JPH09231801A - Luminous decoration device by using two liquid type fluorescent liquid - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a dynamic fantastic luminous decoration device by using a two liquid fluorescent liquid having relatively strong luminescent force. SOLUTION: A decoration device consists of a fluorescent liquid container 1 in which an oxidizing solution 1a containing an oxidizing agent and a fluorescent liquid 1b containing a fluorescent material are separately sealed, a pressing means for pressing the fluorescent liquid container 1 with air expanded by a combustion unit 2c, and a decoration part 3 in which a hollow tube 3a is put closer to the bottom of the fluorescent liquid container 1 and a molding body 3b formed with a hollow translucent material is arranged at the tip of the hollow tube 3a. A process for forming the molding body imitating a petal or the like comes up on the surface in the luminous state by the flow of the fluorescent liquid.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention uses a luminescent material that emits a relatively strong fluorescence by mixing an oxidizing solution and a fluorescent solution, and can be applied to wedding receptions, birthday celebrations, interior decorations, etc. Regarding

[0002]

2. Description of the Related Art A liquid that emits fluorescence by mixing a fluorescent liquid and an oxidizing liquid has a relatively strong luminous power, and its property is utilized to
Examples applied to wheels, penlights, etc. are known. on the other hand,
Candle services are held at wedding receptions, but there is a tendency toward rut, and innovative plans to replace them are required.

[0003]

Therefore, the present invention utilizes the fact that the above-mentioned two-liquid fluorescent liquid is a liquid having a relatively low viscosity and has a strong luminous power, and the like, and thus has a fantastic effect having a dynamic effect. It is intended to develop a luminous decoration device.

[0004]

The apparatus of the present invention comprises (a) a fluorescent liquid container in which an oxidizing liquid containing an oxidizing agent and a fluorescent liquid containing a fluorescent substance are separately sealed, and (b) the fluorescent liquid. A means for pressurizing the inside of the container, and (c) a decorative part in which a hollow tube is made to face the bottom of the fluorescent liquid container and a shaped body formed of a hollow translucent material is arranged at the end of the hollow tube. Composed of. The heating means of the fluorescent liquid container includes a means for pressurizing the fluorescent liquid container with expanded air by combustion, a means for pressurizing the fluorescent liquid container with compressed air, and a substance which causes an exothermic chemical reaction by absorbing moisture on the upper portion of the fluorescent liquid container. There is a means of heating.

When the pressure in the fluorescent liquid container is increased by the pressurizing means, the diaphragm is broken when the pressure exceeds a certain value, the oxidizing liquid and the fluorescent liquid are mixed, and light emission is started. Further, when the pressurization by the pressurizing means is continued, the mixed liquid starts to rise in the hollow tube facing the bottom of the container, and when reaching the upper end, enters the hollow tube of the shaped body and finally reaches all the corners of the shaped body. . The flow process is captured as the flow of light due to the emission of the mixed liquid of the fluorescent liquid and the oxidizing liquid in the darkness of the venue where the lights were turned off.
In addition, the shape of the sculpture imitating petals rises up in the darkness, and combined with the unique light of fluorescence, creates a fantastic atmosphere.

[0006]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The decoration device of the present invention comprises a fluorescent liquid container 1, a pressurizing means 2 for pressurizing the container, and a decoration portion 3 on which a modeled object such as a petal is arranged. .

The fluorescent liquid container 1 is formed in a double structure divided into an oxidizing liquid layer 1a and a fluorescent liquid layer 1b, and the oxidizing liquid layer 1a has an oxidizing agent such as hydrogen peroxide, a catalyst, and t-butano-. Encapsulate the oxidant prepared by mixing a solvent such as a solvent. On the other hand, in the fluorescent liquid layer 1b, an oxidizing agent such as oxalic acid ester that gives chemical energy to the fluorescent substance and the fluorescent substance oxidized by the oxidizing agent such as hydrogen peroxide, and dimethyl butyrate and the like. The fluorescent liquid prepared by mixing the solvent is enclosed. The boundary between the oxidizing liquid layer 1a and the fluorescent liquid layer 1b is provided with a diaphragm 1c made of, for example, a very thin glass so that the film can be broken by a simple pressing means described later and the two liquids can be mixed.
1e is a pin for forcibly destroying the diaphragm 1c.

