JPH04115700U - Transparent display panel - Google Patents

Abstract

(57) [Summary] (with amendments) [Purpose] The chigiri-e pattern created using the chigiri-e method is rendered three-dimensionally through light transmission, and can be used as a component for decorative lighting or as a component for interior decoration. Transparent display panel applied. [Structure] A torn paper group 3 made up of a plurality of torn paper pieces 4 is attached to one surface of a light-transmitting substrate 2 so as to partially overlap each other, and the other surface is exposed to natural light or light. By combining it with a light source means using artificial light, it can be used as a component of a light decoration device.

Description

[Detailed explanation of the idea]

0001

[Industrial application field]

This invention uses the so-called tear-painting method, which is well known in the past, to be used as a component for decorative lighting. It is applied to industrial production products such as components for interior decoration products, etc. Transparent display panel configured to depict the Giri-e pattern three-dimensionally through light transmission. It's about flannel.

0002

[Conventional technology]

As is well known, traditional chigiri-e is made of rigid, opaque rectangular colored paper. On one side, there is so-called tear paper obtained by tearing Japanese paper of the desired color into the appropriate shape. It is provided as pieces pasted together in a pattern. Following the above configuration, Next, Chigiri-e is a combination of the color of the torn paper pieces themselves and the shape of the torn paper pieces themselves. The design is designed so that the pattern formed by the combination can be viewed directly and flatly using reflected light. It is just a handicraft ornament and is not intended to be commercialized in any way. However, it lacked industrial versatility.

0003

[Problem that the idea aims to solve]

Therefore, this idea was developed by applying the conventional tear-painting method described above to industrially produced products. The combination of the color of the torn paper strip itself and the shape of the torn paper strip itself A structure in which the pattern form created by the combination can be viewed directly and flatly using reflected light. In addition, in combination with natural light or artificial light source means, the tear-out pattern We provide a transmissive display panel configured to depict images three-dimensionally through light transmission. It's about doing.

0004

[Means to solve the problem]

In achieving the above-mentioned purpose, this invention specifically aims to achieve the desired shape. A light-transmissive substrate, a group of tear-off papers bonded to at least one surface of the substrate, Each piece of torn paper constituting the torn paper group is coated with a light-transmissive sheet material of a desired color as appropriate. The torn paper group is cut into shapes, and the torn paper group is arranged in the thickness direction of the substrate. Transparent display formed by overlapping sections that at least partially overlap each other It constitutes a panel, and more specifically, the substrate is transparent or semi-transparent. It is made of a transparent and relatively rigid synthetic resin board, and each piece of paper that makes up the tear paper group is The paper strips are made of translucent or opaque sheet material such as Japanese paper or synthetic paper. Transparent or translucent coating is applied to the surface of the substrate to which the torn paper group is attached. It constitutes a transparent display panel with a transparent surface coating layer. be.

[0005]

[Explanation of Examples]

Below, we will discuss the specific details of the transparent display panel that is proposed in the drawings. A detailed explanation will be given based on an example. The transparent display panel 1 of this invention basically has a desired shape. A light-transmissive substrate 2 and a multilayer film bonded to at least one surface 2a of the substrate 2. It is composed of a torn paper group 3 made up of a set of several torn paper pieces 4. The substrate 2 is a transparent or semi-transparent relatively rigid synthetic resin plate, and is preferably Alternatively, a translucent acrylic synthetic resin plate is used. The substrate 2 may be Accordingly, it may be a plate glass, and the plate glass is preferably frosted glass. said group The shape of the plate 2 is designed in advance according to the purpose of use of the transparent display panel 1. It is served as if it were given as a gift. The substrate 2 is a flat plate in terms of workability. is preferable, but the surface may be composed of a curved surface depending on the purpose. Good too. Furthermore, the substrate 2 may be colored to the extent that it has light transmittance. It may be.

[0006] On the other hand, the torn paper group 3 is constituted by a collection of a plurality of torn paper pieces 4. Before Each torn paper piece 4 is made from a light-transparent sheet material of a desired color torn into an appropriate shape. It has become. The sheet material for the torn paper pieces 4 may be semitransparent or opaque. Depending on the desired product, the material is selected from Japanese paper, synthetic paper, etc., which are light in color. The previous day If the giri paper piece 4 is made of washi paper, it can be dyed with a desired coloring agent in any shade. It is served as a piece of paper, and is cut into pieces with the dark and light dyed parts mixed as appropriate. be done. The torn paper piece 4 is transparent and weather-resistant to one side 2a of the substrate 2. They are bonded together using an adhesive that has properties. The adhesive is a resin adhesive. Alternatively, any animal or plant based adhesive may be used. The tearing on the substrate 2 The paper pieces 4 are pasted together according to the following procedure. First, the substrate 2 and , a plurality of torn paper pieces 4 are prepared with the above-described configuration. after said plurality The torn paper pieces 4 are placed on the substrate 2 according to the torn picture pattern to be drawn in advance. They are arranged and bonded together with adhesive. In this case, the torn paper piece 4 is bonded so as to at least partially overlap each other in the thickness direction of the substrate 2; Thereby, an overlapping portion 5 is formed. Configure like this As a result, each torn paper piece 4 itself has dark and light areas of the desired colorant. In addition, each of the torn paper pieces 4 partially overlaps to form an overlapping portion 5. By doing so, light is transmitted from one side of the transmissive display panel 1. In some cases, a three-dimensional chigiri-e pattern is created.

