KR20100090687A - Overheated compressed hot air stream producing method and device, object processed by overheated compressed hot air stream, processing method, and processing apparatus - Google Patents

Abstract

By adjusting the discharge pressure and discharge temperature, which is excellent in versatility and realizes miniaturization and low cost, electromagnetic waves in the air, far infrared rays and sub-millimeter wave regions (hereinafter referred to as “terahertz waves”) and negative ions such as heated compressed hot air An object of the present invention is to provide a wind generating method and generating device, and a processed product, a processing method, and a processing device using the wind. Air is blown in from the blower blower or air compressor 2 to the heated compressed air adjusting device (container 3) via the air pipe 8. Next, while adjusting the air enclosed inside the heating compressed air adjusting device 1 to a predetermined discharge pressure (for example, 30 kPa or more and 150 kPa or less) and the discharge temperature (40 ° C or more and 250 ° C or less), By passing the through hole 4A of the disc 4, heated compressed air is generated. The generated hot air generates resonant electromagnetic waves that resonate with the natural frequency of water molecules by terahertz waves and generated thermal shock waves, separates hydrogen bonds of water molecules in the air, and generates negative ion winds by releasing electrons from hydrogen atoms. Processed materials used for drying the generated hot air, generation of functional water by abandonment of water, generation of aqueous fuel, beauty health appliance, air or water quality improvement device, combustion efficiency improvement device of internal combustion engine, etc. The processing method and processing apparatus are configured.

Description

Overheated Compressed Hot Air Stream Producing Method and Device, Object Processed by Overheated Compressed Hot Air Stream, Processing Method , and Processing Apparatus}

The present invention provides a method and apparatus for generating air such as heated compressed hot air, electromagnetic waves in the far infrared and sub-millimeter wave region (hereinafter referred to as "terahertz wave"), negative ion wind, etc. by adjusting the discharge pressure and the discharge temperature, And a processed product, a processing method, and a processing apparatus using the same.

Recently, terahertz waves, which are in the middle of light and radio waves, are expected to be used in a wide range of fields such as communication, safety and security, bio and medicine, agriculture, industry, environment, and space. have. As this terahertz wave generation method and a generator, the technical development in the extension line of a light wave radiation technique or a radio wave radiation technique is advanced, and the technique of patent document 1 and patent document 2 shown below is known. Patent Literature 1 discloses an idler light in a direction in which pump light is incident into a nonlinear optical crystal capable of generating terahertz waves by a parametric effect and satisfies a non-collinear phase matching condition. As a terahertz wave generation method that generates light and terahertz waves, the absorption efficiency in the crystal can be greatly reduced and the extraction efficiency from the interface to the outside can be increased and the rotation symmetry that can be easily applied to the Gaussian optical system is achieved. A technique for obtaining an output distribution of near terahertz waves has been proposed. In Patent Literature 2, by shifting two near-infrared rays incident on a GaP bulk crystal slightly in parallel to mix phase difference so as to satisfy phase matching conditions, excitation of phonon polaritone present in the crystal, A technique for obtaining terahertz waves having excellent frequency purity with high brightness over a wide range of frequencies has been proposed.

 In recent years, a large number of electric and electronic devices such as televisions, refrigerators, microwave ovens, mobile phones, and air conditioners are used in the living environment, and a large amount of electromagnetic waves are generated therefrom, and positive ions are also increasing. They are all harmful, and when they enter the body, they oxidize body fluids, weaken their resistance, and cause various mental and physical disorders and autonomic ataxia. For this reason, efforts have been made to generate a large number of negative ions in order to obtain a negative ion effect similar to that of a natural forest or waterfall, and various negative ion generation technologies have been proposed. In the generation method of the negative ion generation technique, when the direct current voltage applied between the electrodes becomes equal to or higher than the discharge start voltage, electrons are emitted from the negative electrode toward the positive electrode, and collide with gas molecules around to shift to corona discharge. At this time, the electrons remaining between the poles react with oxygen molecules or moisture in the air to form negative ions of water and oxygen, and a pulsed high voltage is applied directly to the air in the air by applying a pulsed high voltage to the pointed minus electrodes. Electrospinning is known, which releases and combines with surrounding oxygen and water to form negative ions, and water crushing, in which water is ejected to allow small droplets to be negative and large droplets to be positively charged. Further, as disclosed in Patent Document 3 as another technique, a blower fan, an ultrasonic humidifier, a UVLED, a transducer, a suction fan, and a bellows pipe are provided inside the casing, and the air from the blower fan, steam of the humidifier, and UVLED are irradiated. A negative ion generating device has been proposed that passes through a converter and negatively ionizes a gas containing hydrogen or oxygen sent through a bellows tube.

In addition, as a drying device for drying foods such as fruits, shiitake mushrooms, fish and shellfish, there are also devices that irradiate far infrared rays with warm air blowing or use microwaves. The apparatus which excreted the desiccant is also proposed. Similarly, as a method of shelling algae eggs such as eggs conventionally, there are boiled eggs, Patent Document 5: Smoked Egg, Patent Document 6: Baked Egg, and the like. If it is difficult and used as a lunch box food during the hot season, there is a risk of food poisoning due to corruption. In addition, since the eggs processed by the conventional method is almost tasteless, it is necessary to sprinkle seasonings such as salt when eating.

Moreover, as a method of active functionalization of water in the prior art, a method of passing water in which a natural stone or ceramic radiating resonance electromagnetic waves is filled into a cylinder (for example, Patent Document 7 ) And a method of passing water through an electromagnetic field (for example, Patent Document 8) have been proposed. The refined active functional water of the clusters produced by the above method is used for cleaning by utilizing a large surface active ability, and is used as agricultural water by utilizing a large permeability, and utilizes an anti-oxidation effect with a large reduction potential. It is used as healthy drinking water.

In addition, cooking and cooking food using tap water or the like tends to deteriorate in taste and color when cooled over time. In order to prevent this, there is a method of activating water to some extent by adding ceramic or activated carbon, but there is a problem in maintaining the taste after cooling. In addition, there is a risk of food poisoning due to decay when used in a lunch box during a hot season because it is difficult to store for a long time at room temperature after cooking cooking.

In recent years, as a measure of rising oil prices or preventing global warming, water, vegetable oil, mineral oil, heavy oil and other oils are mixed, emulsified and combusted to generate water vapor, resulting in a high temperature of combustion. Emulsion fuel is being researched and developed. Inherently, water is inert and has a high specific heat, so in general, when the fuel is mixed with the basis fuel oil, the combustion speed is in a direction of falling. However, when a small amount of water in the emulsion fuel composition reaches a boiling point or more, water vapor explosion may occur, and the mixture of a small amount of water in the emulsion may be higher than in the case where only hydrogen is combusted by burning hydrogen separated at an ion bond of water. It is well known that combustion energy is generated.

In addition, since emulsion fuel in which water becomes a flammable agent can suppress the emission of greenhouse gas which is a major factor of global warming, there is a demand for early commercialization of emulsion fuel that is capable of combusting a large amount of water. Most of the emulsion fuels currently being developed have been proposed to use a special emulsifier to stably emulsify water and oil (for example, Patent Documents 9 and 10). In recent years, it has been proposed to activate water, which is a dilution water of emulsion fuel, by means of resonance electromagnetic waves or electromagnetic field energy, to promote emulsification with oil, and to use it as a fuel. Document 11).

In recent years, cosmetic health devices using high-frequency resonance electromagnetic waves emitted from natural stone generating radiation or ceramics sintered at high temperatures, purifiers for air or water, and devices for improving combustion efficiency of internal combustion engines have been proposed (for example, Patent document 7). In the object where the resonance electromagnetic wave is excited by the above method, the human body uses the resonance electromagnetic waves of high frequency such as radiation to activate the blood flow, water, or air molecules of the human body to promote health, purify water and air, or activate combustion air. Most of the way to promote combustion.

In recent years, the water quality of public waters has been steadily improved by regulations such as environmental standards related to water pollution. On the other hand, a functional water production apparatus has been proposed, which is made by miniaturizing water and ionizing water so as to comply with this drainage regulation, and irradiating microwaves and magnetically treating them (for example, Patent Document 8).

Japanese Patent Application Publication No. 2006-163026 Japanese Patent Application Publication No. 2007-133339 Japanese Patent Application Publication No. 2005-249224 Japanese Patent Application Publication No. 9-75048 Japanese Patent Application No. 2006-171705 Japanese Patent Application Publication No. 2000-236807 Japanese Patent Application Publication No. 2007-289910 Japanese Patent Application Publication No. 2006-136810 Japanese Patent Registration No. 776188 Japanese Patent Registration No. 3103923 Japanese Patent Application Publication No. 2008-45022

However, in the terahertz wave generating method and the generating device described in Patent Documents 1 and 2, since the generating device itself is large and expensive, the size of the device is reduced, the cost is reduced, and the versatility is further improved. There was room for improvement.

In addition, in the negative ion generator described in Patent Document 3 described above, an ultrasonic humidifier, a UVLED, a converter, and the like are required, and since the generator itself is large and expensive, it is possible to realize miniaturization and low cost of the apparatus, thereby improving versatility. There was even more room for improvement. In addition, it is required by each means to irradiate far infrared rays or use microwaves with the blowing of the warm air, and in the food drying apparatus described in Patent Document 4, a space for discharging the desiccant in the blowing process in the drying chamber is needed as an extra bonus. In the circulation type drying apparatus, since the evaporated water from food is included, the room temperature only rises to about 50 to 60 degrees, which requires a long time for drying. In addition, any of them had the problem of causing an increase in the size of the device.

Moreover, as the application similar to the above, boiled egg, smoked egg, and baked egg which heated raw egg were popular as a convenient food, but there existed room for improvement in the point which improves preservability and taste.

Moreover, the functional water activated by the resonance electromagnetic wave or the energy of the electromagnetic field emitted by the conventional natural stone or ceramics has a problem in the content and the persistence of the functional effect. In addition, the generating device of active functional water is also expensive, there is a problem in the versatility.

Rice is an important staple food, but there is room for improvement in that it preserves its preservation and taste after cooking. In addition, since foods that have been heated and cooked such as stewed foods, fried foods, and grilled foods have a poor taste and freshness, there is room for improvement in cooking, preservation methods, and recooking methods.

Most of the water and emulsion fuels currently being developed use special emulsifiers to make water and oil in stable emulsification state.They have low viscosity due to high viscosity at low temperatures and high heat, so they lose heat of combustion. Sufficient combustion energy cannot be obtained, and stable storage for a long time becomes a problem, and commercial use has not been achieved. In recent years, water, which is a dilution water of an aqueous fuel or an emulsion fuel, has been proposed to be activated by resonance electromagnetic waves or an electromagnetic field energy to promote emulsification with oil and to be used as a fuel. Because of the addition of sodium chloride, there is a concern about corrosion of the equipment when it leaks, clogging of the drainage pipe due to precipitation of sodium chloride melt when the temperature decreases, and the like.

Moreover, in the apparatus using the resonance electromagnetic wave of high frequency band, such as the conventional radiation, since it does not resonate with the blood flow or the water | moisture content in a cell, it was difficult to maintain the effect. In addition, in the combustion efficiency improving apparatus of the internal combustion engine, since only oxygen in the combustion air is activated, incomplete combustion due to incomplete exhaust of the cylinder of the internal combustion engine cannot be coped with. In addition, the resonance electromagnetic wave generation mechanism is also expensive, there is a problem in the versatility.

In a conventional configuration in which water quality is refined and ionized to suit drainage regulation, and then irradiated with microwaves and magnetically treated, the water quality improving process includes a water refiner, an ionizer, a microwave generator, and a magnetic processor, which are large and expensive, In addition, there is a problem that costs are required for maintenance and maintenance in response to the failure of moving parts.

SUMMARY OF THE INVENTION The present invention solves the above-described problems, and by adjusting the discharge pressure and the discharge temperature, which is excellent in versatility and realizes miniaturization and low cost of the device, electromagnetic waves in the air, far infrared rays and sub-millimeter wave regions (hereinafter, It is an object of the present invention to provide a method and an apparatus for generating negative ion wind, and a processed product, a processing method, and a processing apparatus using the same.

