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

Abstract

A method and device for producing a minus-ion air similar to a heated compressed hot air stream, electromagnetic waves in the far-infrared and submilimeter region (hereinafter referred to as ''terahertz wave'') by regulating the discharge pressure and the discharge temperature. The device is excellent in versatility, small in size, and low in cost. An object processed by using the method and device, a processing method, and a processing apparatus are also provided. Air is sent from a blower or an air compressor (2) through an air pipe (8) to a heated compressed air regulator (vessel (3)). The air sealed in the heated compressed airregulator (1) regulated under a predetermined discharge pressure (for example, 30 kPa to 150 kPa) and at a temperature (40 DEG C to 250 DEG C) is passed through a through hole (4A) of a circular plate (4) to produce a heated compressed air. In the produced hot air stream, a resonance electromagnetic wave resonating with the natural frequency of the water molecule is generated by a terahertz wave and a generated thermal shock wave, thereby the hydrogen bond of the water molecules in the air is cut, and electrons are released from hydrogen atoms, thus also producing a minus-ion air stream. A processed object, a processing method, and a processing apparatus are so constituted that the produced hot air stream is used for drying, production of a functional water by exposing water to the hot air stream, production of an aqueous fuel, beauty / health appliances, air / water quality improvement devices, combustion efficiency enhancement devices for internal combustion engines, and so forth.

Description

technical field [0001] The present invention relates to a method and device for generating heated and compressed warm air, electromagnetic waves in the far infrared and submillimeter wave regions (hereinafter referred to as "terahertz waves"), negative ion wind, etc. by adjusting the discharge pressure and discharge temperature. And processed objects, processing methods, and processing devices using them. Background technique [0002] In recent years, people hope that terahertz waves, which are in the intermediate region between light waves and radio waves, will be widely used in the fields of communication, security, biomedicine, agriculture, industry, the environment, and the universe. As a method and device for generating such terahertz waves, extensive technical development of light wave radiation technology and radio wave radiation technology has been carried out, and the technologies described in the following Patent Document 1 and Patent Document 2 are known. In Pate...

AI Technical Summary

Problems solved by technology

[0026] In addition, conventional functional water activated by resonant electromagnetic waves emitted from natural stones and ceramics, or energy of electromagnetic fields has problems in the content and sustainability of functional effects.

Furthermore, most active functional water generators are relatively expensive, and there is a problem in versatility.

[0027] Rice is one of the most important staple foods, but there is room for improvement in terms of preservation and taste after cooking

In addition, if heated ingredients such as boiled, fried, and grilled become cold, the taste and freshness will deteriorate, so there is room for improvement in cooking, preservation methods, and optimal cooking methods

[0028] Most of the water-based fuels and emulsified fuels currently developed use special emulsifiers to keep water and oil in a stable emulsified state. Therefore, they have high viscosity at low temperatures and poor fluidity. Because they are water particles with large specific heat , so the combustion heat energy is lost, it is difficult to obtain sufficient combustion energy, long-term stable storage becomes a problem, and it has not been commercialized

Moreover, recently, the following technology has been proposed: using the energy of resonant electromagnetic waves or electromagnetic fields, etc., to activate the dilution water of aqueous fuel or emulsified fuel, that is, water, to promote its emulsification with oil, and to use it as fuel, although the stability of emulsified Good, but due to the addition of a large amount of sodium chloride, it is easy to corrode the equipment when the liquid leaks, and when the temperature is low, it is easy to cause the blockage of the liquid distribution pipe due to the precipitation of sodium chloride solution

[0029] In addition, conventional devices that utilize resonant electromagnetic waves in high frequency bands such as radiation do not resonate with blood flow or water molecules in cells, so the effect is difficult to sustain

Also, the combustion efficiency improvement device for an internal combustion engine cannot cope with incomplete combustion caused by incomplete exhaust gas from cylinders of the internal combustion engine because it only activates oxygen in the combustion air.

Moreover, most resonant electromagnetic wave generators are relatively expensive, and there is a problem in versatility.

[0030] In the conventional structure in which water is subdivided and ionized in order to comply with drainage restrictions, and then irradiated with microwaves for magnetic treatment and water quality improvement treatment, there are water subdividing devices, ionization devices, microwave generators, and magnetic treatment devices, which are relatively large and Expensive, and since it has a movable part, there are problems in terms of failure response and maintenance costs

Images