KR20190129408A - Apparatus for generating artificial rain - Google Patents

Abstract

An embodiment of the present invention includes: a hydrogen spraying unit in which hydrogen is sprayed; a spark generating unit generating sparks; and an artificial rail control unit spraying the hydrogen through the hydrogen spraying unit and generating the sparks through the spark generating unit when reaching preset altitude.

Description

Apparatus for generating artificial rain

The present invention relates to an artificial rainfall generator, which generates an artificial rainfall using an airplane in the air.

Population growth and economic development have resulted in an increase in the demand for resources. Especially, the demand for water resources, which is an essential element of human life, is increasing rapidly due to the development of industry and diversification of the use of real life.

However, considering the fact that it is classified as a water shortage country along with Libya, Oman and Egypt, Korea also needs to be solved urgently. In addition, in Korea, a large amount of annual average rainfall is concentrated in summer, and regional and seasonal variation of precipitation is high, and the slope of river basin is so steep that it is not easy to secure efficient water resources. Artificial rainfall techniques can be an effective alternative.

Forty years have passed since the study of scientific artificial rainfall at GE in the United States. Over the last 40 years, a great deal of research has been done and attention has been given to this field almost globally.

Accordingly, attempts have been made to artificially form rain or increase rainfall, and such rainfall is a method of artificially affecting a cloud and causing it to rain, or such rain, and artificial rain is a seed that is sown in clouds. Also known as cloud seeding.

However, the first technology of artificial rainfall, the technique of making ice crystals or condensation nuclei using the popular dry ice and silver iodide to make the water particles heavy and to rain, then make large amount of ice crystals or condensation nuclei It is hard to expect big effects in terms of effects. That is, it is not enough to cause a large amount of rainfall.

Meanwhile, with industrial development and technological advances, pollutants are released into the atmosphere, causing serious air pollution. Particularly, fine dust generated from vehicle exhaust and factory chimneys enters the human body, causing bronchitis, rhinitis, asthma, It causes diseases such as pulmonary diseases, and fine dust is deteriorating the quality of human life by moving in a large scale along the mechanical scale circulation path. There is a limit to controlling the fine dust distributed throughout a large city or region.

Korean Patent Publication No. 10-1998-016594

The technical problem of the present invention is to provide a means for generating or stopping rainfall in a wide area through the hydrogen plate by spraying the hydrogen at the same time by spraying the hydrogen in the air over the air tank using a plane.

Embodiment of this invention is a hydrogen injection unit which hydrogen is injected; A spark generating unit for generating sparks; And an artificial rainfall control unit which, when reaching a set altitude, injects hydrogen through the hydrogen injection unit and simultaneously generates sparks through the spark generation unit.

The hydrogen injection unit, the hydrogen tank is stored hydrogen; And a hydrogen injector for injecting hydrogen stored in the hydrogen tank into the atmosphere.

The hydrogen injection unit, magnesium tank containing magnesium; Hydrochloric acid tanks in which hydrochloric acid is stored; A hydrogen extractor for extracting hydrogen using magnesium stored in the magnesium tank and hydrochloric acid stored in the hydrochloric acid tank; And a hydrogen injector for injecting the extracted hydrogen into the atmosphere.

The artificial rainfall generator includes a carbon dioxide injection unit for injecting carbon dioxide into an adjacent area of the plane containing the artificial rainfall generator, wherein the artificial rainfall control unit, when generating a spark through the spark generating unit The injection unit may inject carbon dioxide into an adjacent area of the plane.

The artificial rainfall control unit may release energy by using a spark having a magnetic resonance frequency, and change the electrostatic state in which electrons do not flow into the electrokinetic state in which the electrons flow to operate in the rainfall generation mode. .

A mobile metallic tower installed on the ground and attracting heavy metal materials in the atmosphere is provided, and the mobile metallic tower may be positioned in an artificial rainfall generating area.

According to the embodiment of the present invention, it is possible to increase the precipitation in a place where the precipitation is small at a low cost and to reduce the precipitation in a place where the precipitation is large. In addition, compared to the conventional dry ice and silver iodide method, the amount of rainfall and cost can be better. This is because of the activity of hydrogen, the radius of application is wider and the effect of bringing more rain or stopping in terms of quantity.

1 is a block diagram of the artificial rainfall generating apparatus according to an embodiment of the present invention.
Figure 2 is a block diagram showing a first example of the hydrogen injection unit according to the embodiment of the present invention.
Figure 3 is a block diagram of a second example of the hydrogen injection unit according to an embodiment of the present invention.
Figure 4 is a view showing the appearance of artificial rainfall according to an embodiment of the present invention.
5 is a view showing the arrangement of the mobile metallic tower according to an embodiment of the present invention.