In order to solve such a problem, the present inventors earnestly researched the hot air generated by compressing air using a heating device (see Japanese Patent Application No. 2006-298315) which was invented by hand, by demography or the like. As a result, by appropriately changing the conditions for generating the hot air, resonant electromagnetic waves such as terahertz waves, negative ion winds, terahertz waves, and the like are generated, and the present invention is described in detail below using these.

Firstly, the present invention provides a method of generating terahertz waves, which generate terahertz waves by adjusting the discharge pressure and the discharge temperature of air of a heating device invented by hand. According to the method for generating terahertz waves according to the present invention, since terahertz waves are generated by adjusting the discharge pressure and the discharge temperature of air without using a light emission technique or a radio wave emission technique, a small device is used and low cost. This can efficiently generate terahertz waves. That is, in the method for generating terahertz waves according to the present invention, in order to efficiently generate terahertz waves, the discharge pressure is controlled in a range of 30 kPa or more and 150 kPa or less, and the discharge temperature is 40 ° C. or more and 250 ° C. or less. It is preferable to adjust to the following ranges. At this time, it is equipped with a control means for adjusting the discharge pressure and the discharge temperature of the air enclosed in the container, and the terahertz wave is controlled by adjusting the discharge pressure and discharge temperature of the air enclosed in the container Since it can generate | occur | produce, miniaturization and cost reduction of an apparatus can be realized and the outstanding versatility can be obtained.

Here, in the terahertz wave generator according to the present invention, the adjusting means is installed on at least a portion of the inside and the outside of the container so that the through direction is the same as the outflow direction of the air. It may be configured by doing so. According to this structure, terahertz waves can be generated efficiently while realizing miniaturization and low cost of the device. At this time, the flat plate is installed inside the container to form two spaces separated by the flat plate inside the container, and at the same time, a pipe connecting the two spaces is provided outside the container, and the air is discharged to a part of the pipe. An auxiliary control means for adjusting the pressure and the discharge temperature may be provided. According to this configuration, it is possible to finely control the discharge pressure and the discharge temperature of the air more efficiently, thereby generating terahertz waves more efficiently. have. Furthermore, in the terahertz wave generator according to the present invention, a soundproof means may be provided inside or outside the container. According to this configuration, it becomes possible to absorb the driving sound generated by the air blowing, and thus excellent versatility can be obtained.

Next, as a problem solving means for the dry processing, a study for the hot air generated by compressing air using a negative ion wind generator (see Japanese Patent Application No. 2006-298315), which has been invented by hand, is carried out by demonstration or the like. As a result, it has been found that the negative ion wind is generated by appropriately changing the conditions for generating the hot air, and the application invention has been developed. The dried material using the negative ion wind for the drying processing is the discharge pressure and discharge of air. The support is provided with a negative ion wind generating means for generating negative ion wind by adjusting the temperature, and a support frame having an inlet and an outlet for negative ion wind, and a support frame for detachably supporting the object to which the object is to be dried. Composed of a drying chamber, minus the dry matter placed in the drying chamber The negative ion wind from the ion wind generating means is dried while blowing. Therefore, it is possible to generate a warm air of negative ion wind by adjusting the discharge pressure and the discharge temperature of the air without using the electrospinning technique such as the corona discharge method, the electron spinning method, or the water crushing method. By using a small device, it is possible to obtain a dry product with a negative ion turbulence efficiently and at low cost, and to dry the surface of the dry object in a negative ion atmosphere, thereby preventing oxidation, and preventing corruption and maintaining freshness for a long time. Will have action.

In addition, the drying apparatus of the present invention includes a to-be-dried object having negative ion wind generating means for generating negative ion wind by adjusting the discharge pressure and the discharge temperature of air, and an inlet and an outlet for negative ion wind. It is set as the structure which consists of a drying chamber in which the support body provided with the support frame which detachably supports the support body was excreted. Therefore, in the process of passing the warm air of negative ions from the inlet to the outlet of the drying chamber, the dry matter placed in the drying chamber is dried in a short time.

Moreover, the drying apparatus of this invention is set as the structure which provided the blade which rotates in the lower part of the to-be-supported object excreted by the support body. Therefore, since the warm air of negative ions can be made uniform to all the to-be-dried goods arrange | positioned in a drying chamber, a to-be-dried thing has an effect that it is dried uniformly evenly.

Moreover, the drying apparatus of this invention comprises the support body rotatably. Therefore, the dry items placed in the drying chamber have a function of drying more uniformly because they are dried while rotating.

Moreover, the drying apparatus of this invention is set as the structure which provided the slit between the support frames of a support body. Therefore, since the turbulence of negative ions can be made not only on the outside of the support frame for detachably supporting the object to be dried, but also on the inside of the support, the object to be dried is evenly dried.

In addition, the drying apparatus of the present invention includes a to-be-dried object having negative ion wind generating means for generating negative ion wind by adjusting the discharge pressure and the discharge temperature of air, and an inlet and an outlet for negative ion wind. It consists of a support chamber provided with a support frame detachably supporting the support and a drying chamber in which the wings are integrally disposed, and the wing and the support are rotated by blowing negative ion wind introduced into the inlet of the negative ion wind to the wing. It is configured to be. Accordingly, the support disposed in the drying chamber can be rotated by the negative ion wind introduced without using a drive source such as a motor, and this has the effect of leading to energy saving.

Moreover, the drying apparatus of this invention is set as the structure which arrange | positioned the shelf in which the many through-hole or mesh type hole was formed between adjacent support frames. Therefore, when the dry object is placed on this shelf, more dry matter can be obtained together with the dry matter of the dry support on the support frame.

Moreover, the drying apparatus of this invention is set as the structure which provided two drying chambers, and connected the discharge port and the introduction port of each drying chamber. Therefore, when the drying of the uppermost drying chamber is completed, when the negative ion wind generating means is connected to the next drying chamber, the next drying chamber is dried to some extent during the drying of the uppermost drying chamber, so that drying can be completed in a short time. By advancing to the bottom in turn, it has the effect of being able to dry efficiently in large quantities.

In addition, the warm air heating column of algae produced by applying the drying apparatus of the present invention is a warm air by heated compressed air adjusted to a prescribed pressure and temperature, and heat treatment for a certain period of time to solidify the white and yolk. By heating the warm air generating resonance electromagnetic waves, such as terahertz waves, which resonate with the natural frequency of the hydrogen bonds of the water molecules, thereby providing nitrogen (N2) and water vapor (H2O) ), Separate the hydrogen bond. The electrons released from the hydrogen separated by the hydrogen bond are taken into the outer shell of nitrogen to become active nitrogen, and the umami component is condensed by bonding the amino group (NH 2) inside the egg. In addition, the amino group (NH2) is dissolved in water in the egg, generates hydroxyl (OH-), becomes alkaline, and maintains freshness against oxidative deterioration.

The amino group (NH2) bound from the active nitrogen described above is received, generates hydrogen gas and hydroxyl group (OH-), hydrogen is nano-bubble, and the pH of the water rises is the same as this terahertz wave. The pH of water aerated by warm air generating electromagnetic waves has been proved by increasing 1 to 2.5 times higher than ordinary water over a long period of time. In addition, in the method for heating eggs by warm air generating resonance electromagnetic waves such as the terahertz wave of the present invention, the discharge pressure is adjusted to the range of 30 kPa or more and 150 kPa or less, and the discharge temperature is 40 ° C. or more and 250 It is made to adjust to the range below ° C. Therefore, it has the effect | action which can process an egg efficiently.

Further, with regard to a technology for abandoning and processing hot air generating resonance electromagnetic waves in the far infrared region by water or oil, first of all, in the activated functional water of the present invention and the method of producing the same, the discharge pressure and discharge of air By adjusting the temperature, the water is abandoned by hot air in which the hydrogen bonds of nitrogen (N2) and water vapor (H20) in the air are separated by resonance electromagnetic waves in the 5-10 THz far-infrared region generated in the heated compressed air. To generate. Therefore, the water has a function of obtaining an activated functional water having a weakly alkaline alkalinity and a large reduction potential. In addition, the method of generating the activated functional water by the hot air generating a resonance electromagnetic wave, such as terahertz wave of the present invention, the discharge pressure is adjusted to the range of 30 kPa or more and 150 kPa or less, and the discharge temperature is 40 ℃ It is made to adjust to the range more than 250 degreeC. Therefore, simply giving up the water to the hot air has a function that can simply and efficiently generate a large amount of activated functional water at low cost.

In addition, the cooking and cooking functional water of the present invention is a hot air that generates resonance electromagnetic waves such as terahertz waves in a heated compressed air adjusted to a prescribed pressure and temperature. It is weakly alkaline and has a dissolved oxygen content and an activated composition. Therefore, the hydrogen bonds of nitrogen (N2) and water vapor (H20) in hot air air or in water are separated by giving up water with hot air generating resonance electromagnetic waves such as terahertz waves resonating with the natural frequency of hydrogen bonds of water molecules. The molecular population becomes finer and has the effect of making the active water having a large surface active force. Then, the electrons released from the hydrogen separated by the hydrogen bond are taken into the outer shell of nitrogen to become active nitrogen, and the amino group (NH2), which is a rich component of the plant, is bonded in water. In addition, the amino group (NH2) is dissolved in water to form a hydroxyl group (OH-), which becomes alkaline and becomes a functional water having an effect of maintaining the freshness against oxidative degradation. The amino group (NH2) bound from the active nitrogen described above is received, generates hydrogen gas and hydroxyl group (OH-), hydrogen is nano-bubble, the pH of the water rises, and is effective in maintaining freshness. The alkaline functional water was proved by raising the pH of the water abandoned by the hot air generating resonance electromagnetic waves such as terahertz waves by 1 to 2.5 over a long period of time.

In addition, the cooking and cooking functional water of the present invention is configured to adjust the above-described pressure in a range of 30 kPa or more and 150 kPa or less and at the same time adjust the temperature in a range of 40 ° C. or more and 250 ° C. or less. Therefore, the heated compressed air is generated by passing through the through-holes of the disc, and the jet stream is rapidly diffused. Thus, a resonance electromagnetic wave that is supposed to resonate with the natural frequency of the water molecules in the air is generated, and the water molecules in the air are resonated. It separates the hydrogen bonds and takes the electrons emitted from the hydrogen atoms on the outside of nitrogen and negatively ionizes them.

In addition, the manufacturing method of the cooking and cooking functional water of the present invention, the water surface active force by giving up the water for a certain period of time with the hot air generated a resonant electromagnetic wave such as terahertz wave in the heated compressed air adjusted to the prescribed pressure and temperature, At the same time it is configured to increase the amount of weakly alkaline and dissolved oxygen and to generate activated water. Thus, by taking the electrons released from the hydrogen separated in the hydrogen bond at the outer shell of nitrogen, it becomes active nitrogen, and the amino group (NH 2), which is a rich component of the plant, is bonded in water. In addition, the amino group (NH2) has a function of dissolving in water to form hydroxyl group (OH-) and becoming alkaline to maintain freshness against oxidative degradation.

In addition, the manufacturing method of cooking and cooking functional water of the present invention is configured to adjust the pressure specified in the range of 30 kPa or more and 150 kPa or less, and at the same time adjust the temperature in the range of 40 ° C or more and 250 ° C or less. . Therefore, as described above, it has the effect of resonating the water molecules in the air with resonance electromagnetic waves to separate hydrogen bonds, and negatively ionizing electrons emitted from the hydrogen atoms at the outer shell of nitrogen.

In addition, the aqueous fuel generation method of the present invention, by adjusting the discharge pressure and the discharge temperature of the air, the separation of N, O, H20 hydrogen bonds in the air by the resonance electromagnetic wave of 5 to 10 THz far-infrared region generated in the heated compressed air do. Then, electrons emitted from the hydrogen separated by the hydrogen bond are taken into the outer shell of nitrogen to become active nitrogen, thereby binding amine (NH 2) or ammonia (NH 3). When water is given up with this air, the hydrogen bonds of the water are also separated as described above, the clusters of water are refined, and nanobubble oxygen and hydrogen are dissolved and dissolved in the small gaps. This was proved by the dissolved oxygen of the water given up in this air showing a value of 1.5 to 2 times that of a normal product over a long period of time. In addition, NH2 or NH3 bound from the above-mentioned active nitrogen is received, generates hydrogen gas and hydroxyl group (OH-), hydrogen is nano-bubble, and the pH of water rises. This was proved by the pH of the water abandoned with this air rising 1-2.5 over ordinary water over a long period of time.

