JP2024065396A - How to create a 3D painting - Google Patents

Abstract

[Problem] The objective of the present invention is to provide a three-dimensional painting and a method for producing the same, which can express the appearance of an existing three-dimensional decorative object by making good use of metal foil, instead of using an existing three-dimensional decorative object as it is, or by laying the same object on a canvas from the beginning. [Solution] The three-dimensional painting 1 is formed by applying a three-dimensional expression made of a three-dimensional painting material to at least a part of the canvas, and the canvas 10 is configured in a state in which a metal foil 30 is attached to a mount 20 serving as a substrate. The metal foil 30 has a three-dimensional molded part 31 that three-dimensionally molds the uneven pattern of the existing three-dimensional decorative object to be expressed on the canvas 10, and a flat attachment part 32 that is configured flat around the three-dimensional molded part 31 and is attached to the mount 20, and a filler is filled and solidified in a back recess configured on the back side of the three-dimensional molded part 31. [Selected Figure] Figure 1

Description

The present invention relates to three-dimensional paintings and methods for creating them, and more specifically to three-dimensional paintings created by applying paint or other art materials three-dimensionally onto a canvas, and methods for creating them.

In addition to ordinary two-dimensional paintings, which are painted flat on canvas with paint, there are also three-dimensional paintings that are painted three-dimensionally by layering art materials on the canvas. There are various methods for creating three-dimensional paintings, such as layering paint to create a three-dimensional effect, using clay to create a three-dimensional effect on the canvas, pasting paper or photographs onto the canvas, pasting artificial flowers, fresh flowers, or preserved flowers, and pasting solid three-dimensional objects onto the canvas as art materials. Three-dimensional paintings created using these methods are available.

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

The above-mentioned Patent Document 1 discloses a painting method in which pieces of paper and water are placed in a household electric mixer, crushed into a paste, to which an appropriate amount of woodworking adhesive is added to create a paper paste, which is then applied in a concave-convex pattern over a sketch and layered to create a three-dimensional expression.
However, in the painting method of Patent Document 1, the three-dimensional representation 3 etc. must be created from scratch on the palette using paper paste.
The above-mentioned Patent Document 2 discloses an ornament or personal decoration, in which an adhesive 3 is applied to the surface of a lead metal foil 2, flowers 4, petals, etc. 6 are pressed and attached onto the adhesive 3, and then the flowers 4 are cut along their outer periphery, and the cut flowers 4 integrated with the metal foil 2 are wavy to create a three-dimensional effect, as well as a method for manufacturing the same.
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 of decoration, and is intended only to reinforce and wave the flower.
The above-mentioned Patent Document 3 discloses a three-dimensional painting panel in which a liquid silylated urethane resin 5 is used, which is filled into the area surrounded by the linear outline 2 of the painting and then solidified to give the painting a three-dimensional appearance.
However, in Patent Document 3, the resin 5 used is added later to the painting itself that has already been painted on the canvas.
The above-mentioned Patent Document 4 discloses an ornament in which a modeling part 20 formed by mixing clay and modeling paste, or further acrylic paint, is fixed to the surface of a canvas part 10. By preparing a modeling part 20 created in advance and attaching it to the canvas part 10, a complex ornament can be easily obtained.
However, in Patent Document 4, although the modeling portion 20 can be formed in advance separately from the canvas portion 10, the modeling portion 20 itself must be created from scratch using paste.
The above-mentioned Patent Document 5 discloses decorative stickers 80a, 80b, 80c, and a manufacturing method thereof, in which a pressure-increasing layer 37 is formed on an adhesive layer 32 and a metal foil layer 38 is formed on top of that to form three-dimensional metal foil decorative bodies 50a, 50b, 50c.
However, in Patent Document 5, the metal foil decorative bodies 50a, 50b, 50c are formed by forming an adhesive layer 32 and a pressure-boosting layer 37 on the release layer 30b of a release sheet 30, and then adhering a metal foil layer 38 on top of that using a thermal adhesive, and each metal foil decorative body needs to be built up by layering them one by one from the bottom up on the release sheet 30, which is the canvas.

The present invention aims to solve the above-mentioned problems in the past, and aims to provide a three-dimensional painting and a method for producing it that can incorporate the appearance of existing three-dimensional decorations that one wishes to express on a canvas by making good use of metal foil, rather than simply using existing three-dimensional decorations that one wishes to express on a canvas, or by forming the same three-dimensional decorations on the canvas from the beginning.

In order to achieve the above-mentioned object, the three-dimensional painting of the present invention is a three-dimensional painting in which, in addition to two-dimensional painting materials, a three-dimensional expression made of three-dimensional painting materials is applied to at least a part of a canvas, and the canvas is constructed in a state in which metal foil is attached to a backing paper that serves as a substrate, and the metal foil comprises a three-dimensional mold-taking portion that three-dimensionally molds the uneven pattern of an existing three-dimensional decorative object that is to be expressed on the canvas, and a flat attachment portion that is constructed flat around the three-dimensional mold-taking portion and is attached to the backing paper, and the first characteristic is that a filler material is filled and solidified in a rear recess formed on the rear side of the three-dimensional mold-taking portion.
In addition to the first feature, the three-dimensional painting of the present invention has a second feature in that a wrinkled pattern made of metal foil is added as a background to the flat attachment portion of the metal foil that constitutes the surface of the canvas.
In addition to the second characteristic, the three-dimensional painting of the present invention has a third characteristic in that a three-dimensional expression is applied using a three-dimensional painting material on a canvas with a wrinkled pattern made of metal foil.
The fourth feature of the method for producing a three-dimensional painting of the present invention is that it comprises the following steps A to D.
A. The process involves preparing the metal foil to be attached onto the backing paper that will serve as the substrate for the canvas, and the existing three-dimensional decorative body that you want to express on the canvas.
B. A process of pressing a metal foil onto the surface of the existing three-dimensional decorative body, thereby forming a three-dimensional molded part on the pressed part, a flat attachment part around the three-dimensional molded part, and a back side recess on the back side of the three-dimensional molded part.
C. A process of flowing and filling the recess on the back side of the metal foil with a filler so that the filler is flush with the flat attachment portion, and then solidifying the filler.
D. A process of attaching the back side of the flat attachment portion of the metal foil together with the back side of the filler onto a backing paper to form a canvas.
In addition to the fourth feature, the method for producing a three-dimensional painting of the present invention has a fifth feature in that, in step D, when the metal foil is attached to the backing paper, a wrinkle pattern is added to the surface of the flat attachment portion of the metal foil.
In addition to the fifth feature, the method for producing a three-dimensional painting of the present invention has a sixth feature in that it includes, as step E, a step of applying a three-dimensional expression made of three-dimensional painting materials in addition to two-dimensional painting materials to a canvas made of a mount with metal foil attached thereto.

