JP6393045B2 - Method for producing adhesive sheet with material activation material applied on surface - Google Patents

Description

The present invention applies a sheet coated with a material activation material to the outer surface of a motor case of an electric device such as a manufacturing factory, and generates heat generated by the motor due to a synergistic effect of motor drive current reduction and current reduction. Reduces energy loss, such as lowering of noise and vibration, and enables power saving, or sticks to the outer surface of an automobile internal combustion engine, etc. to reduce automobile fuel consumption and harmful emissions More specifically, a method for producing an adhesive sheet capable of activating many substances, more specifically, a cloth or rubber provided with an adhesive layer by applying an adhesive material on the back surface or attaching a double-sided adhesive tape. On the surface of a sheet-like substrate made of a sheet made of a flexible material such as sponge, or a sheet made of a flexible synthetic resin such as vinyl, for example, cotton, hemp, vinylon, etc. After fixing a coarse mesh fabric fibers formed woven into coarse reticulated with the adhesive material or the like, tourmaline powder, natural radioactive ore powder and carbon powder emits radiological or tourmaline powder, the radiological A material activator produced by mixing radiating natural radioactive mineral powder, carbon powder and copper powder is mixed with paint, and this is applied and fixed onto the coarse mesh woven fabric, and the adhesive layer of the adhesive tape It is related with the manufacturing method of the sticking sheet which stuck the release paper on the lower surface of this.

Conventionally, a sheet coated with a material activation material is attached to the outer surface of a motor case of an electric device in a manufacturing factory or the like, and the generated heat of the motor is reduced due to the synergistic effect of the motor drive current reduction and current reduction. In addition to reducing energy loss such as noise reduction and vibration, it is possible to save power, or stick to the outer surface of an automobile internal combustion engine, etc. to reduce fuel consumption of automobiles, reduce harmful emissions, etc. As for the method for producing an adhesive sheet capable of activating many substances, even if a past patent document is searched retrospectively, none can be found. And only the "substance activation method and apparatus" shown in the following patent document is disclosed.

Japanese Patent No. 3065590

The invention described in Patent Document 1 includes a substance to be activated, such as combustible air and combustion exhaust gas, and a layer of radiation generating means for generating radiation to irradiate the substance to activate the substance. Is a material activation method in which a conductive metal layer is an indispensable constituent element between, and specifically, a monazite powder that emits a weak dose of radiation. Forming a radioactive material layer by forming a strip using a synthetic resin that does not absorb water, and laminating a strip-shaped copper plate as a conductive metal plate on the lower side of the radioactive material layer Forming device.

Then, the material activation device having the above-described configuration winds the conductive belt-shaped metal plate in close contact with an air duct made of a polymer material of an automobile engine, which is an activated material. Accordingly, radiation of about 100 millisieverts radiated from the radioactive substance acts on the intake air flowing in the duct to ionize it, and at the same time, the electric charge generated during the ionization is charged on the metal plate, In addition to generating a magnetic field, the electric field and the magnetic field act on the ionized intake air, so that the activation of the intake air can be greatly promoted.

However, since the invention described in Patent Document 1 is an essential constituent requirement for laminating a conductive metal plate on a radioactive material layer, if the place to be attached is a curved surface, or if it is narrow, it cannot be attached, Or there existed a subject that attachment work was difficult.

In addition, the radioactive material layer in the invention described in Patent Document 1 is formed of monazite, which is a radioactive mineral. However, this only has a function of emitting radiation. For example, even if it is attached to an internal combustion engine of an automobile, However, there was a problem that the benzene ring of the gasoline could not be cut only by the action of the gasoline, so that the gasoline could not be burnt completely and harmful emissions could not be reduced.

The present invention was made to solve the above problems, tourmaline powder, natural radioactive ore powder and is produced by mixing a carbon powder material activated material emits radiological, or tourmaline powder, natural radioactive ore powder that emits radiology, carbon powder and copper powder mixture was-activated material manufactured by, while mixing with the paint, the adhesive coating, or by sticking a double-sided adhesive tape on the back surface On the surface of a sheet-like substrate made of a sheet made of a flexible material such as cloth, rubber, sponge or the like provided with an adhesive layer, or a sheet made of a flexible synthetic resin such as vinyl, A coarse mesh woven fabric formed by weaving fibers of cotton, hemp, vinylon, etc. into a net is coarsely fixed with an adhesive, etc., and then a material activation material mixed with the paint is applied onto the coarse mesh woven fabric While sticking, By sticking release paper to the lower surface of the adhesive layer of the adhesive sheet to form an adhesive sheet, it is possible to adhere and fix even if the adhesive surface of the adhesive sheet is curved or the place is narrow The adhesive sheet is cut to an appropriate width and length with scissors, and the release paper is peeled off and attached to the outer surface of a motor case of an electric device such as the manufacturing factory. Reduction of energy loss such as reduction of heat generated by the motor and reduction of vibration due to synergistic effect of reduction of current and noise reduction, enabling power saving, or attaching the adhesive sheet to the outer surface of the internal combustion engine of the automobile, etc. A material activation material capable of activating many substances, such as reducing fuel consumption of automobiles and reducing harmful emissions, was mixed with paint and applied to the surface. Let's provide a method for manufacturing adhesive sheets It is intended to.

The present invention has been made to solve the above problems, and in the invention of claim 1,
After fixing a coarse net-like woven fabric in which fibers are coarsely woven into a net-like shape on the surface of a sheet-like base material made of a flexible sheet having an adhesive layer on the back side, either iron tourmaline or bitter earth tourmaline 64 to 82% by weight of one or both tourmaline powders, 15 to 30% by weight of one or more natural radioactive mineral powders of radium ore, monazite, granite porphyry, quartz porphyry and A material activator produced by mixing 3 to 6% by weight of carbon powder is mixed with a paint, and the material activator mixed with the paint is applied and fixed onto the coarse mesh woven fabric, and the coarse mesh The material activation material mixed with the paint is filled and solidified in each stitch recess between the yarns constituting the woven fabric, and the material activity mixed with the paint filled in each stitch recess is further fixed. The layer made of chemical material is mixed with the paint filled in each adjacent stitch recess. A layer of material activator applied to the surface, wherein a layer made of the material activator and a non-continuous layer are formed, and a release paper is pasted to the lower surface of the adhesive layer Sheet manufacturing method.
By adopting
Alternatively, in the invention of claim 2,
After fixing a coarse net-like woven fabric in which fibers are coarsely woven into a net-like shape on the surface of a sheet-like base material made of a flexible sheet having an adhesive layer on the back side, either iron tourmaline or bitter earth tourmaline 64 to 82% by weight of one or both kinds of tourmaline powder, 15 to 30% by weight of one or more natural radioactive mineral powders of radium ore, monazite, granite porphyry, quartz porphyry, A material activator produced by mixing 1.5 to 3% by weight of carbon powder and 1.5 to 3% by weight of copper powder is mixed with a paint, and the material activator mixed with the paint is formed into the coarse mesh shape. The material activation material mixed with the coating material is filled in each stitch concave portion between the yarns constituting the coarse mesh woven fabric, fixed and solidified by application, and fixed on the woven fabric. Layers of material activation material mixed with paint filled in the recesses A material activity characterized in that a layer made of a material activation material mixed with a coating material filled in a recess and a layer that is not continuous with each other are formed, and a release paper is attached to the lower surface of the adhesive layer The manufacturing method of the sticking sheet which apply | coated the chemical | medical material on the surface.
The above-mentioned problem was solved by adopting.

