JPS6313263Y2 - - Google Patents

Description

[Detailed explanation of the invention] (a) Field of the invention This invention relates to a mizuhiki used as a material for betrothal decorations, etc., and more specifically to a mizuhiki that uses optical fiber as a core material and has a luminescent function. .

(b) Background of the invention In recent years, betrothal decorations such as cranes, turtles, pine trees, bamboos, and plums made with mizuhiki have become more common at wedding ceremonies, and for this reason, these types of decorations have become more luxurious. These demands are no longer met by mere superficial aesthetics such as color and shape, as was the case in the past.

Additionally, if the above-mentioned reception is held at a wedding hall, the ceremony hall will also prepare the above-mentioned decorations.
In the case of this ceremony hall, so that it can be used repeatedly,
A highly durable and cleanable product is required.

(c) Purpose of the invention Therefore, this invention was developed to create a mizuhiki system that uses multiple optical fibers as a core to make the colors even richer and more luxurious, while also making it possible to create decorations using highly durable materials. The purpose is to provide.

(d) Summary of the invention The mizuhiki of this invention has a flexible, non-water-absorbing optical fiber as a core, and a water-resistant foil or thread, etc. is attached to the outer circumferential surface of the fiber through a soluble adhesive that does not react with water. A Mizuhiki unit is constructed by wrapping the Mizuhiki unit with a decorative material, and a plurality of these Mizuhiki units are arranged with the positions of the light emitting parts at the tips of the optical fibers being shifted in the axial direction,
A feature of these Mizuhiki is that they are covered with a decorative material.

(e) Effects of the invention According to this invention, since optical fiber is used as the core material of the mizuhiki, when a decorative item is made using this mizuhiki, the appearance can be improved by making the ends of the mizuhiki emit light. By adding the beauty of color and shape to the beauty of light, it is possible to obtain luxurious decorative objects with rich colors.

In particular, since multiple optical fibers are bundled together to emit light, the amount of light emitted is large, and various color combinations can be created by using the decorative material wrapped around each Mizuhiki unit, making it even more dazzling and unique. You can get decorations. In addition, the light emitting ends of multiple optical fibers are arranged so that they are shifted in the axial direction, so the decorative materials located on the outer circumferential surface of this Mizuhiki unit can be seen individually, and the optical fibers can be seen individually. By combining it with , you can get a variety of unique colors.

Furthermore, the core material that makes up the mizuhiki is made of non-water-absorbing optical fiber, the adhesive is a soluble adhesive that does not react with moisture, and the decorative material is made of water-resistant materials such as foil and synthetic silk thread. Since the core material, adhesive, and decorative materials are all made of materials that do not absorb moisture, mizuhiki made of these materials are water resistant and therefore suitable for decoration. Things can be washed with water.

Therefore, for decorations, as necessary,
If you wash it with water, you can make it beautiful.
It can be used many times in like-new condition, making it an extremely economical mizuhiki with no waste. It is especially suitable for wedding halls, etc., which are equipped with luxurious decorations every time.

Furthermore, if this optical fiber is made of resin material, it has high elasticity and is strong, making it particularly suitable for bending work, and for example, even when subjected to chirping processing, the shape can be finished neatly. At the same time, it has excellent shape retention and maintains high durability suitable for long-term use.

(F) Embodiment of the invention An embodiment of the invention will be described below in detail based on the drawings.

The drawing shows mizuhiki used as a decorative material,
In FIG. 1 and FIG. 2, this mizuhiki 11 is
An optical fiber 12, which is a long and thin resin linear body having flexibility and plasticity, is provided as a core material, and an adhesive 13 made of, for example, soluble or vinyl acetate is applied to the outer peripheral surface of the optical fiber 12.
After coating the ultra-thin polyester film, it is wrapped spirally with a decorative material 14 such as metal-deposited gold or silver decorative tape foil or colored synthetic silk thread without any gaps, and then this single light is In a state in which a plurality of fibers 12 are grouped together, a soluble or vinyl acetate adhesive 1 is similarly applied to the outer peripheral surface.
After applying 3, a decorative material 14 such as a gold or silver decorative tape foil deposited with metal or a colored thread made of synthetic silk thread is wound spirally without any gaps around an extremely thin polyester film.