The three-dimensional painting according to claim 1 has a three-dimensional expression made of three-dimensional painting materials in addition to two-dimensional painting materials on at least a part of the canvas.
The canvas is constructed by attaching metal foil to a backing paper that serves as a substrate.
The metal foil comprises a three-dimensional molded portion that is a three-dimensional mold of the relief pattern of an existing three-dimensional decorative object that is to be expressed on the canvas, a flat attachment portion that is formed flat around the three-dimensional molded portion and is attached to the backing paper, and a rear recess formed on the rear side of the three-dimensional molded portion.
Furthermore, the recess on the rear side of the metal foil is filled with a filler material and solidified.
In other words, according to the three-dimensional painting described in claim 1, rather than simply pasting an existing three-dimensional decorative object that one wishes to express onto a canvas, or forming an identical object to such an existing three-dimensional decorative object on the canvas from the beginning, it is possible to provide a canvas that favorably incorporates the three-dimensional appearance of the existing three-dimensional decorative object using metal foil, and a three-dimensional painting that has been applied to at least a portion of the canvas, in addition to flat art materials, and is made of three-dimensional art materials.
In addition, metal foil is relatively easy to deform, and by pressing it against an existing three-dimensional decorative object, the three-dimensional appearance of the three-dimensional decorative object can be easily and satisfactorily copied as a three-dimensional mold, and the deformation state of the unevenness can be well maintained even when the pressing against the three-dimensional decorative object is removed. In other words, the three-dimensional pattern of the desired three-dimensional decorative object can be reproduced on the canvas by using metal foil.
In addition, metal foil is stronger than plastic film, etc., and even when filling and solidifying the back recess of the three-dimensional molded part of the metal foil, metal foil is less likely to lose its shape than plastic film, etc., so it can maintain a good copied uneven shape. Of course, it has a sufficiently high heat resistance temperature compared to ordinary paper, etc., so it will not burn even when filled with molten plastic filling material.
In addition, the flat attachment portion formed around the three-dimensional molded portion of the metal foil can be easily maintained in a flat state even around the three-dimensional molded portion because the metal foil has a high deformability. Therefore, the flat attachment portion of the metal foil can be attached to the mount accurately and easily.
In addition, according to the three-dimensional painting described in claim 1, by molding the appearance of a favorite existing three-dimensional decorative object with metal foil, it is possible to create various three-dimensional paintings that incorporate the three-dimensional patterns of existing three-dimensional decorative objects using multiple molded metal foils.

According to the three-dimensional painting described in claim 2, in addition to the effect of the configuration described in claim 1, a wrinkled pattern made of metal foil is added as a background to the flat attachment portion of the metal foil that constitutes the surface of the canvas. This makes it possible to easily add a wrinkled pattern to the surface of the canvas that serves as the background of the three-dimensional painting by utilizing the property of metal foil that easily wrinkles. Therefore, it is easier to create a three-dimensional effect on the canvas that serves as the background of the three-dimensional painting.

According to the three-dimensional painting described in claim 3, in addition to the advantageous effects of the configuration described in claim 2, a three-dimensional expression is applied using three-dimensional painting materials on a canvas with a wrinkled pattern made of metal foil, so that by utilizing the wrinkled pattern of the metal foil, a background with a three-dimensional feel can be obtained relatively easily without repeatedly applying or layering painting materials.

In addition, according to the method for producing a three-dimensional painting described in claim 4 above, in step A, metal foil to be attached to a backing paper that serves as the substrate for the canvas and an existing three-dimensional decorative body to be expressed on the canvas are prepared, in step B, the metal foil is pressed onto the surface of the prepared three-dimensional decorative body, forming a three-dimensional molded portion in the metal foil, a flat attachment portion around the three-dimensional molded portion, and a back-side recess on the back side of the three-dimensional molded portion, in step C, a filler is flowed and filled into the back-side recess of the metal foil to solidify the flat attachment portion so that it is flush with the surface, and in step D, the back side of the flat attachment portion of the metal foil, together with the back side of the filler that has been filled and solidified in the back-side recess, is attached onto the backing paper to form the canvas.
In other words, according to the method for producing a three-dimensional painting as described in claim 4, instead of simply placing an existing three-dimensional decorative object that one wishes to express on a canvas on the canvas, or reproducing the existing three-dimensional decorative object that one wishes to express on the canvas from scratch, one can take a mold of the existing three-dimensional decorative object that one wishes to express using metal foil, and then use the molded metal foil to easily express it as part of a three-dimensional painting.
And, by filling and solidifying the filler not only in the three-dimensional molded part but also in the concave part on the back side of the three-dimensional molded part, it is possible to reinforce the strength of the three-dimensional molded part of the thin metal foil so that it can fully withstand subsequent creative work. In addition, by forming a flat attachment part around the three-dimensional molded part, it is possible to obtain a three-dimensional canvas with a three-dimensional decorative part (three-dimensional molded part) made of metal foil by attaching the back side of the molded part filled and solidified with the filler and the back side of the flat attachment part to a mount. Therefore, by using such a three-dimensional canvas, it becomes very easy to create a three-dimensional painting afterwards. In addition, since it is possible to easily create a plurality of three-dimensional canvases made of metal foil with three-dimensional decorative parts (three-dimensional molded parts) with appropriately different shapes and positions, it is possible to create a variety of three-dimensional paintings using the canvases of metal foil with three-dimensional decorative parts (three-dimensional molded parts) with different shapes and positions.

According to the method for producing a three-dimensional painting described in claim 5, in addition to the effect of the configuration described in claim 4, in step D, when the metal foil is attached to the mount, a wrinkled pattern is added to the surface of the flat attachment portion of the metal foil. By taking advantage of the property of the metal foil being easily wrinkled in this way, the three-dimensional effect of the wrinkled pattern can be easily added to the surface of the canvas that forms the background of the three-dimensional painting, and the unevenness of the wrinkled pattern that forms the background of the three-dimensional painting can be added to the canvas in advance. Therefore, in the subsequent production of the three-dimensional painting, it is easy and simple to incorporate a three-dimensional expression even when using flat painting materials such as ordinary paints that are difficult to create a three-dimensional effect.

According to the method for producing a three-dimensional painting described in claim 6, in addition to the advantageous effects of the configuration described in claim 5, step E includes a step of applying three-dimensional expressions using three-dimensional painting materials in addition to two-dimensional painting materials to a canvas made of a mount with metal foil attached thereto. Therefore, by using a canvas on which a three-dimensional pattern using a three-dimensional molded portion and a wrinkle pattern has already been applied, three-dimensional paintings can be easily produced that are three-dimensionally expressed using three-dimensional painting materials such as preserved flowers as well as two-dimensional expressions using two-dimensional painting materials such as ordinary paints.

1A to 1C are diagrams illustrating an embodiment of a three-dimensional painting according to the present invention. FIG. 1 is a diagram for explaining an embodiment of a three-dimensional painting and a method for creating the same according to the present invention, showing metal foil and an existing three-dimensional decorative object to be expressed on a canvas. 1A to 1C are diagrams illustrating an embodiment of a three-dimensional painting and a method for producing the same according to the present invention. 1A to 1C are diagrams illustrating an embodiment of a three-dimensional painting and a method for producing the same according to the present invention. 1A to 1C are diagrams illustrating an embodiment of a three-dimensional painting and a method for producing the same according to the present invention. 1A to 1C are diagrams illustrating an embodiment of a three-dimensional painting and a method for producing the same according to the present invention. 1A to 1C are diagrams illustrating an embodiment of a three-dimensional painting and a method for producing the same according to the present invention.

Below, with reference to the drawings, an embodiment of a three-dimensional painting and a method for producing the same according to the present invention will be explained to help understand the present invention. However, the following explanation does not limit the technical scope of the present invention described in the claims.

