JP2008105256A - Method for producing three-dimensional pattern decorative material - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a reasonable method for producing a high-grade three-dimensional pattern decorative material which can efficiently and inexpensively mass-produce a decorating material of a base pattern rich in solidity almost without hardly destroying the pattern. <P>SOLUTION: A polishing processing means by an elastic buff is adopted in which by laminated coated film coating processing to a sheet cloth (or printed sheet cloth of a sliced veneer woodgrain pattern etc., or natural woodgrain wooden sliced veneer sheet), substrate sticking processing of a laminated coated film sheet cloth, and embossing processing, a desired coated layer color (or the ground color or the skin of the sheet cloth) is polished out from the projected part of an uneven profile pattern formed in a coated lamination part by the embossing processing, and the three-dimensional pattern is developed in the surface of a substrate by the polished out coated layer color or the polished out skin. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

    The present invention relates to a method for producing a three-dimensional pattern decorative material, and more particularly to a new method capable of industrially mass-producing a high-grade cosmetic material with a ground pattern rich in three-dimensional feeling without pattern collapse.

    For the decorative material having a three-dimensional pattern, the present inventor has formed at least a cut-out opening of a predetermined shape size in the base sheet, and at least a piece of a different base sheet cut into a joint shape with the cut-out opening. An inlay decorative material with an inlaid decorative pattern rich in quality and high quality material is produced by bonding an inlaid pattern sheet in which one type of inlaid mold is fitted and bonded to the surface of a flat or curved substrate. We have proposed a method and have already received a patent (Patent Document 1).

  According to the “inlay cosmetic material manufacturing method” previously proposed by the present inventor, it has become possible to obtain an inlay cosmetic material with a novel design effect rich in high-quality texture (Patent Document 1). = Refer to paragraphs [0049] to [0051]), but manufacturing cost is required because a special apparatus must be used for producing the inlaying element type and fitting the produced inlaying element type base sheet into the cutout opening. However, there was a problem that productivity was not increased.

  On the other hand, as another technique for producing an inlaid decorative board, a colored layer of an inlaid basic color is formed on the surface of a plate-like substrate, and then a convex pattern layer having excellent transparency is formed by screen printing. In addition, there has also been proposed a method for producing an inlaid decorative board in which two or more colored paint layers are formed on the entire surface and then polished until the convex pattern layer is exposed and a transparent top coat is applied to the entire surface. (See Patent Document 2 = Claim 1).

  According to this method, the background color of the inlaid pattern can be freely selected, and the screen pattern is used for the convex pattern layer formed on the inlaid pattern. The degree is quite high.

However, the method for producing an inlaying decorative board described in Patent Document 2 has the following problems.
a. There are restrictions on mass productivity because it takes time to dry the ink after printing.
b. Unsuitable for expressing continuous patterns due to the use of screen stencil frames.
d. Since the convex pattern formed by screen printing and its surroundings are coated with two or more layers with colored paint, the coated paint layer must be polished and removed until the convex pattern is exposed. Large and dead cost increases.

Japanese Patent No. 3532058 Japanese Patent No. 2527205

    The present invention was made in view of the above-mentioned difficulties when trying to manufacture a cosmetic material having a three-dimensional pattern using conventional techniques, and the technical problem to be solved is as follows. It is an object of the present invention to provide a rational manufacturing method of a high-quality three-dimensional pattern decorative material capable of mass-producing a decorative material having a three-dimensional texture rich in three-dimensionality with high efficiency and low cost without causing pattern collapse.

    The means employed by the present invention to solve the above technical problem will be described as follows.

That is, in order to solve the above problems, the present invention forms a coating layer portion by applying and curing at least one synthetic resin paint having a color tone different from that of the sheet fabric on the sheet fabric having the required toughness. Then, the sheet fabric on which the coating layer portion is thus formed is stuck on the surface of the base material in a spread form, and then the coating layer portion of the sheet fabric stuck on the surface of the base material is embossed to apply An embossed contour pattern corresponding to the thickness of the embossed mold was formed, and then the convex portion of the coating layer portion on which the uneven contour pattern was formed was composed of a flexible abrasive body. The elastic buff is gradually worn out by rotating contact, and the desired coating color is sharpened from the coating layer portion forming the convex portion of the contour pattern of the concave and convex portions. Processing means to make color-coded three-dimensional patterns appear on the surface of the substrate by color. It is characterized in that so as to produce a three-dimensional pattern cosmetic timber by (hereinafter referred to as "first invention method").

