JPH09300898A - Forming of laminated fabric stereoscopic picture - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain a method which can easily form a three dimensional decorated picture further stereoscopically than usually. SOLUTION: Firstly, a water paste and the like is spread on a fabric and dried to set. A plurality of predetermined shaped leaves 11 such as a petal and the like are cut out of a fabric set. The leaf 11 cut out can be curved and bended. A plurality of the leaves 11 are stacked on a mount 13 with a sponge chip 12 double-side thereof is coated with an adhesive, whereby a stereoscopic picture is formed.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for producing a novel three-dimensional decorative image using cloth.

[0002]

2. Description of the Related Art Decorative images in which a thin cloth is attached on a mount are already known. However, conventional decoration images using cloth only stick the cloth directly onto the mount, and although three-dimensional devices such as raising the cloth from the mount have been devised, it looks three-dimensional when viewed from a distance. It was scarce.

Also, a method of cutting out thick and rigid paper into various shapes, bending them appropriately, and then pasting them on a mount to create a three-dimensional picture (3D (three-dimensional)) Art, also called shadow art, etc.) is also known.

[0004]

In all of the above-mentioned conventional decorative paintings, the cloth or the cut paper is attached so as to rise from the surface of the mount, but basically, the cloth or the paper to be attached is placed on the mount. They were only placed in a single layer, and even if they were piled up, they were only partly duplicated. Also,
Even when stacking them, nothing was sandwiched between them to raise them. Therefore, these conventional decorative paintings have a poor stereoscopic effect.

The present invention provides a method for producing a three-dimensional decorative image having a much more three-dimensional effect than ever before.

[0006]

The method for producing a three-dimensional image of a layered cloth according to the present invention is characterized by including the following steps. a) Solidify the cloth with glue. b) From the solidified cloth, cut out a plurality of pieces of a predetermined shape. c) A sponge piece coated with an adhesive on both sides is interposed on the mount, and the plurality of pieces are laminated to form a three-dimensional image.

[0007]

BEST MODE FOR CARRYING OUT THE INVENTION The cloth may be a thick cloth such as felt, or a thin cloth such as a handkerchief (loan). Alternatively, a non-woven fabric may be used. In step a) these fabrics are first solidified. Specifically, for example, a cloth is coated with water paste and dried to be solidified.
The water paste may be sprayed or the fabric may be dipped in the water paste. In addition to water glue, starch, decoupage solution, wood work bonds diluted with water, or any other material that is dried and solidified can be used.

Next, from the solidified cloth 10, the shape of petals, leaves, etc. is cut out when a three-dimensional image of a flower is created, and the shape of a mountain, a tree, etc. is cut out when a three-dimensional image of a landscape is created (step (b)).
(FIG. 1 (a)). Since the fabric 10 has been solidified in advance in the step a), it is possible to accurately cut out even a fine shape without wrinkling when cutting out with scissors or a cutter.
In addition, since the periphery of the cut out fabric (this is referred to as image piece 11) is not frayed, a beautiful image piece 11 can be obtained. The cut-out image piece 11 may be used as it is in a flat shape, or may be bent or bent as appropriate according to the purpose of the picture to be processed into a three-dimensional shape (FIG. 1B).
Also in this case, since the cloth is solidified in advance in step a), it can be processed into an arbitrary shape and the shape can be fixed. The piece 11 may be appropriately colored or a pattern may be drawn.

An image piece 11 required to create one picture
After preparing all, paste the piece 11 on the mount 13,
Further, another image piece 11 is laminated on the attached image piece 11. Between the mount 13 and the piece 11 and the piece 1
1 and the image piece 11 are fixed by interposing a sponge piece 12 whose both surfaces are coated with an adhesive in advance (FIG. 2).
(A), (b)). Since the sponge piece 12 is thick,
In this way, the picture produced by stacking the image pieces 11 has a three-dimensional effect (FIG. 2C). Although a method of using a silicon bond for increasing the thickness can be considered, it has a drawback that it takes a long time to solidify and it adheres to hands and surroundings to be soiled. On the other hand, the sponge is easy to handle and does not stain the hands or the surroundings, and by stacking two or more stages, the pieces of the sponge can be raised higher and the degree of freedom in creation can be increased.

In order to make it easy to create a three-dimensional image using the method of the present invention, necessary materials and tools can be prepared in a kit. The kit includes the following items.・ Cloth ・ Solidifying agent (water glue, etc.) ・ Mounting paper ・ Intermediate material (sponge) ・ Forehead (frame, front transparent plate, etc.) ・ Tools (tweezers, cutter, scissors, modeler, etc.)

By putting the cloth and the solidifying agent separately, there is an advantage that the creator can more freely shape the shape of the cloth. However, for those who desire simpler production, solidified cloth may be put in advance. A rough sketch can be drawn on the mount in advance. In this case, the material and color of the fabric should match the sketch. In the case of a kit that focuses on free production, do not draw a rough sketch on the mount, but only include the instruction manual or some finished samples. In this case, the cloth should be made of various materials and colors.

The interposer (sponge with adhesive) has adhesive coated on both sides and has a release paper stretched on its coated surface, which is long (in the case of tape) or large (in the case of surface). Put it in (Fig. 2 (a)). A commercially available thin double-sided adhesive sponge tape may be used as it is. Further, when a sheet-like material is put in, it is desirable to make a cut in a thin rod shape so that it can be easily cut out. If sponges with different thicknesses (for example, 3 mm and 5 mm) are put in, various heights (3 mm, 5 mm, 3 + 3 mm, 3
(+ 5mm etc.) can be obtained, which is convenient. Tweezers, a cutter, etc. are not essential, but it is convenient to put in a special one so that you can perform detailed work. The modeler is a spoon-shaped tool used for rounding an image piece as shown in FIG. 1 (b), but this is also not essential.

[0013]

The three-dimensional image created by the method according to the present invention is
Since the image pieces are laminated in multiple stages via the sponge pieces, the decorative image has a very three-dimensional effect. In addition, since cloth is used for the pieces, the softness, warmth, and
It can give a sense of transparency. Furthermore, since no adhesive is used, the work itself can be finished cleanly without soiling the hands or the surroundings during creation.

[Brief description of drawings]

FIG. 1 is an explanatory view showing a step of preparing an image piece.

[Fig. 2] Laminating the pieces by interposing a sponge with an adhesive,
Explanatory drawing which shows the process of creating a stereoscopic image.

[Explanation of symbols]

 10 ... Cloth 11 ... Drawing piece 12 ... Sponge piece 13 ... Mount

Claims (1)

[Claims] 1. A method for producing a three-dimensional image of overlapped fabric, comprising the following steps. a) Solidify the cloth with glue. b) From the solidified cloth, cut out a plurality of pieces of a predetermined shape. c) A sponge piece coated with an adhesive on both sides is interposed on the mount, and the plurality of pieces are laminated to form a three-dimensional image.