First, referring to FIG. 1, a three-dimensional painting 1 according to an embodiment of the present invention comprises a three-dimensional representation 60 on at least a portion of a canvas 10 .
The mount 20 serves as a substrate for the canvas 10 and can be made of paper, board, or other materials.
The canvas 10 is constructed in such a manner that a metal foil 30 is attached onto a backing paper 20 serving as a substrate.

2 to 4, the metal foil 30 of the three-dimensional painting 1 is provided with a three-dimensional molded portion 31 that is a three-dimensional mold of the uneven pattern of an existing three-dimensional decorative body 80 that is to be expressed on the canvas 10.
The three-dimensional mold-taking portion 31 is surrounded by a flat surface attachment portion 32 that is attached to the mount 20 .
Referring also to FIG. 5, a back recess 33 formed on the back side of the three-dimensional mold portion 31 is filled with a filler 34 and solidified.
As the three-dimensional expression 60 on the canvas 10, a three-dimensional expression 61 is produced by a three-dimensional molded portion 31 of the metal foil 30.
As a three-dimensional expression 60 on the canvas 10, a three-dimensional expression 62 is produced using three-dimensional art materials 40 such as preserved flowers 41 and artificial flowers 42.
Furthermore, as a three-dimensional expression 60 on the canvas 10, a three-dimensional expression 63 is provided by a wrinkle pattern 35 formed on the metal foil 30.
Of course, the three-dimensional representation 60 on the canvas 10 includes three-dimensional representations other than those mentioned above.
In addition to the three-dimensional representation 60, the work may include two-dimensional representations 70 such as painting or line drawings using two-dimensional art materials 50 such as paint.

The metal foil 30 is itself pasted onto a mount 20 to form the canvas 10 .
The metal foil 30 is a member for three-dimensionally modeling the uneven pattern of the existing three-dimensional decorative body 80 that is to be expressed, and expressing it as part of the canvas 10 itself.
The metal foil 30 has better deformability and strength than materials such as resin foil, so that the three-dimensional decorative body 80 can be molded well and without damage.
Furthermore, the metal foil 20 has a high heat resistance, and can therefore sufficiently withstand high temperatures when a filler such as a resin is filled into the recess 33 on the rear side of the metal foil 20 and solidifies.
Of course, many of the existing three-dimensional decorative objects 80 that one wishes to express on the canvas 10 have a metallic luster, and this is also suitable as a means of expressing such three-dimensional decorative objects 80 with a metallic luster on the canvas 10.

Therefore, according to this three-dimensional painting 1, without simply pasting an existing three-dimensional decorative body 80 that one wishes to express onto the canvas 10, and without laying the same thing as the existing three-dimensional decorative body 80 on the canvas 10 from the beginning, it is possible to provide a canvas 10 incorporating a three-dimensional expression 61 formed by a three-dimensional molding portion 31 that three-dimensionally molds the uneven pattern of the existing three-dimensional decorative body 80 using metal foil 30, and a three-dimensional expression 63 formed by a wrinkle pattern 35, and a three-dimensional painting 1 on which, in addition to a flat drawing material 50, a three-dimensional expression 62 formed from a three-dimensional drawing material 40 is applied to at least a portion thereof.
In addition, by pressing the easily deformable metal foil 30 against the existing three-dimensional decorative body 80, the three-dimensional appearance of the three-dimensional decorative body 80 can be easily and satisfactorily copied as the three-dimensional molded part 31. That is, the desired three-dimensional pattern of the three-dimensional decorative body 80 can be satisfactorily reproduced on the canvas 10 by the metal foil 30.
Furthermore, the metal foil 30 is stronger than plastic films and is less likely to lose its shape, so that the transferred uneven shape can be well maintained. Also, since it has a high heat resistance, it will not burn even when filled with molten plastic filler.
Furthermore, since the flat attachment portion 32 of the metal foil 30 has a high deformability, even if it is formed around the three-dimensional mold-taking portion 31, it is less affected by the three-dimensional mold-taking portion 31 and can maintain a good flat shape, so that the flat attachment portion 32 can be attached to the backing paper 20 accurately and easily.
Furthermore, by using a plurality of metal foils 30, a plurality of shapes can be cut one after another from one three-dimensional decorative body 80, and various three-dimensional paintings 1 can be produced.
Moreover, by adding a wrinkle pattern 35 as a background to the flat pasting portion 32 of the metal foil 30, the property of the metal foil that wrinkles easily can be utilized, and a three-dimensional effect can be easily imparted to the background of the canvas 10 without repeating the work of painting or pasting with painting materials or the like.

The three-dimensional painting 1 of the present invention will now be further described together with its production method.
An embodiment of the production method includes the following steps A, B, C, and D.
Referring to FIG. 2, in step A, a metal foil 30 to be attached onto a backing sheet 20 that serves as a substrate for the canvas 10, and an existing three-dimensional decorative body 80 to be expressed on the canvas 10 are prepared.
Various materials can be used for the three-dimensional decorative body 80 as long as the uneven pattern can be well formed when the metal foil 30 is pressed against it. The target materials are decorative bodies having a certain degree of hardness, such as metal, ceramic, wood, glass, and hard resin.
The three-dimensional decorative body 80 shown in Fig. 2 is an example of a metal object. It has a base 81 and a concave-convex pattern 82, which is formed on the upper surface of the base 81 and consists of a nameplate pattern 82a and a cup pattern 82b.
Of course, the three-dimensional decorative object 80 may be formed into a three-dimensional shape all around, such as a three-dimensional statue, in which case an appropriate portion of the surrounding shape may be molded using metal foil 30.

In step B of the production method, metal foil 30 is pressed against all or part of the prepared three-dimensional decorative body 80 to form a three-dimensional mold-taking portion 31 in the metal foil 30, a flat attachment portion 32 around the three-dimensional mold-taking portion 31, and a back recess 33 on the back side of the three-dimensional mold-taking portion 31.
First, referring to FIG. 2, a metal foil 30 having a size sufficient to form the canvas 10 is cut from a roll or the like.
Next, referring to FIG. 3, the metal foil 30 is applied to the three-dimensional decorative body 80.
In FIG. 3, the three-dimensional decorative body 80 beneath the metal foil 30 cannot actually be seen, but the hidden three-dimensional decorative body 80 is indicated by dotted lines.
Next, referring to FIG. 4, a metal foil 30 is pressed against one side of the three-dimensional decorative body 80 (from above in this case), and a mold is formed to obtain a three-dimensional molded portion 31.
In the present embodiment, the base 81 of the three-dimensional decorative body 80 is not molded, but the uneven pattern 82 formed by protruding from the upper surface of the base 81, that is, the nameplate pattern 82a and the cup pattern 82b, are molded three-dimensionally. Of course, there is no restriction on how the molding is done.
By molding the three-dimensional decorative body 80 using the metal foil 30 in the manner described above, the three-dimensional molding portion 31 consisting of the nameplate pattern 82a and the cup pattern 82b can be transferred and formed on the metal foil 30.
The three-dimensional impression 31 will later become the three-dimensional representation 61 of the three-dimensional painting.
The surrounding area excluding the three-dimensional mold-taking portion 31 is configured as a flat surface attachment portion 32 .
The flat attachment section 32 is an essential component when the canvas 10 is formed later.
The back side of the three-dimensional mold portion 31 serves as a back side recess 33 .

