KR101752353B1 - Method of manufacturing glossy effect and matte effect and partial reflection effect transfer paper or reflective paper and product Manufactured by the method - Google Patents

Abstract

Disclosed is a method for manufacturing a transfer paper or a reflection paper capable of providing a glossy effect, a matte effect, and a partial reflection effect, which provide various aesthetics to a user by causing a transfer paper or a reflection paper to produce a gloss effect, a matte effect and a partial reflection effect. A method of manufacturing a transfer sheet or a reflection sheet capable of producing a glare effect, a matte effect and a partial reflection effect, includes a first step of printing a pattern including a first area and a second area on a transfer sheet or a reflection sheet; A second step of applying a first ink of at least one of silicon, UV curable ink, and epoxy resin to the first region; A third step of applying a second ink of a urethane material to the second region of the second application portion; And a fourth step of pressing the transfer paper or the reflection paper on which the pressing section has completed up to the third step to separate the ink applied to at least one of the first area and the second area from the area . Thus, a glossy effect and a matte effect are simultaneously produced on the transfer paper, thereby providing various aesthetics to the user. By providing a partial reflection effect on the reflection paper, a variety of aesthetics can be provided to the user.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method of manufacturing a transfer paper or a reflection paper which can produce a glossy effect, a matte effect and a partial reflection effect,

The present invention relates to a method of manufacturing a transfer sheet or a reflection sheet capable of producing a gloss effect, a matte effect and a partial reflection effect, and a product manufactured by the method, and a glossiness effect, a matte effect and a partial reflection effect are produced on a transfer sheet or a reflection sheet, The present invention relates to a method of manufacturing a transfer paper or a reflection paper capable of producing a glossy effect, a matte effect and a partial reflection effect, which provide various aesthetics, and a product manufactured thereby.

Various products such as electronic products, clothes, shoes, handbags, diaries, etc. are attached with transfer sheets for surface protection and various designs. The transfer paper is adhered to various products (manufactured by Nippon Paper Industries Co., Ltd.) by a heat transfer method or a pressure bonding method using an adhesive layer (or pressure-sensitive adhesive layer) formed on the transfer paper itself. Generally, the transfer paper is composed of letters, pictures, patterns (embossed, engraved), and various designs for characters, logos, trademarks, brands, and advertisement texts are implemented. In order to realize such a design, a transfer paper including a printing layer is widely used.

In addition, the transfer paper can be applied in heat and pressure to apply various designs to skin complexes, and can express various designs in desired size and color. In the process of transferring the bonded skin complexes, it is coated and abrasion resistance and salt resistance are easily added There is an advantage of not falling or falling.

Methods of transferring such transfer paper include volume thermal transfer using urethane ink, volume thermal transfer using silicon, and emboss transfer using partial reflection.

However, in the case of thermal transfer using a urethane ink, when the urethane volume is transferred to the skin complex by a hot press, the spreading phenomenon occurs. Therefore, there is a limit to form a separate mold for each urethane volume, There is a limit in that it is not possible to provide various aesthetics because it is possible to produce only one effect of the glossiness effect and the matte effect as well as the defective rate is high due to separation phenomenon with the adhesive in adhering to the complex. In the case of embossing using partial reflection, There is a problem that it is impossible to produce with a widely used silicon.

Korean Patent No. 10-0892031 to solve the above-mentioned problems, a silicone transfer sheet having excellent adhesion and adhesion is prepared by preparing a light-shading or non-glossy base film layer, mixing the wax with the base film layer Forming a surface protective layer for preventing damage to the pattern printing layer, forming a pattern printing layer for embossing engraving pattern and color on the basis of a gravure printing method, A step of obtaining a foaming pattern, a step of forming an adhesive layer, and a step of forming a backing layer, wherein a foam pattern such as a embossed pattern layer is formed to form a character, a logo, a trademark, a brand, It is possible to provide a variety of aesthetics by embossing the pattern of the image or the pattern for the transfer sheet. However, There is a limit in that it is possible to produce only one of the effects of the glossiness effect and the matte effect as a material of the non-woven material.

Further, there is a limitation that the transfer sheet can not be manufactured through a film such as a reflective film of a different material from a glossy or non-glossy film.

