KR20060008474A - Water-engin system - Google Patents

Abstract

The water engine, which is the main point of the present invention, is a car that goes to a water engine and aka big water because of the symbolism of putting only water into the fuel container, and consequently, it is chemically easily decomposed using this water as a fuel source without adding any energy. It is a generic name for a hydrogen engine car, a fuel cell, a hot air balloon, or the like, using one gaseous hydrogen as a fuel.

Through a block diagram summarizing the configuration of the system-wide subject matter related to the water engine presented through the present invention disclosed in FIG. 1 and attached to FIG. A water engine that is characterized by the overall system of the configuration which can be classified into three types: system and hydrogen engine vehicle.

In particular, in the block diagram of the disclosed FIG. 1, as shown in FIG. 2, which is a main view of the vessel of the hydrogen generator, a barrel 200 providing a closed space for a chemical reaction, and a secondary chemical reaction to remove water vapor. Hydrogen through a series of configurations, such as the filter cylinder 300, the generator gas flow filter plate 320, and the space of the cylinder 210 to be closed in a prefabricated manner so as to be encapsulated, and largely decomposed into a lid 100 to serve as a lid. Water engine characterized by the structure of the generator.

Calabash, Bar, Tap, Drinking, Tub, Anti-Reverse, Filter, Water, Cold Water, Gas, Liquid, Solid, Metal, Hydrogen, Sodium, Chemical Reaction, Engine, Energy, Fuel, Injection, Emission, Emission.

Description

Water Engine {Water-engin system}

1 is a block diagram summarizing the structure of the overall system related to the water engine presented through the present invention.

2 is a main view of a vessel of the hydrogen generator in the configuration of the block diagram of FIG.

3 is a functional diagram illustrating one of the embodiments according to the hydrogen generator of FIG.

4 is a functional diagram illustrating another embodiment similar to FIG. 3 above.

Figure 5 is a main portion of the main structure forming the inner side of the hydrogen generator container of Figure 2 above

6 is a schematic diagram of a set of experimental instruments that have been mobilized for an experiment relating to the gist of the present invention;

* Description of the symbols for the main parts of the drawings *

10: vial 11: funnel

15,16: conduit 20: bucket

30: cold water tap 31: cooling water drain tap

40: thermometer 50: funnel tap

51: gas discharge lock faucet 52: filter faucet

53: branch tap 54: lower tap

55: crater 60: filter

70: heat exchanger 71: downpipe                 

80: cooler 81: cold water

82: drain pipe 90: coolant

91, 92: cold water 93: drainage

T: crater H: gaseous hydrogen

100: wood, lid 110: handle

200: bottle, barrel 210: bottle, barrel

220: heat sink 300: filter barrel

310: filter flow 320: generator gas vent screen

330: filter hole 400: safety valve

500: motor 510: heat sink

520, 521: motor shaft 530: stirring blade

540: stone handle, shaft support 600: reversal prevention

610, 611, 612: reversal prevention edge 620. 621, 622: push spring

631, 632: pressure regulator 650: bottom water supply connector

651: water supply connector 652: generator gas discharge connector

700: generator gas exhaust 800: water pipe, water spray pipe, water pipe

900: Takari direction direction 1000: terminal

H2: gaseous hydrogen H2O: watering, water spray

2H2O, 2H2O-1, 2H2O-2: Water Na: Sodium

Na-100: Convection Turn: Rotation

Fuel as a source of energy that human beings have used in the past, that is, basic firewood, was a vegetation derived from photosynthesis under sunlight, and carbonized animals and plants based on it and those buried underground due to crustal changes. Hydrocarbons, the fossil fuels that fuel humankind's radical prosperity, dominate.

However, since the acceleration of material civilization originated from the abuse of fossil fuels, it has long been far beyond the natural cleansing capacity of the earth, and it is already known that it is the object of Jitan as the main culprit of the serious destruction of today's natural environment. It is true.

Therefore, the development of alternative energy is urgently needed as one of the solutions, and the most urgently needed alternative energy is the fuel of transportation, which is one of the essential elements in today's human civilization. The achievements include electric vehicles, engines using synthetic fuels based on biological by-products that are not based on fossil fuels, and hydrogen engines fueled by hydrogen, which is the most future-oriented in the entire universe, including Earth. Very hot

As such, the method of producing hydrogen, which is the fuel of the future-oriented hydrogen engine, has been intensively researched and developed in academia and industry, such as electrolysis of water or decomposition of hydrocarbon-based fuel as chemical engineering technology. Electrolysis requires energy as another meaning, and it decomposes hydrocarbon-based materials. By-products inevitably generated during the decomposition process also release various carbon oxide-based materials such as global warming. Even if it's impossible to remove completely, the future is dark.

In addition, the biggest key among the known technologies for fueling hydrogen is the large-capacity transportation and storage technology for transportation such as automobiles. To solve this problem, research and development to improve the storage efficiency of hydrogen storage metals is It is a well-known fact that the prevailing view is that the utility of hydrogen storage metals should be increased to at least 1% of the weight of the metal itself, at least 3%. Until now, the return on investment in astronomical research costs is marginal.

The present invention relates to a water engine, and proposes a method for realizing a so-called big car, which has been talked about as a joke in the past. The water engine is essential for a big car. As the fuel of the engine is called a gasoline engine for gasoline and a diesel oil engine for diesel, it was named water engine because it is an engine that uses water as a fuel source according to the conventional practice.

That is, for example, it is only necessary to fill the fuel tank of the automobile with water as fuel.

However, the technology and configuration of the subject matter presented by the present invention is not necessarily used only for automobiles, and thus relates to so-called alternative energy generation and utilization technology thereof.                         