The sticking sheet having the material activation material mixed with the paint of the present invention applied on the surface can be stuck even when the sticking surface is curved or the place is narrow. For example, manufacturing equipment in a manufacturing factory that uses a motor as a power source, power-related equipment in facilities such as buildings and shops (cooling and heating equipment, refrigeration equipment, etc.) ), Or affixed to the outer surface of a motor case of an electric device such as an air conditioner or refrigerator in a general household, or the affixed sheet to an outer surface of an internal combustion engine, an oil supply system, an air supply system, a battery, etc. By wearing, the natural radioactive mineral in the material of the material activation material is excited from the natural radioactive mineral by an excitation action that transfers electrons from low energy to high energy by radiation emitted from the natural radioactive mineral. The emitted electrons are taken into the positive pole of the tourmaline in the material, and thus the electrons excited from the tourmaline are caused by the conductivity of carbon in the material, and further the conductivity of copper. It is a heart that is emitted with enhanced electron mobility, and the emitted electrons become electromagnetic waves that are transmitted from the outer surface of the motor case to the inside, and the radiation and electromagnetic waves are incorporated in the motor. It acts on the free electrons of the magnetism, such as magnets, shunt field winding coils, and series field winding coils, and activates the activity of the electrons, and the electric field of the magnet or winding coil of the motor is increased. As the magnetic force increases, the drive current required for rotation of the motor of the electric device decreases, and the synergistic effect of the decrease in the drive current reduces energy loss such as lowering the generated heat of the motor and reducing vibration noise. Reduced power consumption can be achieved, or promote the combustion of automobile fuel and prevent incomplete combustion, and prevent harmful gases such as CO (carbon monoxide) and HC (hydrocarbon) and black smoke substances In addition to preventing generation, CO ₂ (carbon dioxide) and NO _x (nitrogen oxide) emissions can also be reduced, and it can also be used for other ships, aircraft, railway vehicles, power generators, etc. The range spans many fields and is highly economical.

It is a top view of the adhesive sheet manufactured by this invention manufacturing method. It is the same expanded longitudinal cross-sectional view. By mixing the material activation material, which is the material of the manufacturing method of the present invention, with the paint and applying it to the U-shaped magnet, bar magnet, and electromagnet, the magnetic force of any of the U-shaped magnet, bar magnet, and electromagnet is increased. It is a figure of the measurement result which confirmed that it became strong. The material activation material, which is the material of the manufacturing method of the present invention, is mixed with the paint, and this is applied to the outer surface of the motor case of the ventilation fan. The operation of the ventilation fan is started and stopped, and the voltage and current are measured before and after application. It is a figure which shows the measurement state when measuring, and a measurement result. When the material activation material which is the material of the manufacturing method of the present invention is mixed with the paint, and this is applied to the outer surface of the motor case of the electric fan, and the electric operation start voltage and current of the electric fan are measured before and after the application. It is a figure which shows the measurement state and measurement result. The material activation material, which is the material of the manufacturing method of the present invention, is mixed with the paint, and this is applied to the outer surface of the motor case of one compressor, one cutting machine, and five outdoor units that are power equipment in a precision machine manufacturing factory. And it is the comparison figure which measured and compared the maximum current consumption before application | coating at the time of operating continuously for 3 days, and after application | coating. The material activation material, which is the material of the manufacturing method of the present invention, is mixed with the paint, and this is used for the outer surface of the internal combustion engine, the oil supply system, the air supply system, and the exhaust system of a plurality of types of automobiles equipped with gasoline engines and diesel engines. It is a figure which shows the result of having measured the fuel consumption after apply | coating to an outer surface and driving | running | working and the reduction rate (improvement rate of the travel distance per liter). The material activation material which is the material of the manufacturing method of the present invention was mixed with the paint, and this was applied to the outer surface of the internal combustion engine, the oil supply system, the air supply system and the exhaust system of a plurality of types of automobiles and traveled. It is a figure which shows the result of having measured the subsequent fuel consumption and the reduction rate of a fuel consumption. NOx immediately after applying the material activating material, which is the material of the manufacturing method of the present invention, to the outside surface of the engine, the oil supply system, the air supply system and the exhaust system of the diesel engine vehicle. It is a figure which shows the result of having compared the density | concentration, the NOx density | concentration after 1 hour, and the fuel consumption after a business run. The material for the production method according to the present invention is mixed with the paint and applied to the outer surface of the combustion section of the boiler used as a heat source for the greenhouse, the oil supply system, the air supply system, and the exhaust system. It is a figure which shows the result measured with time about the change of fuel consumption. The material activation material, which is the material of the manufacturing method of the present invention, is mixed with the paint, and this is applied to the outer surface of the combustion section of the boiler, the oil supply system, the air supply system and the exhaust system used as the heat source of the greenhouse. It is a figure which shows the result measured with time about the change of fuel consumption. The material activation material which is the material of the manufacturing method of the present invention is mixed with a paint, and the pressure-sensitive adhesive sheet obtained by applying this to the surface of a vinyl tape is attached to the lithium ion battery surface of a mobile phone, and the lithium It is a figure which shows the result of having measured the change of the voltage of an ion battery with time.

The best mode for carrying out the present invention consists of a sheet made of a flexible material such as cloth, rubber, sponge or the like provided with an adhesive layer on the back surface, or a sheet made of a flexible synthetic resin such as vinyl. radiation on the surface of the adhesive sheet, after fixing a coarse mesh fabric formed by weaving the coarse reticulated by sticking material or the like, one or more of tourmaline powder, the one or more radiological The material activator produced by uniformly mixing the natural radioactive mineral powder and the carbon powder is mixed with the paint, and this is applied and fixed onto the coarse mesh woven fabric, and the lower surface of the adhesive layer of the adhesive sheet or to produce a bonded sheet by sticking a release paper, or one or more of tourmaline powder, natural radioactive ore powder that emits one or more radiological, carbon powder and copper powder Produced by mixing uniformly The material activator is mixed with the paint, and this is applied and fixed onto the coarse mesh woven fabric, and the adhesive sheet is adhered to the lower surface of the adhesive layer to produce an adhesive sheet. The purpose can be sufficiently achieved by the sticking sheet. Hereinafter, the former will be described as Example 1, and the latter as Example 2.