Advantages and features of the present invention, and methods for achieving them will be apparent with reference to the embodiments described below in detail with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various forms, and is provided to fully inform the scope of the invention to those skilled in the art. The invention is defined only by the scope of the claims. In addition, in the following description of the present invention, if it is determined that related related technologies and the like may obscure the gist of the present invention, detailed description thereof will be omitted.

Unlike the conventional rainfall method in which iodide is used to spray dry ice onto clouds to form condensation or ice crystal nuclei, the present invention uses hydrogen, which utilizes Tesla coil's voltage rise principle and the voltage drop effect of arc discharge. It can be electrokinetic and electrostatically so that it can rain or stop.

The present invention is a principle of transporting hydrogen in the air by air or by mixing magnesium and dilute hydrochloric acid to extract hydrogen by spraying hydrogen and sparking at the same time to generate or stop rainfall in a wide area through the reaction of hydrogen. . In addition, it builds a mobile metal tower to give magnetism and then draws heavy metals from the atmosphere to help clean the atmosphere.

The present invention provides a spark using the principle of arc discharge to give a spark at the same time to spray hydrogen in a tank containing hydrogen to enter the altitude of the cloud. The advantage is that it has a wide range of effects in large areas. As a catalyst, hydrogen, when sparked, reacts with other gases in the atmosphere, resulting in global variations in the atmosphere. It can be used in a relatively wide range.

When the temperature of the cloud decreases, the gas becomes heavy and falls. What was in the atmosphere falls to the ground and prevents the body and lungs from being absorbed.

When hydrogen is extracted with magnesium and dilute hydrochloric acid, spark after mixing. The high reactivity of hydrogen produces hydrogen, gas, magnesium hydroxide, and dilute magnesium chloride, which inherently produces hydrogen. Since the reactivity of hydrogen is high, other compounds naturally fall, and only hydrogen reacts to the spark.

It also absorbs energy by using magnetic resonance frequencies in the state of electron movement when it rains. When the voltage drops, the electrostatics stop and the rain stops. When the voltage rises, the coins turn to rain. In the electrostatic state, the non-moving electrons use magnetic resonance frequencies to release energy, drop the temperature of the cloud, and produce ice tuberculosis to rain. It is based on the theory of voltage drop of arc discharge and voltage rise of Tesla coil.

Furthermore, it is possible to remove the heavy metals such as fine dust by building a mobile metal tower on the ground to give magnetism to attract substances such as heavy metals in the atmosphere.

Hereinafter, the above contents will be described in more detail with reference to FIGS. 1 to 5.

1 is a block diagram of the artificial rainfall generating apparatus according to an embodiment of the present invention, Figure 2 is a block diagram showing a first embodiment of the hydrogen injection unit according to an embodiment of the present invention, Figure 3 is an embodiment of the present invention 2 is a block diagram illustrating a second embodiment of the hydrogen injection unit according to an embodiment of the present invention. FIG. 4 is a view illustrating a state in which artificial rainfall is generated, and FIG. 5 is a view of a mobile metallic tower according to an embodiment of the present invention. The figure shows the layout.

As shown in FIG. 1, the artificial rain generator of the present invention includes a hydrogen injection unit 110 to inject hydrogen, a spark generation unit 120 to generate sparks, and a hydrogen injection unit 110 when the set altitude is reached. The artificial rainfall control unit 140 for generating a spark through the spark generating unit 120 while simultaneously injecting hydrogen through the). In addition, the carbon dioxide injection unit 130 may be further included.

The hydrogen injection unit 110 is a unit to which hydrogen is injected. The hydrogen injection unit 110 may be configured in a first manner of injecting stored hydrogen and a second manner of extracting and injecting hydrogen in the mixture.

When implementing the first method of injecting the stored hydrogen, the hydrogen injection unit 110, as shown in Figure 2, the hydrogen tank 111 is stored hydrogen, and the hydrogen stored in the hydrogen tank 111 to the atmosphere It may include a hydrogen injector 115 to inject.

On the other hand, when embodied in a second method of extracting and injecting hydrogen in the mixture, the hydrogen injection unit 110, the magnesium tank 112, the magnesium is stored as shown in Figure 3, and the hydrochloric acid tank is stored 113, a hydrogen extractor 114 for extracting hydrogen using magnesium stored in the magnesium tank 112 and hydrochloric acid stored in the hydrochloric acid tank 113, and a hydrogen injector 115 for injecting the extracted hydrogen into the atmosphere It may include. The high reactivity of hydrogen produces hydrogen, gas, magnesium hydroxide, and dilute magnesium chloride, which inherently produces hydrogen.

Rather than injecting hydrogen directly into the plane and injecting it directly, it is much more inexpensive to use magnesium lumps and dilute hydrochloric acid on the plane itself and make hydrogen by itself and spray it into the air.

The spark generation unit 120 is a unit that generates sparks.

