JPH07198905A - Ornamental device utilizing light diffusion or the like - Google Patents

Abstract

PURPOSE:To exhibit an ornamental effect rich in interest by putting a diffusion lens part on a vision expressing part provided with the visual expressions corresponding to the lens part and non-lens part of the diffusion lens part. CONSTITUTION:A diffusion lens part A provided with a lens part A1 and a non-lens part A2 is put on a vision expressing part B having the visual expressions B1 and B2 corresponding respectively to the lens part Al and non- lens part A2. Accordingly, the visual expression B2 corresponding to the lens part A2 is visually recognized as such through the non-lens part A2, the visual expression B1 corresponding to the lens part A1 is diffused, irregularly reflected (or the continuous part enlarged) and visually recognized through the lens part A1, and the visuality considerably different from the visual expression B1 corresponding to the lens part A2 is obtained.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION The present invention is used, for example, for cases for various record carriers, other appropriate containers, and appropriate ornaments contained in a frame for a jigsaw puzzle. TECHNICAL FIELD The present invention relates to a decoration device using light diffusion or the like that allows objects to be visually recognized in a state where a more excellent decorative effect is exhibited by utilizing light diffusion or diffuse reflection (or continuous partial expansion). .

[0002]

2. Description of the Related Art Conventionally, when it is desired to make a decorative object more decorative and beautifully visible, for example, the surface of the decorative object is appropriately coated so that the decorative object is appropriately glossy. I am trying to devise.

[0003]

However, in the above-described decoration means, the decoration can be visually recognized as if it is shiny, but other decorative effects that are rich in interest cannot be exhibited. There were difficulties, etc.

[0004]

SUMMARY OF THE INVENTION Therefore, the present invention was created to solve the above-mentioned difficulties and the like.
The described decoration device utilizing light diffusion or the like corresponds to the diffusion lens portion A including the lens forming portion A1 and the non-lens forming portion A2, and the lens forming portion A1 and the non-lens forming portion A2. The means for bringing the visual expression part B having the visual expressions B1 and B2 to be in a superposed state is adopted.

According to a second aspect of the present invention, there is provided a decoration device utilizing diffusion of light or the like, a diffusion lens portion A having a lens forming portion A1 and a non-lens forming portion A2, and a lens forming portion A1. Visual representation B1 corresponding to the non-lens forming portion A2
A means for bringing the visual expression portion B provided with B2 into a superposed state via the transparent layer portion C was adopted.

Further, in the decoration device utilizing the diffusion of light according to the third aspect, the transparent layer portion C is constituted by an air layer or a transparent plate.

In the decoration device utilizing the diffusion of light according to the fourth aspect, the surface of the transparent lid of the container is appropriately provided with the alligator lens forming portion A1 and the non-lens forming portion A2 for diffusion. A means for arranging the lens portion A and appropriately arranging the visual expression portion B provided with the visual expressions B1 and B2 corresponding to the alligator lens forming portion A1 and the non-lens forming portion A2 on the back surface of the transparent lid of the container is adopted. .

According to a fifth aspect of the present invention, there is provided a decoration device utilizing light diffusion or the like, wherein the surface of the transparent plate of the jigsaw puzzle frame has a crocodile lens forming portion A1 and a non-lens forming portion A2. A means for arranging the lens portion A for use and providing a visual expression portion B having visual expressions B1 and B2 corresponding to the lens forming portion A1 and the non-lens forming portion A2 on the jigsaw puzzle surface where the back surface of the transparent plate is in the side did.

[0009]

In the decoration device utilizing the diffusion of light according to the first aspect, the lens portion for diffusion A1 is provided with the lens forming portion A1 and the non-lens forming portion A2, and the visual expression is provided. The part B is provided with visual expressions B1 and B2 corresponding to the lens forming part A1 and the non-lens forming part A2, and the diffusion lens part A is in a superposed state on the visual expression part B. Then, the visual expression B2 corresponding to the non-lens forming portion A2 is visually recognized as it is through the non-lens forming portion A2, whereas the visual expression B1 corresponding to the lens forming portion A1 is seen through the lens forming portion A1. Diffuse, diffuse reflection (or continuous enlargement)
Then, the visual expression B2 corresponding to the non-lens forming portion A2 and the visual expression B1 corresponding to the lens forming portion A1 have a considerably different atmosphere visual recognition state.

