JP7281238B1 - 3D painting production method - Google Patents

Abstract

[Problem] Rather than using an existing three-dimensional decoration to be expressed as it is, or forming the same three-dimensional decoration on a canvas from the beginning, metal foil is used effectively. By doing so, it is an object to provide a three-dimensional painting and a method for producing the three-dimensional painting that can be expressed by preferably incorporating the appearance of the existing three-dimensional decoration. A three-dimensional painting (1) in which a three-dimensional expression made of three-dimensional painting materials is applied to at least a part of a canvas, and the canvas (10) is configured in a state in which a metal foil (30) is pasted on a mount (20) serving as a substrate. The metal foil 30 is composed of a three-dimensional pattern forming part 31 formed by three-dimensionally forming an uneven pattern of an existing three-dimensional decoration to be expressed on the canvas 10, and a planar shape around the three-dimensional pattern forming part 31. , and a flat attaching portion 32 attached to the mount 20 is provided, and a filler material is filled and solidified in a back side recess formed on the back side of the three-dimensional patterning portion 31. - 特許庁[Selection diagram] Fig. 1

Description

The present invention relates to a method for producing a three-dimensional painting, and more particularly to a method for producing a three-dimensional painting by three-dimensionally applying paints and other painting materials onto a canvas.

In addition to ordinary two-dimensional paintings that are drawn two-dimensionally on a canvas with paints, etc., there are three-dimensional paintings that are drawn three-dimensionally by layering painting materials on the canvas. Three-dimensional paintings can be produced by layering paints on top of each other to create a three-dimensional image, using clay to create a three-dimensional image on the canvas, pasting paper or photographs onto the canvas, and pasting artificial flowers, fresh flowers, or preserved flowers. There are various production methods such as a method of attaching solid objects, a method of pasting a solid three-dimensional object on a canvas as a painting material, etc., and three-dimensional paintings are provided by these production methods.

JP-A-2001-301399 JP 2008-265211 A Utility Model Registration No. 3157930 Utility Model Registration No. 3166224 JP 2021-121494 A

In the above Patent Document 1, paper pieces and water are put into a household electric mixer to pulverize and make a paste, and woodworking adhesive is appropriately added to this to create a paper paste, and this paper paste is applied to a rough sketch. A painting method is disclosed in which painting is piled up to create a three-dimensional expression.
However, in the painting method of Patent Document 1, it is necessary to create the three-dimensional object 3 and the like on the palette from the beginning using the paper paste itself.
In the above Patent Document 2, an adhesive 3 is applied to the surface of a lead metal foil 2, and a flower 4, petals, etc. 6 are pressed and pasted on the adhesive 3, and then the adhesive is attached along the periphery of the flower 4. An ornament or personal adornment in which a flower 4 integrated with the cut metal foil 2 is waved to give a three-dimensional effect, and a manufacturing method thereof are disclosed.
However, in Patent Document 2, the role of the metal foil 2 is limited to being integrally adhered to the back side of the flower 4, which is the object to be decorated, and to provide reinforcement and waves.
In the above Patent Document 3, a liquid silylated urethane resin 5 is used, which is filled in the area surrounded by the linear outline part 2 of the painting and solidified to give a three-dimensional effect to the painting. A panel is disclosed.
However, in Patent Document 3, the resin 5 used is added to the painting itself drawn on the canvas afterward.
The aforementioned Patent Document 4 discloses an ornament in which a modeling portion 20 formed by mixing clay and modeling paste or further acrylic paint is fixed to the surface of the canvas portion 10 . A complicated decorative article can be easily obtained by preparing a prefabricated molding portion 20 and attaching it to the canvas portion 10 or the like.
However, in Patent Document 4, although the shaping section 20 can be formed in advance separately from the canvas section 10, the shaping section 20 itself needs to be built up from the beginning using paste.
In Patent Document 5, a pressure-increasing layer 37 is formed on an adhesive layer 32, and a metal foil layer 38 is formed thereon to form three-dimensional metal foil decorative bodies 50a, 50b, and 50c. Seals 80a, 80b, 80c and methods of making the same are disclosed.
However, in Patent Document 5, the metal foil decorations 50a, 50b, and 50c are formed by forming the adhesive layer 32 and the pressure increasing layer 37 on the release layer 30b of the release sheet 30, and further thermally bonding thereon. The metal foil layer 38 is adhered using an agent, and each metal foil decoration must be laminated on the release sheet 30, which is a canvas, one by one from the bottom.