Further, the present invention provides a synthetic resin paint having a required toughness and a color tone different from the printed color of the sheet fabric on the surface of the sheet fabric on which a printed pattern is applied in order to solve the above-mentioned problems. At least one layer was applied and cured to form a coating layer part, and the sheet fabric thus formed with the coating layer part was attached to the base material surface in a spread form, and then attached to the base material surface. Embossing the coating layer portion of the fabric to mold the uneven contour pattern according to the thickness of the embossing mold, and then the convex portion of the coating layer portion on which the uneven contour pattern is formed, An elastic buff composed of a flexible abrasive body is gradually worn away by rotational contact, and a desired coating is formed from the coating layer portion forming the convex portion of the contour pattern of the concave and convex portions. Sharpen the printed pattern of the film color or printed pattern contour applied to the sheet fabric It is characterized in that a three-dimensional pattern cosmetic material is manufactured by applying a processing means for causing a color-coded three-dimensional pattern to appear on the surface of the base material by the color of the sharpened coating film or the sharpened printed pattern. (Hereinafter, abbreviated as “second invention method”).

Furthermore, in order to solve the above problems, the present invention provides a veneer sheet on the surface of a wooden veneer sheet having a wood grain pattern lined with a tough sheet such as a nonwoven fabric or paper, or a printed veneer sheet having a printed grain. Is to apply and cure at least one layer of a synthetic resin paint having a different color tone to form a coating film layer portion, thus sticking the sheet fabric on which the coating film layer portion is formed in a spread form on the substrate surface, Next, embossing is performed on the coating film layer portion of the fabric adhered to the surface of the base material to form an uneven contour pattern corresponding to the thickness of the embossing mold on the surface of the base material. The convex portion of the contour pattern is formed by gradually rubbing the convex portion of the coating layer portion on which the contour pattern is formed by rotating and contacting an elastic buff composed of a flexible abrasive body. Is it in the coating layer that forms the part? Processing to sharpen the desired coating color or wood grain color of veneer sheet fabric and to make the color-coded wood grain pattern appear three-dimensionally on the surface of the substrate by the color of the sharpened coating film or the grained grain pattern It is characterized in that a three-dimensional pattern cosmetic material is manufactured by applying the means (hereinafter abbreviated as “third invention method”).

Therefore, the technical means adopted by the present invention are annotated as follows.
(1) In the first invention method, the “sheet fabric having the required toughness” needs to have a strength that does not break during embossing, and is a synthetic resin film, paper, non-woven fabric. Flexible surface materials such as woven fabrics and knitted fabrics can be used.
(2) In the second invention method, the “printed sheet fabric” includes a synthetic resin film, paper, fabric (nonwoven fabric, woven fabric) on which a required pattern is printed by gravure printing, relief printing or other known printing methods. Various flexible sheet materials such as ground and knitted fabric) shall be used.
(3) In the third invention, “a wood veneer with a grain pattern lined on a nonwoven fabric-like sheet, or a print veneer with a printed grain” refers to natural such as oak, zelkova, cherry, lawan, rosewood, walnut, etc. Natural veneer veneer with thin slices of famous wood, artificial veneer with wood grain pattern that slices thin laminated wood sheets in the penetration direction and presents the fault plane of the laminated thin plates, or the grain of the above-mentioned fine wood It is possible to use an artificial veneer obtained by photoengraving and printing on the synthetic resin sheet of (1) above.
(4) In the first to third invention methods, the coating material that is applied to the surface of the sheet fabric and cured to form the coating layer portion includes an alkyd resin coating that has strong adhesion and good flexibility, Various conventionally known synthetic resin-based paints such as urethane paints mainly composed of a urethane resin can be selected.
(5) Next, in the first to third invention methods, it is sufficient that the base material has the rigidity and toughness required for building materials, joinery materials, and furniture materials. However, the embossing process described below may be applied to the laminated sheet of the sheet fabric or veneer sheet adhered to the surface, so that it has a certain level of heat resistance. For example, in addition to ordinary wood, it is used as a conventional building material such as wood fiber board material such as MDF (medium density fiber board), foamed synthetic resin board material, and volcanic glassy multi-layer board material, as well as furniture and furniture materials. Shall be adopted.
(6) When embossing the base material on which the sheet fabric S is applied in an expanded form, cold pressing (rolling, stamping, pressing) at room temperature is possible depending on the base material. However, it is preferable to perform hot-pressure molding by heating at a temperature at which both the base material and the coating layer are plasticized so that the unevenness of the embossing becomes large.
(7) When polishing the convex portion formed on the substrate whose surface sheet fabric is embossed, it is possible to apply general buffing, but it is preferable to apply it to the flap wheel. An elastic polishing body is attached, and a non-woven fabric containing silicon carbide-based abrasive grains is wound around the elastic polishing body, so that the convex portion is rotationally polished. Then, necessary portions can be appropriately polished.
(8) The color of the coating film exposed by abrasion or the printed pattern of the sheet fabric, or the grain of wood. On the pattern, a transparent or translucent resin 5 is applied and a top coat is applied, or a polishing treatment is applied to give gloss.