In the decoration device utilizing the diffusion of light according to the second aspect, the diffusing lens portion A includes the lens forming portion A1 and the non-lens forming portion A2, and the lens forming portion is formed. The transparent layer portion C is provided on the visual representation portion B including the visual representations B1 and B2 corresponding to the portion A1 and the non-lens forming portion A2.
It becomes a polymerization state through. Then, the non-lens forming portion A2
The visual representation B2 corresponding to is visually recognized as it is through the non-lens forming portion A2 and the transparent layer portion C, while the visual representation B1 corresponding to the lens forming portion A1 is the lens forming portion A1 and the transparent layer portion C. Is visually recognized by being diffused and diffusely reflected (or by enlarging a continuous portion) through, and the visual expression B2 corresponding to the non-lens forming portion A2 and the visual expression B1 corresponding to the lens forming portion A1 have a considerably different atmosphere visual recognition state. Becomes

Further, in the decoration device using the diffusion of light according to the third aspect, the transparent layer portion C is formed by an air layer or a transparent plate, and the transparent layer portion C by the air layer is Lightweight transparent layer part C and transparent layer part C made of transparent plate
Becomes a transparent layer portion C having a stable thickness.

In the decoration device utilizing the diffusion of light according to the fourth aspect, the lens portion A for diffusion has the lens forming portion A1 and the non-lens forming portion A2, and the transparent lid of the container is appropriately used. The surface of the is placed on the alligator. Further, the visual expression part B is
Visual representations B1 and B2 corresponding to the lens forming portion A1 and the non-lens forming portion A2 are provided, and the back surface of the transparent lid of the container is appropriately placed on the alligator. Moreover, the visual expression B2 corresponding to the non-lens forming portion A2 is visually recognized as it is through the non-lens forming portion A2 and the transparent lid of the container as appropriate, whereas the visual expression B1 corresponding to the lens forming portion A1 is the lens A visual expression B2 corresponding to the non-lens forming portion A2 and a visual expression B1 corresponding to the lens forming portion A1 are visually recognized by being diffused, diffusely reflected (or continuously enlarged) through the forming portion A1 and the transparent lid of the container as appropriate. With, the visual state of the atmosphere is quite different.

According to a fifth aspect of the decoration device utilizing light diffusion or the like, the diffusion lens portion A includes a lens forming portion A1 and a non-lens forming portion A2, and the jigsaw puzzle frame is transparent. The surface of the board is placed on the crocodile. In addition, the visual expression portion B includes visual expressions B1 and B2 corresponding to the lens forming portion A1 and the non-lens forming portion A2, and the back surface of the transparent plate is provided on the jigsaw puzzle surface on the crocodile. Then, the visual expression B2 corresponding to the non-lens forming portion A2 is
The non-lens forming part A2 and the transparent plate of the jigsaw puzzle frame are visually recognized as they are, while the visual representation B1 corresponding to the lens forming part A1 is the lens forming part A1.
And diffused through the transparent plate of the jigsaw puzzle frame,
The visual representation B2 corresponding to the non-lens forming portion A2 and the visual representation B1 corresponding to the lens forming portion A1 result in a considerably different atmosphere visual recognition state after being diffusely reflected (or continuously enlarged).

[0014]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below based on illustrated examples.
The decoration device of the present invention includes a diffusion lens portion A including a lens forming portion A1 and a non-lens forming portion A2, and a lens forming portion A.
1 and visual representations B1 and B corresponding to the non-lens forming portion A2
The visual expression part B provided with 2 is in a superposed state. That is, the visual representation B2 corresponding to the non-lens forming portion A2 is configured to be visually recognized as it is through the non-lens forming portion A2, and the visual representation B1 corresponding to the lens forming portion A1 is formed through the lens forming portion A1. It is configured so that it can be visually recognized by being diffused, diffusely reflected (or enlarged continuously),
The visual representation B2 corresponding to the non-lens forming portion A2 and the visual representation B1 corresponding to the lens forming portion A1 are configured to be decoratively viewed in a considerably different atmosphere.

The diffusing lens portion A is composed of a transparent film-shaped base 1 made of a synthetic resin and a plurality of relatively small convex lenses 4 arranged vertically and horizontally on the surface of the base 1 in close proximity to each other. It includes a lens forming portion A1 and a non-lens forming portion A2 in which the convex lens 4 is not provided on the surface of the base 1.