Substance activation material as a material for adhering the sheet according to Example 1 of the present invention, one or more of tourmaline powder, one or more of release natural radioactive ore powder and carbon powder to emit rays uniform The tourmaline used as the material for the material activator is a crystalline mineral containing boron as a main constituent element, and specifically, there are the following chemical compositions. That is, iron tourmaline, dolphite, lithia tourmaline (elbaite), orenite tourmaline (olenite), iron ash tourmaline (feruvite), ash tourmaline (uvite), voith tourmaline ( footite), and magnesiofite.

The tourmaline having the above-described chemical composition varies in color depending on the type of metal element contained therein, the iron tourmaline containing Fe and Mn is black, the lithium tourmaline containing Li is red, and the bitumen containing Mg. It is known that earth tourmaline is yellow, brown, etc., and is a crystalline mineral having pyroelectric properties that are charged when the crystal is heated or deformed.

As the tourmaline that is the material of the material activation material, any one or more of the tournaments may be used, but it is not necessary to specifically limit the tourmaline. It is recommended to use one or both types of earthwork stones. Hereinafter, in the present invention, the tourmaline will be described as using iron tourmaline and magnesia tourmaline.

The tourmaline is always crushed and powdered, the crystal state always remains constant, and there are positive (anode) and negative (cathode) electrodes at both ends. It has the electrical property of attracting electrons that are present in the atmosphere or liquid and taking them into the crystal, transporting these electrons to the negative electrode, and releasing the electrons from the negative electrode.

The tourmaline is mixed with other materials uniformly to maintain dispersibility, and in order to increase the surface area, the tourmaline is used in the form of fine particles. The particle size is not particularly limited, but it is recommended that the particle size is preferably 100 μm or less, particularly preferably 50 μm or less. Further, the tourmaline need not be particularly limited, but it is recommended that a material fired at a high temperature of 750 to 950 ° C. be used as the material for the material activation material. The reason why the tourmaline is fired is to remove impurities such as organic substances and combustible elements contained in the natural tourmaline and to stabilize the chemical properties of the tourmaline.

Also, the natural radioactive ore which is a material of said substance activating material, if natural radioactivity minerals City sales, can be employed as the material of the material activating material. The natural radioactive mineral is not particularly limited, but is preferably a radium ore, monazite, granite porphyry, quartz porphyry, granite, feldspar, titanium that is widely used and has no safety problems. It is recommended to use any one of these stones, or more than one of these, but it is particularly preferable to use any one of radium ore, monazite, granite porphyry, quartz porphyry, or a plurality thereof. Recommended. Hereinafter, in this invention, it demonstrates as what uses radium ore, monazite, granite porphyry, quartz porphyry among the said natural radioactive minerals.

From the natural radioactive mineral that is the material of the material activation material, neutrons are captured by radioactive iodine produced by nuclear fission in nuclear reactor operation and cesium produced by beta decay of xenon, which is a fission product in nuclear reactor operation. The radioactive cesium produced in this way is not generated, so there is no health problem.

Before Kiten natural radioactive ore is configured to maintain dispersibility and uniformly mixed with other materials, to the radiating area and large, to use those Iki砕in finely divided powder form. The particle size is not particularly limited, but it is recommended that the particle size is preferably 100 μm or less, particularly preferably 50 μm or less. The natural radioactive mineral is preferably fired at a high temperature of about 500 to 950 ° C. By firing natural radioactive minerals at the firing temperature, impurities such as organic substances and combustible elements of the minerals are removed and the chemical properties are stabilized, so that excellent radiation properties can be obtained.

As a material for the material activation material, radium ore, which is a particularly preferable material, is a natural radioactive mineral that emits natural radiation in the ground, and always emits α rays, β rays, and γ rays. For example, the radium ore can be found in Tamagawa Hot Springs in Akita Prefecture, Beitou Stone, which is produced at the downstream of Beitou Hot Spring in Taiwan, Bad Gastein Ore, which is produced at Bad Gastein Mine in Austria, and Yangjiang, China. It is known by the name of “Plutenite” produced.

The radium ore has various physical and physiological effective effects. Among them, the ultra-short wavelength of γ rays is a thick metal such as paper that blocks α rays and aluminum that blocks β rays. It also penetrates the plate, has a material permeability greater than α rays and β rays, and has a permeability that is 100 times that of β rays and 1 million times that of α rays. The γ-ray is an electromagnetic wave with an ultrashort wavelength, and it is widely recognized that it has a powerful effect on the deep treatment of the human body, and gives great vitality to human cells, kills germs and cures intractable diseases, and helps promote health. For example, it is widely used in bedrock bath therapy at Tamagawa Hot Spring in Akita Prefecture.

The radium ore that can be used as the material for the material activation material utilizes the transmission power of γ rays as the electromagnetic waves. The amount of radiation emitted from the radium ore varies depending on the place where it is produced, but in the present invention, it is not particularly limited because it is mixed with other materials, but it is 0.3 μsV / h or more. Is preferable.

Further, as a material for the material activator, monazite (monazite), which is a preferable material, is a phosphate mineral mainly composed of cerium, lanthanum, and neodymium, which are rare earth elements, and contains thorium as a trace component. No is a natural radioactive mineral. The main component cerium extracted from the monazite is used as a lens abrasive, a material of a magnet or an alloy, etc., and lanthanum is used in an electronic component such as an optical lens or a condenser. In particular, it is used for small motors as neodymium magnets, and is widely used in industries such as mobile phones, personal computers and automobiles.

The monazite is widely used in water purification equipment for circulation baths, lotion, underwear and supporters (woven into fibers), bracelets, necklaces, and is also used as a catalyst to increase the exhaust gas reduction effect of automobiles. There is no safety problem. The amount of radiation emitted from the monazite varies depending on the place where it is produced. In the present invention, it is not necessary to limit the amount of radiation because it is uniformly mixed with other materials, but it is 0.3 μsV / h or more. Is preferable.

Furthermore, there are many types of granite porphyry, which is a preferred material for the material activation material. In the present invention, it is not necessary to particularly limit, but it is recommended to use granite porphyry buried in Tono City, Iwate Prefecture. The granite porphyry buried in Tono City, Iwate Prefecture is also called “Amphibole”.

The effect of the granite porphyry (amphibole) has already been disclosed in many patent gazettes, and has been published in other documents and on the website of the Internet. It is widely known that negative ions are released even when placed.