Therefore, it is expected that research and development of a manufacturing method of a transfer paper or a reflection paper that can provide various aesthetics to a user by directing a luminescent effect, a matte effect and a partial reflection effect on a transfer paper or a reflection paper are required.

Prior art No. 0001 'No. 10-0892031, a silicone transfer sheet having excellent adhesion and adhesion property,

SUMMARY OF THE INVENTION The present invention has been conceived to solve the problems as described above, and it is an object of the present invention to provide a transfer sheet and a transfer sheet, And a method of manufacturing a transfer paper or a reflection paper capable of producing a partial reflection effect, and a product manufactured by the method.

It is another object of the present invention to provide a method of manufacturing a transfer sheet or a reflection sheet capable of providing a user with various luminosity effects, a matte effect and a partial reflection effect, Gt;

According to an aspect of the present invention, there is provided a method of manufacturing a transfer sheet or a reflection sheet, including: printing a pattern including a first area and a second area on a transfer sheet or a reflection sheet; A second step of applying a first ink of at least one of silicon, UV curable ink, and epoxy resin to the first region; A third step of applying a second ink of a urethane material to the second region of the second application portion; And a fourth step of pressing the transfer paper or the reflection paper on which the pressing section has completed up to the third step to separate the ink applied to at least one of the first area and the second area from the area .

In the fourth step, only the second ink applied to the second region is melted by the bonding portion so that only the second ink is peeled off from the second region.

In the fourth step, when the pattern is printed on the transfer sheet and the second ink applied to the second area is peeled off from the second area, the first area has a luminous effect and the second area A matt effect may be produced in the third region which is the region excluding the first region.

In the fourth step, when the pattern is printed on the reflection paper, and the second ink applied to the second area is peeled off from the second area, the first area is not reflected, The third region, which is the region excluding the first region, may be reflected to produce a partial reflection effect.

The first ink and the second ink may be formed of a material which is not mixed with each other in the first applying portion and the second applying portion to prevent the first ink and the second ink from peeling together from the first region and the second region, .

And the first step includes a fourth region for causing the printing unit to apply the first ink to the first region by a predetermined thickness and prevent the first ink from intruding into the second region And the second step is performed until the predetermined thickness is reached in the first region and the fourth region so that the emboss volume effect is generated from the transfer paper or the reflected paper that has been completed up to the fourth process And the first ink may be respectively applied.

The second step may include: applying the first ink to the fourth region by the predetermined thickness; And when the first application portion completes application of the first ink to the first region, the first ink is supplied to the first region until the first ink reaches the same thickness as the first ink applied to the fourth region And a step of coating.

In the second step, the first coating portion senses whether the applied thickness of the first ink is applied to the fourth region by the predetermined thickness, and generates sensing information. And determining whether the first application unit is in a state where the first ink is normally applied to the fourth region based on the sensing information, The first ink may be further applied to the fourth region until the predetermined thickness is reached in the fourth region, when it is determined that the first ink is not normally applied to the fourth region.

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According to an aspect of the present invention, there is provided a manufacturing method of a transfer sheet or a reflection sheet according to an embodiment of the present invention.

Thus, a glossy effect and a matte effect are simultaneously produced on the transfer paper, thereby providing various aesthetics to the user.

By providing a partial reflection effect on the reflection paper, a variety of aesthetics can be provided to the user.

1 is a flow chart of a method of manufacturing a transfer sheet or a reflection sheet according to an embodiment of the present invention,
2 illustrates components of a manufacturing apparatus for manufacturing a transfer paper or a reflection paper according to an embodiment of the present invention,
3 is a view for explaining a process of manufacturing a product according to a process according to an embodiment of the present invention;
4 is a flow chart of a method of manufacturing a transfer paper or a reflection paper according to another embodiment of the present invention,
5 is a view illustrating a process of manufacturing a product according to a process according to another embodiment of the present invention.
FIG. 6 illustrates a product manufactured by a process according to another embodiment of the present invention. FIG.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. The embodiments described below are provided as examples for allowing a person skilled in the art to sufficiently convey the ideas of the present invention. The present invention is not limited to the embodiments described below, but may be embodied in other forms.

FIG. 1 is a flow chart of a method of manufacturing a transfer sheet or a reflection sheet according to an embodiment of the present invention, FIG. 2 is a view showing the components of a manufacturing apparatus for manufacturing a transfer sheet or a reflection sheet according to an embodiment of the present invention, Is a diagram illustrating a process of manufacturing a product according to a process according to an embodiment of the present invention.