The high-pH water, which has a smaller cluster as described above, is easily and uniformly dissolved in vegetable oil or mineral oil, and an aqueous fuel or emulsion fuel containing nano-bubble hydrogen as a flammable agent and vegetable or mineral oil as a basic fuel oil. do. By abandoning the basic fuel oil of the vegetable oil or mineral oil by adjusting the discharge pressure and the discharge temperature of the air, the hydrocarbon chain of the basic fuel oil is formed by resonance electromagnetic waves in the 5-10 THz far-infrared region generated in the heated compressed air. Separated, fine pores are formed in the base fuel oil, and a large amount of active water having a high pH, in which the cluster is small, becomes an aqueous fuel stably dissolved in the aforementioned pores.

In addition, the aqueous fuel generation method of the present invention is more stable by dissolving a large amount of active water in the basic fuel oil even more by abandoning the heated compressed air described above in the aqueous fuel tank in a state in which water and the basic fuel oil is dissolved and mixed. Fuel can be generated, and a small device can be used to generate water fuel efficiently and at low cost.

In addition, in the aqueous fuel and the production method of the present invention, the discharge pressure is adjusted to the range of 30 kPa or more and 150 kPa or less, and the discharge temperature is adjusted to the range of 40 ° C or more and 250 ° C or less. Therefore, it has the effect | action which produces | generates an aqueous fuel efficiently. Furthermore, when the emulsion fuel containing the above-mentioned vegetable oil as a base fuel oil is mixed with mineral oil and water, an emulsion fuel which is a fuel using hydrogen generated in water as a combustor is produced.

Furthermore, the present inventors have come to create the present invention with respect to a technique of irradiating and processing a hot wind radiating resonance electromagnetic waves such as terahertz waves to a member having high electrical conductivity. By controlling the discharge pressure and the discharge temperature, resonance electrons in the 5-10 THz far-infrared region generated by heated compressed air excite free electrons in the object with high electrical conductivity, and emit themselves as objects radiating the resonance electromagnetic waves in the far-infrared region. Specifically, specifically, the resonance electromagnetic radiation member such as the terahertz wave of the present invention, by adjusting to a prescribed pressure and temperature, the heated compressed air that generates a resonance electromagnetic wave such as terahertz wave, to the high electrical conductivity member, and It is a structure in which resonance electromagnetic waves such as terahertz waves are excited to a member with high electrical conductivity. One will. Therefore, it is possible to obtain a resonance electromagnetic radiation member such as the terahertz wave simply by spraying hot air generating resonance electromagnetic waves such as the terahertz wave to a member having high electrical conductivity.

In addition, the method for producing a resonant electromagnetic wave emitting member such as the terahertz wave of the present invention, by adjusting the pressure and temperature to a prescribed pressure and spraying heated compressed air generated a resonant electromagnetic wave such as a terahertz wave to a member having high electrical conductivity, It is a configuration in which resonance electromagnetic waves such as terahertz waves are excited to a member having high electrical conductivity. Therefore, it has the effect of producing a resonance electromagnetic radiation member such as the terahertz wave simply and efficiently at low cost simply by spraying hot air generating resonance electromagnetic waves such as the terahertz wave to a member having high electrical conductivity.

In addition, a resonance electromagnetic radiation member such as the terahertz wave of the present invention and a method of manufacturing the same, while controlling the specified pressure in the range of 30 kPa or more and 150 kPa or less, and at the same time to adjust the temperature in the range of 40 ℃ to 250 ℃. It is made up. Therefore, it is possible to obtain a resonance electromagnetic radiation member such as a terahertz wave that can emit excited resonance electromagnetic waves to other objects or materials only by spraying the regulated and emitted hot air to the member having high electrical conductivity. .

In addition, the water generation method of the present invention is to fill and pass water in a cylindrical container so that the specific surface area of the metal material activated to lubricate water by passing water near the surface is used, and it is low cost using a small device. As a result, it has the effect of generating the bow water efficiently.

In addition, the water-generating device of the present invention comprises a disc having a plurality of through holes at both ends of the metal material and at the same time both ends of the cylindrical container as a lid, and fixing the position of the linear metal material. Therefore, it has the effect | action which produces | generates water bow efficiently by ensuring the flow volume per unit time of the water in a cylindrical container.

Further, the bow water generation method of the present invention is to arrange a metal scrubber having a thin line of metal rounded between both ends of the metal material and a disc having a plurality of through holes at both ends of the cylindrical container. Therefore, the metal material has the effect of efficiently generating water by ensuring a flow rate per unit time of water in the cylindrical container without blocking the through hole of the disc having a plurality of through holes.

According to the method for generating terahertz waves according to the present invention, it is possible to generate terahertz waves efficiently at low cost by using a small device. The terahertz treated water, which has been abandoned and supplied to the water to be treated, has a very small cluster in which water molecules are activated due to resonance electromagnetic waves, and negatively ionized nitrogen is dissolved in water. The reduction potential with high activity becomes extremely large water. Therefore, it is possible to activate the cells of the human body, and the cluster becomes an extremely functional drinking water capable of effectively storing supplements and drugs in the body as extremely small active water. In addition, when used for cooking, the taste is improved, and the movement is intense due to the rotation and vibration of water molecules. Therefore, when used for food cleaning, pesticides are removed or other cleaning is made with the extremely high surface-active ability. And purifying effect can also be obtained. In addition, by resonatingly activating water molecules of the human body with terahertz waves and injecting active nitrogen into the body, it is possible to expect a skin beauty health effect such as a hot spring bath mainly composed of radiation or far infrared rays, and can be used as a lotion having high moisturizing effect. In addition, the active fertilizer deposited on the soil is activated by activated nitrogen or decomposed by the activated microorganisms, so that it can be a functional water that also serves as a nutrient source to improve soil or improve the absorption of fertilizer. Furthermore, many effects can be obtained in that the odor is reduced or the activation effect of the plant can be obtained by spraying food waste due to the synergistic effect of far infrared rays including active nitrogen.

Further, according to the drying apparatus according to the present invention and the dried product using the drying apparatus, it is possible to obtain a dried product with negative ion turbulence efficiently and efficiently at a low cost by using a compact apparatus, and at the same time, the surface of the object to be dried in the negative ion atmosphere. Because of drying, oxidation prevention can be prevented and corruption can be suppressed and freshness can be maintained for a long time. In addition, in the process in which the warm air of negative ions passes from the inlet to the outlet of the drying chamber, the dry matter placed in the drying chamber is dried in a short time. In addition, since the wing which rotates in the lower part of the to-be-supported object to be excreted-supported by the support body is provided, it is possible to make uniform the warm air of negative ions to the whole to-be-dried object arrange | positioned at a drying chamber, and to dry evenly To dry. In addition, since the slits are formed between the support frames of the support body, the turbulence of negative ions can be caused not only from the outside of the support frame for detachably supporting the object to be dried but also from the inside of the support body. Is dried. Furthermore, since a plurality of drying chambers were provided and the outlet and the inlet openings of each drying chamber were connected, when the drying of the uppermost drying chamber is completed, the negative ion wind generating means is connected to the next drying chamber, and the next drying chamber is the uppermost drying chamber. Since drying has been carried out to some extent during drying, the drying can be finished in a short time, and many operations effects can be obtained in that the operation can be efficiently carried out in large quantities by proceeding to the lower stage in turn.

In addition, there is a warm air heating column of algae as an application to be processed using the drying device, according to the manufacturing method of the warm air heating column of the present invention, by using a small device to easily evaporate the extra moisture, condensed the umami by amino groups A warm air heating column can be manufactured. Moreover, according to the manufacturing method of the warm air heating egg which concerns on this invention, preservation of an egg at room temperature becomes easy, and the effective utilization of the egg near the expiration of the Masayasu expiration date becomes possible.

In addition, according to the method for generating the activated functional water of the present invention, it is possible to efficiently generate a highly durable active functional water at a low cost in a small device. In addition, in order to separate the hydrogen bonds of the water molecules and to excite the rotational movement of the water molecules, the resonance energy caused by the electromagnetic waves such as the terahertz wave is utilized. Many active functional water effects are sustained or amplified.

In addition, according to the cooking and cooking functional water of the present invention, the active functional water given up by heated and compressed air generating resonance electromagnetic waves such as terahertz waves by being adjusted to a prescribed pressure and temperature, By using about 10% of the whole cooking water and heating it, the whole cooking water can be assimilated to the cooking and cooking functional water which concerns on this invention. In addition, it is possible to easily cook and heat cooking the condensed umami by amino groups by evaporating the excess moisture of the plant material easily in a short time. In addition, after a long time after cooking and cooking, it becomes possible to maintain the taste and texture of cold rice and cooking. Furthermore, by using the cooked and cooked functional water according to the present invention, when the cooked rice or the cooked rice is cooked over time after the cooked and cooked, is used for the reheating treatment, an effect close to the original flavor can be obtained.

In addition, according to the method for producing an aqueous fuel or an emulsion fuel according to the present invention, it is possible to efficiently produce an aqueous fuel at a low cost by using a compact apparatus. In addition, according to the aqueous fuel or emulsion fuel generating device according to the present invention, it is possible to realize miniaturization and cost reduction of the device, it is possible to obtain excellent versatility. In addition, by incorporating about 50% of water into a flammable agent, it becomes possible to reduce the generation of greenhouse gas, which is a major cause of global warming. Furthermore, by producing an aqueous fuel or an emulsion fuel mixed with bioethylene, it is further effective in reducing greenhouse gas.

In addition, according to the resonance electromagnetic radiation member such as the terahertz wave of the present invention and a method of manufacturing the same, a beauty health device that emits a resonance electromagnetic wave, such as terahertz wave with a clear and durable effect, air or water quality improvement apparatus, internal combustion engine The combustion efficiency improving apparatus can be provided at low cost. In addition, by means of a resonance electromagnetic radiation member such as a terahertz wave, the free electrons of other highly conductive objects can be resonated with resonance electromagnetic waves such as the terahertz wave, and the transferred object itself can be transferred to the terahertz wave. It has also been confirmed to emit the same resonance electromagnetic waves. The resonance electromagnetic radiation member such as the terahertz wave of the present invention separates the hydrogen bonds of the water molecules having a natural frequency of the terahertz band and excites the rotational movement of the water molecules, so that the clusters of water are made fine. It is alkaline and has an effect of generating active functional water containing a large amount of dissolved oxygen having a large reduction potential.

In addition, a resonance electromagnetic radiation member such as the terahertz wave of the present invention can activate nitrogen in the combustion air, and the activated nitrogen once receives the fuel component of the incomplete combustion component and releases it at the next explosion, thereby providing a complete It can promote combustion, reduce fuel consumption and reduce the generation of harmful exhaust gas. In addition, according to the method for generating water according to the present invention, it is possible to efficiently generate water at low cost using a small device. That is, according to the water-repellent device according to the present invention, the device can be miniaturized and low in cost, and excellent versatility can be obtained. Further, according to the terahertz wave generator according to the present invention, it is possible to realize miniaturization and low cost of the apparatus, and to obtain excellent versatility.

Figure 1 (a) is a partial cross-sectional view of the terahertz wave generator according to the present invention, Figure 1 (b) is a plan view of the disc.
2 is a cross-sectional view of a drying apparatus according to the present invention.
3 is a perspective view of a wire mesh according to the present invention.
4 is a plan view of the negative ion wind generator according to the present invention.
5 is a block diagram of a functional water generating process according to the present invention.
6 is a conceptual view of the operation during cooking according to the present invention.
7 is a block diagram of an aqueous fuel generation process according to the present invention.
8 is a block diagram of a process for producing an emulsion fuel according to the present invention.
9 is a block diagram of a production process of a resonance electromagnetic radiation member such as a terahertz wave according to the present invention.
Fig. 10 (a) is a schematic cross-sectional view of the water flow direction of the water-generating device according to the present invention, and Fig. 10 (b) is a plan view of a disc.