Therefore, the present invention solves the above-mentioned conventional problems, and instead of using the existing three-dimensional decorations to be expressed on the canvas as they are, the same three-dimensional decorations as such three-dimensional decorations are arranged on the canvas from the beginning. An object of the present invention is to provide a three-dimensional painting production method capable of expressing the external appearance of the existing three-dimensional decoration by effectively using metal foil instead of forming the three-dimensional painting.

In order to achieve the above objects , the first feature of the three-dimensional painting production method of the present invention is that it comprises the following steps A to E.
A. A mount 20 that serves as a substrate of a canvas 10, a metal foil 30 that constitutes the surface of the canvas 10, and a part of the three-dimensional painting are not used as part of the three-dimensional painting themselves, but are part of the three-dimensional painting by transferring. A step of preparing an existing three-dimensional decoration body 80 used as a tool for expressing parts.
B. Next, the metal foil 30 is pressed against the three-dimensional decoration 80, and the three-dimensional representation of the three-dimensional decoration 80 is transferred to the metal foil 30, whereby the three-dimensional representation of the three-dimensional decoration 80 is transferred to the surface of the metal foil 30. A three-dimensional patterning portion 31 is formed by transferring an expression, and a flat surface pasting portion 32 having a plane dimension extending at least to the outer periphery of the mount 20 is formed around the three-dimensional patterning portion 31, and a metal foil is formed. A step of forming a back side recess 33 which is open without protruding to the back side at a position corresponding to the three-dimensional pattern forming portion 31 on the back side of 30 .
C. Next, the metal foil 30 is turned over, and the filling material 34 is flow-filled so as to be flush with the back surface of the planar attachment portion 32 into the back recess 33 which is open without protruding to the back surface, and is integrally solidified. process to do.
D. Next, a metal foil 30 having a back side recess 33 filled with a filler 34 and the planar attachment portion 32 is attached to the upper surface of the mount 20, and the entire surface is made of the metal foil 30, and a three-dimensional pattern is obtained. a step of obtaining a three-dimensional canvas 10 having portions 31;
E. Next, the three-dimensional canvas 10 made of the obtained metal foil 30 is subjected to a three-dimensional expression using two-dimensional painting materials 50 and three-dimensional painting materials 40 .
In addition to the first feature , the three-dimensional painting production method of the present invention has the following features:
In the A process, the existing three-dimensional decoration 80 is made of metal and has a base 81 and an uneven pattern 82 formed protruding from the upper surface of the base 81,
In step B, the base 81 of the three-dimensional decoration 80 is placed on a flat surface, and the metal foil 30 is pressed onto the top surface of the base 81, thereby forming an uneven pattern 82 protruding from the top surface of the base 81 into a three-dimensional molding section. 31 and the back side recess 33, and the metal foil 30 is received on the upper surface of the substrate 81 around the uneven pattern 82, so that the back side recess 33 and the planar attachment portion 32 are flush with each other. The second feature is that