According to the first and second invention methods according to claims 1 and 2 of the present invention, the coating material coating process on the sheet fabric (or the printed sheet fabric), the pasting process of the coating sheet sheet fabric on the base material, and the embossing process Then, the desired coating color (or the printed pattern contour printed pattern applied to the sheet fabric) was sharpened from the convex part of the concave and convex contour pattern formed on the coating layer part by embossing and sharpened. Since we used an abrasive buffing method that uses a color of the paint film or a sharpened printed pattern to reveal a color-coded three-dimensional pattern on the surface of the substrate, almost all of the color-coded three-dimensional cosmetic material rich in three-dimensionality is used. High-efficiency and low-cost mass production has become possible with almost no pattern collapse.

    In addition, according to the third invention method of the present invention, the paint film coating process on the wood veneer sheet with a wood grain pattern (or the print veneer sheet having a print grain) and the base material of the paint film sheet dough A desired coating layer color (or the above-mentioned natural wood grain, wood layer wood grain of veneer sheet fabric, or from the convex part of the uneven contour pattern formed on the coating layer part by embossing and embossing Processing means to sharpen the print grain) and to make the color-coded grain pattern appear three-dimensionally on the surface of the base material by the color of the sharpened paint film, or the natural grain, wood layer grain or print grain that has been sharpened Since it has been adopted, it has become possible to mass-produce high-efficiency and low-cost three-dimensional decorative materials with almost the same depth and luxury as if lacquered with lacquered wood. It was.

    Hereinafter, the method of the present invention will be described in more detail with reference to examples actually implemented by the present inventor.

[Example 1]
Japanese paper (60 g / m ² ) was impregnated with SBR resin (styrene butadiene rubber) to prepare a brown sheet fabric.

And on the surface of this sheet | seat material | dough, a coating film layer part which consists of a base coating layer and an upper coating layer is formed by repeatedly coating a coating material with a roll coater. By the way, the paint applied as the undercoat layer is prepared by adding 5 w% of aluminum oxide (# 400) to a polyurethane resin as a main ingredient, and uniformly adding it in an amount of 20 g / m ^2. Applied. On the other hand, the coating applied as the top coating layer was prepared by adding 2% by weight of a brown color pigment to a polyurethane resin as a main ingredient, and uniformly coating it in an amount of 10 g / m ² . Thus, the sheet fabric on which the coating layer portion is formed is placed on the base material of a volcanic glassy multilayer board (thickness = 6 mm, width = 470 mm, length = 2450 mm) via an ethylene vinyl acetate adhesive. The cloth was faced in a state without wrinkles.

The base material of the volcanic glassy multilayer board with the sheet fabric attached as described above is a hot-pressed flat plate with a serrated sculpture pattern engraved on the press surface such that arc-shaped ripples are continuous Embossing is performed by a hot press using a die (built-in electric heater). In this flat plate mold, ripple-shaped engraving patterns are engraved on both sides from the center line of the mold surface. The flat plate mold has the serrated engraving pattern on the sheet material on the substrate surface. Press to soften the coating layer appropriately, and the ripple-shaped engraving pattern presses on the sheet material on the surface of the base material to soften the base material together with the coating layer portion, so that the saw-tooth shape of the press surface The sculpture pattern is reduced to the sheet fabric and base material. In the present example, the unevenness difference of the uneven type was 0.8 mm, and pressing was performed for 60 sec at a pressure of 20 kg / cm ² at a temperature of 130 ° C.