MEANS TO SOLVE THE PROBLEM The present inventors earnestly researched the hot air produced by compressing air using the heating apparatus (refer Japanese Unexamined-Japanese-Patent No. 2006-298315) invented by demography etc. By appropriately modifying, it has been found that resonance electromagnetic waves such as terahertz waves, negative ion winds, terahertz waves, and the like have been generated, and the present invention has been made using these, and the present invention will be described in detail below.

First, an embodiment of the terahertz wave generating method and the generator according to the present invention will be described in detail with reference to the drawings. 1 shows an example of a terahertz wave generator according to the present invention, (a) is a partial cross-sectional schematic diagram, and (b) is a plan view showing the original plate of FIG. The terahertz wave generator 1 generates terahertz waves by receiving air from a known blower blower 2 and adjusting the discharge pressure and discharge temperature of the air, as shown in Fig. 1 (a). It is configured to. That is, the terahertz wave generator 1 includes a container 3 made of a metal cylindrical body, and a metal disc (adjustment means for discharging pressure and discharge temperature) 4 provided inside the container 3 in a central portion in the longitudinal direction. And a pipe 7 which is provided outside the container 3 and connects the two spaces 5 and 6 formed inside the container 3 by the disc 4. As for the cylindrical body which comprises the container 3, the inlet 3A which air enters from the blower blower 2 is provided in one end part in the longitudinal direction, and the container 3 is provided in the other end part in the longitudinal direction. Outside the) is provided an outlet 3B for emitting terahertz waves. The pipe 3 is connected between the inlet 3A and the blower blower 2 by a pipe 8, and at the outlet 3B, a pipe 9 for discharging terahertz waves to the outside of the container 3 is provided. Connected.

Here, each of the pipes 8 and 9 is provided with control valves 8A and 9A, respectively, and is configured to adjust the amount of air inflow and the amount of terahertz wave discharge. Moreover, the silencer (soundproof means) 10 by which the metal linear member was wound around is filled in the inside of the container 3. Furthermore, the flange part 11 which is cylindrical and metal larger than the outer diameter of the container 3 is integrally provided in the both ends of the container 3 in the longitudinal direction. As shown in Fig. 1 (b), the master plate 4 has a plurality of through holes penetrating in the thickness direction, such that the through direction of the through holes 4A and the outflow direction of air are the same. It is arrange | positioned upright in the longitudinal center part inside the container 3. In addition, the number and hole diameter of the through hole 4A formed in the disc 4 can be changed suitably according to the dimension of the container 3, or the adjustment range of the discharge pressure and discharge temperature of air. Then, the terahertz wave is generated by adjusting the discharge pressure and the discharge temperature of the air passing through the through hole 4A of the disc 4. A part of the pipe 7 adjusts the temperature and pressure of the air enclosed in the two spaces 5 and 6 formed in the inside of the container 3, and passes through the through hole 4A of the disc 4. And a control valve (auxiliary control means) 12 for finely controlling the discharge pressure and the discharge temperature.

Next, a method of generating terahertz waves using the terahertz wave generator 1 will be described. First, it is sent from the blower blower 2 to the inside of the container 3 which forms the terahertz wave generator 1 via the piping 8 and the inlet 3A. Next, while the air enclosed inside the container 3 is adjusted to predetermined discharge pressure (for example, 30 kPa or more and 150 kPa or less) and discharge temperature (40 degreeC or more and 250 degrees C or less), The terahertz wave is generated by passing the through hole 4A. Therefore, terahertz waves exist in the space 6 in which the air after passing through the through hole 4A of the disc 4 is sealed. Then, the terahertz wave is appropriately discharged from the outlet 3B of the container 3 via the pipe 9. In addition, the obtained terahertz waves can be used by transferring the terahertz waves to these substances by, for example, spinning them on various substances such as metals, water, and synthetic resins. That is, according to the terahertz wave generation method of the present embodiment, terahertz waves can be generated by adjusting the discharge pressure and the discharge temperature of air without using the light wave radiation technique or the radio wave radiation technique. This can efficiently generate terahertz waves. The terahertz wave is considered to be close to the natural frequency of water molecules in the human body in the frequency band of 1 trillion to 100 trillion hertz between the electromagnetic wave and the light wave, and its application is attracting attention. Therefore, the inventors of the present invention supply terahertz waves obtained by adjusting the discharge pressure and the discharge temperature of air to the water to be treated (1000 liters / 2 to 2.5 h), so that water molecules are affected by the resonance electromagnetic waves. Was found to be very small, the cluster in which the negatively ionized nitrogen dissolved in water was extremely small, and the reduction potential with large surfactant was extremely large. That is, when the terahertz wave from the terahertz wave generator of the present invention was abandoned and supplied to well water which is raw water of pH 6.3 and ORP 120 mv, it was found that the pH was changed to 8.0 and ORP 50 mv. Furthermore, it was also found that the dissolved oxygen content was DO 6.0 mg / liter in the raw well water, reduced water increased to DO 10.0 mg / litre by terahertz wave aeration, and found to be a very large change.

Therefore, the treated water that transmits electromagnetic waves resonating to the water molecules of the human body and can activate the cells by itself, the cluster is very small active water can effectively store the supplement or medicine in the body Become a healthy functional drink. In addition, when used for cooking, the taste is improved, and the movement becomes intense due to the rotation and vibration of water molecules, and when used for food cleaning, pesticides are removed, and the surface active ability is extremely effective. Cleaning and cleaning effects can also be obtained. In addition, by resonatingly activating water molecules of the human body with terahertz waves and injecting active nitrogen into the body, it is possible to expect a skin beauty health effect such as a hot spring bath mainly composed of radiation or far infrared rays, and can be used as a lotion having high moisturizing effect. In addition, water with a very small cluster containing active nitrogen functions as a nutrient source for activating old fertilizer deposited on the soil with activated nitrogen and decomposing by activated microorganisms, thereby improving soil absorption and absorption rate of fertilizer. It can also be a number. Furthermore, the odor was reduced by spraying on food waste by the synergistic effect of far infrared rays containing active nitrogen, and the activation effect of the plant was obtained.

In addition, according to the terahertz wave generator 1 of the present embodiment, the device can be miniaturized and reduced in cost, and excellent versatility can be obtained. Further, according to the terahertz wave generator 1 of the present embodiment, the apparatus is miniaturized by using the disc 4 having the plurality of through holes 4A as means for adjusting the discharge pressure and the discharge temperature of the air. And terahertz wave can be generated efficiently, realizing cost reduction. In addition, according to the terahertz wave generator 1 of the present embodiment, the disc 4 is provided inside the container 3 to form two spaces separated by the disc 4 inside the container 3. At the same time, a pipe 7 connecting two spaces is provided outside the container 3, and a part of the pipe 7 is provided with a control valve 12 for adjusting the discharge pressure and the discharge temperature of air. By providing it, it becomes possible to finely adjust the discharge pressure and discharge temperature of air more efficiently, and can generate terahertz waves more efficiently. Further, according to the terahertz wave generator 1 of the present embodiment, by filling the silencer 10 made of a linear metal member inside the container 3, it is possible to absorb driving sound due to air blowing. Therefore, more versatile versatility can be obtained.

In the present embodiment, the disc 4 having a plurality of through holes 4A is provided in the longitudinal center portion of the container 3 as adjusting means for adjusting the discharge pressure and the discharge temperature of the air. Although it demonstrated, the installation place of the original board 4 is not limited to this, It can change suitably. For example, the original plate 4 may be provided near the inlet 3A of the container 3, may be provided near the outlet 3B of the container 3, or may be provided outside the container 3. . Moreover, in this embodiment, although the case where the silencer 10 which consists of a linear metal member was filled inside as the soundproof means was demonstrated, the soundproofing means is not limited to this, It can change suitably. For example, in the inside or outside of the container 3, you may form the soundproof wall which consists of sound absorption materials, such as a well-known foamed styrol material.

Next, the dry processed material and the drying apparatus which apply the negative ion wind which generate | occur | produces in the terahertz wave generator 1 are demonstrated in detail. In addition, the same code | symbol is attached | subjected to the same component of this invention described below, and an effect will be based on the said content. EMBODIMENT OF THE INVENTION Hereinafter, embodiment of this invention is described in detail, referring drawings. 1 shows an example of the terahertz wave generator according to the present invention, and is configured as described above.

As shown in Fig. 1, the negative ion generator of the present invention is a thermal shock wave generated by receiving air from a known blower blower 2 and adjusting the discharge pressure and the discharge temperature of the air, and the natural frequency and resonance of water molecules. It has been found that it is configured to generate a negative ion wind by generating resonance electromagnetic waves, separating hydrogen bonds of water molecules in the air, and releasing electrons from hydrogen atoms. The detailed structure is abbreviate | omitted by substituting terahertz wave with a negative ion wind in description of said FIG.

Next, the method of generating negative ion wind using the said negative ion wind generator is demonstrated. First, air is blown in from the blower blower 2 via the pipe 8 and the inlet 3A to the inside of the container 3 constituting the negative ion wind generator. Then, the air enclosed in the container 3 is adjusted to a predetermined discharge pressure (for example, 30 kPa or more and 150 kPa or less) and a discharge temperature (40 ° C. or more and 250 ° C. or less), and By passing the through hole 4A, negative ion wind is generated. That is, negative ion wind exists in the space 6 in which the air after passing through the through-hole 4A of the disc 4 is enclosed. Since the high-pressure air heated and compressed passes through the through-hole 4A of the disc 4, it becomes a jet stream and rapidly diffuses, and thus a resonance electromagnetic wave is assumed to resonate with the natural frequency of the water molecules in the air. It is thought that the water molecules are resonated to separate hydrogen bonds, and at the same time, electrons emitted from the hydrogen atoms are taken into the outer shell of nitrogen and negatively ionized. Then, at the outlet 3B of the container 3, the negative ion wind is appropriately discharged through the pipe 9. The discharged negative ion wind was measured with a negative ion meter (Air ion counter (ITC-201A) manufactured by Andes Electric Co., Ltd.). The discharge pressure during normal operation was 80 kPa, and 1760 pieces / Negative ions of cc were detected. According to this measuring instrument, the measurement near the jet port was measured at a slightly separated position because the value was too high to measure. Similarly, when the discharge pressure with the control valve 3A open was 20 kPa, 760 negative ions were detected. For comparison, measurement was made in the vicinity of the planting near the apparatus, and negative ions of 160-200 / cc were detected. In addition, when the inside of the office was measured for repeated confirmation, it was near zero (zero).

That is, according to the negative ion wind generator of the present embodiment, by adjusting the discharge pressure and the discharge temperature of air without using an electromagnetic radiation technique such as a corona discharge method, an electron radiation method, or a water crushing method, or a water crushing technique, etc. Since negative ion wind can be generated, the negative ion wind can be efficiently generated at low cost using a small apparatus. In addition, according to the negative ion wind generator of the present embodiment, the device can be miniaturized and reduced in cost, and excellent versatility can be obtained. Furthermore, according to the negative ion wind generator of the present embodiment, the disc 4 having a plurality of through holes 4A is used as the means for adjusting the discharge pressure and discharge temperature of the air, thereby reducing the size and cost of the device. It is possible to efficiently generate negative ion wind while realizing the above. Furthermore, according to the negative ion wind generator of this embodiment, the disk 4 is installed in the inside of the container 3, and the two spaces divided by the disk 4 in the inside of the container 3 are formed. At the same time, a pipe 7 connecting two spaces is provided outside the container 3, and a part of the pipe 7 is provided with a control valve 12 for adjusting the discharge pressure and the discharge temperature of the air. By doing so, it becomes possible to finely adjust the discharge pressure and the discharge temperature of the air more efficiently, so that the negative ion wind can be generated more efficiently.