5, in step C of the manufacturing method, a filler 34 is flowed and filled into the recess 33 on the rear side of the metal foil 30 so as to be flush with the flat attachment portion 32, and then solidified.
By filling the back recess 33 with the filler 34 and solidifying it, the three-dimensional molded part 31 can be reinforced and the uneven pattern transferred from the three-dimensional decorative body 80 can be prevented from collapsing. Also, by solidifying it flush with the flat attachment part 32, steps are prevented from being formed on the back side of the metal foil 30.
The process of flowing and filling the filler 34 and solidifying it can employ a method in which a so-called glue gun 90 is used, the filler 34 is melted by the glue gun 90 while being filled into the rear recess 33, and the filler is allowed to solidify over time.
In this case, resin can be used as the filler 34. By filling the rear recess 33 with melted resin using a glue gun 90, it is possible to easily fill the entire surface and then solidify the resin.

6 and 7, in step D of the production method, the back surface of the flat attachment portion 32 of the metal foil 30 is attached onto the backing paper 20 together with the back surface of the filler 34 filled in the back recess 33 to form the canvas 10.
When attaching, adhesive is applied to the back surface of the flat attachment portion 32 and the back surface of the filler 34 filled in the back recess 33 , and this is attached to the mount 20 .

In step D, when the metal foil 30 is attached onto the backing sheet 20 , a wrinkle pattern 35 can be added to the flat attachment portion 32 of the metal foil 30 .
The wrinkle pattern 35 can be added by attaching the metal foil 30, which has an adhesive applied to its back surface, to the mount 20 while twisting the wrinkles. Alternatively, the wrinkles can be formed in advance on the flat attachment portion 32 of the metal foil 30, and the metal foil 30 with the wrinkles formed thereon can be attached to the mount 20.
By forming the wrinkle pattern 35, a three-dimensional expression 63 due to the wrinkle pattern 35 can be added as a background to the flat surface of the canvas 10.

1, in step E, a three-dimensional expression 62 made of a three-dimensional art material 40 in addition to a two-dimensional art material 50 can be applied to the canvas 10 made of a mount 20 to which a metal foil 30 has been attached.
Therefore, by using the canvas 10 on which the three-dimensional expressions 61, 63 have been applied in advance using the three-dimensional molded portion 31 and the wrinkle pattern 35, a three-dimensional painting 1 can be easily produced which has a two-dimensional expression 70 using two-dimensional painting materials 50 such as ordinary paints, as well as a three-dimensional expression 62 using three-dimensional painting materials 40 such as preserved flowers 41.

According to the method for producing a three-dimensional painting of the embodiment, it is possible to easily produce a three-dimensional painting 1 by using a metal foil 30 molded into an existing three-dimensional decorative body 80 to be expressed, without placing the existing three-dimensional decorative body 80 to be expressed directly on the canvas 10, and without reproducing the three-dimensional decorative body 80 from scratch on the canvas 10.
Furthermore, by filling and solidifying a filler 34 in the rear recess 33 on the rear side of the three-dimensional mold-taking portion 31 of the metal foil 30, it is possible to reinforce the strength of the three-dimensional mold-taking portion 31 of the thin metal foil 30 so that it can adequately withstand subsequent work.
In addition, by attaching the back surface of the flat attachment portion 32 around the three-dimensional mold-taking portion 31 and the back surface of the filled and solidified filler 34 onto the backing paper 20, a three-dimensional canvas 10 with a three-dimensional representation 61 (three-dimensional mold-taking portion 31) made of metal foil 30 can be obtained in an extremely solid manner.
Therefore, by using such a three-dimensional canvas 10, the subsequent production of a three-dimensional painting 1 becomes very easy, and it becomes possible to produce a wide variety of three-dimensional paintings 1 by using the canvas 10 of metal foil 30 equipped with three-dimensional expressions 61 (three-dimensional mold-taking portions 31) whose shapes and positions are appropriately varied.
Furthermore, by utilizing the property of the metal foil 30 being easily wrinkled, a three-dimensional expression 63 using a wrinkle pattern 35 can be easily added to the surface of the canvas 10 that forms the background of the three-dimensional painting 1, and thus the three-dimensional expression 63 can be easily and simply incorporated into the background even when using flat painting materials 50 such as ordinary paints.

The ornamental object and its manufacturing method of the present invention are highly industrially applicable in the fields of manufacturing and selling ornamental items and ornamental parts that use preserved plants, as well as in various schools and the education industry that create works using preserved plants.

[0033] 1 Three-dimensional painting 10 Canvas 20 Mount 30 Metal foil 31 Three-dimensional mold-taking section 32 Flat surface attachment section 33 Back recess 34 Filling material 35 Wrinkle pattern 40 Three-dimensional art material 41 Preserved flower 42 Artificial flower 50 Flat surface art material 60 Three-dimensional expression 61 Three-dimensional expression using three-dimensional mold-taking section 31 62 Three-dimensional expression using three-dimensional art material 40 63 Three-dimensional expression using wrinkle pattern 35 70 Flat surface expression 80 Three-dimensional decorative body 81 Base 82 Uneven pattern 82a Nameplate pattern 82b Cup pattern 90 Glue gun

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

In addition to ordinary two-dimensional paintings, which are painted flat on canvas with paint, there are also three-dimensional paintings that are painted three-dimensionally by layering art materials on the canvas. There are various methods for creating three-dimensional paintings, such as layering paint to create a three-dimensional effect, using clay to create a three-dimensional effect on the canvas, pasting paper or photographs onto the canvas, pasting artificial flowers, fresh flowers, or preserved flowers, and pasting solid three-dimensional objects onto the canvas as art materials. Three-dimensional paintings created using these methods are available.

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

The above-mentioned Patent Document 1 discloses a painting method in which pieces of paper and water are placed in a household electric mixer, crushed into a paste, to which an appropriate amount of woodworking adhesive is added to create a paper paste, which is then applied in a concave-convex pattern over a sketch and layered to create a three-dimensional expression.
However, in the painting method of Patent Document 1, the three-dimensional representation 3 etc. must be created from scratch on the palette using paper paste.
The above-mentioned Patent Document 2 discloses an ornament or personal decoration, in which an adhesive 3 is applied to the surface of a lead metal foil 2, flowers 4, petals, etc. 6 are pressed and attached onto the adhesive 3, and then the flowers 4 are cut along their outer periphery, and the cut flowers 4 integrated with the metal foil 2 are wavy to create a three-dimensional effect, as well as a method for manufacturing the same.
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 of decoration, and is intended only to reinforce and wave the flower.
The above-mentioned Patent Document 3 discloses a three-dimensional painting panel in which a liquid silylated urethane resin 5 is used, which is filled into the area surrounded by the linear outline 2 of the painting and then solidified to give the painting a three-dimensional appearance.
However, in Patent Document 3, the resin 5 used is added later to the painting itself that has already been painted on the canvas.
The above-mentioned Patent Document 4 discloses an ornament in which a modeling part 20 formed by mixing clay and modeling paste, or further acrylic paint, is fixed to the surface of a canvas part 10. By preparing a modeling part 20 created in advance and attaching it to the canvas part 10, a complex ornament can be easily obtained.
However, in Patent Document 4, although the modeling portion 20 can be formed in advance separately from the canvas portion 10, the modeling portion 20 itself must be created from scratch using paste.
The above-mentioned Patent Document 5 discloses decorative stickers 80a, 80b, 80c, and a manufacturing method thereof, in which a pressure-increasing layer 37 is formed on an adhesive layer 32 and a metal foil layer 38 is formed on top of that to form three-dimensional metal foil decorative bodies 50a, 50b, 50c.
However, in Patent Document 5, the metal foil decorative bodies 50a, 50b, 50c are formed by forming an adhesive layer 32 and a pressure-boosting layer 37 on the release layer 30b of a release sheet 30, and then adhering a metal foil layer 38 on top of that using a thermal adhesive, and each metal foil decorative body needs to be built up by layering them one by one from the bottom up on the release sheet 30, which is the canvas.