The fluorescent liquid container 1 is provided with a pressurizing means 2 for increasing the pressure in the fluorescent liquid container 1 to push up the mixed luminescent liquid to a decorative portion described later. There are several modes of the pressurizing means. First, the first means is provided with the communication tube 2b communicating with the upper part of the fluorescent liquid container 1, and is sufficient to expand by heating at the tip of the communication tube 2b. An air chamber 2a having a volume is formed, a combustion body 2c such as solid methanol is arranged around the air chamber 2a, and the combustion heat expands and pressurizes the combustion chamber 2c. Reference numeral 2d is an air inflow hole provided with a check valve.

As a second means, as shown in FIG. 3, a communication pipe 2 communicating with an upper portion 1d of the fluorescent liquid container 1 which also serves as an air chamber.
There is a means for arranging b and a rubber elastic pump 2e having a check valve and pressing the elastic pump 2e by hand.

Further, as a third means, as shown in FIG. 4, an upper portion 1d which also serves as an air chamber is formed in the fluorescent liquid container 1,
A film that blocks moisture against lime 2f is provided around the upper portion 1d.
There is a means for integrating and preliminarily expanding the air in the upper portion 1d by reaction heat by causing the moisture in the air to act on the film and removing the film at the time of use.

The decorative portion 3 comprises a hollow tube 3a facing the bottom of the fluorescent liquid container 1 and a shaped body 3b at the end of the hollow tube 3a.
It is desirable that a is formed of a transparent material such as plastic or glass. In the case of imitating a flower, it should be formed with a small diameter resembling the stem of a plant and its lower tip should be filled with fluorescent liquid as much as possible. Place it near the bottom of the container 1. This is because in order to raise the luminescent liquid described later, the fluorescent liquid is pushed up to near the bottom.

The shaped body 3b refers to a plant such as a petal or a building such as a tower, but is not limited to this and forms a three-dimensional contour of a desired ornament. And the inside is made hollow so that the luminescent liquid does not penetrate, and preferably,
Fiber 3c such as rough cloth or non-woven fabric to improve permeability
Intervene.

Next, the operation of the present embodiment will be described by taking the case of use at a wedding reception as an example. In order to use the present invention at a wedding reception, the device is placed on the individual table of the guest in advance. At the appropriate time as the reception proceeded, the venue was turned off, the bride and groom with igniters entered, approaching the table, and ignited the combustion body 2c formed of solid methanol, etc. To do.

Then, the combustion flame heats the upper air chamber 2a to thermally expand the air in the chamber. The thermally expanded air passes through the communication tube 2b and enters the upper portion 1d of the fluorescent liquid container 1 to increase the internal pressure in the fluorescent liquid container 1. Then, when the pressure exceeds a certain value, the diaphragm 1c made of weak glass or the like is destroyed by the increased pressure, and as a result, the oxidizing liquid and the fluorescent liquid in the oxidizing liquid layer 1a and the fluorescent liquid layer 1b are mixed. And start the luminescence reaction. At this time, when the pressure is weak, the pin 1e is pushed to break the diaphragm 1c. by this,
The oxalic acid ester is oxidized by hydrogen peroxide to become an intermediate substance, which gives chemical energy to the fluorescent substance to be excited, and emits fluorescence when returning from the excited state.

Further, when the heating by the combustion body 2c continues, pressurization of the fluorescent liquid container 1 is continued by the expanded air, and the mixed liquid which has started to emit light by the pressure faces the bottom of the fluorescent liquid container 1. Enter the empty pipe 3a, and gradually enter the hollow pipe 3a from there.
Rises inside.