In the three-dimensional painting produced by the three-dimensional painting producing method of claim 1, three-dimensional expression is applied to at least a part of the canvas 10 using not only two-dimensional painting materials but also three-dimensional painting materials.
The canvas 10 is constructed in a state in which a metal foil 30 is pasted on a mounting paper 20 serving as a substrate.
The metal foil 30 is composed of a three-dimensional molding part 31 obtained by three-dimensionally molding the uneven pattern of an existing three-dimensional decoration body 80 to be expressed on the canvas 10 , and a planar shape around the three-dimensional molding part 31 . , and includes a planar attachment portion 32 to be attached to the mount 20 and a back side recess 33 formed on the back side of the three-dimensional patterning portion 31 .
Further, a filling material 34 is filled and solidified in the recess 33 on the back side of the metal foil 30 .
That is, the three-dimensional painting to be obtained is not used by pasting the existing three-dimensional decoration 80 to be expressed on the canvas 10 as it is, and the same one as the existing three-dimensional decoration 80 is put on the canvas 10 . A canvas 10 preferably incorporating the three-dimensional appearance of the existing three-dimensional decoration body 80 with a metal foil 30 without forming it from the beginning, and a two-dimensional painting material 50 and three-dimensional painting materials on it. It is possible to provide a three-dimensional painting in which at least a part of the three-dimensional expression consisting of 40 is applied.
In addition, the metal foil 30 is relatively easily deformable, and by pressing it against the existing three-dimensional decoration 80 , the three-dimensional appearance of the three-dimensional decoration 80 can be easily and satisfactorily copied as the three-dimensional molding part 31 . In addition, even when the pressure on the three-dimensional decoration body 80 is removed, the deformed state of the unevenness can be favorably maintained. That is, the metal foil 30 can reproduce a desired three-dimensional pattern of the three-dimensional decoration 80 on the canvas 10 .
In addition, the metal foil 30 has a higher strength than a plastic film or the like . Since it is less likely to lose its shape than a plastic film or the like, it is possible to maintain a favorable shape of unevenness for copying. Of course, since the heat-resistant temperature is sufficiently higher than that of ordinary paper, it will not burn out even when filled with a melted plastic filler.
Moreover, since the metal foil 30 has a high deformability, the planar attachment portion 32 formed around the three-dimensional pattern forming portion 31 of the metal foil 30 can be easily flattened even around the three-dimensional pattern forming portion 31 . can be maintained to Therefore, the planar attachment portion 32 of the metal foil 30 can be attached to the backing paper 20 accurately and easily.
In addition, according to the three-dimensional painting obtained , by molding the appearance of a desired existing three-dimensional decoration 80 with the metal foil 30 , the three-dimensional pattern of the existing three-dimensional decoration 80 can be reproduced using a plurality of molding metal foils 30 . Various three-dimensional paintings 1 can be produced by incorporating them.

According to the three-dimensional painting production method of claim 1,
In step A, a mount 20 that serves as the substrate of the canvas 10, a metal foil 30 that forms the surface of the canvas 10, and a part of the three-dimensional painting itself are transferred by transfer. Prepare an existing three-dimensional decoration body 80 used as a tool for expressing a part of a three-dimensional painting,
In step B, the metal foil 30 is then pressed against the three-dimensional decoration 80 to transfer the three-dimensional representation of the three-dimensional decoration 80 to the metal foil 30, whereby the three-dimensional decoration is applied to the surface of the metal foil 30. A three-dimensional patterning portion 31 is formed by transferring the three-dimensional representation of the body 80, and a planar attachment portion 32 having a plane dimension extending at least to the outer circumference of the mount 20 is formed around the three-dimensional patterning portion 31. , on the back surface of the metal foil 30, a back recess 33 that opens without protruding to the back surface is formed at a position corresponding to the three-dimensional mold part 31,
In step C, the metal foil 30 is then turned over, and the filling material 34 is flowed so as to be flush with the back surface of the planar attachment portion 32 into the back recess 33 that is open without protruding to the back surface. Fill and solidify,
In step D, a metal foil 30 having a back side recess 33 filled with a filling material 34 flush with the surface and the planar attachment portion 32 is attached to the entire upper surface of the mount 20 in close contact with the surface. To obtain a three-dimensional canvas 10 whose entire surface is made of metal foil 30 and has a three-dimensional molded part 31. - 特許庁
In step E, a three-dimensional representation is given to the obtained three-dimensional canvas 10 made of the metal foil 30 using two-dimensional painting materials 50 and three-dimensional painting materials 40 .

That is, according to the three-dimensional painting production method of claim 1,
In the A process, the existing three-dimensional decoration body 80 to be expressed on the canvas 10 is not used as a part of the three-dimensional painting itself, but a part of itself is transferred to express it as a part of the three-dimensional painting. I try to use it as a tool. Therefore, without consuming the three-dimensional decoration body 80 itself, the expression of the three-dimensional decoration body 80 can be used many times to produce a three-dimensional canvas 10 while preserving and holding it separately. can do.
Of course, rather than reproducing the expression of the existing three-dimensional decoration 80 on the canvas 10 from scratch, a mold of the existing three-dimensional decoration 80 to be expressed using the metal foil 30 is taken. By using the metal foil 30, the expression can be reflected on the three-dimensional canvas 10 and furthermore on the three-dimensional painting.
In particular, in the A process, the existing three-dimensional decoration 80 is only transferred, so even if the three-dimensional decoration 80 is a one-off product, it will be consumed in one production. It can be used over and over again to create different works. Of course, the transfer position of the three-dimensional decoration 80 on the canvas 10 can also be changed and selected.