Therefore, the present invention aims to solve the above-mentioned problems in the conventional art by providing a method for producing three-dimensional paintings that can incorporate and express the appearance of existing three-dimensional decorative objects by making good use of metal foil, rather than simply using an existing three-dimensional decorative object that one wishes to express on a canvas, or by forming an identical object to such a three-dimensional decorative object on a canvas from the beginning.

In order to achieve the above object, the first feature of the method for producing a three-dimensional painting of the present invention is that it comprises the following steps A to E.
A. A process of preparing a mount 20 that will be the substrate for the canvas 10, a metal foil 30 that will form the surface of the canvas 10, and an existing three-dimensional decorative body 80 that will not itself be part of the three-dimensional painting, but will be used as a tool to express a part of itself as part of the three-dimensional painting by transferring a part of itself.
B. Next, press the metal foil 30 against the three-dimensional decorative body 80, transfer the three-dimensional expression of the three-dimensional decorative body 80 to the metal foil 30, thereby forming a three-dimensional molded part 31 on the surface of the metal foil 30, which is the three-dimensional expression of the three-dimensional decorative body 80 transferred to it, and forming a flat attachment part 32 with a plane of at least the size reaching the outer periphery of the mount 20 around the three-dimensional molded part 31, and forming a back recess 33 on the back of the metal foil 30 at a position corresponding to the three-dimensional molded part 31, which opens without protruding to the back side.
C. Next, the metal foil 30 is turned over, and the filler 34 is flowed and filled into the back recess 33 that opens without protruding from the back surface so as to be flush with the back surface of the flat attachment portion 32, and then solidified as one piece.
D. Next, the metal foil 30 having the back recess 33 filled with the filler 34 and the flat attachment portion 32 is attached to the upper surface of the mount 20, to obtain a three-dimensional canvas 10 whose entire surface is made of the metal foil 30 and has a three-dimensional molded portion 31.
E. The next step is to apply three-dimensional expression to the three-dimensional canvas 10 made of the obtained metal foil 30 using two-dimensional art materials 50 and three-dimensional art materials 40.
In addition to the first feature , the method for producing a three-dimensional painting of the present invention further comprises the following features:
In step A, the existing three-dimensional decorative body 80 is made of metal and has a base 81 and a concave-convex pattern 82 formed on the upper surface of the base 81.
In process B, the base 81 of the three-dimensional decorative body 80 is placed on a flat surface, and the metal foil 30 is pressed against the upper surface of the base 81 from above, so that the uneven pattern 82 formed by protruding from the upper surface of the base 81 is reflected as the three-dimensional molding portion 31 and as a back-side recess 33, and the metal foil 30 is received on the upper surface of the base 81 around the uneven pattern 82, thereby making the back-side recess 33 and the flat attachment portion 32 flush with each other, which is the second feature of the process .

The three-dimensional painting produced by the method for producing a three-dimensional painting according to the first aspect of the present invention has a three-dimensional expression made of three-dimensional painting materials in addition to two-dimensional painting materials on at least a part of the canvas 10 .
The canvas 10 is constructed in such a manner that a metal foil 30 is attached onto a backing paper 20 serving as a substrate.
The metal foil 30 includes a three-dimensional mold-taking portion 31 that is a three-dimensional mold of the uneven pattern of an existing three-dimensional decorative body 80 that is to be expressed on the canvas 10 , a flat attachment portion 32 that is formed flat around the three-dimensional mold-taking portion 31 and is attached to the backing paper 20 , and a back recess 33 formed on the back side of the three-dimensional mold-taking portion 31 .
Furthermore, the back side recess 33 of the metal foil 30 is filled with a filler 34 and solidified.
In other words, the resulting three-dimensional painting is not produced by simply pasting an existing three-dimensional decorative body 80 that one wishes to express onto the canvas 10 , nor by initially laying out the same thing as the existing three-dimensional decorative body 80 on the canvas 10 , but by using a canvas 10 that favorably incorporates the three-dimensional appearance of the existing three-dimensional decorative body 80 by using metal foil 30 , and a three-dimensional painting can be provided in which, in at least a portion of the canvas 10 , a three-dimensional expression is applied to the canvas 10, which is made up of three-dimensional art materials 40 in addition to the flat art materials 50 .
In addition, the metal foil 30 is relatively easy to deform, and by pressing it against the existing three-dimensional decorative body 80 , the three-dimensional appearance of the three-dimensional decorative body 80 can be easily and satisfactorily copied as the three-dimensional mold part 31 , and the uneven deformation state can be well maintained even when the pressing against the three-dimensional decorative body 80 is removed. In other words, the metal foil 30 can be used to reproduce the three-dimensional pattern of the desired three-dimensional decorative body 80 on the canvas 10 .
In addition, the metal foil 30 is stronger than plastic films, etc., and even when the filler 34 is filled and solidified in the rear recess 33 on the rear side of the three-dimensional molded portion 31 of the metal foil 30 , the metal foil 30 is less likely to lose its shape than plastic films, etc., so that the copied uneven shape can be well maintained. Of course, the heat resistance temperature is sufficiently higher than that of ordinary paper, etc., so there is no risk of burning even when molten plastic filler is filled in.
Moreover, since the metal foil 30 has high deformability, the flat attachment portion 32 formed around the three -dimensional mold-taking portion 31 of the metal foil 30 can be easily maintained in a flat state even around the three-dimensional mold-taking portion 31. Therefore, the flat attachment portion 32 of the metal foil 30 can be attached to the mount 20 accurately and easily.
Furthermore, according to the three-dimensional painting obtained , by molding the appearance of a favorite existing three-dimensional decorative body 80 with metal foil 30 , it is possible to produce various three-dimensional paintings 1 incorporating the three-dimensional patterns of the existing three-dimensional decorative body 80 using a plurality of molded metal foils 30 .

According to the method for producing a three-dimensional painting as described in claim 1,
In step A, a mount 20 that serves as the substrate for the canvas 10, a metal foil 30 for forming the surface of the canvas 10, and an existing three-dimensional decorative body 80 that is not used as a part of the three-dimensional painting itself but is used as a tool for expressing a part of the three-dimensional painting by transferring a part of itself are prepared.
In step B, the metal foil 30 is pressed against the three-dimensional decorative body 80, and the three-dimensional expression of the three-dimensional decorative body 80 is transferred to the metal foil 30. As a result, a three-dimensional molded portion 31 is formed on the surface of the metal foil 30, to which the three-dimensional expression of the three-dimensional decorative body 80 is transferred. A flat attachment portion 32 having a flat surface with a dimension that reaches at least the outer periphery of the mount 20 is formed around the three-dimensional molded portion 31. A back recess 33 is formed on the back surface of the metal foil 30 at a position corresponding to the three-dimensional molded portion 31, which opens without protruding to the back surface.
In step C, the metal foil 30 is then turned over, and a filler 34 is flowed and filled into the back recess 33 that opens without protruding onto the back surface so as to be flush with the back surface of the flat attachment portion 32, and solidified integrally.
In step D, the metal foil 30 having the flat attachment portion 32 and the back recess 33 filled flush with the filler 34 is then attached in intimate contact with the entire upper surface of the mount 20 to obtain a three-dimensional canvas 10 whose entire surface is made of the metal foil 30 and has a three-dimensional molded portion 31.
In step E, the three-dimensional canvas 10 made of the obtained metal foil 30 is given a three-dimensional expression using the two-dimensional art material 50 and the three-dimensional art material 40.

