JP2000225203A - Structure of active plate for activating living things - Google Patents

Abstract

PROBLEM TO BE SOLVED: To suitably activate water for various usages and to attain environment maintenance or the like by using an aluminum plate made of the high purity aluminum oxide being a non-iron material as a main material in a substrate body and attaching a shape variable part and electromagnetic wave radiation layers for radiating far infrared-ray radiation wave on one surface or the both surfaces of the substrate body. SOLUTION: The substrate body 1 with an about 0.5 mm thickness is formed from the aluminum plate made of the high purity aluminum oxide as the main material and mesh shape ruled lines 2a are arranged in the variable part where bending, curving or the like can be executed in accordance with the usage purpose of the substrate body 1 on one surface of its upper surface. Besides, the electromagnetic radiation layers 3 for radiating the far infrared-ray are formed on the both surfaces of the substrate body 1. The layers 3 are formed by applying a fine ceramic composite material by an adaptive means such as a sintering agent, a coating agent or an adhesive agent. Then most external surface is coated with a water repellent and soft coating material 4 and the desired active plate is constituted so that it is utilized for activating water for the various usages and the living things including human bodies.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to the activation of water molecules and water-containing animals and plants including the human body, and easily activates water and products other than domestic water, agriculture, forestry, stockpiling, and fisheries.
Furthermore, while activating all living things, their growth,
Global environmental preservation such as growth and health
It is hoped that these deteriorations will be improved. The active plate according to the present invention is formed into a molded article corresponding to the object to be activated, and the active plate is used for water, food and drink,
For animals and plants including humans in living organisms, laying or laying them nearby to activate the object, and for living animals and plants using suitable molded bodies, With the aim of contributing to the promotion of treatment of diseased parts, maintenance of soundness, etc.
An active plate for activating an organism according to the present invention is generally not provided. This application is based on Japanese Patent Application No. 3-360.
No. 425 is an improvement.

[0002]

2. Description of the Related Art Conventionally, filtration, activated carbon treatment, biological treatment, chemical treatment, ozone treatment, electrolysis, and the like have been carried out to improve the water and the like. In some cases, carbonization and oxygen treatment are also performed. On the other hand, on the other hand, various modern research and developments are being carried out on improving the constitution of human bodies, and on the growth, growth and maintenance of soundness of animals and plants. In particular, in recent years, modern society has been facing a number of challenges such as eliminating water and air pollution, preventing global warming, and controlling harmful organic substances such as exhaust gas. Despite these difficulties, all of scientific and physical knowledge is used one after another, and various remedial measures have been put in place, but the present age is, too, an era of overuse of chemicals. In the present invention, unlike the environmental improvement by the above-mentioned advanced technical development, utilizing the existing natural energy, semi-permanently taking in the energy of the natural world without supplying supplemental energy, and amplifying this energy In other words, it is an object of the present invention to easily form various types of active plates into molded articles as required, and to physically activate water molecules and living organisms such as animals and plants.

[0003]

According to the present invention, a substrate having excellent heat-ray absorption and heat-radiation properties and good workability under cold or hot conditions at room temperature or low temperature must be selected. No. Among the metal oxides, silicate oxide, alumina oxide, silica, and the like, which are substances suitable for the above conditions, are effective as a substrate. In particular, high-purity aluminum plates made mainly of alumina oxide
It is easy to change the shape by light pressure, has excellent heat sensitivity such as heat absorption and heat radiation, and is easier to process than stainless steel plate and iron plate. Adapt to cutting, etc. It is inexpensive for use. From these advantages, it is necessary to consider that an aluminum plate whose substrate is made of high-purity alumina oxide in the present invention is selected. Furthermore, this aluminum plate has an advantage that it emits electromagnetic waves at room temperature, though at a low rate, and amplifies electromagnetic wave radiation by coexistence with other high-emissivity electromagnetic wave radiators. Even if a continuous fiber or a fiber cloth having a developed alumina oxide content of 95% can be used, it is difficult to use because the heat ray absorption and the heat ray emission are low. Therefore, since the coexistence of the artificially created far-infrared ray radiating substance excellent in heat ray absorbing property and heat ray radiating property and the substrate is advantageous, it is necessary to integrate the molded articles made of these substances. Requires a covering material for coating. However,
It is an object of the present invention to embody means for dividing and forming various active plate molded bodies that can correspond to an object to be projected.