And when the ancient stoneware located in Tono City, Iwate Prefecture, who is the producer of the granite porphyry, asked the Iwate Industrial Technology Center for quantitative analysis of the granite porphyry, 60% by weight of silica, 17% by weight of aluminum oxide, 6.7% by weight of ferric oxide, 0.7% by weight of titanium oxide, 6.2% by weight of calcium oxide, 2.7% by weight of magnesium oxide, 3.3% of sodium oxide Analytical results indicating that it contains 1% by weight, 1.6% by weight potassium oxide, etc.

Then, in the web site of a large number of the Internet, because it is described that to emit the granite porphyry is Radiation, in order to confirm this fact, the Corporation ancient stone tools, Foundation of Tsukuba, Ibaraki Prefecture whereabouts When the Society of Radiation Measurements was asked to measure the gamma dose equivalent rate of granite porphyry (amphibole), a measurement result of a gamma dose equivalent rate of 0.07 μSv / h was obtained. In addition, this measured numerical value includes the background (gamma dose equivalent rate without granite porphyry is 0.06 μSv / h). Therefore, the numerical value with the γ dose equivalent rate of 0.07 μSv / h is instead of a number, such as at all adversely affect and it could be confirmed that radiates release safe numerical ray to living organisms.

Based on the measurement result that the granite porphyry emits extremely safe numerical radiation, the present inventor has disclosed that the granite porphyry emits extremely safe numerical radiation. No. 1 and numerous Internet websites, the granite porphyry contains 1.6% by weight of potassium oxide, and potassium 40 is present at a ratio of 0.01%. Therefore, it was judged that very safe numerical radiation was emitted from the potassium 40.

In addition, although the mineral disclosed by the said Unexamined-Japanese-Patent No. 2004-121585 is described that it is quartz porphyry, what has especially few porphyry among said granite porphyry is said to be quartz porphyry. Therefore, it can be judged that both are minerals having the same properties.

In the Japanese Patent Application Laid-Open No. 2004-121685, it is described that potassium 40 is not a substance that is dangerous to handle, but emits radiation of extremely safe numerical values, and is a safe substance that is not regulated by law. from the fact, granite porphyry employed in the present invention, although containing potassium 40 which emits radiological it can be said to be extremely safe natural radioactive ore.

The natural radioactive mineral emits a safe numerical value of radiation that is not harmful to the human body. In the present invention, γ rays emitted from the natural radioactive mineral are used. And the said gamma rays are called "electromagnetic radiation" with X-rays. The “electromagnetic radiation” is an electromagnetic wave similar to radio waves, infrared rays, visible rays, ultraviolet rays and the like of radio, television and mobile phones.

In addition, γ-rays emitted from the natural radioactive minerals, like other radioactive materials such as uranium, have an “ionizing effect” that, when passing through the material, exerts an electromagnetic force on the electrons and strips the electrons from the atoms. “Ionizing radiation”. When the electrons are peeled off from the atoms by the “ionization action”, a phenomenon occurs in which the chemical reactivity of the atoms changes or the chemical bonds of the molecules change.

Furthermore, as with other radioactive materials such as uranium, γ-rays emitted from the natural radioactive minerals pass through the material in addition to the “ionization effect” and “excitation action”. Effect. That is, a phenomenon in which electrons having a low energy level are raised to a high energy level by the electromagnetic force of γ rays passing near the atom is called “excitation”. “Excited” electrons in which orbital electrons have extra energy are called “radicals” and show active chemical reactivity. And although the lifetime of the excited state atom (radical) is short, it reacts more actively with surrounding molecules than the normal ionic state atom. The present invention utilizes the “excitation action” of natural radioactive minerals by γ rays.

In addition, the tourmaline which is the raw material of the said substance activation material can be excited and can increase the effect by receiving the radiation from sunlight, ie, receiving the radiation from sunlight. However, factory or room stuck sheet produced by the present invention production process is used, an engine room of an automobile, in a place where sunlight is not irradiated, the excitation action before Kiten natural radioactive ore, the sun It plays the role of light and can fully exhibit the effect of tourmaline.

Furthermore, the carbon that is the material of the material activator can be made of graphite (graphite), carbon black, etc., and the particle size thereof is preferably 100 μm or less, similar to the respective materials. Particularly preferably, it is recommended that the thickness is 50 μm or less. Carbon nanotubes having a particle size of nm can also be used.

Then, the electrons emitted from the tourmaline, with coupling the conductive possessed by the be material-activated materials the carbon, the synergistic effect of the excitation action before Kiten natural radioactive ore, having the tourmaline It becomes possible to increase the electron emission power.

In addition, the carbon powder is uniformly mixed with the natural radioactive mineral powder and tourmaline powder, and conductive carbon powder in which electrons emitted from the tourmaline powder are mixed by the excitation action of the natural radioactive mineral powder. The carbon powder is uniformly mixed so as to be in contact with the tourmaline powder so that the electrons can be connected to each other without interruption and the mobility of the electrons can be increased. ing.

The present invention produces the tourmaline powder, natural radioactive mineral powder and carbon powder are uniformly mixed at a predetermined ratio as a material for the present invention-activated material. As a result of various tests conducted by the inventor, the mixing ratio was obtained by mixing 64 to 82% by weight of tourmaline powder, 15 to 30% by weight of natural radioactive mineral powder, and 3 to 6% by weight of carbon powder. Has been confirmed to be a preferable mixing ratio in order to achieve the object. Furthermore, in order to achieve the object, a material active material is produced by mixing 70-78 wt% tourmaline powder, 18-25 wt% natural radioactive mineral powder, and 4-5 wt% carbon powder. It was confirmed that the mixing ratio was particularly preferable.

The substance activator, which is the material of the present invention obtained by mixing predetermined amounts of the tourmaline powder, natural radioactive mineral powder and carbon powder, is used in a powder form uniformly mixed with the paint. As the paint, any of resin-based paints such as acrylic resin-based paints, urethane resin-based paints, silicon resin-based paints, fluororesin-based paints, and aluminum paints can be selected and used.

In the case of mixing the substance activator and the paint, the mixing ratio is not particularly limited, but preferably 40 to 55% by weight of the substance activator and 45 to 60% by weight of the paint are recommended. Particularly preferably, it is recommended that the material activator be 45 to 50% by weight and the paint 50 to 55% by weight.