Moreover, the plurality of lenses 4 of the lens forming portion A1 may be constituted by a printing means as shown in FIGS. 3 to 5 or other suitable printing means (for example, screen printing), or the illustration thereof is omitted. Although omitted, the convex lens 4 is formed on the surface of the base 1 by heating and pressurizing means such as a mold.
It may be attached. The printing means as shown in FIGS. 3 to 5 is transparent (including colorless and transparent, semi-transparent, colored transparent, colored semi-transparent, etc.) at a predetermined position on the surface of the base 1 (appropriately a lens-attached surface). Lane marking line 2
Are provided (see FIG. 3). Furthermore, a transparent (including colorless and transparent, semitransparent, colored transparent, colored translucent, etc.) lens forming resin 3 which is incompatible with the material of the lens forming lane marking 2 is placed at a desired position on the surface of the base 1. Apply to a predetermined thickness (see FIG. 4). Then, repelling due to the incompatibility between the lens-forming partition line 2 and the lens-forming resin 3 and the lens-forming resin 3
Due to its own surface tension, the lens forming resin 3 is arranged in a convex lens shape in the portion surrounded by the lens forming division line 2. Then, this lens forming resin 3
Is cured by ultraviolet rays, heat, an electron beam or the like to form a plurality of spherical lenses 4 (see FIGS. 5 and 6). That is, the plurality of lenses 4 form the lens forming portion A1.

The visual expression part B has a visual expression B1 corresponding to the lens forming part A1 of the diffusion lens part A and a visual expression B2 corresponding to the non-lens forming part A2 of the diffusion lens part A on the surface of the base 10. And are provided. The visual representation B1 corresponding to the lens forming portion A1 of the diffusing lens portion A is, for example, relatively fine and irregular (may be regular) so as to promote diffusion and irregular reflection by the lens forming portion A1.
It is also possible to provide transparent unevenness. Moreover, the transparent unevenness is not only directly provided on the visual expression B1 corresponding to the lens forming portion A1 of the diffusion lens portion A, but is also appropriately transparent (including colorless transparent, translucent, colored transparent, colored translucent, etc.). It is provided on a sheet material etc., and this sheet material etc.
It may be placed on top of it (or at an appropriate interval).

Further, as another decoration device utilizing diffusion of light or the like, the diffusion lens portion A and the visual expression portion B are configured to be in a superposed state via the transparent layer portion C. And
The transparent layer portion C uses an air layer (for example, the diffusion lens portion A and the visual expression portion B can be arranged at a predetermined interval) or is transparent (colorless transparent, A plate (semi-transparent, colored transparent, colored translucent, etc.) is used (for example, a diffusion lens portion A and a visual expression portion B).
A transparent flat plate is inserted between and. ).

Further, as another decoration device utilizing the diffusion of light or the like, the surface of the transparent lid of the container is appropriately formed into a crocodile lens forming portion A.
1 and a non-lens forming portion A2 are arranged, and the back surface of the transparent lid of the container is appropriately formed into a crocodile lens forming portion A1.
Expressions B1 and B2 corresponding to the non-lens forming portion A2
The visual expression unit B having the above is arranged. For example, in a case for a compact disc, a case for a cassette tape, etc., the back surface of the transparent lid is provided with a sheet-shaped visual expression portion B having visual expressions B1 and B2, and the surface of the transparent lid is alligator. A sheet-shaped diffusion lens portion A having a lens forming portion A1 and a non-lens forming portion A2 corresponding to the visual expressions B1 and B2 is arranged. By the way, the diffusion lens unit A
May be directly provided on the surface of the transparent lid, or the visual expression portion B may be provided directly on the front surface of the manual in which the back surface of the transparent lid is accommodated in the alligator. Furthermore, an appropriate product, an appropriate content, or the like, which is appropriately accommodated in a container or the like, can be used as the visual expression unit B.

Then, as another decoration device utilizing diffusion of light, etc., in a jigsaw frame, a surface of a transparent plate of the jig has a crocodile lens forming portion A1 and a non-lens forming portion A2. The part A is arranged, and the visual expression part B having the visual expressions B1 and B2 corresponding to the lens forming part A1 and the non-lens forming part A2 is directly provided on the jigsaw puzzle surface where the back surface of the transparent plate is alligator. The diffusion lens part A
May be directly provided on the transparent plate surface.