As mentioned above, although the negative ion wind generator was demonstrated, the dry matter and drying apparatus manufactured using this negative ion wind generator are demonstrated in detail below. FIG. 2 is a cross-sectional view showing a drying apparatus according to the present invention, in which reference numeral 13 denotes a drying apparatus and is connected to the outlet 3B of the negative ion wind generator shown in FIG. 1 below the drying chamber 14. Discharge ports 16 are provided at the introduction port 15 and the upper portion of the ion wind. Reference numeral 17 denotes that the support frame 18 is integrally formed by a support disposed in the center of the drying chamber 14, and the upper and lower portions of the wire mesh 19 are detached from the 'co'-shaped grooves provided above and below the support 18. It is comprised so that it may be supported. As shown in FIG. 3, the detail of the wire mesh 19 is an opening-and-closing structure so that the food 20, such as a fruit, shiitake mushroom, and fish food, which is a to-be-dried thing, may be clamped between them. It should be noted, however, that the wire mesh is not limited to the wire mesh. In this way, a plurality of wire meshes 19 supporting the to-be-dried object are supported by the support frame 18 (two rows in the horizontal direction and four steps in the longitudinal direction in the illustrated example) to efficiently produce a dried product. That is, the negative ion warm air from the negative ion wind generating means is introduced into the drying chamber 14 from the lower inlet 15 and is supported by the wire mesh 19 while being discharged from the upper outlet 16. It is aerated and dried. Furthermore, in order to improve drying efficiency, what is necessary is just to arrange | position the some blade 21 which rotates in the direction which pushes out the negative ion turbulence introduced below the wire net 19 which supported these to-be-built objects upward. By constructing in this way, the to-be-dried can be made to have a more uniform negative ion turbulence, and can evenly dry it. In addition, when the support body 17 integrally formed with the support frame 18 that detachably supports the wire mesh 19 is configured to be rotated by a drive source such as a motor 22, the drying efficiency can be further improved. Can be. In addition, although the drive source, such as the motor 22, may be shared for rotation of the blade 21 demonstrated above, you may comprise so that the negative ion warm air introduced from the inlet 15 of the lower part of the drying chamber 14 may be blown out, and it may rotate.

Although the structure which rotates the support body 17 by the drive source, such as the motor 22, was recorded above, but the support body 17 and the blade | wing 21 which integrally formed the support frame 18 which detachably supported the wire mesh 19 was carried out. ) May be integrally formed, and the negative ion warm air introduced from the inlet 15 under the drying chamber 14 may be blown onto the blade 21 to rotate the blade 21 and the support body 17 to rotate. . In this case, if the installation angle of the blade 21 can be adjusted, the rotational speed can be varied, so that it is possible to cope with various objects and situations. In addition, if the wire mesh 19 supporting the object to be dried is supported by the supporting frame 18 (two rows in the horizontal direction and four steps in the longitudinal direction in the illustrated example), there may be a dry stain on the support 17 and the outside. 4, the slit 23 may be formed between the support frames 18 which are integrally provided radially on the support 17 as shown in FIG. In this way, since the negative ion warm air is ejected from the inside of the support body 17, the negative ion warm air can also be made to flow in the support body 17 side of the wire mesh 19. FIG. In addition, the code | symbol 24 shown in FIG. 4 is the front door which can be opened and closed of the drying chamber 14, and is provided in order to detach | desorb the wire mesh 19 which clamped the food 20 in between.

Drying apples, tangerines and strawberries which are dried with the drying device of the present invention described above, the apples (3 mm cut) until about 3 hours of water until 2.1 g / 100 g (the equivalent amount of water in the conventional drying device) About 10 hours), mandarin orange (4mm cut) water approximately 4.4g / 100g (approximately ten hours until it becomes equal water quantity in conventional drying device), strawberry (two split cuts) approximately four hours in approximately four hours The result of drying with 11.8 g / 100 g of water (conventionally indeterminate data) can be obtained, which is significantly shorter than the drying time by the conventional drying apparatus. This is a long time because the conventional drying apparatus can only raise the temperature in the apparatus to about 50 to 70 degrees because dehumidification is impossible due to the air circulation type, and in the drying apparatus of the present invention, negative ion turbulence causes moisture to be dried. Dehumidification is possible by including the evaporated moisture and discharged from the discharge port 16 while being dried, and the temperature inside the drying chamber 14 can be raised to about 80 to 90 degrees, allowing drying in a short time. In detail, when the heated compressed air from the negative ion wind generator of the present invention is radiated to an object, an electromagnetic resonance wave, which is considered to be a terahertz wave, is generated by thermal shock energy, and the hydrogen bonds of water molecules in the air are separated. It is estimated that hydrogen separated by this hydrogen bond emits electrons resonated in terahertz, and the nitrogen which takes the electrons to the outside becomes negative and becomes active nitrogen. The terahertz wave has a frequency close to the shared frequency of water molecules in the human body or organism, and when the air discharged from the negative ion wind generator of the present invention is radiated to the water, the water molecules resonate with the terahertz waves and are weaker than covalent bonds. The bonds are separated and can easily be assumed to be thrown away. Therefore, when the air discharged from the negative ion wind generator is radiated to the dried material, hydrogen bonds of water such as vegetables and fruits are separated, and the required energy for water evaporation in the drying device can be reduced, and the drying efficiency is greatly increased. Improves.

Next, the structure which dries more to be dried efficiently by the drying apparatus 13 of this invention is demonstrated. As shown in FIG. 4, a shelf 26 in which a plurality of through holes or meshed holes 25 are formed between neighboring support frames 18 of the support frame 18 radially integrally installed on the support 17. Excrete. Although this shelf 26 may be provided in accordance with the stage of the wire mesh 19 which supported the to-be-built object, you may install in multiple stages with narrow space | interval. This makes the drying time slightly longer, but it is possible to efficiently obtain the dried product in large quantities. In the above configuration, the drying apparatus 13 in the drying chamber provided with the negative ion wind generating means has been described. However, in the present invention, a plurality of the drying chambers 14 are provided, and the discharge port is opened in the upper portion of each drying chamber 14. The drying efficiency can also be improved by connecting the pipe to (16), extending downward, and connecting with the inlet of the next stage drying chamber. That is, when the drying of the uppermost drying chamber 14 is completed, when the negative ion wind generating means is connected to the next drying chamber, the next drying chamber is dried to some extent during drying of the uppermost drying chamber, so that drying can be completed in a short time. By proceeding this operation to the lower stage one by one, it becomes possible to efficiently dry in large quantities.

Furthermore, the warm air heating column of algae is demonstrated in detail as an application processed using the terahertz wave generator 1 and the drying apparatus 13 of this invention. As shown in Figs. 1 and 2, air is taken in from a known blower blower 2, and at a predetermined discharge pressure (e.g., 30 kPa or more and 150 kPa or less) and a discharge temperature (40 or more and 250 or less). Heating compressed air is generated by passing the through-hole 4A of the disc 4 while adjusting it. That is, in order to seal the air after passing through the through-hole 4A of the disc 4, the air for warm air heating exists. Since the high pressure air heated and compressed passes through the through-hole 4A of the disc 4, it becomes a jet stream and diffuses rapidly. Therefore, a resonance electromagnetic wave that is supposed to resonate with the natural frequency of water molecules in the air is generated. Resonating water molecules to separate hydrogen bonds, electrons emitted from hydrogen atoms are taken to the outside of nitrogen, and negative ionized warm air is introduced into the drying apparatus 13, and the eggs in the drying apparatus 13 are superheated. have. As an embodiment of the present invention, the eggs subjected to hot air heating and ordinary boiled eggs with heated compressed air for 8 hours were left at room temperature, and after a comparison experiment with eggs, the eggs subjected to hot air heating were 4 of ordinary eggs. It was confirmed that more than double preservation was possible. Moreover, when 10 people blinded their eyes and tried both eggs, it was judged that the eggs which all of them heat-heat-processed were delicious.

Next, an embodiment in which the hot air generated by the terahertz wave generator 1 of the present invention is used for the processing of a liquid such as water or fuel will be described. First of all, the generation of the functional water activating the ordinary material will be described in detail. In Fig. 5, reference numerals 1 to 10 are used to use the terahertz wave generator 1 as it is, and generate negative ordinary ionized warm air into a subsequent active functional water generation tank to generate ordinary water as activated functional water. I am doing it. In the figure, reference numeral 27 denotes an active functional water generating tank so that the raw water 29 is supplied from the raw water supply pipe 28. Reference numeral 30 denotes an aeration header pipe installed inside the active functional water generation tank 27. The active functional water and the production method thereof according to the present embodiment function as follows. By resonant electromagnetic waves such as terahertz waves radiated by hot air emitted from the terahertz wave generator 1 according to the present invention, hydrogen bonds of water molecules in the air or in water are separated, and rotational movement of the water molecules is excited.起) Then, electrons emitted from the hydrogen separated by the hydrogen bond are taken into the outer shell of nitrogen to become active nitrogen, thereby binding amine (NH 2) or ammonia (NH 3). The hydrogen bonds of the water are separated in the same manner as described above by giving up the hot air in a fine air state for about 30 minutes to 3 hours at an air volume of 0.5 cubic meters / minute to 2 cubic meters / minute with respect to 1 cubic meter of water. The cluster of water is refined and nanobubble oxygen and hydrogen are stably dissolved in the smaller gaps. This was proved by the dissolved oxygen of the water abandoned by the air showing a value of 1.5 to 2 times that of the ordinary over a long period of time.

In addition, NH2 or NH3 bound from the above-mentioned active nitrogen is received to generate hydrogen gas and hydroxyl group (OH-), and hydrogen is nanobubble to be dissolved in water, pH of water is increased, and redox The potential is lowered. This was proved by the fact that the pH of the water abandoned by the air rises 1 to 2.5 above the ordinary water over a long period, and the redox potential becomes the reducing side potential. Furthermore, active functional water containing a large amount of dissolved oxygen, which has a fine alkaline, large surface active force, weak alkaline, and large reduction potential, has been produced in which the effect is sustained or amplified for a long time. In the state left for a long time outdoors, it was proved that the pH, reduction potential, and dissolved oxygen amount, which are the criteria for the effect, were equal to or increased immediately after production.

In the embodiment of the present invention, it has been proved that the following five elements are used alone or in combination.

(1) Active functional water and water molecules and electrons in the heated compressed air for generation thereof resonate and resonate in the frequency of the terahertz band (5 to 10 HTz) in the far infrared region (TH effect).

(2) Activated functional water and nitrogen in its heated compressed air are activated (N-effect).

(3) The cluster from which the hydrogen bonds were separated was small, and the water having a high surfactant activity (H + effect).

(4) Water that is slightly alkaline (pH effect).

(5) Nanobubble dissolved oxygen-rich water (DO effect).

The above elements were combined and various effects were confirmed as follows.

(1) In hydroponic cultivation using this active functional water, even if the amount of fertilizer was reduced by 50% or more, the yield was increased and the quality was also improved (N-, H +, DO effect).

(2) When this active functional water was put in a tank to raise a fish, it was confirmed that growth was very fast and water quality was maintained for a long time (N-, H +, DO effect).

(3) By injecting this active functional water, it was possible to confirm the immediate water purification action of a pond, a septic tank, a bath, and the like. For example, by pouring 160 L of this active functional water into a pond of 3500 m3, a sludge began to rise and activated microbial activity within 12 hours (N-, H +). , DO effect).

(4) By soaking in this active functional water, freshness of cut-flowers could be maintained. In addition, it was confirmed that the root comes out of the stem, it was confirmed to activate the plant (TH, N-, DO effect).

(5) It was confirmed that the scale attached to the heat exchanger was removed by passing through this active functional water. It was confirmed that it is also effective in descaling boiler water or cooling water (H +, pH effect).

(6) With this active functional water, it was possible to stably emulsify plant, animal and mineral oils, and to emulsify emulsion fuel capable of stable combustion (H +, pH, DO effect).

(7) This active functional water could be used as a solvent of oil paint (H +, pH effect).

(8) Only by spraying this active functional water, the grease at the factory floor was peeled off and removed (H +, pH effect).

(9) When the car was washed with this active functional water, the time was easily dropped and the gloss was not required (no wax required). In addition, when used for cleaning dentures and precious metals, blemishes and odors were reduced, and glossiness was observed (H +, pH effect).

(10) When garlic or grapefruit were soaked in this active functional water, the smell and taste were changed (TH, N-effect).

(11) When this active functional water was used as a lotion, high moisture retention was confirmed. Moreover, when this active functional water was used as the spring water, the spring effect was confirmed (TH, N-effect).

(12) It was reported that Alzheimer's symptoms were alleviated with this active functional water (TH, N-effect).

(13) The wound appeared quickly by applying this active functional water to the cut wound (TH, N-effect).