In step B, the metal foil 30 is pressed onto the three-dimensional decoration 80 and transferred, thereby obtaining the three-dimensional representation of the three-dimensional decoration 80 as the three-dimensional molded portion 31 of the metal foil 30 . That is, when the metal foil 30 becomes the surface of the canvas 10 later, it is possible to obtain the canvas 10 of the metal foil 30 in which the three-dimensional expression formed by the three-dimensional molding part 31 is incorporated into the canvas 10 itself.
In the B process, by forming a plane attachment portion 32 having a plane dimension reaching at least the outer circumference of the mount 20 around the three-dimensional pattern forming portion 31, the plane attachment portion 32 is securely attached to the upper surface of the mount 20. The three-dimensional canvas 10 whose entire surface is made of the metal foil 30 can be easily obtained.
Moreover, the three-dimensional pattern forming part 31 is formed to protrude from the surface of the metal foil 30, and the back side recess 33 is formed to be open without protruding from the back side of the metal foil 30, so that the existing three-dimensional decoration can be used. It is possible to ensure that the deformation due to transfer of 80 (recess 33 on the back side) never appears as a protrusion on the back side of the metal foil 30 . Therefore, the back surface of the metal foil 30 is kept flat, and even when the metal foil 30 is attached to the mounting paper 20 later, the gap between them is reliably prevented.
In addition, since the back side recess 33 is formed so as to open without protruding to the back surface of the metal foil 30, the back side recess 33 and the back surface of the planar attachment portion 32 around it are arranged around the back side recess 33. It is possible to make a flush state without a step or the like. Therefore, even the metal foil 30 having the three-dimensional molded part 31 can be adhered to the backing paper 20 in sufficient close contact without creating a gap.
As a result of these, even if the metal foil 30 is partly provided with a three-dimensional expression, it can be pasted over the entire surface of the mount 20 to obtain the canvas 10 with the metal foil 30 adhered to the surface. be able to. Therefore, it is possible to reliably prevent the inconvenience that the metal foil 30 on the surface of the canvas 10 is dented or deformed during the three-dimensional painting production work.

In step C, the metal foil 30 is turned over, and the filling material 34 is flow-filled into the recess 33 on the back side so as to be flush with the back surface of the planar attachment portion 32, thereby integrally solidifying the thin film. The metal foil 30 can be reinforced, and the step between the back side recess 33 and the surrounding planar attachment portion 32 can be eliminated. Therefore, even when the metal foil 30 is attached to the mount 20, the adhesive can be applied evenly, and the metal foil 30 can be adhered to the mount 20 without gaps. Therefore, it is possible to reinforce the strength of the surface of the canvas 10 made of the metal foil 30 so that it can sufficiently withstand subsequent creative work.
In step D, a metal foil 30 having a back side recess 33 filled with a filler 34 and the planar attachment portion 32 is attached to the upper surface of the mount 20, thereby forming a three-dimensional shaped portion 31. A canvas 10 having a surface of metal foil 30 can actually be obtained.
In step E, the obtained three-dimensional canvas 10 made of the metal foil 30 is subjected to three-dimensional expression using two-dimensional drawing materials 50 and three-dimensional drawing materials 40, thereby forming a metal foil having a three-dimensional patterned portion 31. A three-dimensional painting can be obtained by using the surface of a three-dimensional canvas 10 consisting of 30 as a base material and applying two-dimensional and three-dimensional painting materials.
According to the three-dimensional painting production method of the present invention, not only one canvas 10 but also a plurality of canvases 10 having the surface of the metal foil 30 having the three-dimensional molding part 31 can be produced. Since the arrangement of the molding part 31 can also be easily changed, various related three-dimensional paintings can be produced.

