JPH01192542A - Far infrared ray irradiating plate - Google Patents

Abstract

PURPOSE:To efficiently activate an object to be irradiated, by forming far infrared ray irradiating layers onto both surfaces of a heat ray impervious thin plate and enclosing said plate in a heat ray pervious cover to perform the irradiation with far infrared rays having directionality. CONSTITUTION:A heat ray impervious thin plate body 1 is composed of a heat ray impervious thin plate such as an aluminum foil plate, a zinc plate or a stainless steel plate, and far infrared irradiating plate bodies 2, 2' each having a far infrared ray irradiating layer formed thereto are closely bonded to both surfaces of the heat ray impervious plate body 1 and enclosed in a heat ray pervious cover 3 composed of a synthetic resin plate formed into a hard board to constitute a far infrared ray irradiating plate body A. For example, fruit rich in acidity is placed on the surface of this far infrared ray irradiating plate body A and irradiated with far infrared rays belonging to a long wavelength region from the plate body A only in the upper direction of the upper surface plate. The light and heat given by the sunlight, a warm climate or the like and absorbed by the far infrared ray irradiating layer 2 are reflected without passing through the aluminum foil plate, and far infrared rays activate the fruit on the plate body A to moderate acidity and astringency.

Description

DETAILED DESCRIPTION OF THE INVENTION Purpose of the Invention The present invention is directed to a method in which far infrared rays are amplified and irradiated by sunlight, warm air, or an appropriate heating means, and the far infrared rays are irradiated from a wide area onto an irradiated object. It is estimated that there are about 200,000 types of far-infrared emitting substances, but in particular far-infrared rays with excellent radiation efficiency are used. Infrared emitting materials include heptaramic materials, metal oxide materials, carbon materials,
Natural stone materials such as Oya stone and Maihan stone exist. Soil. 9 These far-infrared emitting substances exist in the natural world.

Far-infrared rays are emitted from the device itself due to sunlight, warm air, etc. Alternatively, far infrared & I! by appropriate heating means. Heat is absorbed by the irradiated object, and far-infrared rays are efficiently amplified and radiated by the heat ray reflector.

However, far-infrared irradiation in the long wavelength range has a favorable effect on the dynamic laN. Light and heat.

Since it has an affinity for water and a phasic property, it acts effectively on the activation of water molecules, protein IT, etc., although this may be due to unidentified reasons.

Normally, the wavelength of far infrared rays emitted from far infrared rays emitting materials due to sunlight or warm air, etc. varies depending on the amount, radiation area, intensity of light heat, etc., but is generally about 4 to 10 microns. be. Further, when using an appropriate heating means, the wavelength of far infrared rays suitable for the human body, animals and plants is about 4 to 14 microns, and it is easy to radiate far infrared rays belonging to this long wavelength range.

By irradiating the irradiated object with far infrared rays similar to the length of the second great wall, the irradiated object can be activated amazingly quickly.
) In foods and drinks, it is used for its palatability and antiseptic properties, and in fresh vegetables, it exhibits its usefulness in terms of palatability, maintaining and restoring freshness, etc.

In the present invention, far-infrared rays of an appropriate wavelength are amplified and irradiated from a wide area of the plate surface by sunlight, warm air, etc. or by heating, and the irradiation object is activated as quickly as possible, thereby improving the usefulness for civilian life. Our aim is to provide a plate-like material that emits far-infrared rays, which is a promising material.

composition part Next, specific examples of the present invention will be explained with reference to the drawings.

In the cross-sectional view shown in FIG. 1, 1 is a heat ray-opaque thin plate body, and the chain body 1 is an aluminum foil plate and a zinc plate.

Made of a heat ray-opaque thin plate such as a stainless steel plate.

2 is a far-infrared tlI irradiation layer, which is a far-infrared irradiation plate body in which a paper board is impregnated with a far-infrared ray-emitting substance such as a ceramic material or a natural stone-based material, or a thin synthetic resin plate containing a far-infrared ray-emitting substance; The far-infrared ray irradiation plate-like bodies formed by adhering, painting, etc., and the boards 2 and 2° are closely attached to both sides of the heat-opaque plate 1, respectively.

These are enclosed inside a heat ray transparent covering 3 made of a synthetic resin plate formed on a hard board to form a far infrared ray irradiation plate-like body A8 according to a specific example of the present invention.

The far-infrared irradiation layers 2 and 2° can also be formed by applying a far-infrared irradiation layer to both surfaces of the heat ray-opaque thin plate body 1 using a coating material containing a far-infrared irradiation material.

The ones shown in Figures 2 and 3 are used to tighten the stopper when used by means such as hanging the cap or suction.
The locking tool 4 in the figure is a hanging metal fitting, and the second locking tool 5 is a suction tool.