(14) The diet effect was shown by drinking this active functional water daily (TH, pH, H + effect).

(15) When it was cooked with this active functional water, it was confirmed that the outside could be cooked fluffy, and there was no steamy smell even when cooled (N-, H +, pH effect).

(16) It was confirmed that when cooked or baked with this active functional water, the cooking time was shortened and the rich flavor was condensed (N-, H +, pH effect).

Next, an embodiment in the case where the active functional water generated in the apparatus shown in FIG. 5 is applied as the cooking and cooking functional water of the present invention will be described in detail. The configuration and technical operation shown in FIG. 5 are described in detail in the above-described active functional water, and are omitted here because they are the same. As shown in Fig. 6, when 10% of the cooked and cooked functional water 31 of the present invention is mixed and cooked, the extra moisture 33 of the rice grains 32 is higher than that of the cooked rice using ordinary water. The total weight is increased by about 20% and the silica coat 34 dissolved in rice and cooking functional water 31 which is weakly alkaline in rice grains is polished, and every grain is sure and the taste is increased. Confirmed. In addition, when the cooked and cooked functional water 31 of the present invention was mixed with 10% of water and corn boiled in a comparative experiment, the former, the cooking time is shortened by about 30%, when fully cooked The color became clearer, and the sweetness was much better. Furthermore, when the cooking and cooking functional water of this invention was sprayed on the surface of the frying and frying which passed one day after cooking, and it was reheated by the microwave oven, it was confirmed that the texture returned to being freshly fried.

In addition, an embodiment in which water, vegetable oil and mineral oil are mixed to generate an aqueous fuel using the hot air generated by the same apparatus as described above will be described in detail. As shown in Fig. 7, the heated compressed air cooking apparatus for producing aqueous fuel receives air from a known blower blower or air compressor 2, and adjusts the discharge pressure and the discharge temperature of the air, so that the hydrogen bond or basic It generates an optimal thermal energy wave that generates resonance electromagnetic waves resonating with the natural frequency of the hydrocarbon chain of fuel oil, separates the hydrogen bond of air or water, cuts the hydrocarbon chain of the basic fuel oil of vegetable oil or mineral oil, and stably It is configured to dissolve and mix water. That is, the heating compressed air adjusting device for generating the aqueous fuel has the same configuration as that of the terahertz wave generator 1 shown in Fig. 1, and the detailed description thereof is omitted.

As for the cylindrical body which forms the heating-compressed-air control apparatus for aqueous fuel production | generation, air passes through the air piping 8 from the blower blower or the air compressor 2 to the one end part of the longitudinal direction, and produces | generates aqueous fuel The raw water tank 27 and the basic fuel oil tank as the heated compressed air which enters the heating compressed air adjusting device for air and adjusts the temperature and pressure by means of the air flow rate adjusting valve 12 and the metal mesh resistor 35. The fine heated compressed air is blown out to the header pipe 30 having many openings of a small diameter, and abandoned raw water.

Next, the method for generating the heated compressed air for generating the aqueous fuel using the heated compressed air adjusting device for producing the aqueous fuel will be described. First, air is blown in from the blower blower or the air compressor 2 through the air pipe 8 to the heated compressed air adjusting device (container 3) for producing aqueous fuel. Next, the air enclosed in the heated compressed air adjusting device 1 for generating the aqueous fuel is subjected to a predetermined discharge pressure (for example, 30 kPa or more and 150 kPa or less) and a discharge temperature (40 ° C. or more and 250 ° C. or less). By passing through the through hole 4A of the disc 4 while adjusting to, the heated compressed air for generating the aqueous fuel is generated. That is, the heated compressed air for generating the aqueous fuel exists in the space in which the air after passing through the through hole 4A of the disc 4 is sealed. When the high pressure air heated and compressed passes through the through hole 4A of the disc 4, it becomes a jet stream and diffuses rapidly. Therefore, a resonance electromagnetic wave that is supposed to resonate with hydrogen bonds between water molecules and nitrogen molecules in the air is generated. The resonance energy is excited, the hydrogen bonds are separated, and the electrons emitted from the hydrogen molecules are taken into the outer shell of nitrogen and negatively ionized. Then, through the air pipe 8 at the outlet of the heated compressed air adjusting device for producing aqueous fuel, the heated compressed air for producing aqueous fuel is appropriately discharged.

Then, the compressed water for producing the aqueous fuel is injected into the raw water tank 27 and the basic fuel oil tank 36, and aerated by fine bubbles from the header pipe 30, so that the pH of the water is 1.0 to It rises about 2.5, and dissolved oxygen increases 1.5 to 2 times, raw water is activated so that a redox potential may become high as a reduction potential value from +400 mv to around 0 mv, and the basic fuel oil will cut | disconnect a hydrocarbon chain. The heated compressed air discharged from the heated compressed air adjusting device for producing aqueous fuel raises the pH to 9 to 9.5, and the activated water is transferred by the active water transfer pump 37, and the heated compressed air adjusting device for producing aqueous fuel. The basic fuel oil whose hydrocarbon bonds were cut by the heated compressed air discharged from the gas was transferred by the basic fuel oil transfer pump 38 and stirred and mixed with the starting mixer 39 to obtain a stable dissolved mixed state. Produces oil-based aqueous fuel. As described above, the aqueous fuel stored in the produced fuel tank 40 is circulated by the aqueous fuel transfer pump 41 through the starting mixer 39, thereby making it possible to more stably dissolve and mix the active water with the basic fuel oil. . Further, by giving up the generated oil in the production tank by the heated compressed air discharged from the heated compressed air adjusting device for generating the aqueous fuel, more stable dissolution of water and oil is possible.

The produced aqueous fuel is mixed again by the aqueous fuel transfer pump 41 through the starting mixer 39 and supplied through the valve 42 and the pipe joint 43. Reference numeral 44 is a basic fuel oil supply pipe. That is, according to the aqueous fuel generation method of the present embodiment, since the heated compressed air for generating the aqueous fuel can be generated by adjusting the discharge pressure and the discharge temperature of the air, the aqueous fuel can be efficiently generated at a low cost using a small device. can do. In addition, according to the heated compressed air adjusting device for generating aqueous fuel of the present embodiment, it is possible to realize miniaturization and cost reduction of the device, and excellent versatility can be obtained. Furthermore, according to the heating compressed air adjusting device for generating the aqueous fuel of the present embodiment, as the means for adjusting the discharge pressure and the discharge temperature of the air, by using a disc having a plurality of through holes, the device can be miniaturized and reduced in cost. At the same time, it is possible to efficiently generate heated compressed air for generating aqueous fuel. Furthermore, according to the heating compressed air adjusting device for producing aqueous fuel of the present embodiment, the disc is provided inside the heating compressed air adjusting device for producing aqueous fuel, and the disc is provided inside the heating compressed air adjusting device for producing aqueous fuel. In addition to forming two separate spaces, a pipe for connecting the two spaces is provided outside, and a part of the pipe is provided with an air flow rate regulating valve (3) for adjusting the discharge pressure and discharge temperature of the air. This makes it possible to finely control the discharge pressure and the discharge temperature of the air more efficiently, so that the heated compressed air for generating the aqueous fuel can be generated efficiently.

As an embodiment of the present invention described above, the activated water having a pH of 9 or more by giving up about 1 hour to 2 hours with the heated compressed air adjusting device for producing aqueous fuel and the 1 hour to 1 hour using the heated compressed air adjusting device for producing aqueous fuel Stirring and mixing of the basic fuel oil of the vegetable oil or mineral oil which cut | disconnected the hydrocarbon chain by abandoning for about 2 hours in the ratio of about 1: 1 with the starting mixer 39, and stable dissolution mixing of water and oil is achieved, and vegetable oil or mineral oil is achieved. Aqueous fuel is produced as the basic fuel oil.

Furthermore, an embodiment relating to the production of the same emulsion fuel as the aqueous fuel will be described. 8 shows the construction of an emulsion fuel producing process according to the present invention. The heated compressed air adjusting device (container 3) for producing emulsion fuel receives air from a known blower blower or air compressor 2, and the predetermined discharge pressure (for example, 30 kPa or more and 150 kPa) of the air is received. And the discharge temperature (40 ° C. or more and 250 ° C. or less) to generate an optimal thermal energy wave that generates resonance electromagnetic waves resonating with the natural frequency of the hydrogen bond, and passes through the through hole 4A of the disc 4. By separating the hydrogen bonds of air and water, water is emulsified and mixed with vegetable oil stably. That is, the heating compressed air adjusting device for producing the emulsion fuel has the same configuration and the same technical content as the terahertz wave generator 1 of Fig. 1, and the detailed description thereof will be omitted.

The heated compressed air for which the temperature and pressure for emulsion fuel generation are adjusted is injected into the raw water tank 27 from the header pipe 30 having a large opening of a small diameter, and from the header pipe 30 by air bubbles of fine heated compressed air. By giving up, the pH of water rises about 1.0-2.5, dissolved oxygen increases by 1.5-2 times, and raw water is activated so that a redox potential may become high as a reduction potential value from +400 mv to around 0 mv. The pH is raised to 9 to 9.5 by the heated compressed air discharged from the heated compressed air adjusting device for producing the emulsion fuel, and the activated water is transferred to the basic fuel oil tank 36 for mixing water and plant oil by the active water transfer pump 37. Emulsion oil of water and vegetable oil having an emulsifier function of water and vegetable oil, which is fed to the vegetable oil supplied from the vegetable oil supply pipe 45 and stirred and mixed with a rotary mixer 46, to a stable emulsion mixed state. Create The production of emulsion fuel with mineral oil is carried out by injecting water and vegetable oil emulsion fuel into the mineral oil mixing tank 48 with a pump 47, and adjusting the heated compressed air for producing mineral oil and emulsion fuel supplied from the mineral oil supply pipe 49. The water of the raw water tank 27 which gave up the heated compressed air for producing the emulsion fuel discharged from the apparatus is emulsion-mixed with the rotary mixer 46 in the mineral oil mixing tank 48 to produce an emulsion fuel of water and mineral oil. The produced water and mineral oil emulsion fuel is mixed again by the pump 47 through the starting mixer 39 and supplied through the valve and the pipe 50.

That is, according to the emulsion fuel generation method of the present embodiment, since the heated compressed air for emulsion fuel generation can be generated by adjusting the discharge pressure and the discharge temperature of the air, the emulsion fuel can be produced efficiently at low cost. Can be. Further, according to the heating compressed air adjusting device for producing emulsion fuel of the present embodiment, it is possible to realize miniaturization and cost reduction of the apparatus, and excellent versatility can be obtained. Further, according to the heating compressed air adjusting device for producing emulsion fuel according to the present embodiment, the disc 4 having a plurality of through holes 4A is used as a means for adjusting the discharge pressure and the discharge temperature of air. It is possible to efficiently generate heated compressed air for producing emulsion fuel while miniaturization and cost reduction. Furthermore, according to the heating compressed air adjusting device for producing emulsion fuel of the present embodiment, the original plate 4 is installed inside the heating compressed air adjusting device for producing the emulsion fuel, and the inside of the heated compressed air adjusting device for producing the emulsion fuel. Air flow control valve which forms two spaces separated by the disc 4 and installs a pipe connecting the two spaces to the outside, and controls the discharge pressure and discharge temperature of the air in a part of the pipe. By providing (12), it becomes possible to finely adjust the discharge pressure and the discharge temperature of the air more efficiently, so that the heated compressed air for generating the emulsion fuel can be efficiently ignited.

As an embodiment of the present invention, it is stabilized by stirring and mixing the activated water and the vegetable oil having a pH of 9 or more at a ratio of 1: 1 by a rotary mixer by giving up 2 hours to 4 hours with a heated compressed air regulator for producing emulsion fuel. Emulsion mixing is achieved and emulsion fuel with vegetable oil as the base fuel oil is produced. A stable emulsion mixing is achieved by stirring and mixing an emulsion fuel containing the vegetable oil as a base fuel oil as an emulsifier and mixing a mineral oil: active water: emulsifier in a ratio of 4.5: 4.5: 1 with a blender to produce an emulsion fuel containing mineral oil as a base fuel oil. do.