It enters a cloudy altitude and gives sparks at the same time as spraying hydrogen from a tank containing hydrogen, giving sparks using the principle of arc discharge. The advantage is that it has a wide range of effects in large areas. As a catalyst, hydrogen, when sparked, reacts with other gases in the atmosphere, resulting in global variations in the atmosphere. It can be used in a relatively wide range. This is possible when sparks are spattered in a hydrogen gas and an ionization explosion occurs. The plane is loaded with a hydrogen tank containing hydrogen gas and sprayed from the air.

When the artificial rainfall control unit 140 reaches the set altitude, the artificial rain control unit 140 injects hydrogen through the hydrogen injection unit 110 and simultaneously generates sparks through the spark generation unit 120. As shown in FIG. 4 (a), an airplane equipped with an artificial rainfall generator reaches a set altitude by flying and sprays hydrogen through the hydrogen injection unit 110, and simultaneously sparks through the spark generation unit 120. By generating it, artificial rainfall can be generated as shown in FIG.

However, the artificial rainfall control unit 140 requires a hydrogen combustion control method because of the light and explosion risk of hydrogen. Hydrogen flows in the vicinity of the plane, where it meets with oxygen and burns, creating a passive catalytic hydrogen recombiner or hydrogen igniter to control the concentration of hydrogen in air.

To this end, the artificial rainfall generator includes a carbon dioxide injection unit 130 for injecting carbon dioxide into an adjacent region of the plane on which the artificial rainfall generator is mounted. The artificial rainfall control unit 140 injects carbon dioxide into the adjacent area of the plane through the carbon dioxide injection unit 130 when generating the spark through the spark generation unit 120.

That is, it causes the flow of hydrogen gas to flow out from the inside, but the carbon dioxide gas that flows near the plane that meets oxygen and prevents the explosion of hydrogen during combustion. At this time, hydrogen only causes an explosion on the outside, and does not damage near or inside the plane. In another sense, when hydrogen meets water molecules in the cloud, it can be caused by dissolving in water with hydrogen ions rather than hydrogen gas when forming an electric field and causing a chain reaction of static electricity and electrokinetic. At this time, the flow of the electric field by hydrogen can be sparked in the hydrogen gas in a moment, and if the reaction is where the clouds are scattered, if the electric field is generated on the cloud, the magnetic field also occurs, so the clouds are electrostatically generated by such electromagnetic fields. Like reactions, they can be repulsive and stick together. In addition, clouds form a layered cloud and dark clouds in the flow of electromagnetic fields make it rain. If the temperature of the cloud falls badly, it can snow, and if the temperature reaches the right line, it will rain.

In case of implementing the second method of extracting and spraying hydrogen in a mixture of magnesium and dilute hydrochloric acid, sparks are generated after mixing. Since the reactivity of hydrogen is high, other compounds naturally fall and only hydrogen reacts to the spark.

On the other hand, the artificial rainfall control unit 140 may be controlled to operate in the rain generation mode to stop the rain or the rain stop mode to stop the rain by using the magnetic resonance frequency.

To this end, the artificial rainfall control unit 140 emits energy by using a spark having a magnetic resonance frequency to change the static state in which electrons do not flow into the electrokinetic state in which the electrons flow, to operate in the rainfall generation mode.

On the other hand, the artificial rainfall control unit 140 absorbs energy by using the magnetic resonance frequency, and changes the electrokinetic state in which electrons flow in the air into an electrostatic state in which no electrons flow, thereby controlling to operate in the rainfall stop mode. For reference, the magnetic resonance frequency refers to a phenomenon in which an electromagnetic field is absorbed or emitted when a magnetic field is applied to an electron or an atomic nucleus. An atomic nucleus or electron having a magnetic moment is placed in a static magnetic field, Resonance phenomenon occurs when electromagnetic waves are applied. Therefore, the magnetic resonance frequency (Magnetic Resonance Frequency) is determined as the frequency at which the magnetic moment is subjected to the precession movement around the direction of the static magnetic field.

Therefore, when the rain falls in the electrokinetic state, the state of electrons is absorbed by using a spark having a magnetic resonance frequency to stop the rain. When the voltage drops, the electrostatics stop and the rain stops. When the voltage rises, the coins turn to rain. In the electrostatic state, the non-moving electrons use a spark having a magnetic resonance frequency to release energy to lower the temperature of the cloud to generate ice tuberculosis to rain. It is based on the theory of voltage drop of arc discharge and voltage rise of Tesla coil.

Here, the term electrokinetic (dynamic electricity) is the term used for static electricity, and refers to the electricity (current) in the moving state.

Also, static electricity (static electricity), electricity that stays without flowing because its charge is at rest. Static electricity refers to electricity in which charge distribution is static and thus the distribution of charge does not change in time. Static electricity is generated when paper, plastic, and clouds rub. Depending on the material, it can be converted into positive and negative charges, or like positive lightning clouds. Static electricity causes the suction force repulsion electrostatic induction phenomenon according to the positive and negative.