Alternative energy as the subjective view of the present inventors means that it can be a leading fuel throughout the land, sea, air, and even space travel. Therefore, in the case of electric energy as an example, it is high value as an excellent energy source in various fields such as automobiles on the ground, but it is not valuable as a flying energy for the sky. In other words, a jet engine cannot be operated as an electric motor, and there is no way to operate a rocket engine in the coming space age. This is because, among academics, Newton's laws of motion that have already become scripture have no technology to solve by electric energy alone in terms of the actions and reactions of the third law.

In addition, nuclear power, which is commonly used as a substitute for fossil fuels, has been successful, including nuclear power, but its risks and harms are so great that it has long been voiced to further develop it as a future-oriented alternative energy source.

Taken together, all of these circumstances have emerged in the so-called hydrogen energy civilization or hydrogen economic era, which is the most promising alternative energy source in all respects, which uses hydrogen as fuel, and the related research and development is fierce. It is a well-known fact of the industry that each celebration is unfolding undeniably.

Throughout the history of mankind, especially in the modern age, the smooth securing of energy resources has been a valuable economic indicator and purpose for the national powers of the world's powers. It is the opinion of the present inventor that there is no excessive force even if it interprets as a battle of the representative fossil fuel.

At the same time, fossil energy, a petroleum resource that is also the source of bloody wars, will soon become a bleak prediction and enduring global warming due to fossil fuels. As such, the development of alternative energy is an absolute proposition that is indispensable for the survival and prosperity of humanity as well as for the future, and thus fueling hydrogen is an excellent choice. As a storage means originating from the point of view of whether it can be safely carried, the storage of compressed and liquid hydrogenated materials is an alternative to the so-called hydrogen absorbing metals that use certain metals that occupy hydrogen as an alternative because of the irrationality that the navel is larger than the belly. The heat of development is fierce However, this too does not follow the urgent demand for hydrogen energy civilization because of the predictable limit of occlusion capacity.

Accordingly, the inventors have mobilized various means to find a comparatively easy solution as follows.

Hydrogen production methods and precedents known to date are very diverse and most of them are already well known and are universally easy to be practiced in related industries as well as elementary and secondary education. However, economically mass-produced methods that can be used for automobile fuel as an example are compressed in several ways through academic and industrial experience.

Among them, the easiest method is electrolysis of water, and generally drinkable water or seawater is a raw material. Among all methods, it is possible to obtain not only the highest purity hydrogen but also byproducts such as oxygen, sodium hydroxide and chlorine. It is true.

Another practical method of mass production of hydrogen is extracted from by-products of natural gas and petrochemicals, which are one of the fossil fuels, as well as from biological by-products such as water gas and methane gas obtained by applying high temperature underwater to coal. It is a kind of hydrocarbon-based which is easy to manufacture as well as relatively small enough to carry an engine in chain transportation and is economically evaluated. The development enthusiasm is still in full swing.

In addition, the method of producing a relatively small amount of hydrogen by adding dilute sulfuric acid or dilute hydrochloric acid to zinc split has been widely known for a long time, and has been widely used to produce a gas filling a balloon in the air without going beyond the laboratory level.

However, it is difficult to obtain high-purity hydrogen except for supply and economics of raw materials in methods other than the electrolysis of water in the above-described method of producing hydrogen, and in particular, the extraction of hydrogen from hydrocarbon-based resources can be evaluated technically, but rather hydrogen In terms of the cost and energy use of extracting the fuel, the fact that the carbon-based fuel itself is used for driving the engine is more advantageous in terms of engine output.

In addition, air pollution as another meaning through the combustion of hydrogen containing impurities along with the release of atmospheric carbon dioxide, which is inevitably generated when extracting hydrogen, has not been well studied. Unstable.

Therefore, the present inventors have reviewed various precedents and well-known facts, as well as looking for the use of hydrogen production as a reliable method in the future, and looking at the method of using the same as the absolute prerequisites in the development direction of the present invention.

1. As an example, it is possible to easily replenish and carry water as fuel in the mobile chain transportation method, as one of the conventional fossil fuels, as if it is a long-time custom, and carry it on timely as needed for the engine driving, or the next engine A small amount of storage should be easy enough to satisfy the maneuver. This is due to consideration to prevent a lot of life and property loss caused by the fire and explosion caused by the fuel leakage which has been experienced early in the crash of the vehicle. In other words, the water in the fuel tank that has not yet been decomposed or extracted is never exploded or fired.

This propositional key cannot be replaced with anything in the present invention. Therefore, the method of extracting hydrogen from the hydrocarbon-based materials described above can be excluded from consideration despite several benefits such as extraction efficiency.

2. No separate energy is required to decompose or extract raw materials such as water or hydrocarbons, as is known in the art of hydrogen. For example, the idea of loading a large-capacity electric storage device in addition to water as a fuel source material in a vehicle to electrolyze water is too primitive not only in its technical but also economical practical view.

3. It should be able to be verified in strict environmental preservation aspects, such as only exhaust gas or water of high purity is emitted. And yet it should be easy to capture and control by-products to prevent leakage or other causes of pollution, and in some ways can produce more valuable by-products than the hydrogen gas produced as the fuel's protagonist. In reality, it will be the icing on the cake.

4. Either way, the additives or by-products, including the water from the above description and the equipment and containers required under the technology for breaking down these waters, may be used for other purposes, or they may be recycled and recycled for ease of use. It must be possible. In other words, high-purity water vapor or water, which is the combustion gas emitted, is very valuable in one case, such as space travel, which does not take economic considerations into consideration. It should not be created.

Such easy recyclability greatly improves the utilization rate through the regeneration of resources, and there is no shortage of satisfying the indispensable elements for cheaper energy sources.