Next, the outline of the action and effect of far-infrared radiation emitted from the electromagnetic radiation layer on water molecules or animals and plants will be described. In general, infrared heating is roughly classified into heating means such as surface heating, conduction heating, and convection heating, and far-infrared heating has the advantage of deep heating. In particular, far-infrared rays belonging to the long-wavelength range penetrate into the lean tissue of a living body by applying suitable heat rays to the subject, and if the subject is an animal or plant, the contained body water molecules and fine particles are contained. It activates adipose tissue and the like, exerts enormous usefulness in the growth and maintenance of growth health of the substances, and has an effect of promoting early treatment of various diseases.

[0005] In short, the specific action of far-infrared radiation on an object to be radiated is briefly described as far-infrared radiating substances, such as fine ceramics-based materials, carbon-based materials, metal oxide-based materials, natural stone-based materials, and the like. These composites, as well as many other far-infrared emitting materials created artificially, still exist. Usually, from the molded body of these far-infrared radiating materials, radiation area, volume,
The emission wavelength varies depending on the amount of heat of the radiation.However, the structure of the heat ray absorber and the heat ray radiator, and further, the attachment of the heat ray reflector, the appropriate high or low temperature heating means, the far infrared radiation wave It is also possible to increase the amplification and radiate. However, although the specific action of the far-infrared radiation on the object to be illuminated may be unconfirmed, the following test results are confirmed by properly irradiating the far-infrared ray to the object. Irradiation with an adaptive wavelength to water molecules or living organisms such as animals and plants that are far-infrared radiating targets, in water, the water molecule population shrinks, the amount of stored oxygen increases, oxidation prevention,
It has various specific effects such as removal of harmful organic substances in a short time, antibacterial action, improvement of water quality to improve the taste of water, and growth and growth of living organisms and maintenance of soundness. In foods and drinks, maintaining freshness, increasing palatability, promoting thawing of frozen foods, and in animals including the human body, activating body water molecules, blood, body fluids, and other lean tissues in the body, and making acidic structures alkaline It has been confirmed that it can be transformed into a constitution and has a particularly effective effect on the creation of a healthy constitution.

[0006]

In the present invention, as a relatively inexpensive metal oxide-based material, an aluminum plate mainly composed of high-purity alumina oxide is selected as a substrate. It is appropriate that the plate thickness of the plate is about 1.0 m ² , and younger than or equal to the thickness. In the plate surface of the substrate body, a variable portion where deformation is performed in various forms according to the application is engraved, so that a deformed body corresponding to the object to be activated can be obtained with about hand pressure, Furthermore, an electromagnetic wave emitting layer that emits far-infrared rays on one side of the substrate body or, if necessary, on both sides thereof, may be provided with appropriate means. With such a configuration, the above-mentioned problem is solved.

[0007]

By constituting such a means, the characteristics of the substrate body such as high heat ray absorption and high heat ray radiating property can be exhibited without any inconvenience at room temperature. Of course, since the substrate body is mainly made of alumina oxide, it emits electromagnetic waves at a low rate. Further, by forming an electromagnetic wave radiating layer for radiating far infrared rays in order to promote the electromagnetic wave emissivity of the substrate, far infrared rays are amplified and radiated, and the object is efficiently activated. However, by engraving the substrate body with a variable portion having a form for easily performing bending, bending, and cutting, the object to be projected can be formed according to various uses. A molded article corresponding to the form is obtained.