Before describing FIGS. 1 to 3, a method of manufacturing a transfer sheet or a reflection sheet (hereinafter, referred to as a transfer sheet or a method of manufacturing a reflection sheet) capable of producing a luminous effect, a matte effect and a partial reflection effect according to an embodiment of the present invention So that a glossy effect and a matte effect are produced together on the transfer paper, thereby providing various aesthetics to the user.

In addition, the method of manufacturing a transfer paper or a reflection paper according to an embodiment of the present invention is to provide a variety of aesthetics to a user by allowing a partial reflection effect to be produced on a reflection paper through a reflection paper process.

Referring to FIGS. 1 to 3, a method of manufacturing a transfer sheet or a reflection sheet according to an embodiment of the present invention includes a first step (S110) of printing a pattern including a first area and a second area, A second step (S120) of applying a second ink to the second area, and a fourth step (S140) of causing the ink applied to the area to peel off.

The first step (S110) prints the pattern including the first area 11 and the second area 12 on the transfer paper or the reflection paper 10 through the printing part 100 shown in FIGS.

At this time, the printing unit 100 may print a pattern having at least one image or pattern of a symbol, a hair line, a hologram, a character, a logo, a trademark, a brand,

The printing unit 100 prints a pattern on a reflective paper or a transfer paper 10 made of a PET film, a PAPER film, a reflective film, an OPP film, a polypropylene film, a PE film, can do.

Here, the transfer paper or the reflection paper 10 may have heat resistance due to the characteristics of the material.

Accordingly, the transfer paper or the reflection paper 10 may not be melted in the heat generated in the fourth step S140.

In addition, the printing unit 100 can print a pattern on a transfer paper or a reflection paper 10 having a thickness of 20 to 100 mu m.

The second process (S120) is a process in which the patterns including the first area 11 and the second area 12 are printed on the transfer paper or the reflection paper 10 from the printing unit 100, 1, the first ink is applied to the first area 11 through the application part 200. [

3 (A), the first application unit 200 is configured to apply the first ink to the first area 11 printed on the transfer paper or a part of the area of the reflection paper 10, for example, can do.

Here, the first ink may be applied to the first area 11 by the first application part 200 to have a thickness of 20 to 500 mu m.

The first ink may be ink of at least one of silicon, UV curable, and epoxy resin, and may have heat resistance depending on the characteristics of the material.

Accordingly, the first ink may not melt in the heat generated in the course of the fourth step (S140).

In the third step S130, when the first ink is applied to the first region 11 printed on the transfer paper or the reflection paper 10 from the first applying portion 200, the second ink applying portion 200 shown in Figs. 2 and 3, And the second ink is applied to the second area 12 through the second area 300.

3 (B), the second coating portion 300 is a whole region of the transfer paper 10 or the reflection paper 10 excluding the first region 11 and the first region 11, that is, The second area 12 including the third area 13 can be coated with the second ink.

Here, the second ink may be applied to the second region 12 to have a thickness of 50 to 700 mu m by the second application portion 200.

Further, the second ink may be an ink of a urethane material, and may be melted in the heat generated in the fourth step (S140) due to the characteristics of the material.

The second ink may be an ink of plastisol mixed with a thermoplastic PVC resin and a dye as well as a urethane material.

In the fourth step S140, when the second ink is applied to the second area 12 printed on the transfer paper or the reflection paper 10 from the second application part 300, the pressure application part 400 shown in Figs. 2 and 3 To press the reflective paper or the transfer paper 10 to peel the ink applied to the area.

For example, as shown in FIG. 3 (C), the pressing portion 400 may be configured to peel off the second ink applied to the second region 12 only.

At this time, the second ink of this embodiment may be formed of a material which is not mixed with the first ink.

Thus, when the second ink is melted in the fourth step (S140), the second ink can be easily peeled off from the second region 12. [

When the second ink is peeled off from the second area 12, the first area 11 and the third area 13 have a luminous effect, a matte effect, and a partial reflection effect And can be selectively rendered.

For example, the first area 11 and the second area 12 are printed on the transfer paper or the transfer paper in the transfer paper or the reflection paper 10 in the printing unit 100, and the second ink is melted The first ink applied to the first area 11 can produce a luminous effect and the third area 13 can have a matte effect.