5. It must be able to be easily used in space regardless of land, sea and air anywhere in the world, and the recyclability must be equal. As an example, today's aircraft is flying by jet engines, and traveling through space by rocket injection is the cleanest and most powerful way for photovoltaic power generation, as it is not an exaggeration to say that it is due to the reaction, the third of Newton's laws of motion. Since the electricity itself, which is an excellent energy source that can be produced by itself, cannot exert a direct injection force, it cannot be used as a jet engine or a rocket fuel, so it is excluded from consideration in the present invention.

6. Consideration should be given to realistic aspects such as securing tax sources.

The enormous proportion of tax revenues associated with the consumption of petrochemicals and fuels from fossil fuels, which are among the national fiscal revenue taxes of existing civilizations, must be public announcements, not just ease of tax collection.

Therefore, even if the development of alternative energy that can be evaluated as perfect, it is possible to secure tax revenue that is comparable to or comparable to the taxation practice that has been followed by realistic national fiscal imports, ie consumption of petroleum such as iron rice barrels. If it is not fundamentally or difficult, the present inventor asserts that it is impossible for the result success for any reason, so it is more rational in reality that it is more rational in terms of technical perfection.

The following is a description of the selection of substances for the production of hydrogen that has been concluded after a comprehensive assessment of the absolute prerequisites 1 to 6 described above, with a valuation of future-oriented rather than immediate economic benefits. will be.

7. The raw material to be mobilized for the extraction and production of hydrogen was determined as water (blind).

8. Considering that hydrogen storage metals, which have not yet been developed, are expected to be used only for temporary storage of small amounts in storage of manufactured hydrogen gas, considering that they are future-oriented candidates. Gas hydrogen was temporarily stored at a relatively low pressure in a small volume cylinder used in a typical industry.

9. In the material system, under conditions of normal room temperature and atmospheric pressure, for example, the highest state of compression is solid, followed by liquid, and the lowest gas.

Therefore, in order to be able to easily carry on a mobile vehicle such as a car, the total volume of the material including the container must be small for any reason. Weight is the next consideration.

Therefore, the present inventors determined as follows.

9-1> Water, which is a fuel source material, becomes a solid called ice when frozen, but it is almost impossible to move and supply various instruments easily. Therefore, it is recommended that it be loaded into a fuel container under normal liquid state at normal temperature and atmospheric pressure. and,                         

9-2> As a method of extracting and manufacturing hydrogen by decomposing water, all elements and substances on the earth are excluded, except for electrolysis, which requires additional power generation and storage devices as electrical energy is needed. Among the most easily and cheaply obtained chemical substances and elements that are highly useful for recyclability and other uses, they satisfy all of the constraints that the weight or volume of the material should be the solid state with the highest compressibility of the material at room temperature and atmospheric pressure. In search of a substance, it was selected as sodium (Na), which is contained in seawater, which is commonplace in the world.

9-3> Another reason why sodium was selected in 9-2 above is because the physical properties of sodium are very strong in oxidative and reducing properties, as is well known in the chemical engineering field.

Water is also called dihydrogen monoxide (H2O). In other words, water is broadly a hydrogen oxide-based chemical, and hydrogen can be easily obtained by reducing the chemical to another chemical substance. Sodium has been selected as a chemical for this reduction.

Of course, when in contact with water, the strong oxidizing power to take the oxygen in the water and oxidizes itself, so that hydrogen is reduced in addition to sodium (Na), alkali metals such as lithium, potassium, magnesium, etc. also have a large reducing action. But sodium can be easily extracted from seawater anyway, while others are reserved just because of the uneconomic and cost-effectiveness of harvesting, like the metaphor of oil and coal. All of these are candidate materials after the run-out, and as such, they are highly valuable due to their strong reducing power.

9-4> In addition to the above 9-2> and 9-3>, another reason for selecting sodium and a motivating background in the past stem from a very simple shift in ideas.

In the process of hydrogen used to float a balloon in the air, hydrogen is generated in a relatively fierce force when a small amount of zinc sulfate is added to a steel tube coated with an internally treated acid resistant treatment, and a small amount of zinc sulfate is applied according to experience. .

It is to imitate this method of hydrogen production through the transformational thinking of ideas. In a container called iron barrel, hydrogen is produced through the reaction of liquid, such as dilute sulfuric acid or dilute hydrochloric acid, solid with undissolved zinc, and chemical reaction between such liquid and solid. Since gas is generated, solid, liquid, and gas exist simultaneously in one space.

9-5> Therefore, the generated gaseous hydrogen has the largest volume per unit weight under normal temperature and atmospheric pressure conditions. Therefore, when timely production of the engine driving requirements is required, the storage vessel becomes relatively small and liquid. In the case of water, the volume per unit weight does not decrease even when solidified, so the liquid state is used. Since sodium as a metal is in the solid state, a large amount of water can reduce a large amount of a chemical substance, that is, hydrogen oxide. As such, all of the above prerequisites are met.

Next, how do you reduce gaseous hydrogen to liquid sodium by reducing it to solid sodium? As for the academic theory alone, it is difficult to evaluate in consideration of all situations and benefits, and through numerous trials and errors as an example according to a series of experiments to satisfy all of the above conditions. I found a clue

10. FIG. 6 is a schematic diagram of a set of laboratory apparatuses used for experiments related to the gist of the present invention, and is an example of a configuration of a plain chemical and chemical experiment tool, and the control of a cold water faucet 30 that can be replaced with a conventional faucet. Through the cooling water (90) to cool and heat-exchange the water bottle (20), which is a round flask with a round flask (10 (collectively referred to as a vial)) that can fill the cold water (91) with an appropriate amount of cooling water (90) through In order to monitor the temperature of), the thermometer 40 is properly plugged in accordance with the convention, and at the bottom one side, the cooling water discharge faucet (150) is discharged to maintain an appropriate amount each time the temperature of the cooling water 90 is raised. 31) is provided in the bucket 20, the bottle 10 is appropriately installed, the spout of the bottle 10 is a series of rubber hot pots with strong heat-resistant chemical resistance in the usual chemical experiments, and A conduit (15) consisting of funnel (11) and funnel (50) passing through the middle of the weightlessly is installed in the vial (10) as a needle-like structure, and chemically in the vial (10) Properly combined as a structure consisting of a branch tap 53 and a filter tap 52 for sending a fluid such as a gas generated by the reaction to the filter 60 through appropriate adjustment, the open end of the conduit 16 Through the gas discharge produced by the chemical reaction in the vial 10 for another purpose through the gas discharge lock faucet (51) to adjust or lock the amount is also thoroughly installed.