On the other hand, as the magnetic resonance frequency, Schumann resonance (Schumann resonance) may be used. An ion layer is formed in the upper atmosphere of the earth, and this ion layer serves to reflect radio wave propagation of radio or TV. The space between the ionic layer and the Earth's surface acts as a resonance chamber, in which the thunderstorm emits 200 Trl of electrical and sound energy per second, resulting in an average resonance of the frequency range of 7 Hz to 10 Hz. This resonance phenomenon is also called 'Schumann Resonance' or 'Gaea's EEG'.

On the other hand, as shown in Figure 5 is provided with a mobile metallic tower installed on the ground to attract heavy metal material in the atmosphere, the mobile metallic tower is located in the artificial rainfall generating area.

When the electromagnetic field is generated by hydrogen, not only can it rain, but it can also stick to heavy metals in fine dust. There is a technology called the cam trail, which sprays metallic compounds into the air in clouds to form electromagnetic fields, and the generated magnetic field causes the earth's metallic material to come out or change to the ground, causing an earthquake to touch the ground fault. Can be. However, by using the action of hydrogen differently in phase, it is possible to prevent earthquakes in advance or to stop the operation of faults. If you make a metal tower on the surface and magnetize it with electromagnetic fields, you can stick the heavy metals of fine dust on the ground or on the ground. At this time, the electromagnetic field of the cloud hydrogen phenomenon is important, it can double the adhesion of the heavy metal of fine dust to the metal tower. At this time, the cloud in the air, metal tower or attraction must be applied. (The electromagnetic fields in the clouds are transferred to the metal tower.) Of course, electromagnetic fields are not the only attraction. Repulsive forces can also work. By generating ionization and electromagnetic field with hydrogen, repulsive force can push the air flow of fine dust. When the temperature drops sharply, the activity of fine dust is drastically slowed. The colder the air, the colder the air is going to turn down and go down, so that the heavy metal of fine dust sinks below the surface rather than in the air, which reduces 30% of fine dust. As mentioned earlier, there may be a way to slow hydrogen's encounter with oxygen and reduce the concentration of nearby hydrogen, but the ventilation of the hydrogen gas can be controlled by planting carbon dioxide gas near the plane to prevent combustion or to control the hydrogen hydrogen network. Strictly speaking, small hydrogen ionization explosions caused by sparks can spread and spread as if they are greatly transmitted, and the energy of flame explosions can be ionized in water of steam and converted into electric force.

The embodiments in the above description of the present invention are presented by selecting the most preferred examples to help those skilled in the art from the various possible examples, and the technical spirit of the present invention is not necessarily limited or limited only by the embodiments. However, various changes, modifications, and other equivalent embodiments may be made without departing from the technical spirit of the present invention.

100: artificial rainfall generating device
110: hydrogen injection unit
120: spark generating unit
130: carbon dioxide injection unit
140: artificial rainfall control unit

Claims (6)

A hydrogen injection unit into which hydrogen is injected;
A spark generating unit for generating sparks; And
An artificial rainfall control unit which, when reaching a set altitude, injects hydrogen through the hydrogen injection unit and simultaneously generates sparks through the spark generation unit;
Artificial rainfall generating device comprising a.
The method according to claim 1, wherein the hydrogen injection unit,
A hydrogen tank in which hydrogen is stored; And
A hydrogen injector for injecting hydrogen stored in the hydrogen tank into the atmosphere;
Artificial rainfall generating device comprising a.
The method according to claim 1, wherein the hydrogen injection unit,
Magnesium tanks containing magnesium;
Hydrochloric acid tanks in which hydrochloric acid is stored;
A hydrogen extractor for extracting hydrogen using magnesium stored in the magnesium tank and hydrochloric acid stored in the hydrochloric acid tank; And
A hydrogen injector for injecting extracted hydrogen into the atmosphere;
Artificial rainfall generating device comprising a.
The method of claim 1, wherein the artificial rainfall generating device,
And a carbon dioxide injection unit for injecting carbon dioxide into an adjacent region of the plane on which the artificial rainfall generator is mounted.
The artificial rainfall control unit, the artificial rainfall generating device for injecting carbon dioxide to the adjacent region of the plane through the carbon dioxide injection unit when generating a spark through the spark generating unit.
The method of claim 1, wherein the artificial rainfall control unit,
And an energy using a spark having a magnetic resonance frequency to change the electrostatic state in which electrons do not flow into the electrokinetic state in which electrons flow, and to operate in the rainfall generation mode.
The method according to claim 1,
And a mobile metallic tower installed on the ground and attracting heavy metal substances in the atmosphere. The mobile rainfall generator is characterized in that the mobile metallic tower is positioned in an artificial rainfall generating area.

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