In another specific example, the first area 11 and the second area 12 are printed on the reflection paper in the transfer paper or the reflection paper 10 in the printing unit 100, and the second ink is printed on the reflection paper 10 by the heat of the compression unit 400 When melted and peeled off from the second region 12, the first ink applied to the first region 11 is not reflected, but the third region 13 is reflected, so that a partial reflection effect can be produced on the reflected paper have.

The transfer paper or the reflection paper 10 having completed the steps from the first step S110 to the fourth step S140 can be cut into a shape required by the user by using a CAD, laser cutting, printing job, cutting method, or the like.

Incidentally, although the method of manufacturing the transfer paper or the reflection paper of this embodiment is not shown in the figure, after the fourth step (S140) is completed, a tension reinforcing resin, a transferring blocking resin and an adhesive can be applied.

The tension reinforcing resin may be applied to the transfer paper or the reflection paper 10 to prevent air bubbles from being generated in the transfer paper or the reflection paper 10 from the first step S110 to the fourth step S140.

The dybric-barrier resin may be a transfer sheet or a reflection paper (hereinafter, referred to as " transfer paper " or " transfer paper ") to prevent the transfer sheet or the reflection paper 10 from being subjected to the steps from the first step S110 to the fourth step 10).

The adhesive may be a hot melt adhesive which is applied in a fluidized state by applying heat to dissolve the adhesive.

And the transfer paper or the reflection paper 110 to which the adhesive is applied can be aged for several days.

The first area 11 and the second area 12 are printed in a predetermined area of the transfer paper or the reflection paper 10 and the first area 11 and the second area 12 are printed in the first area 11, The sensing unit (not shown) senses whether the first area 11 is coated or not and whether the second area 12 is coated with the second ink, And the second application unit 300, respectively.

Whether or not the first area 11 and the second area 12 are printed in predetermined areas of the transfer paper 10 or the reflection paper 10 based on the detection signal and whether or not the first ink 11 is applied to the first area 11 A control unit (not shown) for determining whether the second area 12 is coated with the first ink and the second ink is applied to the printing unit 100, the first applying unit 200, and the second applying unit 300, respectively .

Accordingly, the transfer sheet or the reflection sheet can be normally manufactured from the first step S110 to the fourth step S140.

Thereby, a glossy effect and a matte effect are simultaneously produced on the transfer paper, and various aesthetics can be provided to the user.

And a partial reflection effect is produced on the reflection paper, thereby providing various aesthetics to the user.

FIG. 4 is a flowchart illustrating a method of manufacturing a transfer sheet or a reflection sheet according to another embodiment of the present invention, and FIG. 5 is a view illustrating a process of manufacturing a product according to a process according to another embodiment of the present invention.

4 and 5, a method of manufacturing a transfer sheet or a reflection sheet according to another embodiment includes a first step S210 of printing a pattern including a first area 11, a second area 12 and a fourth area 14 A second step S220 of applying a first ink to the first area 11 and a fourth area 14, a third step S230 of applying a second ink to the second area 12, And a fourth step (S240) of causing the ink applied to the inkjet head to peel off.

The first step S210 differs from the first step S110 of the embodiment in that the first area 11, the second area 12 and the fourth area 14 are formed on the transfer paper 10 or the reflection paper 10 through the printing unit 100, (14) is printed.

In order to prevent the first ink 14 from being infiltrated into the second area 12 by the predetermined volume, the fourth area 14 is formed in the first area 11, (Not shown).

The printing unit 100 can print a pattern having at least one image or pattern of a symbol, a hair line, a hologram, a character, a logo, a trademark, a brand, and an advertising phrase as in the above embodiment .

The printing unit 100 may be formed of a material such as a PET film, a PAPER film, a reflective film, an OPP film, a polypropylene film, a PE film, The pattern can be printed on the reflection paper or the transfer paper 10 of FIG.

The transfer paper or the reflection paper 10 may have heat resistance by the characteristics of the material as described above in one embodiment.

Accordingly, the transfer sheet or the reflection sheet 10 may not be melted in the heat generated in the fourth step S140, as described above in the embodiment.