Subsequently, the inlet side of the filter 60 is installed at one end of the conduit 16 connected at the filter head 52, and the outlet side is closely connected to the structure of the configuration constituting the heat exchanger 70. In the heat exchanger 70, a cooler 80 having a coil shape of a cooling coil pipe is formed as a glass conduit, and on one side, a cold water drink 81 and a cooler 80 into which cold water 92 is continuously injected. It is a configuration of a conventional structure to allow the rough cold water 92 to drain 93 through the drain pipe 82, such a heat exchanger 70 is usually cooled by the cooler 80 through the gas passing through the inside It is a configuration for observing a series of actions condensed by condensation on the outside, and the downcomer 71 for discharging the condensed liquid, the lower faucet 54 for controlling the discharge, and the gas after cooling The conduit for discharging to the outside is configured on one side, the experiment of the present invention relates to the experimental production of hydrogen above all, so that the burning of the burning soil for the simplest and easy observation of the gaseous hydrogen (H) released A cooking zone (T) is provided for. The flame nozzle of the fireball (T) is provided with a torch lamp or an alcohol lamp as a role of continuously firing the flame as a small ember throughout the experimental process as a separate mechanical means.

The tools that were installed and configured as a set of experimental instruments used in the above experiments used conventional chemical experiments as ready-made products readily available on the market.

(Experiment)

11. The first thing we did was

11-1> Filling the vial (10) with water (2H2O) and then adding sodium later.

11-2> Adding sodium into the vial (10) and adding water later.

11-3> A method for easily controlling the amount of gaseous hydrogen (H) produced by the chemical reaction between sodium and water.

In the case of 11-1>, which is a method of adding sodium (2H2O) to the vial bottle 10 and adding sodium later, the zinc splitting is performed while filling gas with hydrogen sulfide or dilute hydrochloric acid as an example. It was a method that mimics the classical method of adding an additional method, which causes a lot of difficulties in administering sodium from this experiment as well as predicting the future practical use. Water can be easily administered into the vial 10 by controlling the funnel 11 and the funnel 50 as easily as possible. No further administration was virtually impossible. Therefore, through the conversion of the idea to process the sodium to a certain thickness as if the lead to push the water in the vial (10), but this also failed as a result. Because in the future commercial use, it is possible to push the processed sodium into the chemical reaction tank by using any apparatus, but it is not only a method of completely blocking the gaseous hydrogen leaking into the gap, but also sodium in the air. This is because the difficulty of deterioration such as rapid oxidation according to the peculiar deliquestance is also high.

However, in the case of 11-2, which is a method in which an appropriate amount of sodium is previously added to the vial (10) and water is poured later, it is an easy method of controlling the amount of gaseous hydrogen (H) generated by the chemical reaction between sodium and water. At the same time, it was solved very easily. That is, the appropriate amount of water was poured into the funnel 11 and the drop amount and speed of the water flowing down the conduit 15 with the funnel faucet 50 could be easily adjusted, as well as the branch conduit 16 of the vial bottle 10. It was evaluated in the best way because it was very neatly transported to the filter 60 and the heat exchanger 70 without any leakage of gaseous hydrogen (H) generated through the).

This method (11-2>, 11-3>) is to determine one of the important points of the present invention, it is not the addition of sodium to the common sense of water as a conventional concept that the precise amount of sodium is controlled Add water! Is a change of concept. That is, in the vial (10) in a dry state without any moisture, put the appropriate amount of sodium granules in advance and then the water contained in the funnel (11) flows down the conduit (15) into the vial (10) funnel tap (50) When precisely controlled, and dropwise dropping by approximately 1 to 5 seconds, the drop was not present at all in the bottom of the vial (10) without any chemical reaction. In proportion to the decrease, only the amount of sodium hydroxide (NaOH) gradually increased. In this way, the water can be precisely controlled as the funnel tap (50) to observe the size of the flame that the gas hydrogen is burned through the crater (T), the funnel tap (50) It was based on the drip speed of the water droplets through the precise control of), and may be configured through a gas pressure sensor, a water supply / pump as a block disclosed in FIG. 1, and a computer for precisely controlling the same. This is the ground for the plan.

Subsequently, the filter 60 is installed in the middle to remove water vapor inevitably generated by the heat of reaction due to the violent chemical reaction of water and sodium, which is predicted in advance. In order to measure, the cooler 80 was passed through the internal heat exchanger 70. When nothing was put into the filter 60, a large amount of water droplets formed on the surface of the cooler 80 due to condensation. Since the generation of positive submersibles is used in the hydrogen engine as a vehicle engine in the future, it is expected that the cooled water droplets block the fuel gas delivery line or severely deteriorate the parts of the engine engine operated at high temperature. It must be common sense that it must be removed,

12. I experimented with:

12-1> Oil-water separator and water removal filter commonly used in hydraulic and pneumatic equipment.

12-2> silica gel, zeolite, calcium chloride. Concentrated sulfuric acid etc.

12-3> For hygroscopic use, sodium granules are placed in the gaps between the double-sponge membranes of the inner filter membrane as a change in the idea of a secondary chemical reaction.