[0007] Furthermore, the transmissive display panel 1 according to the present invention has a structure in which the tear on the substrate 2 is A transparent or translucent surface coating is applied to the bonding surface side 2a of the paper group 3. It is made up of a material including a layer 6. The surface coating layer 6 coats the substrate. It protects the torn paper group 3 pasted to 2 so that it can be seen through, and is transparent and weather-resistant. It is made of an existing synthetic resin material for surface coating.

[0008] The transmissive display panel 1 of this invention having the above-mentioned configuration can be used with natural light or Used in combination with artificial light source means. In other words, the transparent display The pre-panel 1 is arranged so as to face the light source means, and the pre-panel 1 is arranged so as to face the light source means. Constructed to transmit light. In one example, the transparent display of this invention As shown in Fig. 1, the pre-panel 1 is placed against box-shaped picture frames L and B with light sources arranged inside. and is attached to the front of the frame to form a decorative display frame. In other instances, the previous The transmissive display panel 1 is a large-scale display box with a light source inside. A lighted display box is attached to the front of a box or box-shaped signboard. constitute a space or illuminated signboard. Furthermore, in other examples, the transmissive display Panel 1 can also be attached to a part of a window etc. to create a stained glass look. Wear. In each of the specific embodiments described above, the transparent display panel The chigiri-e pattern in Le 1 can be viewed directly and flatly using reflected light. At the same time, the torn picture pattern is used as a light source L of natural light or artificial light. The combination is configured to create a three-dimensional image by transmitting light.

[0009]

[Effect of the idea]

The transparent display panel of this invention with the above configuration has an extremely simple structure. It is easy to manufacture, suitable for mass production, and extremely economically advantageous. It can be said that Furthermore, in the transparent display panel devised, each torn piece of paper itself has the desired shape. It must have dark and light parts of the colorant, and each torn piece of paper must partially overlap. one side of the transmissive display panel by meeting together to form an overlapping portion. When light is transmitted from the surface side, it is visually observed as a three-dimensional chigiri-e pattern. A selective combination of the form of the torn paper pieces and their overlapping condition. We provide a transparent display panel with a unique and interesting novel structure. In that respect, it can be said to work extremely effectively. Furthermore, the transmissive display panel devised can be used for frames, wall decorations, and lighting. Suitable for stand globes, table plates or other interior parts, etc. It can also be used as a mask for signboards, display boards, and various decorative lighting fixtures. It can be used over a wide range of materials, and in that respect it is extremely effective. It can be said to be a thing.

[Brief explanation of drawings]

FIG. 1 shows a specific embodiment of the transmissive display panel according to the invention, and is a schematic perspective view showing an example applied to a box-shaped frame with a light source arranged inside.

FIG. 2 is a partially enlarged side sectional view of the transmissive display panel according to the invention.

[Explanation of symbols]

1 Transparent display panel 2 Light-transparent substrate 3 Torn paper group 4 Torn pieces of paper 5 Polymerization part 6 Surface coating layer

Claims (4)

[Scope of utility model registration request] 1. Consisting of a light-transmissive substrate having a desired shape and a group of torn papers attached to at least one surface of the substrate, each torn-paper piece constituting the torn paper group is a light-transmissive substrate. A transmissive display characterized in that the sheet material of a desired color is torn into appropriate shapes and the torn paper group forms overlapping portions that at least partially overlap each other in the thickness direction of the substrate. panel. 2. The transmissive display panel according to claim 1, wherein the substrate is made of a relatively rigid synthetic resin plate that is transparent or translucent. 3. The transmissive display panel according to claim 1, wherein each torn paper piece constituting the torn paper group is made of a translucent or opaque sheet material such as Japanese paper or synthetic paper. 4. The transmissive display panel according to claim 1, further comprising a transparent or translucent surface coating layer provided on the side of the substrate to which the tear paper group is attached.