In addition, when the natural radioactive mineral powder is used in combination with a plurality of types such as monazite instead of one type such as radium ore, the mixing ratio is appropriately set according to the radiation dose emitted by each material. And mix. In order to obtain a sufficient excitation effect, it is desirable that the radiation dose is high to some extent. For example, the granite porphyry has a radiation dose of 0.07 μSv / h. Therefore, when other natural radioactive mineral powders are mixed with the granite porphyry, radium ore powder or monazite having a higher radiation dose than the granite porphyry is mixed. By increasing the mixing ratio of the powder, a high radiation dose of natural radioactive mineral mixed powder can be obtained.

And it is made of cloth made of flexible material such as cloth, rubber, sponge, etc., or vinyl, etc. After the coarse mesh woven fabric is fixed to the surface of the sheet-like base material made of a sheet with a sticking material or the like, the material activating material as the material of the present invention is mixed uniformly with the paint, and the paint is mixed with the paint. The material activator is applied and fixed onto the coarse mesh woven fabric to produce the adhesive sheet of the present invention.

The production method of the pressure-sensitive adhesive sheet of the present invention is not particularly limited, but preferably a sheet produced from a flexible material such as cloth, rubber, sponge or the like having an appropriate width and length as shown in FIGS. Or, for example, an adhesive material that adheres to the outer surface of an air supply system of an automobile is applied to the back surface of the sheet-like substrate 1 made of a sheet made of a flexible synthetic resin such as vinyl, or a double-sided adhesive tape A coarse reticulated weave formed by weaving fibers such as cotton, hemp, and vinylon roughly on the surface of the sheet-like base material 1, for example, like cold water. The cloth 3 is fixed with an adhesive or the like, and further, the material activating material 4 uniformly mixed with the paint is applied and fixed onto the coarse mesh woven cloth 3, and between the yarns 3 a constituting the coarse mesh woven cloth 3. Material activity mixed with the paint in each mesh recess 3b With filling the timber 4 is fixed to solidify, wherein a layer consisting of material activated material 4 filled in each mesh recess 3b is a material activating material 4 filled in each mesh recess 3b adjacent The present invention sticking sheet S is manufactured by forming a layer and a layer that are not continuous with each other .

Even if the sticking sheet S of the present invention manufactured as described above is bent, the solidified material activation material 4 is filled and fixed in each of the mesh recesses 3b . As shown in FIG. 4, the layer made of the material activation material 4 filled in each mesh recess 3b is continuous with the layer made of the material activation material 4 filled in each adjacent mesh recess 3b. Since no layer is formed , each yarn 3a absorbs the tension state of the sheet-like base material 1 due to bending of the adhesive sheet of the present invention , and prevents the solidified material activation material 4 from falling off. Without being peeled off, it can be stuck and fixed in conformity with the shape of the sticking surface. In the figure, reference numeral 5 denotes a release paper adhered to the lower surface of the pressure-sensitive adhesive layer 2, and the release paper 5 is used after being peeled off when using the adhesive sheet of the present invention.

The adhesive sheet produced by the production method of the present invention is, for example, a manufacturing device that uses a motor as a power source in a manufacturing factory or the like, a cooling / heating device or a refrigeration device that uses a motor as a power source in a building or a store, or the like. In the home, the release paper 5 is peeled off to expose the adhesive layer 2 on the outer surface of a motor case of an electric device such as a cooling / heating device or a refrigerator that uses a motor as a power source in the home, and the adhesive layer 2 is attached via the adhesive layer 2 Fix it.

The sheet-like base material 1 of the material for producing the adhesive sheet according to Example 1 of the present invention is a sheet made of a flexible material such as cloth, rubber or sponge, or a sheet made of a synthetic resin such as vinyl. It is formed by. On the other hand, the material substance serving activation material of the present invention attached sheet, tourmaline powder, are produced by uniformly mixing the natural radioactive ore powder and carbon powder, by radiation emitted from the natural radioactive ore Due to the excitation action, the electrons excited from the tourmaline are emitted with the conductivity of carbon increasing the mobility of the electrons, and the emitted electrons become electromagnetic waves, and the sheet-like substrate 1 is In addition to being transmitted, the present invention adhesive sheet is adhered to, for example, the outer surface of a motor case of an electric device, and is irradiated to the magnet portion of the motor as electromagnetic waves.

In the substance activation material 4 mixed with the solidified paint by sticking the sticking sheet S produced by the production method of the present invention to the outer surface of the motor case via the adhesive layer 2. The electrons emitted from the natural radioactive mineral are taken into the positive pole of the tourmaline in the material activation material by the excitation action, transferring electrons from low energy to high energy by radiation emitted from the natural radioactive mineral of Thereby, the electrons excited from the tourmaline are emitted by increasing the mobility of the electrons due to the conductivity of carbon in the material activation material, and the emitted electrons become electromagnetic waves, Radiation and electromagnetic waves act on the free electrons of the magnetic generation part such as the magnet, the split field winding coil, the series winding field winding coil, etc. By activating the motor, the electric field of the motor magnet or winding coil is increased and the magnetic force is increased, so that the drive current required for the rotation of the motor of the electric device is reduced, and the reduction of the drive current is synergistic. The effect reduces energy loss, such as lowering the heat generated by the motor and reducing vibration, thereby achieving power saving.

The inventor covers the magnet, shunt field winding coil, and series winding field winding coil incorporated in the motor with the material activation material manufactured by mixing with the paint used in the present invention. When applied to the outer surface of a motor case, a magnetic force analysis test is conducted to obtain data that provides a rationale for the magnetic field force of the magnet, the split field winding coil, and the series winding field winding coil becoming stronger. It was.

That is, the magnetic force analysis test is performed on three types of magnets: a U-shaped magnet (permanent magnet), a bar magnet (permanent magnet), and an electromagnet (coil wound around an iron core and pressurized with a DC voltage of 1.5 V). 50 wt% of a material activation material produced by mixing 82 wt% of powdered tourmaline powder, 15 wt% of monazite powder as a natural radioactive mineral, and 3 wt% of carbon powder produced from graphite, It was carried out after mixing with wt%, applying this and thoroughly drying. The application site of the substance activation material is the both end edges in the case of a U-shaped magnet, the one end edge in the case of a bar magnet, and the outer peripheral portion around which a coil is wound in the case of an electromagnet.

And the measuring method prepared 40g of iron balls with a diameter of 2 mm, and measured the weight of the sucked iron balls 10 times before and after application. As the iron ball, a new iron ball was used for each measurement. The measurement results are shown in FIG. In addition, as for the said clay earth tourmaline powder and the monazite powder, what was baked at 900 degreeC or more was used. In addition, it is common to use a gauss meter as a method of measuring the strength of the magnetic field, but when measuring using the gauss meter, several measurements are taken at the same location where the average measurement value is obtained. Since the setting is difficult and the measurement value is not constant and an accurate measurement value cannot be obtained, the present inventor determines that an accurate measurement value can be obtained by using the iron ball, and the measurement is performed using the measurement method. did.