[0008]

FIG. 1 is a partially broken perspective view of a first embodiment. FIG. 2 is a partially enlarged sectional view of FIG. 1 in the figure
Is a substrate made of an aluminum plate whose main material is high-purity alumina oxide. One of the upper surfaces of the substrate 1 is shaped so that it can be easily bent, refracted, etc. according to the intended use of the substrate. A mesh-shaped score line 2a is carved in the variable portion. The score line 2 a may be symmetrically formed on both surfaces of the substrate 1. The board body 1 has a thickness of 0.5 m ² and an arbitrary area. However, an electromagnetic wave emitting layer 3 that emits far-infrared rays is formed on both sides of the substrate 1. The electromagnetic wave emitting layer 3 is provided with a fine ceramic composite agent by a suitable means such as a sintering agent, a coating agent, and an adhering agent. The attachment form is arbitrary. This electromagnetic wave emitting layer 3
May be formed only on one side of the substrate body 1. In addition, the above-mentioned substrate, engraved line, and attachment agent are integrated. A soft synthetic resin-based material is used to form the body plate, or the material is covered with a soft rubber-based material such as synthetic rubber or natural rubber. In FIG. 3, a continuous line-shaped score line 2b is formed instead of the mesh-shaped line-shaped score line 2a, and in FIG. 4, a continuous short line-shaped score line 2c is formed.

FIG. 5 to FIG. 13 show that the embodiment of the present invention
It is a use example figure of each use of the active plate 5 divided and cut. FIG. 5 is a wound perspective view of an active plate for activating organisms. When it is sent to a demand destination, a long object can be cut into a desired length, wound as shown, packed, and sent. Suitable for large-scale consumption of riverbeds, buildings, floorbeds, walls, fishponds, nurseries, etc. FIG. 6 shows that the active plate 5 is cut, wound into a cylindrical shape, installed in a water channel, a water channel during greenhouse cultivation, and the like.
Used to make active water. FIG. 7 shows that active plate 5
Depending on the application, cut it into the desired shape for large, medium, small, and put it into a fish tank, pickle container, water tank, hydroponic cultivation, water container for fresh flowers, etc. It is used for activating an activator by sticking or the like. As described at the outset, it has a remarkable activating effect on the activation of water molecules-containing activators such as agriculture, forestry, stockpiling, and fisheries, and is extremely simple to use. The interior such as the floor and walls in the healthy building is suitable for keeping warm indoors, and is effective for breeding, growing and maintaining soundness of people living in the room and animals and plants. Also,
If it is installed in a bathroom, sauna room, etc., the heating effect becomes remarkable. Next, FIG. 8 to FIG. 13 illustrate a specific example of the biologically active plate 5 of the present invention as a health tool, and an outline thereof will be described. FIG. 8 The active plate for treatment 7 is shown in full scale. Reference numeral 8 denotes a stretchable band for attaching the active plate 7 to a diseased part with a hook-and-loop fastener. The far-infrared radiation surface is directed to the skin surface of the affected area and firmly applied. A far-infrared wave of about 8 to 10 microns is emitted from the electromagnetic wave generation layer 3 and reaches the internal disease from the skin surface of the diseased part, and the diseased part in the body is activated by the specific action of the far-infrared irradiation and is accompanied by the self-help ability of the human body. Thus, a therapeutic effect is exerted.
Naturally, the human body temperature is 36.5 ° to 36.3 at room temperature.
The temperature of the skin surface varies depending on the temperature measurement site, and is about 33.0 ° to 32.0 °. The temperature of the skin surface of the application site rises to be equal to the average body temperature of the human body. The heat retention effect becomes good. At least, the human body emits far-infrared rays of about 8.4 microns even at room temperature, so that the therapeutic effect is outstanding. Conventionally, if the skin is applied in search of meridians and hypnotic parts related to moxibustion which have been used for many months, a further therapeutic effect can be obtained. As a clinical trial example, general diarrhea symptom resolves in half a day to one day, resulting in hard stool. Mild abdominal pain, heartburn, stomach pain, etc. recover in 30 minutes to 1 hour. Low back pain, shoulder pain, difficulty walking, etc. can be treated in a short time. In the case of urgent treatment, attach a chemical exothermic agent (a disposable body warmer in the world) indicated by a complex line as shown in the figure,
Far-infrared rays are amplified and irradiated, which can speed up the treatment of diseased parts. FIG. 9 is an exemplary view of a molded article of the dish-shaped active plate 9 for treating knee pain caused by puddles. FIG. 10 is a plan view of the active plate 10 for acupoint treatment, FIG.
FIG. 11 is a central sectional view of FIG. 10. As shown in the central cross-sectional view of FIG.
An adhesive layer 11 with release paper is provided on the lower surface for application. FIG. 12 is for treating pain in the joints of the hands.
FIG. 13 is an example of use in which the above-mentioned active plate 5 is wound and applied in order to treat foot pain, difficulty walking and the like by applying to the foot of Sanri. As shown in the above usage examples, the variable portion is easily bent, bent, etc. by hand pressure so that the flat active plate can be stuck to the skin surface of the body, and the form is changed. The deformed active plate was able to be stuck on the diseased part, and the therapeutic effect was more than expected. Outside the figure, the above-mentioned active plate is cut into a slightly large area, and is embedded or laid in a cushion, a mattress, a kotatsu or the like. Far-infrared waves are amplified and radiated by low-temperature heating such as body temperature and electric heat, and as described at the beginning, by the unique action of far-infrared radiation, it is useful for restoring human health and maintaining healthy health. The heat retention effect is remarkable even in cold weather,
Used as a health tool. As described above, the actions, effects, uses, and the like have been described for a plurality of examples. However, in a living environment, the uses are various.