Next, the processed substrate embossed by the hot pressing flat plate mold is formed by a flap buff in which convex portions in the coating layer portion of the sheet dough are radially planted around the rotation core shaft. Polishing is performed until the coating layer of the target color hidden in the coating film layer portion forming the convex portion is exposed by buffering. Then, deep polishing occurs in some places,
The brown sheet fabric color is exposed. In the first embodiment, a fabric flap (nonwoven fabric) is radially implanted around the rotary core to form a flap wheel, and each flap is engraved with a slit in the width direction to make a silicon carbide-based abrasive. The buffing machine (made by Yanase Co., Ltd.) containing grains was moved at 10 m / min while rotating at a peripheral speed of 1000 m / min to polish the convex part and sharpen the target coating color as a guideline. In the vicinity of the sharpened paint film color, the cosmetic material having a three-dimensional pattern in which antique arc-shaped serrated ripples were continuously polished without any pattern collapse was obtained (see the photograph in FIG. 1).

[Example 2]
First, Japanese paper (60 g / m ² ) is impregnated with SBR resin (styrene butadiene rubber) to prepare a sheet fabric. The surface of this Japanese paper is printed with wood color gravure.

Next, on the surface of the sheet fabric, a coating layer is formed by overlapping a coating with a roll coater to form a base coating layer and an upper coating layer. Also in this example, as in Example 1 above, the paint applied as the undercoat layer was prepared by adding 5 w% of aluminum oxide (# 400) to a polyurethane resin as the main component, It was applied evenly in an amount of 20 g / m ² . On the other hand, the paint applied as the top coat layer was made of polyurethane resin as a main ingredient, 2% by weight of a brown color pigment was added thereto, and this was uniformly applied at a rate of 10 g / m ² . Thus, the sheet fabric on which the coating layer portion is formed is spread on the surface of the base material MDF wood fiberboard (thickness = 9 mm, width = 1220 mm, length = 2440 mm) via an ethylene vinyl acetate adhesive. I faced it without any wrinkles.

The MDF base material to which the sheet fabric is adhered is subjected to hot press embossing by hot pressing using a hot pressing flat plate mold (built-in electric heater) having a parquet-like engraving pattern on the press surface. At this time, the sheet material on the surface of the base material is pressed, but the base material is appropriately heated to soften the coating layer part, and the engraving pattern on the press surface is reduced to the sheet material and the base material. I will. In this example, the unevenness difference of the concavo-convex mold in the flat plate mold was 0.8 mm, and pressing was performed for 60 sec at a temperature of 130 ° C. and a pressure of 20 kg / cm ² .

  Thus, the above processed substrate that has been hot-pressed embossed by the hot-press flat plate mold is engraved by the depression action of the concavo-convex engraving pattern by hot pressing with the hot-press flat plate mold, and the sheet fabric surface on the substrate A parquet-like uneven emboss is formed on the top. Therefore, the convex part of the base sheet fabric with parquet-like uneven embossing is cushioned by the flap buff in which the convex part in the coating layer part is radially planted around the rotating core shaft. It grind | polishes until it coat | covers the coating layer of the target color which is hidden in the coating-film layer part which forms the said convex-shaped part. Then, deep layer polishing occurs in some places, and the color of the wood-tone gravure printing portion of the Japanese paper sheet fabric is exposed. In the second embodiment, fabric flaps (nonwoven fabrics) are radially implanted around the rotary core to form flap wheels, and each flap has a slit in the width direction so as to have a small width. When the buffing machine (made by Yanase Co., Ltd.) containing abrasive grains was rotated at a peripheral speed of 1000 m / min and moved at 10 m / min to polish the convex part and sharpen the target coating color as a guideline, The edges of the sharpened paint film color were also polished accordingly to obtain a three-dimensional cosmetic material with an orderly appearance that looked like a staggered square wood grain board (see photo in Fig. 2). ).

[Example 3]
In Example 3, a natural wood elbow veneer is used as the veneer sheet, and the back surface is lined with a nonwoven fabric.