The second step S220 differs from the second step S120 of the embodiment in that a pattern including the first region 11, the second region 12 and the fourth region 14 in the transfer paper or the reflection paper 10 The first ink 11 is applied to the first ink 11 and the first ink 14 is applied to the fourth region 14 through the first application portion 200. [

For example, as shown in FIG. 5 (A), the first application portion 200 may apply the first ink to the fourth region 14.

At this time, the first application portion 200 may apply the first ink to the first region 11 through the fourth region 14 by a predetermined thickness.

Accordingly, the emboss volume effect can be produced in the transfer paper or the reflection paper 10, which has been completed through the fourth step S240.

And the first ink may be a silicon ink or a UV curable ink by the first application portion 200 in the same manner as the first ink of the embodiment.

In addition, as the first ink is applied to the fourth region 14, it may not be melted in the heat generated in the fourth step S240.

After the first ink is applied to the fourth region 14, as shown in FIG. 5B, the first applying portion 200 applies the first ink to the first region 11 .

The first application unit 200 may be provided with an image information collection unit (not shown) for photographing the first area 11 and the fourth area 14 to generate image information have.

At this time, at least one image information collecting unit (not shown) may be provided to photograph the first area 11 and the fourth area 14.

Accordingly, the first application unit 200 can apply the first ink to the first region 11 based on the image information until the first ink reaches a predetermined thickness.

Although not shown in the drawing, the second application unit 200 may include a sensing unit (not shown) for sensing whether the fourth region 14 is normally printed on the transfer paper or the reflection paper 10, May be provided.

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The second application unit 200 may include a control unit (not shown) for determining whether the fourth area 14 is normally printed on the transfer sheet 10 or the reflection sheet 10 based on the sensing information.

The controller 14 determines whether the fourth area 14 is printed on a predetermined area of the transfer sheet 10 or the reflection sheet 10 and whether the fourth area 14 is printed on the transfer sheet 10 or the reflection sheet 10, It is possible to judge whether or not a defect such as breakage occurs.

At this time, if it is determined that the fourth region 14 is not normally printed on the transfer paper or the reflection paper 10, the process of the first process S210 to the fourth process S240 is temporarily stopped The transfer sheet 10 or the reflection sheet 10 on which the fourth area 14 is not printed normally can be transferred to the printing unit 100. [

In the third step S230, when the first ink is applied to the first area 11 and the fourth area 14 printed on the transfer paper or the reflection paper 10 from the first application part 200, the second application part 300 to the second region 12.

5 (B), the second application portion 300 includes a first region 11 and a fourth region 14, a first region 11 and a fourth region The second area 12 including the third area 13, which is the entire area of the transfer paper or the reflection paper 10 except for the first area 14, may be coated.

Here, the second ink may be formed of a urethane material by the second application portion 200 in the same manner as the second ink of the embodiment.

Accordingly, the second ink can be melted in the heat generated in the course of the fourth step (S240) by the characteristics of the material as in the embodiment.

In addition, the first ink and the second ink of the other embodiments are formed of materials which are not mixed with each other from the first applying portion 200 and the second applying portion 300, like the first ink and the second ink of the embodiment .

Thus, when the second ink is melted in the fourth step (S240), it is possible to prevent the first ink and the second ink from being mixed with each other.

The fourth step S240 is a process of applying a second ink to the second area 12 printed on the transfer paper or the reflection paper 10 from the second application part 300. The second ink is applied onto the reflection paper 10 or the transfer paper 10 ) So that the ink applied to the area is peeled off.

For example, as shown in Fig. 5C, the pressing portion 400 may be configured to peel off the second ink applied to the second region 12 only.

When the second ink is peeled off from the second area 12, the first area 11, the third area 13 and the fourth area 14 have a luminous effect A matte effect and a partial reflection effect can be selectively produced.

For example, the first area 11, the second area 12 and the fourth area 14 are printed on the transfer paper or the transfer paper in the transfer paper 10 or the reflection paper 10 in the printing unit 100, The first ink applied to the first area 11 and the fourth area 14 has a luminescent effect and the third area 13 has a luminescent effect when the first area 11 and the fourth area 14 are melted and peeled from the second area 12. [ A matte effect can be produced.

The first area 11, the second area 12 and the fourth area 14 are printed on the reflection paper in the transfer paper or the reflection paper 10 in the printing section 100, The first ink applied to the first area 11 and the fourth area 14 is not reflected and the third ink 13 applied to the third area 13 is prevented from being reflected when the ink is melted by the heat of the part 400 and peeled from the second area 12. [ So that a partial reflection effect can be produced on the reflection paper.