As shown in the measurement results of FIG. 3, it was confirmed that the magnetic force was increased when the coating material was applied to any of the U-shaped magnet, the bar magnet, and the electromagnet.

The present inventor obtains the measurement results shown in FIG. 3, iron tourmaline powder 77% by weight as tourmaline, natural monazite powder 15 wt% and granite porphyry powder 5% by weight as a radioactive mineral, carbon black 50% by weight of the material activation material produced by mixing 3% by weight of powder and 50% by weight of aluminum paint are mixed and applied to the outer surface of the motor case of a 100V, 23W ventilation fan. Later, the ventilation fan started and stopped, and the voltage and current were measured. The measurement state diagram and the measurement results are shown in FIG. The iron tourmaline powder, monazite powder and granite porphyry powder were all fired at 900 ° C. or higher.

From the measurement result of FIG. 4, when the magnetic field force of the magnetism generation unit of the motor becomes strong, the motor is driven with a smaller current than before application, and the motor does not stop at the operation end current before application, and the end current is Confirmed that it went down. In addition, the above measurement results proved that the operation can be performed even at 80 V where the voltage fluctuation of the supply voltage (standard 100 V) is expected due to the fluctuation of the operation voltage and the operation end voltage due to the current decrease after application. When comparing the amount of electric power before and after application, by applying the coating material, an efficiency improvement of 30% at the start of operation and 50% at the end of operation was recognized.

That is, from the measurement result of FIG. 4, the following effects and effects are recognized by applying the substance activating material mixed with the paint on the outer surface of the motor case.
(1) The motor drive current decreases.
(2) Energy loss is reduced due to the synergistic effect of reduction in drive current, such as reduction in heat generated by the motor and noise reduction.
(3) While the product is being manufactured at the manufacturing factory, the power equipment is driven with a small current, and the inrush current generated at the start of driving is smoothed, and the current consumption is further reduced.

Furthermore, the inventor of the present invention activated a substance produced by mixing 64% by weight of a masonry tourmaline powder as tourmaline, 30% by weight of monazite powder as a natural radioactive mineral, and 6% by weight of carbon powder made from graphite. 55% by weight of the material is mixed with 45% by weight of acrylic resin-based paint, and this is applied to the outer surface of the motor case of a 100V, 125W electric fan. The operation start voltage / current of the electric fan before and after application Was measured. The measurement state diagram and measurement results are shown in FIG. In addition, as for the said clay earth tourmaline powder and the monazite powder, what was baked at 900 degreeC or more was used.

From the measurement results of FIG. 5, when the magnetic field force of the magnetic generation unit of the motor becomes strong, the motor is driven with a smaller current than before application of the substance activation material, and the amount of power before and after application is compared. By applying the substance activating material, an effect of reducing the amount of power used by 8.2% was recognized.

Furthermore, the inventor mixed 72% by weight of iron tourmaline powder as tourmaline, 22% by weight of radium ore powder and 3% by weight of quartz porphyry powder as natural radioactive minerals, and 3% by weight of carbon powder produced from graphite. 55% by weight of the material activation material produced in this way was mixed with 45% by weight of acrylic resin-based paint, and this was used as a compressor and cutting machine as power equipment in the manufacturing plant (precision machine manufacturing plant in Hyogo Prefecture). Apply to the outside of the motor case of one unit and five outdoor units, and measure the maximum current consumption before and after application for three consecutive days of operation (note that only the power supply for maintenance is used at night and operation is suspended) And compared. The measurement results are shown in FIG. In addition, the measured value before application is from August 1, 2011 (Monday) to August 8, 2011 (Monday) to August 10, 2011 (Wednesday). It is a measured value on Wednesday, March 3.

From the measurement results of FIG. 6, the number of times that the maximum power consumption value exceeded 40 KW was four times before application of the substance activation material, but never exceeded 40 KW after application. Moreover, the number of times that the maximum power consumption value was 39 to 35 KW was 11 times before coating and 5 times after coating. After the application from the measurement result of the maximum power consumption value, when the product is being manufactured in the manufacturing factory, the power device (motor) is driven with a small current, and when the power device is frequently operated / stopped, the drive It was confirmed that the inrush current generated at the start was smoothed and the current consumption was further reduced.

And, the material activation material mixed at the preferable mixing ratio, outside the motor case of the electrical equipment, this is the outside surface of an internal combustion engine such as an automobile or a boiler, an air filter or an air supply pipe constituting an air supply system, etc. Apply to the outer surface of the fuel tank, the fuel tank, fuel filter, fuel hose, and other pipes that make up the oil supply system, and the outer surface of the engine oil tank and engine oil filter, the exhaust manifold, the exhaust pipe, etc. that make up the exhaust system. You can also.

And, from the natural radioactive mineral in the coating film formed after the material activation material mixed with the paint is applied and solidified, the radiation is transmitted from the outer surface of the internal combustion engine or the outer surface of each of the associated pipes to the inside. The electrons emitted from the natural radioactive mineral are taken into the positive pole of the tourmaline in the coating film by the excitation action of the natural radioactive mineral, and the electrons excited from the tourmaline are thereby The conductivity of the carbon inside increases the mobility of the electrons and releases them, and the emitted electrons are transmitted as electromagnetic waves from the outer surface of the internal combustion engine and the outer surfaces of pipes of each system to the inside. Then, the air passing through the air supply system is activated by the radiation and the electromagnetic wave, and the potential balance in the hydrocarbon molecule of the liquid fossil fuel that passes through the oil supply system and is supplied to the internal combustion engine is disrupted. When the liquid fossil fuel is sprayed and vaporized, the mixing ratio with the activated air is increased to achieve complete combustion of the fuel, while exhaust gas discharged through the exhaust system is reduced. While purifying and removing CO and HC from the exhaust gas, the engine oil is hardly contaminated, the replacement time can be extended, and the generation of black smoke can also be prevented.

Since the amount of liquid fossil fuel used is reduced by achieving complete combustion of the fuel, the amount of CO ₂ and NO _x emissions can be reduced, thereby contributing to prevention of global warming.

The inventor mixed 64 wt% iron tourmaline powder as tourmaline, 25 wt% radium ore powder and 5 wt% granite porphyry as natural radioactive mineral, and 6 wt% carbon powder composed of carbon black. 50% by weight of the obtained material activator and 50% by weight of acrylic resin-based paint are mixed, and this is mixed with the outer surface of an internal combustion engine of a plurality of types of vehicles equipped with a gasoline engine and a diesel engine, an oil supply system, and an air supply system. FIG. 7 shows the results of measurement of the fuel consumption and the reduction rate of fuel consumption (the improvement rate of the travel distance per liter) after being applied to the outer surface of the exhaust system and traveling. The iron tourmaline powder, radium ore powder and granite porphyry powder were all fired at 900 ° C. or higher.