According to the three-dimensional painting production method described in claim 2 , in addition to the effects of the configuration described in claim 1 , in the step A, the existing three-dimensional decoration body 80 is made of metal, and the base 81 and its In step B, the base 81 of the three-dimensional decoration 80 is placed flat, and the metal foil 30 is applied to the top surface of the base 81. By pressing, the rugged pattern 82 protruding and formed on the upper surface of the base 81 is reflected as the three-dimensional pattern forming part 31 and the back recess 33, and the metal foil 30 is received on the upper surface of the base 81 around the rugged pattern 82. - 特許庁As a result, the back side recess 33 and the planar attachment portion 32 are flush with each other.
When transferring the three-dimensional representation of the three-dimensional decoration 80, the metal foil 30 is pressed against the upper surface of the base 81, so that the concave-convex pattern 82 formed to protrude from the upper surface of the base 81 can be easily formed into the three-dimensional patterning part 31 and the concave on the back side. It can be transcribed as place 33 . At the same time, since the upper surface of the substrate 81 located around the uneven pattern 82 can planarly contact the metal foil 30, the back surface of the planar attachment portion 32 around the back side recess 33 is a back side recess. 33 can be easily flushed.

It is a figure explaining embodiment of the three-dimensional painting based on this invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a diagram for explaining an embodiment of a three-dimensional painting and its production method according to the present invention, showing a metal foil and an existing three-dimensional decoration to be expressed on a canvas; BRIEF DESCRIPTION OF THE DRAWINGS It is a figure explaining embodiment of the three-dimensional painting which concerns on this invention, and its production method. BRIEF DESCRIPTION OF THE DRAWINGS It is a figure explaining embodiment of the three-dimensional painting which concerns on this invention, and its production method. BRIEF DESCRIPTION OF THE DRAWINGS It is a figure explaining embodiment of the three-dimensional painting which concerns on this invention, and its production method. BRIEF DESCRIPTION OF THE DRAWINGS It is a figure explaining embodiment of the three-dimensional painting which concerns on this invention, and its production method. BRIEF DESCRIPTION OF THE DRAWINGS It is a figure explaining embodiment of the three-dimensional painting which concerns on this invention, and its production method.

Hereinafter, an embodiment of a three-dimensional painting production method according to the present invention will be described with reference to each drawing for understanding of the present invention. However, the following description does not limit the technical scope of the invention described in the claims.

First, with reference to FIG. 1, an example of a three-dimensional painting obtained by an embodiment of the three-dimensional painting production method of the present invention will be described. The three-dimensional painting 1 has a three-dimensional representation 60 on at least part of the canvas 10 .
The mount 20 serves as a substrate for the canvas 10 and can be made of paper, board, or other material.
The canvas 10 is constructed in a state in which a metal foil 30 is pasted on a mounting paper 20 serving as a substrate.

2 to 4, the metal foil 30 of the three-dimensional painting 1 has a three-dimensional molding portion 31 formed by three-dimensionally molding an uneven pattern 82 of an existing three-dimensional decoration body 80 to be expressed on the canvas 10. It has
In addition, a planar attachment portion 32 configured in a planar shape and attached to the mount 20 is provided around the three-dimensional pattern forming portion 31 .
Referring also to FIG. 5, a filler material 34 is filled and solidified in a back side recess 33 formed on the back side of the three-dimensional molding portion 31 .
As a three-dimensional expression 60 on the canvas 10, a three-dimensional expression 61 is made by the three-dimensional molding part 31 of the metal foil 30. As shown in FIG.
As a three-dimensional representation 60 on the canvas 10, a three-dimensional representation 62 is made by three-dimensional painting materials 40 such as preserved flowers 41 and artificial flowers 42. FIG.
Further, as a three-dimensional expression 60 on the canvas 10, a three-dimensional expression 63 is made by the wrinkle pattern 35 formed on the metal foil 30. FIG.
Of course, the three-dimensional representation 60 on the canvas 10 includes other three-dimensional representations other than those described above.
In addition to the three-dimensional representation 60, planar representations 70 such as painting and line drawing using planar painting materials 50 such as paints can be included.

The metal foil 30 itself is pasted onto the mount 20 to form the canvas 10 .
Also, the metal foil 30 is a member for three-dimensionally modeling the uneven pattern 82 of the existing three-dimensional decoration body 80 to be expressed and expressing it as a part of the canvas 10 itself.
Since the metal foil 30 has better deformability and strength than resin foil, the molding of the three-dimensional decoration 80 can be performed well without being damaged.
In addition, since the metal foil 30 has a high heat resistance, it can withstand high temperatures even when the filler 34 is filled and solidified with a resin or the like in the recess 33 on the back side of the metal foil 30 .
Of course, many of the existing three-dimensional decorations 80 to be expressed on the canvas 10 have a metallic luster, and it is also suitable as a means of expressing such three-dimensional decorations 80 with a metallic luster on the canvas 10. - 特許庁