On the surface of this sheet fabric, similarly to Example 1, a paint film is repeatedly applied by a roll coater to form a two-layer coating layer portion composed of a base coating layer and an upper coating layer. In the present embodiment, the coating applied as the undercoat layer is prepared by using polyurethane resin as a main component and adding 5 w% of aluminum oxide (# 400) thereto. The coating amount of the paint used as the undercoat layer is 20 g / m ² . On the other hand, the paint applied as the upper coating layer is prepared by using polyurethane resin as a main ingredient and adding 2 w% of vermilion color pigment thereto. The coating amount of the paint used as the upper coating layer is 10 g / m ² . In this way, the sheet fabric on which the coating layer portion is formed has a volcanic glassy multilayer board (thickness = 6 mm, width = 470 mm, length = 2450 mm) as a base material and spreads on the base material surface. Without sticking.

The base material on which the sheet material is adhered is embossed by a hot press using a hot-pressed flat plate mold (with built-in electric heater) having a sculpture pattern on the press surface. This flat plate mold has engraved engraving pattern with ellipse pattern on the press surface, and the flat plate mold presses on the sheet material on the substrate surface. Then, the coating layer portion is appropriately softened, and the engraving pattern on the press surface is pressed against the sheet fabric (natural wood elbow veneer) and the substrate. Thereby, the concavo-convex sculpture of the grain pattern on the hot-pressed flat plate mold press surface is reduced to the elbow veneer and the base material of the natural wood. In this example, the unevenness difference of the uneven mold in the hot-pressed flat plate mold was 0.8 mm, and pressing was performed at a temperature of 130 ° C. and a pressure of 20 kg / cm ² for 60 seconds.

  Next, the processed substrate subjected to the embossing is engraved on the surface of the sheet fabric on the substrate by engraving the uneven sculpture pattern on the hot-pressed flat plate mold by a reducing action. Is formed. Therefore, the convex portion of the sheet fabric on the base material on which the concavo-convex sculpture pattern of the grain pattern is formed is coated with a target color that is hidden in the coating film layer portion forming the convex portion. Polish until the layer is exposed. Then, deep layer polishing occurs in some places, and the elm wood that forms the veneer is partially exposed. In the third embodiment, fabric flaps (nonwoven fabrics) are radially implanted around the rotary core to form flap wheels, and each flap has a slit in the width direction so as to have a small width. The buffing board (made by Yanase Co., Ltd.) containing slag was moved at 10 m / min while rotating at a peripheral speed of 1000 m / min to polish the convex part and sharpen the target coating color as a guide. In the vicinity of the color of the paint film that was put out, it was polished accordingly to obtain a cosmetic material having an elm grain pattern rich in texture of natural wood (see the photograph in FIG. 3).

The embodiments specifically exemplified in this specification and the drawings are generally as described above. However, the present invention is not limited to the above-described embodiments, and various design changes can be made within the scope of the claims. Needless to say, for example, the following additional modifications are naturally within the technical scope of the present invention.
(1) In Example 1 to Example 3 described above, the coating layer was formed by two layers of the base coating layer and the top coating layer, but it was multiplexed by two or more coating layers of various colors. It is also possible to construct a paint lamination part.
(2) A transparent or semi-transparent top coat may be applied on the printed or wood grain pattern of the sheet fabric with the convex parts polished and removed, or the gloss may be enhanced by polishing. You can also.
(3) In the above-mentioned Examples 1 to 3, the example of applying embossing using a hot-pressed flat plate mold (with built-in electric heater) is described, but embossing with an embossing roll is of course also applicable. Is possible.

  According to the present invention, it is possible to mass-produce a three-dimensional decorative pattern with a rich three-dimensional pattern, almost without causing pattern collapse, and with high efficiency and low cost. The value of industrial use for building and for furniture and furniture is enormous.

FIG. 1 is a photograph of a cosmetic material having a three-dimensional pattern in which arc-shaped sawtooth ripples processed by the method of Example 1 are continuous. FIG. 2 is a photograph of a cosmetic material with a three-dimensional pattern that looks like a staggered square wood grain processed by the method of Example 2. FIG. 3 is a photograph of a three-dimensional decorative cosmetic material having an elbow pattern processed by the method of Example 3.