That is, according to the method for producing a three-dimensional painting as described in claim 1,
In step A, the existing three-dimensional decorative body 80 that is to be expressed on the canvas 10 is not itself made a part of the three-dimensional painting, but is used as a tool for expressing a part of itself as a part of the three-dimensional painting by transfer. Therefore, the three-dimensional decorative body 80 itself is not consumed, but is kept separately and can be used many times to create the three-dimensional canvas 10.
Of course, rather than reproducing the expression of an existing three-dimensional decorative body 80 from scratch on the canvas 10, a mold of the existing three-dimensional decorative body 80 that one wishes to express can be taken using metal foil 30, and the molded metal foil 30 can be used to reflect that expression in a three-dimensional canvas 10, or even a three-dimensional painting.
In particular, in the process A, the existing three-dimensional decorative body 80 is merely transferred, so even if the three-dimensional decorative body 80 is a one-off product, it is not consumed in one production, but can be used repeatedly for the production of different works. Of course, the transfer position of the three-dimensional decorative body 80 on the canvas 10 can also be changed and selected in various ways.

In step B, the metal foil 30 is pressed against the three-dimensional decorative body 80 and transferred, thereby obtaining the three-dimensional expression of the three-dimensional decorative body 80 as the three-dimensional molded portion 31 of the metal foil 30. That is, when the metal foil 30 later becomes the surface of the canvas 10, it is possible to obtain the canvas 10 of the metal foil 30 in which the three-dimensional expression consisting of the three-dimensional molded portion 31 is incorporated into the canvas 10 itself.
In addition, in process B, a flat attachment portion 32 having a flat surface extending at least to the outer periphery of the mount 20 is formed around the three-dimensional mold-taking portion 31, so that the three-dimensional mold-taking portion 31 can be securely attached to the top surface of the mount 20 using this flat attachment portion 32, and a three-dimensional canvas 10 whose entire surface is made of metal foil 30 can be easily obtained.
Moreover, the three-dimensional molded portion 31 is formed in a protruding state on the surface of the metal foil 30, and the back recess 33 is formed to open without protruding on the back surface of the metal foil 30, so that the deformation (back recess 33) caused by the transfer of the existing three-dimensional decorative body 80 never appears as a protruding portion on the back surface of the metal foil 30. Therefore, the back surface of the metal foil 30 continues to be maintained flat, and when the metal foil 30 is later attached to the backing paper 20, the occurrence of a gap between the two is reliably prevented.
In addition, since the rear recess 33 is formed so as to open onto the rear surface of the metal foil 30 without protruding therefrom, the rear recess 33 and the rear surface of the planar attachment portion 32 around it can be made flush with each other without any steps around the rear recess 33. Therefore, even the metal foil 30 having the three-dimensional molded portion 31 can be sufficiently adhered to the mount 20 without any gaps.
As a result, even if the metal foil 30 only has a partial three-dimensional appearance, it can be attached to the entire surface of the mount 20 to obtain a canvas 10 with the metal foil 30 tightly attached to the surface. This also makes it possible to reliably prevent the metal foil 30 on the surface of the canvas 10 from becoming dented or deformed during the subsequent three-dimensional painting work.

In step C, the metal foil 30 is turned over, and the filler 34 is flow-filled into the back recess 33 so as to be flush with the back surface of the flat attachment portion 32, and solidified as one piece, thereby strengthening the thin metal foil 30 and eliminating the step between the back recess 33 and the surrounding flat attachment portion 32. Therefore, when attaching the metal foil 30 to the mount 20, the adhesive can be applied evenly, and the metal foil 30 can be attached to the mount 20 in close contact with no gaps. This makes it possible to reinforce the strength of the surface of the canvas 10 made of the metal foil 30 so that it can fully withstand subsequent creative work.
In addition, in process D, a metal foil 30 having a back recess 33 filled with a filling material 34 and the flat attachment portion 32 is attached to the upper surface of the backing paper 20, thereby actually obtaining a canvas 10 having a metal foil 30 with a three-dimensional molded portion 31 on its surface.
In step E, the three-dimensional canvas 10 made of the obtained metal foil 30 is given a three-dimensional expression using two-dimensional art materials 50 and three-dimensional art materials 40, thereby obtaining a three-dimensional painting on which two-dimensional and three-dimensional art materials are applied to the surface of the three-dimensional canvas 10 made of the metal foil 30 equipped with the three-dimensional mold-forming portion 31 .
Furthermore, according to the method for producing a three-dimensional painting of the present invention, it is possible to produce not only one but multiple canvases 10 having a surface made of metal foil 30 with a three-dimensional mold-taking portion 31, and since the position of the three-dimensional mold-taking portion 31 can be easily changed, it is possible to produce a variety of related three-dimensional paintings.

According to the method for producing a three-dimensional painting as set forth in claim 2 , in addition to the advantageous effects of the configuration as set forth in claim 1 , in step A, the existing three-dimensional decorative body 80 is made of metal and is provided with a base 81 and an uneven pattern 82 formed by protruding from the upper surface of the base 81, and in step B, the base 81 of the three-dimensional decorative body 80 is placed flat, and the metal foil 30 is pressed against the upper surface of the base 81, so that the uneven pattern 82 formed by protruding from the upper surface of the base 81 is reflected as the three-dimensional molded portion 31 and as the back recess 33, and the metal foil 30 is received by the upper surface of the base 81 around the uneven pattern 82, so that the back recess 33 and the flat attachment portion 32 are configured to be flush with each other.
When transferring the three-dimensional expression of the three-dimensional decorative body 80, the metal foil 30 is pressed against the upper surface of the base 81, so that the uneven pattern 82 formed by protruding from the upper surface of the base 81 can be easily transferred as the three-dimensional molded portion 31 and the back-side recess 33. At the same time, the upper surface of the base 81 located around the uneven pattern 82 can be brought into planar contact with the metal foil 30, so that the back surface of the flat attachment portion 32 around the back-side recess 33 can easily become flush with the back-side recess 33.

1A to 1C are diagrams illustrating an embodiment of a three-dimensional painting according to the present invention. FIG. 1 is a diagram for explaining an embodiment of a three-dimensional painting and a method for creating the same according to the present invention, showing metal foil and an existing three-dimensional decorative object to be expressed on a canvas. 1A to 1C are diagrams illustrating an embodiment of a three-dimensional painting and a method for producing the same according to the present invention. 1A to 1C are diagrams illustrating an embodiment of a three-dimensional painting and a method for producing the same according to the present invention. 1A to 1C are diagrams illustrating an embodiment of a three-dimensional painting and a method for producing the same according to the present invention. 1A to 1C are diagrams illustrating an embodiment of a three-dimensional painting and a method for producing the same according to the present invention. 1A to 1C are diagrams illustrating an embodiment of a three-dimensional painting and a method for producing the same according to the present invention.