Then, the mixed liquid reaching the upper part of the hollow tube 3a further enters the shaped body 3b in the communicating state and permeates into the internal space of the shaped body 3b forming a bag shape. At this time,
By interposing the fibrous material 3c such as a rough cloth or a non-woven fabric, the permeability is improved and the liquid carrying property is improved. Then, when finally reaching all the corners of the shaped body 3b, the entire shaped body 3b is filled with the mixed luminescent liquid, and the entire shape of the decorative portion 3 imitating a petal or the like is produced.

The manner in which the above-mentioned two liquids mixed and emitted light rise in the hollow tube 3a and enter the shaped body 3b such as petals is as follows.
When performed in the darkness of the venue where the lights were turned off, the movement of the flowing mixed liquid was perceived as a flow of light, and the entire shape became clear when it reached every corner of the modeled body imitating petals, etc. Emerges in the dark. As a result, combined with the faint brightness of the fluorescent light, the entire decoration part creates a fantastic atmosphere, which enhances the interest of the viewer. The emission time of this fluorescence is continued for about 5 to 8 hours.

When one table is finished, the process is moved to the next table and the same work is repeated.
If the shape and type of b are changed, a different shaped body 3b will appear for each table, and you can enjoy the changed shaping and atmosphere one after another.

Although the case where the pressurizing means is a combustor has been described above, when the pressurizing means is a compressed air, the rubber elastic pump 2 is used.
When e is pressed by hand to pressurize it, or when it is a substance that exothermically reacts due to moisture absorption, the moisture in the air is allowed to act except the film to expand the air in the upper part 1d by the heat of reaction and pressurize it. Can lead to the same effect.

[0020]

The present invention is as described above. For example, when it is used as an event for a wedding reception, the flow of fluorescent liquid imitating petals or the like produces dynamic and fantastic beauty. It has an excellent effect that it can be done. Further, since the intensity of light emitted as fluorescence is comparatively strong and the light emission time is long, it is not limited to weddings, but can be widely applied to birthday parties, ornamental ornaments, and the like. Furthermore, even if there is flow, since it is all performed in a closed container, there is no danger of liquid leaking out of the container, and it is extremely safe.

[Brief description of drawings]

FIG. 1 is a vertical sectional side view of a device of the present invention.

FIG. 2 is an overall perspective view of the present invention.

FIG. 3 is a vertical cross-sectional side view of essential parts when compressed air is used as a pressurizing means for the fluorescent liquid container of the present invention.

FIG. 4 is a vertical cross-sectional side view of essential parts in the case where the pressurizing means for the fluorescent liquid container of the present invention is exothermic chemical substance.

[Explanation of symbols]

 1 Fluorescent Liquid Container 1a Oxidizing Liquid Layer 1b Fluorescent Liquid Layer 1c Diaphragm 1d Upper Part 2 Pressurizing Means 2a Air Chamber 2b Communication Pipe 2c Combustion Body 2e Elastic Pump 2f Quick Lime 3 Decorative Part 3a Hollow Pipe 3b Molded Body 3c Fiber Material

Claims (4)

[Claims] 1. (a) A fluorescent liquid container in which an oxidizing liquid containing an oxidizing agent and a fluorescent liquid containing a fluorescent substance are separately sealed.
(B) means for pressurizing the inside of the fluorescent liquid container, and (c) a molded body formed of a hollow translucent material at the bottom of the fluorescent liquid container and at the end of the hollow pipe. A light-emitting decoration device including a decoration section in which a lamp is arranged. 2. The luminous decoration device according to claim 1, wherein the fluorescent liquid container is pressurized with expanded air by combustion. 3. The light emitting decoration device according to claim 1, wherein the fluorescent liquid container is pressurized with compressed air. 4. The light-emitting decoration device according to claim 1, wherein the upper part of the fluorescent liquid container is heated by a substance that chemically reacts exothermically by absorbing moisture.