From the measurement results shown in FIG. 7, it was confirmed that the fuel consumption was significantly reduced by 15 to 30%, that is, the travel distance per liter was improved particularly on the highway. Further, from the measurement result of FIG. 5, it was recognized that since the travel distance per liter is longer, the amount of gasoline and light oil used is reduced correspondingly, and as a result, the amount of CO ₂ emission is naturally suppressed.

It should be noted that the material activation material mixed with the paint produced at the mixing ratio is the outside surface of the internal combustion engine, the oil supply system, the air supply system, and the exhaust system of a plurality of types of automobiles equipped with the gasoline engine shown in FIG. When HC and CO after being applied to the side surface and running were measured with a measuring instrument manufactured by Horiba, Ltd., the measured values were all zero. That is, if the measured values were all 0, the gasoline was completely burned.

Further, the present inventor is manufactured from graphite, 53 wt.% Of porcelain tourmaline and 18 wt.% Of iron tourmaline powder as tourmaline, 22 wt.% Of monazite powder and 2 wt.% Of granite porphyry as natural radioactive minerals. 45% by weight of a material activator produced by mixing 5% by weight of carbon powder and 55% by weight of acrylic resin-based paint are mixed, and this is mixed with the outer surface of an internal combustion engine, an oil supply system, FIG. 8 shows the results of measuring the fuel consumption and the reduction rate of fuel consumption after applying to the outer surface of the air system and the exhaust system and running. In addition, as for the said wreckite tourmaline and iron tourmaline powder, and monazite powder and granite porphyry powder, what was baked at 900 degreeC or more was used, respectively.

From the measurement results of FIG. 8, as in FIG. 7, a significant reduction in fuel consumption of 20 to 30% was recognized, particularly on the expressway.

In addition, the present inventor made 70% by weight of iron tourmaline powder, 45% by weight of monazite powder as a natural radioactive mineral, and 45% by weight of a material activation material manufactured by mixing 5% by weight of carbon powder made from graphite. NOx concentration immediately after being applied to the outer surface of the internal engine of the diesel engine vehicle, the oil supply system, the air supply system and the exhaust system, and the NOx concentration after 1 hour. In addition, FIG. 9 shows the result of comparison of fuel consumption after business travel. The iron tourmaline powder and the monazite powder were both fired at 900 ° C. or higher. The measurement shown in FIG. 7 is a result of applying and testing on a vehicle of a major transportation company on January 21, 2012.

Reduced from the measurement results of FIG. 9, and before application of the substance active material, looking at the measurement data immediately after and the coating 1 hour after application, immediately after and the coating 1 hour elapsed coating, emissions of the NO _X is a greatly In addition, compared with the fuel consumption before application in December 2011, the fuel consumption in March 2012, two months after the application, was significantly reduced. In addition, the weather when the said substance activation material in the measurement of FIG. 9 was apply | coated was a state with cloudy and high humidity. As a result of the present inventor's tests several times until now, when the application was clear and the humidity was low, the material active material mixed with the paint dried quickly and the measurement result was good. However, since the weather at the time of application of the coating material in the measurement of FIG. 9 was cloudy, it is presumed that if the weather was fine, a better measurement value could be obtained for the NO _X measurement result.

Furthermore, the inventor of the present invention has produced a material activity obtained by mixing 78 wt% of a clay powder as a tourmaline, 18 wt% of a radium ore powder as a natural radioactive mineral, and 4 wt% of a carbon powder made of graphite. A boiler that mixes 45% by weight of chemicals and 55% by weight of acrylic resin paint and uses this as a heat source for a greenhouse (ST-60A, Kuroda Industries Co., Ltd., owned by Shinto Bussan Co., Ltd., located in Sagae, Yamagata Prefecture) The amount of fuel (kerosene) consumed before application of the substance activator was 54 liters per day, which was applied to the outer surface of the combustion section of the type kerosene boiler), the oil supply system, the air supply system, and the exhaust system. FIG. 10 and FIG. 11 show the results obtained by measuring the change over time with respect to the change in fuel consumption after coating. FIG. 10 does not describe indoor temperature and weather, but FIG. 11 describes indoor temperature and weather. In addition, as for the said clay earth tourmaline powder and radium ore powder, what was baked at 900 degreeC or more was used for all.

From the measurement results of FIG. 10 and FIG. 11, the one that used 54 l of kerosene per day before application, although there are some fluctuations due to changes in season, outside temperature, humidity, etc., on average 40% or more A significant reduction in fuel consumption was observed.

In addition, the present inventor applied the substance activation material mixed with the paint to the outer surface of the internal combustion engine of the automobile engine, the oil supply system, the air supply system, and the outer surface of the exhaust system. Applied to the outer surface of the battery, dynamo, spark plug connection and wiring, the radiator of the cooling system, the outer surface of the rubber hose above and below the radiator, and the outer surface of the differential gear and transmission as the drive system However, in addition to the effects such as the reduction in fuel consumption, it was confirmed that the engine noise was reduced and the running stability was improved.

The tests in Example 1 are all tests in which a material activator and paint are mixed and applied directly to the outer surface of a motor case or the like. And the substance activated material 4 mixed with the said coating material is apply | coated to the surface of the sheet-like base material 1, and the test about the sticking sheet S manufactured by this invention manufacturing method is not performed. However, the electromagnetic wave radiated from the material activation material which is the material of the present invention is a flexible sheet manufactured from a flexible material such as cloth, rubber, sponge, etc. of the material of the pressure-sensitive adhesive sheet S manufactured according to the present invention, and Since it penetrates the sheet-like base material 1 made of a flexible synthetic resin sheet and permeates the inside of the motor case or the like to which the adhesive sheet S is adhered, the same results as the test results shown in FIGS. Judge that it is obtained.

In addition, as the tourmaline that is the material of the substance activation material, iron tourmaline, wrought tourmaline, lithia tourmaline, oren tourmaline, iron ash tourmaline, ash tourmaline, voith tourmaline, wreck tourteite As an example, iron tourmaline and dolomite tourmaline are used as the material of the present invention, and other tourmaline stones are not used, but both possess physical properties as tourmaline. These are also judged to be usable as the material of the present invention.

Further, the test in Example 1 was conducted by using carbon powder made of graphite or carbon powder made of carbon black as carbon powder, and using carbon nanotubes having a particle size of nm. Not tested. However, when carbon nanotubes having a particle size of nm are used instead of carbon powder made of graphite or carbon powder made of carbon black, the surface area is large and the contact area with tourmaline is also large. Therefore, it is determined that results better than the test results shown in FIGS. 3 to 11 can be obtained.