The optical fiber 12 described above can be made by easily and accurately molding a wire rod with a relatively small diameter that is suitable for working.The obtained wire rod has high strength and high elasticity, and can be used as a light source as an optical fiber. It is possible to receive light from one end surface and emit light for decoration on the other end surface.

The above-mentioned adhesive 13 is, for example, a water-free soluble adhesive that does not dissolve in water. is water resistant.

FIG. 3 shows an example of making a betrothal decoration 15 using this mizuhiki 11, which is made by combining a plurality of mizuhiki 11 and accessory decorations 16 such as flower petals and leaves. The light emitting ends 17 are formed to be located at the flower core.

Then, the base end 18 of each mizuhiki 11 from the flower core.
are pulled out together and connected to a light source device 19, which will be described later.

This light source device 19 connects a low-speed motor 21 to rotate a transparent colored disk 20 which is colored by equally dividing different colors in the circumferential direction. A light emitting lamp 22 is positioned, and on the upper surface side of the corresponding light emitting lamp 22, the base end portions 18 of the above-mentioned mizuhiki 11 are tied together and placed opposite to each other.

As a result, various colored lights from the light source device 19 shine from each light emitting end 17 that gathers at the flower core via the optical fibers 12, adding to the beauty of the decorative material 14 and attached ornaments 16. , it becomes a luxurious betrothal decoration with rich colors due to the light.

In this case, the positions of the light-emitting ends of the optical fibers 12 are slightly shifted in the axial direction, and the colors of the decorative materials 14 of the individual Mizuhiki are made to differ individually. By combining this with the light emitted by the optical fiber 12, even more varied and unique colors can be obtained.

The light from the bundled optical fibers 12 is concentrated and shines brightly, even when viewed from a distance.
Also, when viewed from close up, it sparkles beautifully and emits light.

Further, the outer periphery of the optical fiber 12 is covered with a decorative material 14.
The decoration is not limited to being wrapped and decorated, but may be decorated by coating it with various colors.

By the way, when making decorations using this mizuhiki 11, even if you bend this mizuhiki 11, this mizuhiki 1
1 is different from paper quality because the core material has elasticity,
It has excellent durability and the bent part does not easily tear.

Further, in this case, even if sweat or moisture from the hands gets on the mizuhiki 11, it will not be absorbed by repelling it, making the handling, management, and production of the decoration easier.

Additionally, if you accidentally stain your decorations or if they become naturally soiled from long-term use, you can simply wash them with water.
You can easily restore the decoration to its original state without damaging it.

In addition, in the above-mentioned example, an optical fiber made of a resin linear body that provides large plasticity was used, but the present invention is not limited to this, and an optical fiber made of a glass linear body that provides a small plasticity may be used. .

[Brief explanation of the drawing]

The drawings show one embodiment of this invention; Fig. 1 is an enlarged perspective view of the main part of the mizuhiki, Fig. 2 is an enlarged sectional view of the mizuhiki, and Fig. 3 is an explanatory diagram showing how the mizuhiki is used for decorations. It is. 11... Mizuhiki, 12... Optical fiber, 13... Adhesive, 14... Decorative material.

Claims (1)

[Claims for Utility Model Registration] A flexible, non-water-absorbing optical fiber is used as a core, and a decorative material such as water-resistant foil or thread is attached to the outer circumferential surface of the fiber using a soluble adhesive that does not react with water. The present invention is characterized in that a plurality of these Mizuhiki single bodies are arranged with the positions of the light emitting parts at the tips of the optical fibers shifted in the axial direction, and these Mizuhiki single bodies are encapsulated with a decorative material. Mizuhiki to do.