Therefore, according to this three-dimensional painting 1, the existing three-dimensional decoration body 80 to be expressed on the canvas 10 is not pasted as it is, and the same one as the existing three-dimensional decoration body 80 can be arranged on the canvas 10 from the beginning. Instead, a canvas 10 incorporating a three-dimensional expression 61 by a three-dimensional molding part 31 obtained by three-dimensionally molding the uneven pattern 82 of the existing three-dimensional decoration 80 with a metal foil 30, and a three-dimensional expression 63 by the wrinkle pattern 35. Then, a three-dimensional painting 1 can be provided on which a three-dimensional expression 62 composed of three-dimensional painting materials 40 is applied at least in part in addition to the two-dimensional painting materials 50.例文帳に追加
In addition, by pressing the easily deformable metal foil 30 onto the existing three-dimensional decoration 80 , the three-dimensional appearance of the three-dimensional decoration 80 can be easily and favorably copied as the three-dimensional molding portion 31 . That is, the metal foil 30 can satisfactorily reproduce the three-dimensional pattern desired by the three-dimensional decoration 80 on the canvas 10 .
Furthermore, the metal foil 30 has a higher strength than a plastic film or the like, and is less likely to lose its shape, so that it is possible to maintain a favorable shape of projections and recesses for copying. In addition, since the heat resistant temperature is high, it does not burn out even when it is filled with a molten plastic filler.
Further, since the metal foil 30 has a high deformability, the planar attachment portion 32 of the metal foil 30 is less affected by the three-dimensional pattern forming portion 31 even if it is formed around the three-dimensional pattern forming portion 31, resulting in a favorable planar shape. can be maintained, the planar attachment portion 32 can be attached to the backing paper 20 accurately and easily.
Also, by using a plurality of metal foils 30, a plurality of patterns can be made from one three-dimensional decoration body 80, and various three-dimensional paintings 1 can be produced.
In addition, by adding a wrinkle pattern 35 as a background to the flat-surface pasting portion 32 of the metal foil 30, the wrinkle-prone property of the metal foil can be utilized to eliminate repeated coating and pasting work with painting materials and the like. The background of the canvas 10 can also be easily given a three-dimensional effect.

The production method of the three-dimensional painting 1 of the present invention will be further explained.
As an embodiment of the production method, the following steps A, B, C, D , and E are provided.
Referring to FIG. 2, in the A step, a metal foil 30 to be stuck on a base paper 20 that serves as a substrate of the canvas 10 and an existing three-dimensional decoration 80 to be expressed on the canvas 10 are prepared.
As for the three-dimensional decoration body 80, various ones can be used as long as the three-dimensional decoration body 80 can satisfactorily mold the uneven pattern 82 when the metal foil 30 is pressed. Decoration bodies with a certain degree of hardness, such as metals, ceramics, wood, glass, and hard resins, are targeted.
A three-dimensional decoration 80 shown in FIG. 2 is one of examples using a metallic one. A substrate 81 and an uneven pattern 82 including a nameplate pattern 82a and a cup pattern 82b projecting from the upper surface of the substrate 81 are formed.
Of course, the three-dimensional decoration 80 may be a three-dimensional figure, such as a three-dimensional figure. It can be molded.

In the B process of the production method, by pressing the metal foil 30 against all or part of the prepared three-dimensional decoration body 80, the three-dimensional patterned part 31 and the three-dimensional patterned part 31 are planarly attached to the metal foil 30. A mounting portion 32 and a back side recess 33 are formed on the back side of the three-dimensional molding portion 31 .
First, referring to FIG. 2, a metal foil 30 having a size as large as the canvas 10 is cut from a roll or the like.
Next, referring to FIG. 3, metal foil 30 is applied to three-dimensional decoration 80 .
In FIG. 3, although the three-dimensional decoration 80 under the metal foil 30 is not actually visible, the hidden three-dimensional decoration 80 is indicated by dotted lines.
Next, referring to FIG. 4 , the metal foil 30 is pressed against one side (in this case, from above) of the three-dimensional decoration 80 to form a three-dimensional patterned portion 31 .
In the case of this embodiment, the base 81 of the three-dimensional decoration 80 is not molded, and the three-dimensional pattern 82, namely, the nameplate pattern 82a and the cup pattern 82b, which protrude from the upper surface of the base 81, is formed. I am molding. Of course, how to mold is free and not limited.
By molding the three-dimensional decoration body 80 with the metal foil 30 as described above, the three-dimensional molding portion 31 including the name plate pattern 82a and the cup pattern 82b can be transferred to the metal foil 30 and formed.
The three-dimensional molding section 31 later becomes a three-dimensional representation 61 of a three-dimensional painting.
The periphery except for the three-dimensional molding part 31 is configured as a planar attachment part 32 made of a plane.
The planar attachment portion 32 is an essential component when forming the canvas 10 later.
A back side recess 33 is formed on the back side of the three-dimensional molding portion 31 .