Furthermore, the inventors of the present invention have led to the present invention regarding a technique of irradiating and processing a hot wind radiating a resonant electromagnetic wave such as terahertz waves to a member having high electrical conductivity. Hereinafter, embodiments of the present invention will be described with reference to the drawings. Will be explained in detail. 9 shows a block diagram of a production process of a resonance electromagnetic radiation member such as a terahertz wave according to the present invention. As shown in FIG. 1, the heated compressed air adjusting device of the present invention receives air from a known blower blower 2 as described above, and adjusts the discharge pressure and the discharge temperature of the air, thereby adjusting the water molecules in the air. Resonant electromagnetic waves, such as terahertz waves, which resonate with natural frequencies, generate hydrogen bonds from water molecules in the air, release electrons from hydrogen atoms, supply electrons to the outermost regions of nitrogen, and ionize nitrogen It is configured to generate air. That is, the heating compressed air adjusting device for generating a resonance electromagnetic radiation member such as terahertz wave has the same configuration and the same technical content as the terahertz wave generator 1 of FIG. 1 as described above, and a detailed description thereof will be omitted. .

Next, the generation of a resonance electromagnetic radiation member such as a terahertz wave according to the present invention using the heating compressed air adjusting device will be described. First, air is blown in from the blower blower 2 via the piping 8 to the inside of the heated compressed air adjusting device (container 3). Next, the original plate 4 is adjusted while the air enclosed inside the heated compressed air adjusting device is adjusted to a predetermined discharge pressure (for example, 30 kPa or more and 150 kPa or less) and a discharge temperature (40 ° C. or more and 250 ° C. or less). By passing through 4A of through holes, heated compressed air is generated. That is, in order to seal the air after passing through the through-hole 4A of the disc 4, the air for hot air heating exists. Since the high-pressure air compressed by heat passes through the through-hole 4A of the disc 4, it becomes a jet stream and rapidly diffuses, and thus a resonance residual wave is assumed to resonate with the natural frequency of the water molecules in the air. It is thought that the water molecules inside are resonated to separate hydrogen bonds, and electrons emitted from the hydrogen atoms are taken into the outer shell of nitrogen and negatively ionized. Then, the heated compressed air for excitation resonance of resonance electromagnetic waves, such as terahertz waves, is suitably high through the pipe 8 at the outlet of the heated compressed air adjusting device. It radiates to the target conductor 52, such as a copper plate, excites the free electrons of the target conductor 52, and manufactures the resonance electromagnetic radiation plate like a terahertz wave.

Specifically, by injecting heated compressed air that generates resonance electromagnetic waves such as terahertz waves to a copper plate having a high electrical conductivity of about 2 to 5 mm in thickness, free electrons of the copper plates are excited to radiate resonance electromagnetic waves such as terahertz waves. By acquiring the member and installing the copper plate near the combustion air inlet of the internal combustion engine, nitrogen in the combustion air is energized by the resonance energy obtained from the terahertz wave generated in the copper plate. Activated nitrogen in the combustion air helps the fuel to be completely burned by binding and storing the fuel component during incomplete combustion in the internal combustion engine to the temporarily activated nitrogen and releasing it properly, and consequently, the fuel consumption can be saved and noxious exhaust It was confirmed to reduce the gas. In addition, a resonant electromagnetic radiation member such as a terahertz wave obtained in this way is filled in a cylindrical container having open ends, and passed through to separate hydrogen bonds of water molecules in water, to excite rotational movement of water molecules, and to refine water clusters. do. The electrons released from the hydrogen separated by the hydrogen bond are taken into the outer shell of nitrogen in air dissolved in water to become active nitrogen, thereby binding amine (NH 2) or ammonia (NH 3). Then, the combined NH2 or NH3 is received, generates hydrogen gas and hydroxyl groups (OH-), the pH of the water rises, and the redox potential is lowered. This has been proved by the fact that the pH of water passing through a cylinder filled with a resonance electromagnetic radiator such as terahertz waves rises by 1 to 2.5 over a long time and the redox potential becomes the reduction potential.

The water passing through the cylinder filled with a resonance electromagnetic radiation member such as the terahertz wave, the hydrogen bond of the water is separated as described above, the water cluster is refined, nano-bubble oxygen and hydrogen in the small gap is stable Dissolved. This was proved by the dissolved oxygen of water given up in this air showing a value of 1.5 to 2 times that of ordinary water over a long period of time. Furthermore, by passing through a cylinder filled with a resonant electromagnetic wave radiating device such as the terahertz wave of the present invention, the dissolved oxygen-rich activated function that the cluster becomes finer, the surface active force is weakly alkaline, and the reduction potential is large The effect is that the effect is sustained or amplified for a long time because the generated active functional water is left outdoors for a long time, and the pH, reduction potential, and dissolved oxygen amount, which are the standard of the effect, are equivalent to or immediately after the passage of the device. Proved.

Next, the specific embodiment which acquires the functional water activated using the resonance electromagnetic wave prevention member like the terahertz wave is described in detail below. Fig. 10 shows an example of the water-generating device according to the present invention, where (a) is a schematic cross-sectional view of the water flow direction, and (b) is a plan view showing the original plate of Fig. 10 (a). In the bow water generator 53, water pipe coupling members 55A and 55B are disposed at both ends of the tubular container 54, as shown in Fig. 10A, and on both sides of the tubular container 54, respectively. A disk 56 having a plurality of through-holes and a metal scrubber 57 having a thin line of metal rounded out are disposed, and a metal member 58 in the form of a line activated by activating water between them is provided. The water targeted for treatment passes through the vicinity of 58, and the water becomes active. The tubular container 54 has a diameter of 10 centimeters to 20 centimeters when the flow rate of water is 40 liters per minute, and the water pipe coupling member 55A into which water to be treated flows into one end of the longitudinal direction. Is provided, and the water pipe coupling member 55B through which the water flows from the cylindrical container 54 flows out at the other end in the longitudinal direction.

The metal material 58 activated by activating water for water lubrication by passing through the surface vicinity is made into copper wire of 1 millimeter-3 millimeters in diameter, and is filled in the cylindrical container 54 appropriately. At both ends in the longitudinal direction of the tubular container 54, a disk 56 having a through hole is disposed so as not to interfere with water passage, and a metal scrubber 57 having a thin line of metal rounded therein is disposed therein. 58). As shown in Fig. 10 (b), the master plate 56 has a plurality of through holes 56A penetrating in the thickness direction, and is disposed at both ends of the cylindrical container 54. In addition, the number of through-holes 56A formed in the disk 56 and the diameter of the holes can be appropriately changed according to the dimensions of the cylindrical container 54 and the flow rate of the water to be subjected. The water slide generator 53 according to the present embodiment is disposed, for example, as part of a wastewater treatment plant or as part of a water pipe.

The bow water generator 530 according to the present embodiment functions as follows. In hydrogen bonds, which have less energy than ionic bonds, the water molecules are bonded like honeycomb structures. It is physically and chemically proved that small honeycomb structures are small water clusters. This hydrogen bond is involved not only in water but also in various molecular bonds and in the double helix structure of DNA. The binding energy proved to be close to the energy region of the terahertz band resonance electromagnetic waves. Here, when the water to be processed passes through the inside of the cylindrical container 54, the resonance energy of the resonance electromagnetic wave is given by the energy transfer from the activated metal material 58. In the water stream, energy transfer of water occurs between water molecules, and the hydrogen bonds between water molecules are separated.

As the honeycomb structure of water molecules becomes smaller, H + and OH- separate from some water molecule honeycomb structures, the pH rises, and the honeycomb structure becomes smaller, the gap between water molecules becomes smaller and dissolved oxygen is reduced. It can be kept stable. In addition, when hydrogen bonds are separated and become hydrogen ions, electrons are released and the redox potential is lowered. That is, when water to be processed passes through the inside of the cylindrical container 54, the pH rises by about 0.5 to 2, the dissolved oxygen amount is increased by about 1.5 to 2 times, and the redox potential is about 0 mV. Furthermore, compatibility with an organic solvent paint etc. becomes possible.

The water-generating device according to the embodiment described above is not limited to the above configuration, and various modifications can be added. For example, in embodiment mentioned above, although the shape of the metal material 5 which carried out the activation process used the thing of linear form, it is not necessary to necessarily use the linear form. For example, it is also possible to form a water-slide generating means by filling a cylindrical metal material in the cylindrical container 1 and using it. It is also possible to form the water-sliding generating means by using a spherical shape, a polygonal shape, a coil shape, a mesh shape, a powder shape, or a combination thereof. Further, the activated metal material 5 can also be formed with water-generating means by using a plated, oxidized, coated, or combination thereof. Furthermore, although the activated metal material used copper, it does not necessarily need to use copper. For example, by using aluminum, platinum, or the like, it is also possible to form a water slide generating means. In addition, it is also possible to form a water-sliding generating means by using a copper alloy, an aluminum alloy, or the like, or a combination thereof.

When the present invention according to the present embodiment is carried out, the following five elements are proved to be effective alone or in combination.

(1) A resonance electromagnetic radiation member such as a terahertz wave radiates resonance electromagnetic waves in the far infrared terahertz band (5 to 10 HTz) (TH effect).

(2) Resonant electromagnetic radiation members such as terahertz waves activate nitrogen in the air (N-effect).

(3) A resonance electromagnetic radiation member such as a terahertz wave separates hydrogen bonds of surrounding water, and has a small cluster and high water surface active ability (H + effect).

(4) Resonant electromagnetic wave radiation members such as terahertz waves use the surrounding water as weakly alkaline water (pH effect).

(5) Resonant electromagnetic wave radiating members such as Terahertz wave use the surrounding water as nano-bubble dissolved oxygen-rich water (DO effect).

The above elements are combined and applied to various uses as follows.

(1) By installing a copper plate on which resonant electromagnetic waves, such as terahertz waves, are transferred to an air inlet of an internal combustion engine, combustion efficiency is increased and harmful exhaust gas is reduced.

(2) When the copper plate which transferred the resonance electromagnetic wave like terahertz wave is put together with a vegetable or a fruit, freshness is maintained and umami increases.

(3) When heated and cooked in a receptacle that has transferred resonance electromagnetic waves such as terahertz waves, the cooking time can be shortened and the umami taste increases.

(4) By freezing fish or vegetables in trays that have resonated electromagnetic waves, such as terahertz waves, fresh drips with little drip during thawing can be maintained.

(5) Drying fish or vegetables in trays that have transferred resonance electromagnetic waves, such as terahertz waves, can shorten the drying time and increase the umami.

(6) By wearing wristwatches, necklaces, bracelets and eyeglasses that have resonated electromagnetic waves such as terahertz waves, the pain of stiff shoulders, back pain and neuralgia can be reduced.

(7) The electromagnetic wave is reformed by providing a metal which has transferred resonance electromagnetic waves such as terahertz waves to a mechanism that generates harmful electromagnetic waves such as a fluorescent lamp, a personal computer, and a microwave oven.

(8) By using a vase that resonates with resonant electromagnetic waves, such as terahertz waves, it is possible to maintain the freshness of cut-flowers and to activate plants.

(9) Transferring a resonant electromagnetic wave such as a terahertz wave to the heat exchanger can prevent adhesion of scale and improve heat exchange efficiency.

(10) When a small-bonded gold, which transfers resonant electromagnetic waves, such as terahertz waves, is put in the bath water, the bath water is heated up quickly, it becomes hot water that is hard to cool down, and there is a hot spring effect.

(11) Alzheimer's symptoms are alleviated by wrapping a head in the form of a metal net or powder braided with resonant electromagnetic waves, such as terahertz waves.

(12) Breast cancer can be prevented by wearing a bra incorporating a copper wire that has transferred resonance electromagnetic waves such as terahertz waves.

The present invention provides a method and apparatus for generating air such as heated compressed hot air, electromagnetic waves in the far-infrared and sub-millimeter wave region (hereinafter referred to as 'terahertz wave'), negative ion wind, etc. by adjusting the discharge pressure and the discharge temperature; And processed materials, processing methods, and processing apparatuses using the same, and are used in a wide range of fields such as communication, safety and security, bio and medicine, agriculture, industry, environment, and space. You can expect to use it.