FIG. 6 is a view showing a product manufactured by a process according to another embodiment of the present invention.

6, the printing unit 100 prints a pattern including a first area 11, a second area 12 and a fourth area 14 on a transfer paper or a reflection paper 10, Since the pattern is printed, it is possible to provide various aesthetics to the user.

In addition, the first ink is applied to the first area 11 and the fourth area 14 by a predetermined thickness, and the embossed volume effect is produced by forming embossed and engraved patterns on the transfer paper or the reflective paper 10, Can be provided.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, 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 present invention.

10: transfer paper or reflection paper 11: first area
12: second area 13: third area
14: fourth region 100: printing section
200: first application part 300: second application part
400: crimping portion S110: first process
S120: Second Step S130: Third Step
S140: Fourth step

Claims (10)

A first step of printing a pattern including a first area and a second area on a transfer sheet or a reflection sheet;
A second step of applying a first ink of at least one of silicon, UV curable ink, and epoxy resin to the first region;
A third step of applying a second ink of a urethane material to the second region of the second application portion; And
And a fourth step of pressing the transfer paper or the reflection paper on which the pressing section has completed up to the third step so that the ink applied to at least one of the first area and the second area is separated from the area and,
In the fourth step,
And only the second ink applied to the second region is melted by the crimping portion so that only the second ink is peeled from the second region,
In the first step,
The printing unit further prints a pattern including a fourth region for allowing the first ink to be applied to the first region by a predetermined thickness but preventing the first ink from intruding into the second region,
In the second step,
Applying the first ink to the fourth region by the predetermined thickness such that an emboss volume effect is produced from the transfer paper or the reflected paper that has been completed up to the fourth process; And
And applying the first ink to the first area by a predetermined thickness when the first application part finishes applying the first ink to the fourth area,
Wherein the applying the first ink to the fourth region comprises:
Wherein when the pattern including the first area, the second area and the fourth area is printed on the transfer paper or the reflection paper, the first ink is applied to the fourth area by the predetermined thickness, When the first ink is applied, the transfer paper or the reflection paper coated with the first ink is photographed to generate image information,
Wherein the applying the first ink to the first region comprises:
Wherein the image information is generated so that an emboss volume effect is produced between the first area and the fourth area and the third area, Lt; / RTI >
In the second step,
Detecting whether the first ink is applied to the fourth region by the predetermined thickness to generate first sensing information; And
Determining whether the first ink has been applied to the fourth region by the predetermined thickness based on the first sensing information,
Wherein when the first application unit determines that the first ink is not applied to the fourth region by the predetermined thickness based on the first sensing information, Allowing the first ink to be further applied until a predetermined thickness is reached,
In the third step,
When the second process is completed, the second process is printed on the transfer paper or the reflection paper to guide the edge of the fourth area coated with the first ink of the transfer paper or the reflection paper on which the second process is completed and the position where the fourth area is printed Detecting a border of a predetermined area to generate second sensing information; And
And determining whether or not a border of the fourth region to which the first ink is applied overlaps a border of the predetermined region based on the second sensing information,
Wherein the step of determining whether or not the border of the fourth region to which the first ink is applied overlaps the border of the predetermined region,
When the edge of the fourth area coated with the first ink and the edge of the predetermined area are not overlapped with each other, the transfer sheet or the reflection sheet is transferred to the printing unit,
The second ink is applied to the second area when it is determined that the border of the fourth area coated with the first ink overlaps the border of the predetermined area,
In the fourth step,
When a pattern including the first area, the second area and the fourth area is printed on the transfer sheet and the second ink applied to the second area is peeled from the second area, And a fourth region of the second region, the third region being a region excluding the first region and the fourth region, respectively, or the first region and the fourth region are formed to reflect And a third region of the second region excluding the first region and the fourth region is reflected to produce a partial reflection effect. delete delete delete The method according to claim 1,
Wherein the first ink and the second ink are ink-
Wherein the first region and the second region are formed of a material that is not mixed with each other in the first application portion and the second application portion to prevent the first region and the second region from being peeled together. delete delete delete delete A product produced by a method of manufacturing a transfer paper or a reflection paper according to any one of claims 1 to 5.

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