Referring to FIG. 5, in step C of the manufacturing method, a filling material 34 is flow-filled into the recesses 33 on the back side of the metal foil 30 so as to be flush with the planar attachment portion 32 and solidified.
By putting the filling material 34 into the back side recess 33 and solidifying it, it is possible to reinforce the three-dimensional pattern forming part 31 and prevent the uneven pattern transferred from the three-dimensional decoration body 80 from collapsing. In addition, by solidifying flush with the planar attachment portion 32, a step is prevented from forming on the back side of the metal foil 30. - 特許庁
As the operation of fluidly filling and solidifying the filler 34, a so-called glue gun 90 is used, and the filler 34 is melted by the glue gun 90 while being filled into the back recess 33, and solidified over time. can.
In this case, resin can be used as the filler 34 . By filling the back recesses 33 while melting the resin with a glue gun 90, the resin can be easily filled up to the entire surface and solidified.

6 and 7, in the D process of the manufacturing method, the back surface of the planar attachment portion 32 of the metal foil 30 is attached onto the backing paper 20 together with the back surface of the filling material 34 filled in the back recess 33. Let it be canvas 10 .
At the time of sticking, an adhesive is applied to the back surface of the planar sticking portion 32 and the back surface of the filler 34 filled in the back recess 33 , and these are stuck to the backing paper 20 .

In step D, when the metal foil 30 is attached onto the backing paper 20 , a wrinkle pattern 35 can be added to the planar attachment portion 32 of the metal foil 30 .
The addition of the wrinkle pattern 35 can be introduced by attaching the metal foil 30 with the back surface coated with an adhesive to the mounting paper 20 while twisting the wrinkles. Alternatively, wrinkles may be formed in advance on the planar attachment portion 32 of the metal foil 30 , and the wrinkled metal foil 30 may be attached to the mount 20 .
By forming the wrinkle pattern 35, a three-dimensional representation 63 of the wrinkle pattern 35 can be added as a background to the planar portion of the canvas 10. FIG.

Also, referring to FIG. A three-dimensional expression 62 composed of three-dimensional painting materials 40 can be applied to the canvas 10 formed by attaching the metal foil 30 to the mount 20 in addition to the two-dimensional painting materials 50 .
Therefore, using the canvas 10 on which the three-dimensional expressions 61 and 63 by the three-dimensional molding part 31 and the wrinkle pattern 35 are applied in advance, the preserved flower 41 is used in addition to the two-dimensional expression 70 by the two-dimensional painting materials 50 such as ordinary paints. The three-dimensional painting 1 having the three-dimensional expression 62 by the three-dimensional painting material 40 such as the above can be easily produced.