In the above experiment (12), as well as the experiment (12-1>) used in the oil separator and the water removal filter commonly used in the pneumatic equipment, as well as the experiment using a moisture absorbent such as silica gel, zeolite, calcium chloride, concentrated sulfuric acid, etc. (12-2>), too, because of its ability to handle large amounts of water vapor, which is constantly produced.

 However, in the case of experiment (12-3>), which is a method of absorbing sodium particles in a double-sponge inside filter membrane as a change in the idea of what happens when a secondary chemical reaction is used for moisture absorption, In conclusion, the effect was so great that not only the removal of water vapor was observed, but also the observation that the gaseous hydrogen was produced secondarily by the chemical reaction of sodium and water vapor as the flame size and intensity through the crater (T), as well as inside the heat exchanger (70). The water droplets condensed on the surface of the cooler 80 were so markedly reduced that even visual observation was not so easy, and this was evaluated as a great success.

However, the generation of heat of chemical reaction inside the filter 60 was serious enough to be solved only by mobilizing air cooling using a fan motor and evaporating heat of water.

Therefore, the experience through such experiments were to motivate the additional installation of the filter barrel 300 in the embodiment of Figures 2, 3, and 4 according to the practical use.

The following are the results of various experiments, such as the quality analysis carried out on water and sodium and the produced hydrogen and byproducts.

Pure hydrogen (H) in gaseous form at room temperature and atmospheric pressure should in principle be colorless, tasteless and odorless. Nevertheless, it was not experimented with the hydrogen (H) released through the crater (T) without a flame, so it was possible to smell an unpleasant smell from the observation with the haptic feeling. In other words, it was similar to the smell of very dilute hydrochloric acid. The cause was soon found because the tap water was just received. With this in mind, various kinds or characteristics of water were collected and mobilized for the experiment in order to find out and prevent various variables that may occur later.

However, since sodium, which is one of the important factors mobilized in such experiments, was obtained through commercial laboratories and chemicals stores, it was inevitable that only the label of the packaging container was believed to know how much purity it was. It was not of absolute high purity. Therefore, all the experiments were fully taken into account.

13. Selection of water as fuel source (all samples are recent samples).

13-1> Tap water through conventional water supplies to the northeastern part of Seoul.

13-2> Rainy season rain and rain in the northeastern part of Seoul.

13-3> Types of alcohol, such as shochu, beer, distilled spirits, etc., and diluted alcohols.

13-4> Diluted brine, sugar water, pen writing ink, and dilute urine.

13-5> Commercially available drinking water, drinking springs, and carbonated drinks.                         

13-6> Clear water, river springs, and groundwater in rivers near the northeastern part of Seoul.

13-7> Water that has been purified by high-purifier water, distilled water for injection dilution, purified water and distilled water, and purified water and distilled water in a closed container to prevent exposure to pollutants from outside air.

When samples of various water samples were taken and administered to each chemical reaction with sodium, the odor and the degree of gaseous hydrogen generated, as well as the quantitative ratios of gaseous hydrogen (H) produced by the equivalent amounts of sodium and water were all different. It was clearly observed.

That is, in the experiment (13-7) using water purified by a high water purifier, distilled water for injection distillation, purified water and distilled water, and purified water and distilled water in a sealed container to block exposure to pollutants from outside air. Odor was the least or no, and the amount of gaseous hydrogen (H) generated was the highest. Among them, however, the best sample was obtained by sampling a sample of water in a sealed container of distilled water, which was purified by ionizer.

※ Excellent results: Highly purified water + distillation + airtight container water> purified water + distilled water> distilled water> purified water, as well as the reasons for the determination of impurities, acidity, dissolved oxygen, etc. Therefore, the hydrogen generation efficiency was different.

In other words, drinking water as a general concept contains a lot of dissolved oxygen as an example, so that fish can breathe gills, which is a kind of mixture in addition to the chemical bond of water, but the amount is never small So sodium is oxidized as it takes away the oxygen of water molecules and oxidizes, so that the amount of sodium increases the loss of sodium, which is essential for hydrogen generation due to chemical decomposition of water, and other residual gases, additives and impurities also occur during hydrogen generation. Because it did not help.                         

As a result of findings through such experiments, the most suitable water for the gist of the present invention is to maintain cleanliness in a sealed container containing highly purified water and distilled water to be classified as chemicals that are not suitable for drinking water as well as for breathing fish. It should be treated with thorough quality control and distribution system.

Therefore, at least one of the fuel systems, such as the water tank and the transfer pipe, which fills the water, applies a principle that the electrical conductivity becomes lower as the pure water is applied. You will need to take measures to prevent starting. This is because hydrogen is generated by virtue of chemical reactions, if any amount of sodium is added to sodium. Impurities mixed with hydrogen burn out because of the inadvertent breakdown of the engine and air pollution as another unforeseen meaning, which can obstruct fuel tanks, fuel systems and transfer lines that are difficult to clean.

In addition, in accordance with the present invention, for the selection of the material and the experiments on the physical property test and the specification, etc. of the components of the components constituting the gist disclosed as Figures 2, 3, 4, 5 for the purpose of practical use, For those skilled in the art to which the invention pertains, various changes, modifications, changes, and applications are possible without departing from the spirit or scope of the present invention, and thus detailed descriptions thereof will be omitted.

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a water engine, which aims at developing a whole system related to a hydrogen engine using water as a fuel source.

The following is a brief description of the water engine according to the present invention with reference to the accompanying drawings disclosed below.

1 is a block diagram summarizing the structure of the overall system related to the water engine presented through the present invention, the production and regeneration of sodium and hydrogen generators and the fuelization process of water and its production and the fuel system Hydrogen engines can be classified into three categories.