By the way, the above-mentioned lens-forming marking line 2,
The lens forming resin 3 may be appropriately provided by a printing means, or other appropriate means may be used.
In addition, the base 1, the lens-forming partition line 2, and the lens-forming resin 3 may be transparent, translucent, colorless, or appropriately colored. It is good, and it can be arbitrarily set as long as it has a certain degree of translucency. Further, the base 10 of the visual expression portion B may be in the form of a sheet so that printing or the like can be easily performed, or can be made of paper, synthetic resin, metal, or other appropriate material. Moreover, its specific shape, dimensions, etc. can be freely set.

The lens forming demarcation line 2 may be, for example, easily provided on the surface of the base 1 or the like, and the material thereof can surely dispel the lens forming resin 3. The target shape, the arrangement position, the size, and the like are appropriately set.

As the lens forming resin 3, for example, a resin which is hardened by ultraviolet rays, heat, electron rays, etc. is used, and moreover, it is incompatible with the material of the lens forming partition line 2 and is reliable. The transparency, the refractive index, the dispersion rate, the specific material thereof, the viscosity, the curing speed, etc. are determined so that cissing will occur and the surface tension of the lens-forming resin 3 will form a substantially spherical shape. To be done.

The lens 4 may be formed in a substantially spherical shape as shown in the drawing, or may be one having an appropriate width and undulating in a substantially planar shape, or may be freely set to another shape. You can Moreover, the dimensions, intervals, arrangement positions, etc. can be set freely as appropriate.

[0025]

Therefore, in the decoration device utilizing the diffusion of light according to the first aspect, the lens portion for diffusion A having the lens forming portion A1 and the non-lens forming portion A2, and the lens forming portion. Visual representation B corresponding to A1 and non-lens forming portion A2
Since the visual expression portion B including the first and B2 is in the overlapping state, the visual expression B2 corresponding to the non-lens forming portion A2 is visually recognized as it is through the non-lens forming portion A2, whereas the lens forming portion B2 is formed. The visual representation B1 corresponding to the portion A1 is diffused, diffusely reflected (or continuously enlarged) to be visually recognized through the lens forming portion A1, and the visual representation B2 corresponding to the non-lens forming portion A2 and the lens forming portion A1. With the visual expression B1 corresponding to, a visual state of a considerably different atmosphere is obtained, and it becomes possible to exhibit a decorative effect rich in interest. Moreover, the decoration device has a simple structure, is easy to manufacture, and has a wide range of applications.

Further, in the decoration device utilizing the diffusion of light according to the second aspect, the lens portion for diffusion A having the lens forming portion A1 and the non-lens forming portion A2, and the lens forming portion A1. Visual representation B1 corresponding to the non-lens forming portion A2
Since the visual expression portion B provided with B2 is placed in a superposed state through the transparent layer portion C, the visual expression B2 corresponding to the non-lens forming portion A2 is generated through the non-lens forming portion A2 and the transparent layer portion C. On the other hand, the visual representation B1 corresponding to the lens forming portion A1 is diffused and diffusely reflected (or enlarged by a continuous portion) through the lens forming portion A1 and the transparent layer portion C, and is visually recognized. The visual representation B2 corresponding to the lens forming portion A2 and the visual representation B1 corresponding to the lens forming portion A1 have a considerably different atmosphere visual recognition state, and a rich decorative effect can be exhibited. Moreover, the decoration device has a simple structure, is easy to manufacture, and has a wide range of applications. In particular, since it is in a polymerized state through the transparent layer portion C,
The focal length of the lens 4 of the lens forming portion A1 is represented by the visual expression portion B
Can be easily adapted to.

Further, in the decoration device utilizing the diffusion of light according to the third aspect, since the transparent layer portion C is constituted by the air layer or the transparent plate, the transparent layer portion C is formed by the air layer. In the case of being composed of, the weight of this portion can be reduced and the weight of the decoration device itself can be reduced, and when the transparent layer portion C is formed of a transparent plate, it is stable (constant). The transparent layer portion C has a thickness of the specified value, and the focal length of the lens 4 of the lens forming portion A1 of the diffusion lens portion A is represented by the visual expression portion B.
Will be accurately adjusted to.