Claims (10)

A sheet fabric having the required toughness is formed by coating and curing at least one layer of a synthetic resin paint having a color tone different from that of the sheet fabric to form a coating film layer portion. Is spread on the surface of the base material, and then the embossing is applied to the coating layer portion of the sheet fabric attached to the surface of the base material so that the contour pattern of the unevenness corresponding to the thickness of the embossed mold is applied. After that, the convex part of the coating layer part on which the contour pattern of the unevenness is formed is gradually worn out by rotating and contacting an elastic buff composed of a flexible abrasive body. By sharpening the target paint film color as a guide from the paint film layer part forming the convex part of the uneven contour pattern, the vicinity of the sharpened paint film color is also polished accordingly. And a color-coded three-dimensional pattern appears on the surface of the substrate. Method of producing a three-dimensional pattern cosmetic timber that. The surface of the sheet fabric having the required toughness and the printed pattern is coated and cured by applying and curing at least one synthetic resin paint having a color tone different from the printed color of the sheet fabric. Then, the sheet dough having the coating layer portion thus formed is stuck on the surface of the base material in a spread form, and then the coating layer portion of the fabric stuck on the surface of the base material is embossed. An uneven contour pattern corresponding to the thickness of the embossed mold was molded, and then the convex portion of the coating layer portion on which the uneven contour pattern was formed was composed of a flexible abrasive body. The elastic buff is gradually worn out by rotating contact, and is applied to the target coating color or sheet fabric as a guide from the coating layer portion forming the convex portion of the concave and convex outline pattern. Sharpen the printed pattern of the printed pattern outline, and also the vicinity of the sharpened paint film Method for producing a three-dimensional pattern cosmetic timber that is polished, or the vicinity of the sharpening Desa print pattern is polished correspondingly characterized thereby revealing the colored three-dimensional pattern on the substrate surface to. On the surface of a wooden veneer sheet having a grain pattern lined with a tough sheet such as a nonwoven fabric or paper, or a printed veneer sheet having a printed grain, a synthetic resin paint having a color tone different from that of the veneer sheet is applied. At least one or more layers were applied and cured to form a coating film layer portion, and thus the sheet material on which the coating film layer portion was formed was adhered to the base material surface in a spread form, and then adhered to the base material surface. Embossing is applied to the coating layer portion of the dough to form an uneven contour pattern corresponding to the thickness of the embossing mold on the surface of the substrate, and then the coating layer portion on which the uneven contour pattern is formed The convex portion is gradually worn out by rotating and contacting an elastic buff composed of a flexible polishing body, and the coating layer portion forming the convex portion of the contour pattern of the concave and convex portions is formed. Target coating color or veneer as a guide from the inside The color of the wood texture is sharpened, and the vicinity of the sharpened paint film is also polished accordingly, or the vicinity of the sharpened color of the wood is also polished accordingly to create a three-dimensional color-coded grain pattern on the substrate surface. A method for producing a three-dimensional pattern cosmetic material, characterized by comprising:   The method for producing a three-dimensional pattern cosmetic material according to any one of claims 1 to 3, wherein a medium density fiberboard is used as the base material. The method for producing a three-dimensional pattern cosmetic material according to any one of claims 1 to 3, wherein a volcanic glassy multilayer board is used as the base material.   The method for producing a three-dimensional pattern cosmetic material according to any one of claims 1 to 3, wherein a foamed synthetic resin plate is used as the substrate.   The three-dimensional pattern cosmetic material according to any one of claims 1 to 6, wherein the convex portion of the coating layer formed by embossing is sharpened by an elastic abrasive with abrasive grains. Manufacturing method. The method for producing a three-dimensional pattern cosmetic material according to any one of claims 1 to 7, wherein a flap buff in which an abrasive cloth material is radially implanted around the rotary core shaft is used as the elastic buff.   By polishing the convex part of the contour pattern of unevenness formed by embossing on the coating layer part, it is transparent or translucent on the sharpened coating film, printed pattern of sheet fabric, or wood grain pattern Resin is coated, The manufacturing method of the three-dimensional pattern cosmetics as described in any one of Claims 1-8 characterized by the above-mentioned. Polishing is applied to the color of the paint film, the printed pattern of the sheet fabric, or the wood grain pattern that is sharpened by polishing the convex part of the contour pattern of the unevenness formed by embossing on the paint film layer part. The manufacturing method of the three-dimensional pattern cosmetics as described in any one of Claims 1-8 characterized by the above-mentioned.