According to the three-dimensional painting production method according to the embodiment, the existing three-dimensional decoration 80 to be expressed is not placed on the canvas 10 as it is, and the three-dimensional decoration 80 is not reproduced on the canvas 10 from scratch. , the three-dimensional painting 1 can be easily produced by using the metal foil 30 molded from the existing three-dimensional decoration body 80 to be expressed.
The metal foil 30 is filled with a filling material 34 in the back side recess 33 on the back side of the three-dimensional patterning part 31 and solidified, so that the strength of the three-dimensional patterning part 31 of the thin metal foil 30 can sufficiently withstand the subsequent work. It can be reinforced in this way.
In addition, by pasting the back surface of the planar attachment portion 32 around the three-dimensional patterning portion 31 and the back surface of the filled and solidified filler 34 onto the mount 20, a three-dimensional expression 61 (three-dimensional model) made of the metal foil 30 is obtained. A solid three-dimensional canvas 10 with cutouts 31) can actually be obtained.
Therefore, by using such a three-dimensional canvas 10, the subsequent production of the three-dimensional painting 1 becomes very easy, and the three-dimensional expression 61 (the three-dimensional molding part 31) with appropriately different shapes and positions can be produced. Using the provided canvas 10 of the metal foil 30, it is possible to produce a variety of three-dimensional paintings 1. - 特許庁
In addition, by utilizing the property of the metal foil 30 which is easily wrinkled, the surface of the canvas 10 serving as the background of the three-dimensional painting 1 can be easily added with the three-dimensional expression 63 by the wrinkle pattern 35, thereby making it possible to achieve a two-dimensional effect such as ordinary paint. Even when the painting material 50 is used, the three-dimensional expression 63 can be easily incorporated into the background.

The decorative body and the production method thereof of the present invention have industrial applicability in the field of manufacture and sales of decorative articles and decorative article parts that handle preserved plants, and in the fields of various schools and educational industries related to the creation of works using preserved plants. expensive.

1 Three-dimensional painting 10 Canvas 20 Mounting paper 30 Metal foil 31 Three-dimensional molding part 32 Two-dimensional pasting part 33 Back recess 34 Filling material 35 Wrinkle pattern 40 Three-dimensional painting material 41 Preserved flower 42 Artificial flower 50 Two-dimensional painting material 60 Three-dimensional expression 61 Three-dimensional model Three-dimensional expression by removing part 31 62 Three-dimensional expression by three-dimensional painting material 40 63 Three-dimensional expression by wrinkle pattern 35 70 Two-dimensional expression 80 Three-dimensional decoration 81 Base 82 Uneven pattern 82a Name plate pattern 82b Cup pattern 90 Glue gun

Claims (2)

A three-dimensional painting production method characterized by comprising the following steps A to E.
A. A mount 20 that serves as a substrate of a canvas 10, a metal foil 30 that constitutes the surface of the canvas 10, and a part of the three-dimensional painting are not used as part of the three-dimensional painting themselves, but are part of the three-dimensional painting by transferring. A step of preparing an existing three-dimensional decoration body 80 used as a tool for expressing parts.
B. Next, the metal foil 30 is pressed against the three-dimensional decoration 80, and the three-dimensional representation of the three-dimensional decoration 80 is transferred to the metal foil 30, whereby the three-dimensional representation of the three-dimensional decoration 80 is transferred to the surface of the metal foil 30. A three-dimensional patterning portion 31 is formed by transferring an expression, and a flat surface pasting portion 32 having a plane dimension extending at least to the outer periphery of the mount 20 is formed around the three-dimensional patterning portion 31, and a metal foil is formed. A step of forming a back side recess 33 which is open without protruding to the back side at a position corresponding to the three-dimensional pattern forming portion 31 on the back side of 30 .
C. Next, the metal foil 30 is turned over, and the filling material 34 is flow-filled so as to be flush with the back surface of the planar attachment portion 32 into the back recess 33 which is open without protruding to the back surface, and is integrally solidified. process to do.
D. Next, the back side of the metal foil 30 provided with the back side recess 33 filled with the filling material and the planar attachment portion 32 is attached to the upper surface of the mount 20 so that the surface is composed of the metal foil 30 and A step of obtaining a three-dimensional canvas 10 having a three-dimensional patterned portion 31;
E. Next, the three-dimensional canvas 10 made of the obtained metal foil 30 is subjected to a three-dimensional expression using two-dimensional painting materials 50 and three-dimensional painting materials 40 . In the A process, the existing three-dimensional decoration 80 is made of metal and has a base 81 and an uneven pattern 82 formed protruding from the upper surface of the base 81,
In step B, the base 81 of the three-dimensional decoration 80 is placed on a flat surface, and the metal foil 30 is pressed onto the top surface of the base 81, thereby forming an uneven pattern 82 protruding from the top surface of the base 81 into a three-dimensional molding section. 31 and the back side recess 33, and the metal foil 30 is received on the upper surface of the substrate 81 around the uneven pattern 82, so that the back side recess 33 and the planar attachment portion 32 are flush with each other. 2. The method of producing a three-dimensional painting according to claim 1, wherein the three-dimensional painting is produced by

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