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

An example of a three-dimensional painting obtained by an embodiment of the method for producing a three-dimensional painting of the present invention will be described with reference to Fig. 1. The three-dimensional painting 1 has a three-dimensional representation 60 on at least a part of a canvas 10.
The mount 20 serves as a substrate for the canvas 10 and can be made of paper, board, or other materials.
The canvas 10 is constructed in such a manner that a metal foil 30 is attached onto a backing paper 20 serving as a substrate.

2 to 4, the metal foil 30 of the three-dimensional painting 1 is provided with a three-dimensional molded portion 31 that is a three-dimensional mold of the relief pattern 82 of an existing three-dimensional decorative body 80 that is to be expressed on the canvas 10.
The three-dimensional mold-taking portion 31 is surrounded by a flat surface attachment portion 32 that is attached to the mount 20 .
Referring also to FIG. 5, a back recess 33 formed on the back side of the three-dimensional mold portion 31 is filled with a filler 34 and solidified.
As the three-dimensional expression 60 on the canvas 10, a three-dimensional expression 61 is produced by a three-dimensional molded portion 31 of the metal foil 30.
As a three-dimensional expression 60 on the canvas 10, a three-dimensional expression 62 is produced using three-dimensional art materials 40 such as preserved flowers 41 and artificial flowers 42.
Furthermore, as a three-dimensional expression 60 on the canvas 10, a three-dimensional expression 63 is provided by a wrinkle pattern 35 formed on the metal foil 30.
Of course, the three-dimensional representation 60 on the canvas 10 includes three-dimensional representations other than those mentioned above.
In addition to the three-dimensional representation 60, the work may include two-dimensional representations 70 such as painting or line drawings using two-dimensional art materials 50 such as paint.

The metal foil 30 is itself pasted onto a mount 20 to form the canvas 10 .
The metal foil 30 is also a member for three-dimensionally modeling the embossed pattern 82 of the existing three-dimensional decorative body 80 that one wishes to express, and expressing it as part of the canvas 10 itself.
The metal foil 30 has better deformability and strength than materials such as resin foil, so that the three-dimensional decorative body 80 can be molded well and without damage.
Furthermore, the metal foil 30 has a high heat resistance, and can therefore sufficiently withstand high temperatures even when the filler 34 made of resin or the like is filled into the recess 33 on the rear side of the metal foil 30 and solidifies.
Of course, many of the existing three-dimensional decorative objects 80 that one wishes to express on the canvas 10 have a metallic luster, and this is also suitable as a means of expressing such three-dimensional decorative objects 80 with a metallic luster on the canvas 10.

Therefore, according to this three-dimensional painting 1, without simply pasting an existing three-dimensional decorative body 80 that one wishes to express onto the canvas 10, and without laying the same thing as the existing three-dimensional decorative body 80 on the canvas 10 from the beginning, it is possible to provide a canvas 10 that incorporates a three-dimensional expression 61 formed by a three-dimensional molding section 31 that three-dimensionally molds the uneven pattern 82 of the existing three-dimensional decorative body 80 using metal foil 30, and a three-dimensional expression 63 formed by a wrinkle pattern 35, and a three-dimensional painting 1 that has been applied to at least a portion of the canvas 10 with a three-dimensional expression 62 formed from a three-dimensional painting material 40 in addition to a flat painting material 50.
In addition, by pressing the easily deformable metal foil 30 against the existing three-dimensional decorative body 80, the three-dimensional appearance of the three-dimensional decorative body 80 can be easily and satisfactorily copied as the three-dimensional molded part 31. That is, the desired three-dimensional pattern of the three-dimensional decorative body 80 can be satisfactorily reproduced on the canvas 10 by the metal foil 30.
Furthermore, the metal foil 30 is stronger than plastic films and is less likely to lose its shape, so that the transferred uneven shape can be well maintained. Also, since it has a high heat resistance, it will not burn even when filled with molten plastic filler.
Furthermore, since the flat attachment portion 32 of the metal foil 30 has a high deformability, even if it is formed around the three-dimensional mold-taking portion 31, it is less affected by the three-dimensional mold-taking portion 31 and can maintain a good flat shape, so that the flat attachment portion 32 can be attached to the backing paper 20 accurately and easily.
Furthermore, by using a plurality of metal foils 30, a plurality of shapes can be cut one after another from one three-dimensional decorative body 80, and various three-dimensional paintings 1 can be produced.
Moreover, by adding a wrinkle pattern 35 as a background to the flat pasting portion 32 of the metal foil 30, the property of the metal foil that wrinkles easily can be utilized, and a three-dimensional effect can be easily imparted to the background of the canvas 10 without repeating the work of painting or pasting with painting materials or the like.

The method for producing the three-dimensional painting 1 of the present invention will now be described in further detail.
An embodiment of the production method includes the following steps A, B, C, D , and E.
Referring to FIG. 2, in step A, a metal foil 30 to be attached onto a backing sheet 20 that serves as a substrate for the canvas 10, and an existing three-dimensional decorative body 80 to be expressed on the canvas 10 are prepared.
Various materials can be used for the three-dimensional decorative body 80 as long as the uneven pattern 82 can be well formed when the metal foil 30 is pressed against it. The target materials are decorative bodies having a certain degree of hardness, such as metal, ceramic, wood, glass, and hard resin.
The three-dimensional decorative body 80 shown in Fig. 2 is an example of a metal object. It has a base 81 and a concave-convex pattern 82, which is formed on the upper surface of the base 81 and consists of a nameplate pattern 82a and a cup pattern 82b.
Of course, the three-dimensional decorative object 80 may be formed into a three-dimensional shape all around, such as a three-dimensional statue, in which case an appropriate portion of the surrounding shape may be molded using metal foil 30.

In step B of the production method, metal foil 30 is pressed against all or part of the prepared three-dimensional decorative body 80 to form a three-dimensional mold-taking portion 31 in the metal foil 30, a flat attachment portion 32 around the three-dimensional mold-taking portion 31, and a back recess 33 on the back side of the three-dimensional mold-taking portion 31.
First, referring to FIG. 2, a metal foil 30 having a size sufficient to form the canvas 10 is cut from a roll or the like.
Next, referring to FIG. 3, the metal foil 30 is applied to the three-dimensional decorative body 80.
In FIG. 3, the three-dimensional decorative body 80 beneath the metal foil 30 cannot actually be seen, but the hidden three-dimensional decorative body 80 is indicated by dotted lines.
Next, referring to FIG. 4, a metal foil 30 is pressed against one side of the three-dimensional decorative body 80 (from above in this case), and a mold is formed to obtain a three-dimensional molded portion 31.
In the present embodiment, the base 81 of the three-dimensional decorative body 80 is not molded, but the uneven pattern 82 formed by protruding from the upper surface of the base 81, that is, the nameplate pattern 82a and the cup pattern 82b, are molded three-dimensionally. Of course, there is no restriction on how the molding is done.
By molding the three-dimensional decorative body 80 using the metal foil 30 in the manner described above, the three-dimensional molding portion 31 consisting of the nameplate pattern 82a and the cup pattern 82b can be transferred and formed on the metal foil 30.
The three-dimensional impression 31 will later become the three-dimensional representation 61 of the three-dimensional painting.
The surrounding area excluding the three-dimensional mold-taking portion 31 is configured as a flat surface attachment portion 32 .
The flat attachment section 32 is an essential component when the canvas 10 is formed later.
The back side of the three-dimensional mold portion 31 serves as a back side recess 33 .