That is, the water engine, which is the main point of the present invention, becomes a vehicle that goes to a water engine and aka big water because of the symbolism of putting only water in the fuel container, and in conclusion, it is chemically easy to use this water as a fuel source without adding any energy. It is a general name for a hydrogen engine car, a fuel cell, a hot air balloon, etc., using gaseous hydrogen decomposed easily.

In this way, since only the big water is put into the fuel tank of the conventional car, it is as if it is a gasoline engine car when the gasoline gasoline is put into the fuel tank, and the diesel engine car when the diesel oil is diesel. In reality, it is not possible to burn water as it is in the engine, so in the intermediary process to obtain the gaseous hydrogen that can be burned by decomposing water, eventually it becomes a hydrogen engine car. Water engines, such as hydrogen engine vehicles, are used in natural gas and LPG engine vehicles, so that only the fuel system and the surrounding configuration are suitable for hydrogen engines. Modifications or developments simply solve. Other existing technologies and institutions, parts are characterized by ease of practicality and easy replacement in a short period of time, such as the need to redevelop, add or remove even in the present state.

As a matter of course, all fuel sources and ancillary materials according to the present invention can be extracted very easily from only the big waters and the sea waters overflowing the global village, and this extraction technology and industry have been active for a long time, and this is the background art. This has the advantage that all preparation and development can be completed in a short time with a little change of usage.

FIG . 2, which is a main view of the vessel of the hydrogen generator in the block diagram of FIG. 1 , includes a tub 200 providing a closed space for a chemical reaction, and steam generated by reaction heat through a primary chemical reaction. In order to remove the filter cylinder 300 and the secondary tank to chemically react, and to close the space of the tub 210 in a prefabricated manner to close the cap 100 and the cap 100, the hydrogen of FIG. As shown in FIG. 5, which is a conceptual diagram of the main part of the generator container, the peripheral configuration according to the water supply such as the water supply connector 651 and the reversing prevention valve 611 on the outer peripheral side, and the generator gas discharge on the other peripheral side Agitating for mixing the material in the surrounding configuration according to the generated gas discharge, such as the connector 652 and the reversal prevention valve 612, the safety valve 400 and handle 110, and the filter barrel 300 for the safety of handling As the motor 500 and its peripheral configuration is water In addition, as the internal pipeline, the generator gas exhaust path 700 and the like are appropriately formed, and at the bottom of the barrel, the water supply connector 651 of the shell 100 and another tub water supply connector 650 similar to its peripheral configuration. And the peripheral configuration is formed, thereby forming a configuration as a container as a convection type hydrogen generator using the heat of chemical reaction according to the practically completed water supply.

FIG. 3, which is an operation diagram illustrating one of the embodiments according to the hydrogen generator of FIG. 2, inserts an appropriate amount of sodium (Na) grains as a reducing agent into the bottom inner space of the tube 210, and adds the heat of chemical reaction to the filter vessel 300. In order to generate another secondary chemical reaction in order to dry gaseous hydrogen (H) and water groups generated by the same, a proper amount of sodium (Na) grains was also added and sealed as a shell (100). Fill the gaseous hydrogen to the appropriate pressure through a separate gas outlet connector 652 from the outside for the purpose of releasing the remaining air in the entire interior space and for the long term storage of sodium (Na). safety valve 400 to the series of the hydrogen generator of the finished product ready for work through a step, and a set of products that the air is released, barrel mitmul supply connector 650, a little water (2H _{2 O-2)} through a through When injected, it is applied to sodium (Na) at the bottom of the container (210) and a violent chemical reaction is performed. Accordingly, the heat of reaction causes sodium (Na), water not yet used in the reaction, and sodium hydroxide (NaOH), a by-product reacted. As condensed and mixed with water as condensation, in the case of sodium (Na) in the filter barrel 300, since the water vapor flows through the entirety of the filter hole 330 formed on the outer periphery of the filter barrel 300, (210) Since the convection phenomenon such as sodium (Na) at the bottom is not made smoothly, the stirring blade 530 of the motor shaft 520 according to the rotation of the motor 500 should be rotated to stir, but it is necessary for normal food processing. It doesn't have to be as fast as a blender or grinder. In addition, as a gain obtained as an effect of the centrifugal force due to the stirring, hydrogen generated by the chemical reaction of water and sodium is a gas, and then escapes to the outside through the generator gas exhaust 700, but sodium hydroxide (NaOH), which is still a thick liquid state, Through the filter hole 330 of the filter barrel 300 is spontaneously escaped by gravity or the like can not be discharged to the barrel 210, it also serves to help the discharge by forcing the discharge through the centrifugal force.

The gaseous hydrogen (H2) produced by such a series of actions is transferred to the hydrogen engine and its surrounding configuration through the generator gas exhaust (700) and the exhaust gas exhaust connector (652).

FIG. 4, which is a functional diagram illustrating another embodiment similar to FIG. 3, may not utilize the cartridge feeder connector 650 and its peripheral configuration disclosed as FIG. As one of the measures to prepare for the case that the installation can not be large, etc., the water supply connector 651 formed on the outer circumferential side of the Tarkari 100 and the supply of water (2H ₂ O-1) through the peripheral configuration and the gas discharge connector When gaseous hydrogen (H) is to be discharged through the 652 and the surrounding configuration, it is not necessary to necessarily follow the direction of the drop-shaped connector of the shape disclosed in the drawings. In other words, all you need is a connection.

The environment in the filter 300 is rotated by rotating the motor 500 to stir the sodium (Na) and water during the chemical reaction inside the bottom of the barrel 210 and forcibly to mix the sodium hydroxide prepared as a by-product according to the reaction. As the stirring blade 530 for the filter and then the stirring blade 535 installed at the end of the motor shaft 520, the sodium (Na) obtained by centrifugal force was stirred as if using a conventional mixer. Only a part of the circulation and the like (Na-100) is different from the case disclosed as FIG.