1: terahertz wave generator 2: blower blower
3: container 4: disc
7: piping 8, 9: piping
10: silencer 12: control valve
13: drying apparatus 14: drying chamber
15: Inlet port 16: Outlet port
17: support 18: support frame
19: wire mesh 20: food
21: wing 22: motor
23: Slit 24: Front door
25: hole 26: shelf
27: raw water tank 28: raw water supply pipe
29: enemies 30: header pipe
31: Cooking and cooking functional water 32: Rice grains
33: moisture 34: silica coat
36: basic fuel oil tank 37: active water transfer pump
38: basic fuel oil transfer pump 39: starting mixer
40: generated fuel tank 41: aqueous fuel transfer pump
42: valve 43: piping joint
44: basic fuel oil supply pipe 45: vegetable oil supply pipe
46: Mixer 47: Pump
48: mineral oil mixing tank 49: mineral oil supply piping
50: piping 51: irradiation box
52: target conductor 53: water generator
54: cylindrical container 56: disc
57: metal scrubber 58: metal material

Claims (44)

A method for generating terahertz waves, characterized in that terahertz waves are generated by adjusting the discharge pressure and the discharge temperature of air.
The generation of terahertz waves according to claim 1, wherein the discharge pressure is adjusted in a range of 30 kPa or more and 150 kPa or less, and the discharge temperature is controlled in a range of 40 ° C or more and 250 ° C or less. Way.
A terahertz wave generator, characterized in that it is provided with a control means for adjusting the discharge pressure and the discharge temperature of the air enclosed in the container.
The said adjusting means is comprised by installing the flat plate which has a some through-hole in the inside and the outside of the said container so that the through direction may become the same as the outflow direction of the said air. Generator of terahertz wave.
The method according to claim 4, wherein the flat plate is provided inside the container to form two spaces separated by the flat plate inside the container.
A terahertz wave generator, characterized in that a pipe for connecting the two spaces is provided outside the container, and a part of the pipe is provided with an auxiliary control means for adjusting the discharge pressure and the discharge temperature of the air.
The terahertz wave generator according to any one of claims 3 to 5, wherein a soundproof means is provided inside or outside the container.
Negative ion wind generating means for generating negative ion wind by adjusting the discharge pressure and the discharge temperature of the air; And
A drying chamber having an inlet and outlet for negative ion wind and having a support frame provided with a support frame detachably supporting a to-be-supported object in which the object to be dried is supported;
Consisting of,
And dried by blowing negative ion wind from the negative ion wind generating means to a dry object arranged in said drying chamber.
Negative ion wind generating means for generating negative ion wind by adjusting the discharge pressure and the discharge temperature of the air; And
A drying chamber having an inlet and outlet for negative ion wind and having a support frame provided with a support frame for detachably supporting a to-be-supported object therein;
Drying apparatus characterized in that consisting of.
9. The drying apparatus according to claim 8, wherein a blade which rotates is provided at a lower portion of the dried support supported by the support.
The drying apparatus according to claim 8, wherein the support is rotatable.
The drying apparatus according to claim 8, wherein slits are formed between the support frames of the support.
Negative ion wind generating means for generating negative ion wind by adjusting the discharge pressure and the discharge temperature of the air; And
A dry chamber in which a support frame and a wing are integrally disposed with a support frame having an inlet and outlet for negative ion wind and a detachable support for a to-be-supported object in which the object to be dried is supported;
Consisting of,
And the wing and the support are rotated by blowing the negative ion wind introduced from the inlet of the negative ion wind onto the wing.
The drying apparatus according to claim 8 or 12, wherein a lathe in which a plurality of through-holes or mesh-shaped holes are formed is provided between adjacent support frames.
The drying apparatus according to claim 8 and 12, wherein a plurality of drying chambers are provided, and discharge ports and introduction ports of each drying chamber are connected.
A warm air heating column of algae in which solid solution of whites and yolks is solidified by heating for a certain period of time with heated compressed air adjusted to a prescribed pressure and temperature.
The hot air of the heated compressed air according to claim 15, wherein the prescribed pressure is adjusted in a range of 30 kPa or more and 150 kPa or less, and the temperature is adjusted in a range of 40 ° C or more and 250 ° C or less. Hot air heating column of algae which was heated using.
A method for producing a warm air heating column for algae, characterized by solidifying whites and yolks by heating for a certain period of time with hot air by heated compressed air adjusted to a prescribed pressure and temperature.
The hot air of the heated compressed air according to claim 15, wherein the prescribed pressure is adjusted in a range of 30 kPa or more and 150 kPa or less, and the temperature is adjusted in a range of 40 ° C or more and 250 ° C or less. Method for producing a warm air heating column of algae heated using.
Activated functional water produced by abandoning water for a certain period of time with heated compressed air that generates resonance electromagnetic waves such as terahertz waves by adjusting to a prescribed pressure and temperature.
A method of producing functional water activated by abandoning water for a certain period of time with heated compressed air that generates resonance electromagnetic waves such as terahertz waves by adjusting to a prescribed pressure and temperature.
The method of claim 20, wherein the specified pressure is adjusted in a range of 30 kPa or more and 150 kPa or less, and the temperature is adjusted in a range of 40 ° C or more and 250 ° C or less.
Hot air that generates resonance electromagnetic waves such as terahertz waves in a heated compressed air regulated to a prescribed pressure and temperature. By abandoning water for a certain time, the surface active force is increased, weakly alkaline, and the amount of dissolved oxygen is activated. Cooking and cooking water to do.
By abandoning the water for a certain period of time with the hot air that generated resonance electromagnetic waves such as terahertz waves in the heated compressed air regulated to the prescribed pressure and temperature, the surface active force of the water is increased, and the alkalinity and dissolved oxygen amount are increased and the activated water is increased. Method for producing a cooking and cooking functional water, characterized in that to produce.
The said prescribed pressure is adjusted to the range of 30 kPa or more and 150 kPa or less, and the said temperature is adjusted to the range of 40 degreeC or more and 250 degrees C or less. And functional water for cooking and a method of manufacturing the same.
Activated basic fuel oil of mineral oil or vegetable oil cut off hydrocarbon chain by adjusting the discharge pressure and discharge temperature for a certain time, and heated compressed air by adjusting the discharge pressure and discharge temperature. Aqueous fuel, characterized in that abandoned hydrogen bonds and activated, stirred and mixed with the combustible water, and stably dissolved the combustible activated water in the activated basic fuel oil.
Activated basic fuel oil of mineral oil or vegetable oil cut off hydrocarbon chain by adjusting the discharge pressure and discharge temperature for a certain time, and hydrogen bond by giving up with the compressed air by adjusting the discharge pressure and discharge temperature for a certain time. The method of producing an aqueous fuel, characterized in that by cutting and activated, stirred and mixed with the combustible water, and stably dissolved the combustible active water in the activated basic fuel oil.
27. The method of claim 25 or 26, wherein the discharge pressure of the heated compressed air is adjusted to the range of 30 kPa or more and 150 kPa or less, and the discharge temperature is controlled to the range of 40 ° C or more and 250 ° C or less. Aqueous fuel and the production method thereof.
Activated basic fuel oil of mineral oil or vegetable oil cut off hydrocarbon chain by adjusting the discharge pressure and discharge temperature for a certain time, and hydrogen bond by giving up with the compressed air by adjusting the discharge pressure and discharge temperature for a certain time. Air blowing means for cutting and activating the heated compressed air for cutting into activated and combustible water; And
Means for stirring and mixing the activated basic fuel oil and active water;
Aqueous fuel generating device characterized in that it comprises a.
Heated compressed air with controlled discharge pressure and discharge temperature is given up for a certain period of time to increase pH, stir and mix activated water and vegetable oil, and heat and compression with controlled discharge pressure and discharge temperature as emulsifier in a stable mixed state of water and vegetable oil. Abandoned with air for a certain period of time to increase the pH of the water, the emulsion mixture of activated water and mineral oil, characterized in that the mineral fuel and vegetable oil as a base fuel.
Heated compressed air in which water and vegetable oil are agitated and mixed, giving up the compressed air with controlled discharge pressure and discharge temperature for a certain period of time, and emulsifying water and vegetable oil as a stable mixed state. Emulsification fuel, characterized in that to give a certain time to increase the pH of the water and emulsion mixture of activated water and mineral oil, and mineral and vegetable oil as a base fuel.
Vegetable oil which gives water to vegetable oil or mineral oil in a stable emulsion state and stirs it by raising the pH and stirring and mixing it with activated water and vegetable oil or mineral oil for a certain period of time by heating compressed air with controlled discharge pressure and discharge temperature. Or mineral fuel as a base fuel.
Vegetable oil, which is agitated and mixed with water and vegetable oil or mineral oil, gives up for a certain period of time with heated compressed air which regulates the discharge pressure and the discharge temperature, and makes water and vegetable oil or mineral oil in a stable emulsion state, and enables stable combustion. Emulsion fuel characterized by using mineral oil as a base fuel.
Increase the pH by agitating the heated compressed air with controlled discharge pressure and discharge temperature for a certain time and stir-mix the activated water and vegetable oil, and heat compression with controlled discharge pressure and discharge temperature as an emulsifier in a stable mixed state of water and vegetable oil. A method of producing an emulsion fuel, characterized in that a predetermined time to give up with air to increase the pH of the water and emulsion mixture of activated water and mineral oil, and mineral and vegetable oil as a base fuel.
Heated compressed air in which water and vegetable oil are agitated and mixed, giving up the compressed air with controlled discharge pressure and discharge temperature for a certain period of time, and emulsifying water and vegetable oil as a stable mixed state. The method of producing an emulsion fuel, characterized in that for a certain period of time to increase the pH of the water and emulsion mixture of activated water and mineral oil, and mineral and vegetable oil as a base fuel.
Abandoned by heated compressed air with controlled discharge pressure and discharge temperature for a certain period of time to increase pH and stir and mix activated water with mineral oil or vegetable oil to make water and mineral oil or vegetable oil in a stable emulsion state and enable stable combustion Or vegetable oil as a base fuel.
Vegetable oil, which is agitated and mixed with water and vegetable oil or mineral oil, gives up for a certain period of time with heated compressed air which regulates the discharge pressure and the discharge temperature, and makes water and vegetable oil or mineral oil in a stable emulsion state, and enables stable combustion. A method of producing an emulsion fuel, characterized in that the mineral oil is used as the base fuel.
The discharge pressure of the heated compressed air is controlled to be in a range of 30 kPa or more and 150 kPa or less, and the discharge temperature is controlled in a range of 40 ° C. or more and 250 ° C. or less. Emulsion fuel and a method of producing the same.
The discharge pressure of the heated compressed air is controlled to be in the range of 30 kPa or more and 150 kPa or less, and the discharge temperature is raised by increasing the pH of the water by abandoning the heated compressed air which is controlled in the range of 40 ° C. or more and 250 ° C. or less. Air supply means for heating the compressed air; And
Means for stirring and mixing the active water and oil;
Emulsion fuel generation apparatus characterized in that it comprises a.
It is characterized by injecting a heated compressed air that has generated a resonant electromagnetic wave such as terahertz wave by adjusting to a prescribed pressure and temperature to a member having high electrical conductivity, and exciting a resonant electromagnetic wave such as terahertz wave to the member having high electrical conductivity. A resonance electromagnetic radiation member such as a terahertz wave.
It is characterized by injecting a heated compressed air that has generated a resonant electromagnetic wave such as terahertz wave by adjusting to a prescribed pressure and temperature to a member having high electrical conductivity, and exciting a resonant electromagnetic wave such as terahertz wave to the member having high electrical conductivity. A method for producing a resonance electromagnetic radiation member such as terahertz wave.
41. The tera according to claim 39 and 40, wherein the prescribed pressure is adjusted to a range of 30 kPa or more and 150 kPa or less, and the temperature is controlled to be in a range of 40 ° C or more and 250 ° C or less. Resonant electromagnetic wave radiation member such as Hertz wave, and manufacturing method thereof.
A water-generating device, characterized in that it is filled in a tubular container so that the specific surface area of the metal material activated to hydrate water by passing through the surface is increased.
43. The bow water generator according to claim 42, wherein a disk having a plurality of through holes is formed as a lid on both ends of the tubular container, and metal scrubbers having a thin line of metal rounded on both sides thereof.
44. The method for generating water according to claim 42 and 43, wherein water is made to water by hydrating water inside the water generating device.

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