In the decoration device utilizing the diffusion of light according to the fourth aspect, the surface of the transparent lid of the container is appropriately provided with the alligator lens forming portion A1 and the non-lens forming portion A2 for diffusion. Since the lens portion A is arranged and the rear surface of the transparent lid of the container is appropriately arranged the visual expression portion B having the visual expressions B1 and B2 corresponding to the alligator lens forming portion A1 and the non-lens forming portion A2,
The visual expression B2 corresponding to the non-lens forming portion A2 is visually recognized as it is through the non-lens forming portion A2 and the transparent lid of the container as appropriate, whereas the visual expression B1 corresponding to the lens forming portion A1 is lens forming. A visual expression B2 corresponding to the non-lens forming portion A2 is visually recognized by being diffused, diffusely reflected (or continuously enlarged) through the portion A1 and the transparent lid of the container as appropriate.
Then, the visual expression B1 corresponding to the lens forming portion A1 has a considerably different atmosphere visual recognition state, and it is possible to exhibit a decorative effect rich in interest. Moreover, the decoration device has a simple structure, is easy to manufacture, and has a wide range of applications. In particular, the transparent lid of the container serves as the transparent layer portion C, so that the focal length of the lens 4 of the lens forming portion A1 can be easily adjusted to the visual expression portion B.

According to a fifth aspect of the present invention, there is provided a decoration device utilizing light diffusion or the like, wherein a surface of a transparent plate of a jigsaw puzzle frame is provided with a crocodile lens forming portion A1 and a non-lens forming portion A2. Since the lens part A for use is arranged, and the visual expression part B having the visual expressions B1 and B2 corresponding to the lens forming part A1 and the non-lens forming part A2 is provided on the jigsaw puzzle surface where the back surface of the transparent plate is in the alligator, Non-lens forming part A2
While the visual expression B2 corresponding to is visible as it is through the non-lens forming portion A2 and the transparent plate of the jigsaw puzzle frame, the visual expression B1 corresponding to the lens forming portion A1 is visible in the lens forming portion A1 and the jigsaw puzzle. The visual representation B2 corresponding to the non-lens forming portion A2 and the visual representation B1 corresponding to the lens forming portion A1 are considerably different from each other by being visually recognized by being diffused and irregularly reflected (or being enlarged in a continuous portion) through the transparent plate of the frame for use. It will be possible to provide a jigsaw puzzle that has an entertaining atmosphere and can exhibit a decorative effect with a lot of interest. Moreover, the decoration device has a simple structure, is easy to manufacture, and has a wide range of applications. In particular, the transparent plate of the jigsaw puzzle frame becomes the transparent layer portion C, so that the focal length of the lens 4 of the lens forming portion A1 can be easily adjusted to the visual expression portion B.

[Brief description of drawings]

FIG. 1 is an exploded perspective view illustrating a decoration device of the present invention.

FIG. 2 is a partial vertical cross-sectional view illustrating a decoration device of the present invention.

FIG. 3 is a partial vertical cross-sectional view illustrating a decoration method of the present invention.

FIG. 4 is a partial vertical cross-sectional view illustrating a decoration method of the present invention.

FIG. 5 is a partial vertical cross-sectional view illustrating the decoration method of the present invention.

FIG. 6 is a partial plan view illustrating a decoration method of the present invention.

[Explanation of symbols]

A Diffusion lens part A1 Lens forming part A2 Non-lens forming part 1 Base 2 Lens forming parting line 3 Lens forming resin 4 Lens B Visual expression part B1 Visual expression B2 Visual expression 10 Base C Transparent layer part

Claims (5)

[Claims] 1. A diffusion lens part having a lens forming part and a non-lens forming part and a visual expression part having a visual expression corresponding to the lens forming part and the non-lens forming part are in a superposed state. A decoration device utilizing light diffusion and the like. 2. A diffusion lens part having a lens forming part and a non-lens forming part, a visual expression part having a visual expression corresponding to the lens forming part and the non-lens forming part, and a transparent layer part. A decoration device utilizing light diffusion or the like characterized by being put in a superposed state. 3. The decoration device using light diffusion or the like according to claim 2, wherein the transparent layer portion is constituted by an air layer or a transparent plate. 4. The surface of the transparent lid of the container is appropriately provided with a diffusing lens portion having a crocodile lens forming portion and a non-lens forming portion, and the back surface of the transparent lid of the container is appropriately arranged with the crocodile lens forming portion. A decoration device utilizing light diffusion or the like, which is provided with a visual expression portion having a visual expression corresponding to a lens forming portion. 5. The surface of the transparent plate of the jigsaw puzzle frame is provided with a diffusion lens part having a crocodile lens forming portion and a non-lens forming portion, and the back surface of the transparent plate is a crocodile jigsaw puzzle surface having a lens forming portion. And a non-lens forming part, which is provided with a visual expression part having a visual expression corresponding to the decoration part.