 The detailed description of FIG. 5, which is a conceptual view of the main part of the hydrogen generator container of FIG. 2, has been described through the description of FIG. 2, which is a main part of the container of the hydrogen generator already disclosed above, and thus will be omitted.

6, which is a schematic diagram of a set of experimental instruments mobilized for an experiment on the subject matter of the present invention, is not a constitutional main body of the subject matter through the present invention, and is already described in detail in the technical problem to be achieved by the above invention. Omit it.

The following is a more detailed description of the specific embodiment together with the disclosed drawings the best results obtained through trial and error of various experiments mobilized to achieve the overall configuration of the water engine according to the present invention.

(Example)

The present inventors have solved the clues through various experiments as a preliminary preparation process in advance regarding the configuration of the present invention, and the description thereof is shown in FIG. 6 which is a drawing disclosed in the technical problem to be achieved by the above invention. Since the detailed description has already been made based on the schematic diagram of the experimental instrument set mobilized for the experiment on the subject matter of the present invention, it is omitted.

Figure 1 is a block diagram summarizing the configuration of the overall system related to the water engine presented through the present invention,

1. Preparation / regeneration of sodium and hydrogen generators.

2. Water fuelization process and its manufacture

3. Hydrogen Engine Vehicle                     

 It can be classified into three types.

1. The production / regeneration of sodium and hydrogen generators can be further categorized into technical details on the extraction and processing of sodium as a metal and the establishment of a series of industrial systems for the manufacture, regeneration and handling of hydrogen generators as containers for sodium. In addition, a consumer who handles and uses a water engine, that is, a hydrogen engine, a fuel cell, and the like, which is the subject of the present invention, may easily use a dual industry equipped with the above system construction.

It is well known in the traditional industry that the raw material for obtaining sodium can be extracted very easily from the infinite sea water covering about 2/3 of the earth. In addition, it can be extracted chemically relatively easily and inexpensively in large quantities from numerous materials containing sodium, including salts such as sun salts already produced and stored, and rock salts collected from the surface and mines.

As an example, electrolysis of properly concentrated seawater to increase the efficiency of extraction energy yields gaseous hydrogen, gaseous chlorine and sodium hydroxide (NaOH) as by-products.

Sodium hydroxide is an important resource that has been conventionally used in various fields as a conventional chemical park material, and it is well known that sodium, which is a very important material resource for achieving the gist of the present invention, is also industrially extracted and produced in large quantities from sodium hydroxide. As a matter of fact, the method of extracting sodium through electrolysis again from molten sodium hydroxide, a by-product of electrolysis of salt water such as seawater, is called a caster method in academic and industry. The extraction method is called a downs method.                     

Sodium through the manufacturing process, such as the extraction of the basic raw material is relatively in the hydrogen generator prepared through the separate manufacturing and regeneration process through the post-processing and intermediate material manufacturing as sodium granules in the conventional rice grains only in a grain size in accordance with another process A series of industrial systems will be newly formed, including a simple process for commercialization. Sodium hydroxide, which is a waste material residue in these containers, as well as hydrogen generators and containers after use through consumer hydrogen cars and fuel cells, etc. Naturally, these materials can be collected and reused in the above industrial systems, recycled, regenerated, and commercialized again.

2. The water fueling step and its production include water as a fuel source, which is one of the gist of the present invention, to remove all impurities and further purify water through a high-purity method such as an ion purifier as a purification step. The post-treatment process removes residual gas and dissolved oxygen and packs it in a sealable container so that it can be commercialized, stored and distributed. It is through a series of manufacturing to have a kind of chemical property which is impossible for human drinking water. Such water is best as a fuel source which is the subject of this invention.

Detailed description thereof will be omitted since it has already been described in detail based on a schematic diagram of the experimental apparatus set mobilized for the experiment of the present invention of FIG. 6 which is a drawing disclosed in the technical problem to be achieved by the above invention.

3. In the block of hydrogen engine vehicles (blow-fueled fuel systems), the most important key point is the hydrogen engine (and fuel cell) that consumes the last fuel in the fuel system and the hydrogen generator that produces gaseous hydrogen, which is such fuel. Etc.                     

3-1> The hydrogen engine needs to be converted to a gas engine car, that is, a gas engine car that has some modifications of an existing gasoline engine and its surrounding structure, that is, similar to that of an LPG engine. Of course, it can be easily modified through the gist of the invention.

These hydrogen engines are not just for automotive engines, but are also applicable to all applicable engines for land transport and transportation, as well as jets of aviation as well as marine and marine vessels, including fuel cells that are hailed as today's state-of-the-art technology. It is an engine and a wide range from spacecraft to rocket propulsion injection engines, and various apparatuses and facilities that use thermal energy by combustion, such as various burners and stoves, which have conventionally used hydrocarbon fuels such as fossil fuels. It is a comprehensive symbolic collective name.

Therefore, if appropriate modifications are made according to the unique surrounding environment, purpose-specific composition and structure of each field, it will be able to quickly and easily accelerate the goal of alternative energy, the so-called contemporary topic.

3-2> The hydrogen generator has a shape disclosed as FIG. 3 and the like, which is an operation diagram illustrating one of the embodiments according to FIG. 2 and FIG. 2, which is a main view of the vessel of the hydrogen generator, in the block diagram of FIG. 1. And as a container as a structure according to the configuration, it is a form of a finished cartridge type for easy safety and handling, and in a practical configuration, one cartridge type is used alone, as well as a plurality of in the same space in parallel Or it can be used as a sequential serial, such as the structure of the utilization configuration.