[Brief description of the drawings]

FIG. 1 is a partially crushed perspective view of an embodiment.

FIG. 2 is an enlarged fragmentary perspective view of the embodiment of FIG. 1;

FIG. 3 is a partially broken plan view of another embodiment.

FIG. 4 is a partially crushed plan view of another embodiment.

FIG. 5 is a perspective view of a usage example according to application.

FIG. 6 is a perspective view of a usage example according to another application.

FIG. 7 is a plan view of a usage example according to another application.

FIG. 8 is a perspective view of a usage example according to another application.

FIG. 9 is a perspective view of a usage example according to another application.

FIG. 10 is a plan view of a usage example according to another application.

FIG. 11 is a central sectional view of an example of use of FIG. 10 for each application.

FIG. 12 is a perspective view of a usage example according to another application.

FIG. 13 is a perspective view of a usage example according to another application.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1-Substrate body 2a-Ruled line 2b-Ruled line 2c-Ruled line 3-Electromagnetic wave radiation layer 4-Covering material 5-Active plate 6-Split active plate 7-Active plate for treatment 8-Band for bonding 9-Dish Active plate for dendritic treatment 10 Active plate for acupoint treatment 11-Adhesive layer A-Chemical exothermic agent

Claims (4)

[Claims] A substrate body is made of an aluminum plate mainly made of non-ferrous metal high-purity alumina, and one or both sides of the substrate body are provided with variable shape portions such as bending, refraction, and cutting of the substrate body. Provided, and an electromagnetic wave emitting layer that emits a far-infrared radiation wave is provided in an arbitrary shape by an adaptive means such as a sintering agent, a coating agent, and an adhering agent, Structure of the activation plate for activation. 2. The structure of an active plate for activating organisms according to claim 1, wherein the morphologically variable portion comprises a mesh-like score line, a continuous dotted line score line, a continuous short-line score line, or the like. 3. The structure of the active plate for activating organisms according to claim 1, wherein the electromagnetic wave emitting layer is provided by a composite material of ceramics. (4) The structure of the active plate for activating organisms according to claim 1, wherein