The perspective view shown in FIG. 4 is a specific example of the pond according to the present invention, which is formed as a flexible body. Far infrared rays 12 and 2° are formed on both sides of a heat ray-opaque thin plate body 1, and the chain body is made of a heat ray-transparent thin plate body 1 made of a soft synthetic resin plate.

A specific example of the present invention is configured as described above, and then
In the following, the functions and effects of the far-infrared irradiation plate-like body according to the present invention will be explained.In the specific example shown in FIG.
Shape according to Tl.

(1) Dimensions Height 300m 5 x Width 250m @ x Thickness 7am
(2) As the heat ray-opaque board 1, household aluminum stone board is used.

(3) Apply a paint containing fine ceramic powder to both sides of the aluminum beach board. The amount of fine ceramic powder is 1 to 1.5 g.

(4) Far infrared rays irradiated on both sides of aluminum comb Meihan, 12
The chain plate formed with the chain plate is enclosed in a composite board of vinyl chloride and glass fiber and formed into a rigid board.

(5) The far-infrared irradiation layer 2 is made of Japanese paper or the like coated with ceramic lath or a paper board coated with aluminum. It is better to form close contact with - on both sides of the i number.

Fruits with a high acidity (tangerine, apple, plum), etc. are placed on the plate surface of the far infrared ray irradiated plate mA formed as described above.

At this time, far infrared rays belonging to 10 to 120 to 12 microfronca are irradiated from the far infrared ray irradiation plate-like body A only in the direction of the upper plate. The light heat absorbed by the far infrared irradiation layer 2 due to sunlight, warm air, etc. does not pass through the aluminum foil plate, and the plate surface becomes a heat ray reflecting surface and reflects the light heat, and the far infrared rays are absorbed by the fruit on the board. It is activated and softens the sour and astringent taste, making it more palatable. The second effect is due to unconfirmed reasons, but it has been confirmed that the activity of water molecules and proteins in the fruit is reduced by the far-infrared irradiation effect, making the fruit palatable in at least an hour. Reduces nicotine, tar, etc. within 30 juices,
Tap water loses its phlegm after about 20 minutes. 6. After a few hours, I started drinking something delicious [,1=. This concrete A is because far infrared rays are constantly irradiated from both sides of the plate surface.
The front and back sides can be used freely.In addition, you can place an appropriate heating element close to the wooden surface and heat it at low temperature or 1 heat (50~100°
C) By doing so, far infrared radiant heat increases, and 14-
Far infrared rays in the long wavelength range of 20 m2 are amplified and irradiated, which can quickly activate limb activated substances.

Next, this giant tree A is equipped with a locking device as shown in Figures 2 and 3, and installed on the wall of the bathtub. Far infrared rays are amplified and irradiated depending on the water temperature, and far infrared rays with a long wavelength of 13 to 14 microns are irradiated, and the hot water is activated in a short time. 3
Taking a bath at a temperature of around 0'C causes sweating and does not make you feel cold. Also, the bathing temperature should be around 45°C.
I can't bear to take a bath after getting up. Take a bath at the right temperature!
! If continued, far-infrared light and heat have 11t compatibility with water, so it not only activates hot water, but also activates water molecules and proteins in the body, making it acidic or weakly alkaline, and woody. It is beneficial for improving health and maintaining a healthy constitution. In addition, if you hang it in a bathroom, sauna room, etc. and use it with your body in contact with it, it will be effective in changing your constitution.
Since the far infrared rays are emitted from the wide area of both sides, the activation of the irradiated object is carried out quickly.

Furthermore, if this concrete is submerged in the rII prize fish tank water or used close to the tank body, the fish will become active and have an amazing increase in appetite. The one shown in the first one is that the second concrete A is made of flexible wood, and can be used widely depending on the living environment.7 For example, a clothes storage box. When used in areas such as 1A, Ti, 1 tatami mats, etc., the far-infrared irradiation changes the living environment of microorganisms, and has many useful benefits such as controlling microbial pests, preservatives, and preventing mold. It's Otsu's.

The far-infrared radiating plate-like book of the present invention can be widely used in civilian life, so it is expected to have great versatility.

[Brief explanation of the drawing]

FIG. 1 is a central sectional view of an example of the present invention. Figures 2 and 3 show the shape of the locking tool w3, and Figure 4 shows the shape of the locking tool w3.
Fl! ! I would like to show you a concrete example. 1... Heat-ray-opaque thin plate body... Far-infrared vL irradiation layer 3... Heat-ray-transparent broken wood 4, 5... Locking tool 4...・・Far-infrared irradiation plate-shaped body patent application, a Tomiyasu Department Procedural Amendment

Claims (1)

[Claims] A far-infrared irradiation layer is formed on both sides of a heat-opaque thin plate, and the plate is covered with a hard or soft heat-transparent coating to emit directional far-infrared rays from a larger area than one surface. A far-infrared irradiation plate-like body characterized in that irradiation is performed.