeing is carried out by placing a patch cloth 23 on top of the cloth and pressing it with heat using an iron 24 from above. Of course, the iron 24 may be replaced by a suitable dedicated thermal transfer device.

Sublimable dye particles 4 contained in the ink in the transfer paper 21! ,
By heating at a temperature of 100 to 200'C, it vaporizes and transfers to the fabric, and is fixed on the surface of the fiber by a chemical reaction. This dyeing method has high color fastness.

It has the feature of less fading due to washing or I2 rubbing.

[Problem to be solved by the invention]

In the conventional heat transfer dyeing method, the transfer paper material is Western paper containing anti-bleeding agent such as Art Gi, and JA's designs are accurately drawn or printed on every corner of the transfer paper and then transferred directly to the fabric. It is intended that As a result, the finished pattern had a hard tone and a natural texture could not be obtained. Furthermore, printed transfer paper has the problem of being unable to meet the needs of the times for diversity and creativity, as it has to limit the designs to a certain number of types.

[Means to solve the problem]

The present invention uses washi paper, which has been unsuitable as a material for transfer paper due to its large bleeding characteristics, and by actively utilizing its bleeding characteristics, the pattern is blurred and subtle. To provide a means for creating a basket of transfer papers for thermal transfer dyeing with various designs having natural textures and creating changes.

Specifically, fold the Japanese paper in a certain direction, and! A-A transfer paper for thermal transfer dyeing is manufactured by soaking dyeing solution 1 into the corners of folded Japanese paper to create a desired floral pattern, etc., and drying it. be.

[For production]

The transfer paper manufactured according to the present invention can be transferred to cloth using a conventional heat press.

At this time, the shading formed on the transfer paper is directly transferred to the fabric, resulting in dyeing with a soft, natural texture.

In this way, washi paper is easy to obtain a beautiful blurring effect due to its bleeding properties, and it also has high water absorption and hygroscopicity, excellent dye retention, and is also water resistant and durable.
It has many characteristics that make it extremely useful as a transfer paper.

In addition, by preparing dye solutions of various colors and concentrations, and soaking the washi paper in multiple layers, or by appropriately changing the soaking time, it is possible to create a variety of blur patterns. .

Furthermore, if so-called Unryu washi paper made by mixing long fibers with low water absorption is used as a transfer paper, it is possible to transfer cloud patterns as well as blurring, and it is also easy to use the Tigi-e technique.

【Example〕

A preferred embodiment of the present invention is shown below.

Figure 1 shows (a) to (d) the steps for creating one embodiment of transfer paper with a folding pattern.
Fold into an enemy shape along.

Folding of figure (b) to 0th order as shown in figure (b) &91
13 to form 5 triangles as shown in Figure (C), 3 of the triangles thus folded.
corner part 14. 15. Each IG is immersed in a suitable sublimable dye solution (ink) 17 to be colored. in this case,
Each corner 14. 15. Patterns can be diversified by assigning sublimable dye liquids of different colors or densities to each of the 16 patterns.

Here, the washi paper 11 is soaked in the sublimation dye liquid. When soaked, the dye liquid bleeds from the corners of the triangle toward the center, forming a blurred pattern. be done.

Figure (d) shows the pattern of the finished transfer paper after it has been dried and colored after the coloring process shown in Figure 1 (C).

18 represents a colored pattern, and 19 represents a blurred pattern due to the bleeding.

In addition, in the coloring process shown in FIG. 1(C), by applying dye liquids of different colors multiple times to the same corner portion, it is possible to create a blurred pattern with complex hues.

The embodiment shown in FIG. 1 is only an example of a folding pattern, and the present invention can be applied to any pattern drawn using a brush such as a folding pattern of (To) or a flower pattern single letter Bakun. , it is possible to form a mask by using bleeding.Furthermore, if a paper containing a large amount of cloud dragons is used as the Japanese paper 11, the three dragon patterns in the finished design can be made to stand out in white or in a light color.

Furthermore, by tearing around the Japanese paper 11 or tearing it into a specific shape, a fluff peculiar to Japanese paper is generated.
- It is possible to perform layered dyeing.

In the figure, 11 is Japanese paper, 12 and 13 are folding lines, and 14 to 16 are the corners of the folded triangle.

17 indicates a sublimable dye solution, 18 indicates a colored pattern, and 19 indicates a blurred pattern.

Patent Applicant Co., Ltd./'tn Day Craft Agent
Fumihiro Hase, Patent Attorney [Effects of the Invention] As described above, according to the present invention, by using Japanese paper for the transfer paper, it is possible to obtain blurred images that could never be obtained with conventional Western paper such as art paper. You can easily obtain dyeing with a natural texture.

4. Description of the hour wheel on page I21 Figure 1 is an explanatory diagram of the transfer paper production procedure according to one embodiment of the present invention.
FIG. 2 is a general explanatory diagram of the thermal transfer dyeing method.

2nd

Claims (1)

[Claims] 1) A thermal transfer method characterized by forming a floral pattern by folding Japanese paper in a certain direction and soaking a sublimable dye solution into the corners of the folded Japanese paper. Method for manufacturing transfer paper for dyeing. 2) A method for producing a transfer paper for thermal transfer dyeing according to claim 1, characterized in that Japanese paper made by mixing long fibers with low water absorption is used. 3) A method for producing a transfer paper for thermal transfer dyeing according to claims 1 and 2, characterized in that the Japanese paper is torn around the edges to cause fuzz.