5, in step C of the manufacturing method, a filler 34 is flowed and filled into the recess 33 on the rear side of the metal foil 30 so as to be flush with the flat attachment portion 32, and then solidified.
By filling the back recess 33 with the filler 34 and solidifying it, the three-dimensional molded part 31 can be reinforced and the uneven pattern transferred from the three-dimensional decorative body 80 can be prevented from collapsing. Also, by solidifying it flush with the flat attachment part 32, steps are prevented from being formed on the back side of the metal foil 30.
The process of flowing and filling the filler 34 and solidifying it can employ a method in which a so-called glue gun 90 is used, the filler 34 is melted by the glue gun 90 while being filled into the rear recess 33, and the filler is allowed to solidify over time.
In this case, resin can be used as the filler 34. By filling the rear recess 33 with melted resin using a glue gun 90, it is possible to easily fill the entire surface and then solidify the resin.

6 and 7, in step D of the production method, the back surface of the flat attachment portion 32 of the metal foil 30 is attached onto the backing paper 20 together with the back surface of the filler 34 filled in the back recess 33 to form the canvas 10.
When attaching, adhesive is applied to the back surface of the flat attachment portion 32 and the back surface of the filler 34 filled in the back recess 33 , and this is attached to the mount 20 .

In step D, when the metal foil 30 is attached onto the backing sheet 20 , a wrinkle pattern 35 can be added to the flat attachment portion 32 of the metal foil 30 .
The wrinkle pattern 35 can be added by attaching the metal foil 30, which has an adhesive applied to its back surface, to the mount 20 while twisting the wrinkles. Alternatively, the wrinkles can be formed in advance on the flat attachment portion 32 of the metal foil 30, and the metal foil 30 with the wrinkles formed thereon can be attached to the mount 20.
By forming the wrinkle pattern 35, a three-dimensional expression 63 due to the wrinkle pattern 35 can be added as a background to the flat surface of the canvas 10.

1, in step E, a three-dimensional expression 62 made of a three-dimensional art material 40 in addition to a two-dimensional art material 50 can be applied to the canvas 10 made of a mount 20 to which a metal foil 30 has been attached.
Therefore, by using the canvas 10 on which the three-dimensional expressions 61, 63 have been applied in advance using the three-dimensional molded portion 31 and the wrinkle pattern 35, a three-dimensional painting 1 can be easily produced which has a two-dimensional expression 70 using two-dimensional painting materials 50 such as ordinary paints, as well as a three-dimensional expression 62 using three-dimensional painting materials 40 such as preserved flowers 41.

According to the method for producing a three-dimensional painting of the embodiment, it is possible to easily produce a three-dimensional painting 1 by using a metal foil 30 molded into an existing three-dimensional decorative body 80 to be expressed, without placing the existing three-dimensional decorative body 80 to be expressed directly on the canvas 10, and without reproducing the three-dimensional decorative body 80 from scratch on the canvas 10.
Furthermore, by filling and solidifying a filler 34 in the rear recess 33 on the rear side of the three-dimensional mold-taking portion 31 of the metal foil 30, it is possible to reinforce the strength of the three-dimensional mold-taking portion 31 of the thin metal foil 30 so that it can adequately withstand subsequent work.
In addition, by attaching the back surface of the flat attachment portion 32 around the three-dimensional mold-taking portion 31 and the back surface of the filled and solidified filler 34 onto the backing paper 20, a three-dimensional canvas 10 with a three-dimensional representation 61 (three-dimensional mold-taking portion 31) made of metal foil 30 can be obtained in an extremely solid manner.
Therefore, by using such a three-dimensional canvas 10, the subsequent production of a three-dimensional painting 1 becomes very easy, and it becomes possible to produce a wide variety of three-dimensional paintings 1 by using the canvas 10 of metal foil 30 equipped with three-dimensional expressions 61 (three-dimensional mold-taking portions 31) whose shapes and positions are appropriately varied.
Furthermore, by utilizing the property of the metal foil 30 being easily wrinkled, a three-dimensional expression 63 using a wrinkle pattern 35 can be easily added to the surface of the canvas 10 that forms the background of the three-dimensional painting 1, and thus the three-dimensional expression 63 can be easily and simply incorporated into the background even when using flat painting materials 50 such as ordinary paints.

The ornamental object and its manufacturing method of the present invention are highly industrially applicable in the fields of manufacturing and selling ornamental items and ornamental parts that use preserved plants, as well as in various schools and the education industry that create works using preserved plants.

[0033] 1 Three-dimensional painting 10 Canvas 20 Mount 30 Metal foil 31 Three-dimensional mold-taking section 32 Flat surface attachment section 33 Back recess 34 Filling material 35 Wrinkle pattern 40 Three-dimensional art material 41 Preserved flower 42 Artificial flower 50 Flat surface art material 60 Three-dimensional expression 61 Three-dimensional expression using three-dimensional mold-taking section 31 62 Three-dimensional expression using three-dimensional art material 40 63 Three-dimensional expression using wrinkle pattern 35 70 Flat surface expression 80 Three-dimensional decorative body 81 Base 82 Uneven pattern 82a Nameplate pattern 82b Cup pattern 90 Glue gun

Claims (6)

A three-dimensional painting in which a three-dimensional expression made of three-dimensional painting materials is applied to at least a part of a canvas in addition to two-dimensional painting materials, the canvas is configured in a state in which metal foil is attached to a mount that serves as a substrate, the metal foil has a three-dimensional mold part that three-dimensionally molds the uneven pattern of an existing three-dimensional decorative object that is to be expressed on the canvas, and a flat attachment part that is configured flat around the three-dimensional mold part and is attached to the mount, and a filling material is filled and solidified in a rear recess configured on the rear side of the three-dimensional mold part. The three-dimensional painting according to claim 1, characterized in that a wrinkled pattern made of metal foil is added as a background to the flat surface of the canvas that is made of the metal foil. The three-dimensional painting according to claim 2, characterized in that a three-dimensional expression is applied using three-dimensional painting materials on a canvas with a wrinkled pattern applied using metal foil. A method for producing a three-dimensional painting, comprising the following steps A to D.
A. The process involves preparing the metal foil to be attached onto the backing paper that will serve as the substrate for the canvas, and the existing three-dimensional decorative body that you want to express on the canvas.
B. A process of pressing a metal foil onto the surface of the existing three-dimensional decorative body, thereby forming a three-dimensional molded part on the pressed part, a flat attachment part around the three-dimensional molded part, and a back side recess on the back side of the three-dimensional molded part.
C. A process of flowing and filling the recess on the back side of the metal foil with a filler so that the filler is flush with the flat attachment portion, and then solidifying the filler.
D. A process of attaching the back side of the flat attachment portion of the metal foil together with the back side of the filler onto a backing paper to form a canvas. The method for producing a three-dimensional painting according to claim 4, characterized in that in step D, when the metal foil is attached to the mount, a wrinkle pattern is added to the surface of the flat attachment portion of the metal foil. The method for producing a three-dimensional painting according to claim 5, characterized in that it includes a step E in which a canvas made of a mount with metal foil attached thereto is applied with three-dimensional expression using three-dimensional art materials in addition to two-dimensional art materials.

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