Furthermore, examples of the natural radioactive mineral that is the material of the material activation material include radium ore, monazite, granite, granite porphyry, quartz porphyry, feldspar, and titanium stone. Examples include radium ore, monazite. Stone, granite porphyry and quartz porphyry are used as materials of the present invention, and other natural radioactive minerals are not used and tested, but all possess physical properties as natural radioactive minerals. These are also judged to be usable as the material of the present invention.

Substance activating material according to Example 2 of the present invention, one or more of tourmaline powder, one or more natural radioactive ore powder, producing a substance activating material by mixing carbon powder and copper powder Therefore, in addition to the carbon powder having conductivity in Example 1, copper powder having conductivity higher than that of carbon is further added.

As in Example 1 , the material activator according to Example 2 uses iron tourmaline and bitter tourmaline among tourmaline as tourmaline, and natural radiomineral as natural radiomineral. Of these, it will be described as being manufactured using radium ore, monazite, granite porphyry, and quartz porphyry. That is, the material activating material according to Example 2 is one of the iron tourmaline, one or both tourmaline powders of the maternal tourmaline, the radium ore, monazite, granite porphyry, and quartz porphyry. or more of natural radioactive ore powder, to produce a substance activating material by mixing carbon powder and copper powder at a predetermined ratio. As a result of various tests conducted by the inventor, the mixing ratio was 64 to 82% by weight of tourmaline powder, 15 to 30% by weight of natural radioactive mineral powder, 1.5 to 3% by weight of carbon powder, and 1.5% of copper powder. It was confirmed that mixing the ˜3% by weight to produce the material activator is a preferable mixing ratio in order to achieve the object. Furthermore, 70-78 wt% tourmaline powder, 18-25 wt% natural radioactive mineral powder, 2-2.5 wt% carbon powder, and 2-2.5 wt% copper powder are mixed to produce a material activation material. It was confirmed that the production was a particularly preferable mixing ratio in order to achieve the object.

In Example 2, since copper powder having higher conductivity than carbon powder is further added and mixed, the electrons excited from the tourmaline are excited by the action of radiation emitted from the natural radioactive mineral in the material. In addition to the electrical conductivity of copper, the electrical conductivity of copper further increases the mobility of the electrons and is emitted, and the emitted electrons become electromagnetic waves, for example, in motors of electrical equipment in manufacturing factories and the like. Reduces motor drive current and energy loss by irradiating magnet parts, automobile batteries, mobile phone lithium-ion batteries, etc., or automobile internal combustion engines, oil supply systems, air supply systems, etc. At the same time, it enables power saving, reduces power consumption of batteries and lithium ion batteries, shortens charging time, or fuels such as gasoline and empty Can activate the substance, can reduce the fuel consumption by improving the combustion efficiency and suppressing the emission of harmful exhaust gas, etc. A material is obtained. Note that the operation and effect of the second embodiment are substantially the same as those of the first embodiment, and thus the description thereof is omitted.

The inventor mixes the material activation material manufactured according to the preferable blending ratio with the paint, and applies the pressure-sensitive adhesive sheet S obtained by applying this to the surface of the vinyl sheet (the side where the pressure-sensitive adhesive is not applied). Attached to a lithium ion battery of a mobile phone, the voltage change of the lithium ion battery was measured over time.

In order to measure the change in the voltage of the lithium ion battery over time, 82 wt% of the clay powder of the clay, 15 wt% of the monazite powder as the natural radioactive mineral, and 1.5 wt% of the carbon powder made of graphite. % And 55% by weight of a material activator produced by mixing copper powder with 1.5% by weight of copper powder and 45% by weight of aluminum paint are mixed and applied to the surface of a vinyl sheet. Was attached to a lithium ion battery of a mobile phone, and the change in the voltage of the lithium ion battery was measured in a timely manner. The measurement results are shown in FIG. The left column of FIG. 12 is the measurement result when the adhesive sheet is not adhered, and the right column of FIG. 12 is the measurement result when the adhesive sheet is adhered.

From the measurement result of FIG. 12, the increase in the voltage was recognized slightly when the sticking tape was applied compared with the case where the sticking tape was not attached. From this, it is determined that there is little decrease in the battery and the charging time can be shortened.

DESCRIPTION OF SYMBOLS S Adhesive sheet 1 Sheet-like base material 2 Adhesive layer 3 Coarse mesh woven fabric 3a Yarn 3b Mesh recessed part 4 Material activation material 5 mixed with paint Release paper

Claims (2)

After fixing a coarse net-like woven fabric in which fibers are coarsely woven into a net-like shape on the surface of a sheet-like base material made of a flexible sheet having an adhesive layer on the back side, either iron tourmaline or bitter earth tourmaline one or both types of tourmaline powder 64-82 wt%, radium ore, monazite, granite porphyry, among quartz porphyry, any one or more of natural radioactive ore powder 15 to 30 wt% and carbon powder 3-6 wt% of the mixture was-activated material produced are mixed with paints, and paint mixed with substances activated material is applied fixed on the coarse mesh fabric, the coarse A substance mixed with the coating material filled in each of the stitch recesses is filled with a material activation material mixed with the coating material in each stitch recess between the yarns constituting the mesh woven fabric, solidified and fixed. The layer made of the activator is mixed with the paint filled in each adjacent stitch recess. A layer consisting of the material activated material, adhered was applied to the surface of one another continuously are non layers formed Rutotomoni, substance activated material, characterized by attaching a release paper on the lower surface of the adhesive layer Sheet manufacturing method. After fixing a coarse net-like woven fabric in which fibers are coarsely woven into a net-like shape on the surface of a sheet-like base material made of a flexible sheet having an adhesive layer on the back side, either iron tourmaline or bitter earth tourmaline one or both types of tourmaline powder 64-82 wt%, radium ore, monazite, granite porphyry, among quartz porphyry, any one or more of natural radioactive ore powder 15 to 30 wt% , charcoal-containing powder 1.5-3% by weight and copper powder 1.5 to 3% by weight of mixed-activated material produced by mixing with the paint, and the material activating material mixed with paint Applying and fixing onto the coarse mesh woven fabric, filling the material activating material mixed with the paint into each stitch recess between the yarns constituting the coarse mesh woven fabric, solidifying and fixing, and further, A layer made of a material activation material mixed with a paint filled in each stitch recess is adjacent to each adjacent stitch. Substances, characterized a layer of a material activated material mixed with filled paint eyes recess, formed with a layer which is not continuous with each other Rutotomoni, to attaching a release paper on the lower surface of the adhesive layer The manufacturing method of the sticking sheet which apply | coated the activation material on the surface.

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