Such a hydrogen generator is contained in an appropriate amount of sodium produced through a series of industrial systems as described in detail in the manufacturing and regeneration (1) of sodium and hydrogen generators above in a commercialization process, and is used as 100. After being sealed, it is injected and filled with gaseous hydrogen prepared separately through the gas discharge connector 652 for stopping chemical reaction for unnecessary alteration and safety according to the inherent physical properties of the filled sodium. As a safety measure, take normal sealing measures. These sealing measures can be mobilized in many ways, and in any case, the sealing measures should be one-time, and the mandatory labeling on the outside of the seal is mandatory such as manufacturing related matters, expiration date and quality control label, and tax certificate for tax management. Must be performed. Thus, consumers break this seal and use it in hydrogen engine cars as a series of cartridges.

The water supplied to the hydrogen generator is controlled by a series of computers receiving gas signal values from the gas pressure sensor in the middle where gaseous hydrogen is transferred to the pressurized pump along the gas transfer pipe fastened to the generator gas connector 652, which is a hydrogen discharge / connector. And pressurizes the water supply / pump to pressurize and supply the water filled in the fuel tank / water tank to the hydrogen generator, and the pressurized fuel material water is a water injection connector (651) and a water spray pipe (water injection / connector). By intermittent watering through 800, or by a series of chemical reactions such as reducing the water, which is also hydrogen oxide, by contacting water with controlled supply time and amount entering through the barrel water supply connector 650. Generates hydrogen gas fiercely. The stirrer / motor 500 is also computer controlled to aid in chemical reactions in this process.

Subsequently, the gaseous hydrogen generated in the hydrogen generator is pressurized to a proper pressure with a pressurized pump, and temporarily stored at one side through the transfer pipes configured in parallel as if the role or use of a capacitor (battery) or an electrolytic capacitor in an electric circuit. At the same time, it is transported to the surrounding components of hydrogen fuel cells and fuel cells.

This temporary storage (condenser) is, of course, a relatively small capacity cylinder cylinder or hydrogen storage metal may be used.

 In this way, through the various means such as hydrogen generator and temporary storage, for example, the development of hydrogen engine with hydrogen as the most excellent alternative energy is how much to the transportation means, which is the root cause of the sluggish support until now. Can you carry hydrogen? It is characterized by its structure as a series of structures that reduce the storage method, which is an anxiety in related academia and related industries, rather simply to a minimum, and has the advantage and advantage of rapidly advancing the so-called hydrogen energy era to blossom.

FIG. 2, which is a main view of the vessel of the hydrogen generator in the block diagram of FIG. 1, is made of metal, that is, excellent in heat resistance, corrosion resistance, abrasion resistance, explosion resistance, workability, and the like, which provides a closed space for a chemical reaction. This is a tub 200 made of a stainless steel material containing a large amount, the inside of the tub 200 when the water vapor generated by the heat of reaction through the first chemical reaction as an equivalent material, if any Filter cylinders with a large number of small filter holes 330 which are secondary chemically reacted to eliminate problems such as clogged condensation by cooling condensed water or inflow into the engine and causing engine rupture in advance. (300) and the generator gas having a hole in a myriad of sizes suitable to filter only hydrogen gas, which is generated while placing the filter barrel 300 in position, At the center of the bottom of the vent filter 320 and the barrel 200, a peripheral configuration as a bottom water supply connector 650 for receiving water from the outside is formed, and most importantly, all substances in the barrel are naturally leaked to the outside. The reverse protection valve 610 as a peripheral configuration of the reverse protection valve 600 to prevent the structure from being reversely prevented from reversing smoothly by being always pressed at an appropriate pressure by the pressing spring 620, and a heat sink outside the tub 200. 220) in the form presented to protrude in a radial direction, there is a chemical reaction heat generated in the casing 200 in a structure for emitting to the outside the heat exchange small, this overall configuration for the heat exchanger of the hydrogen generator to the reservoir as the air-cooled or water-cooled This can help increase the temperature of the water, the fuel source, and accelerate the chemical reaction with sodium. Even more may be provided a method for maintaining a uniform temperature over the radiator including separately because.

Subsequently, as shown in FIG. 5, which is a recessed conceptual diagram of the inner part of the hydrogen generator container of FIG. The water supply connector 651 of the same structure and configuration as the above-described tubular water supply connector 650 on one side is structured as a peripheral configuration according to the water supply such as the reversal preventing side 611, and also occurs on another outer peripheral side. The gas exhaust connector 652 and the reverse gas prevention valve 612, such as the external gas leakage technology for the connection without leakage, there are a number of precedents of the configuration of the surrounding configuration, not only pneumatic technology but also water of the washing machine One-touch or locking can be used as a hose or LPG gas hose commonly used in homes.

In addition, under the environmental conditions in the barrel 210 and the filter barrel 310, the remaining amount of grains of sodium (Na) due to the chemical reaction is hardly left, so the flux due to the generation of gaseous hydrogen (H) even if the water supply is further increased ( When the pressure of 210), ie, the gas pressure sensor, detects a signal below the reference level in real time, the computer issues a warning and needs to be removed and replaced, for example, by removing the corresponding hydrogen generator. It should be collected at the dealer for recycling and during the temporary storage period. To prevent explosion accidents related to the leakage of gas hydrogen due to careless handling during the temporary storage period, residual gaseous hydrogen (H) in the tub 210 is prevented. Since it is necessary to lower the pressure of the atmospheric pressure, in this case, the safety valve 400 can be easily handled with only one hand of the handle immediately upon removal. As a result, the handler squeezes the handle 110 with four fingers or less under the index finger of one hand and presses the pusher of the safety valve 400 with the thumb and releases it to the outside. When the pressure of the cylinder 210 is excessively exceeded by the reaction, the limit is set in advance to an appropriate pressure (a few to about atmospheric pressure), and if it is more than that, the safety valve 400 is automatically opened to release and lower the gas into the atmosphere. The structure through the peripheral configuration characterized by the safety valve 400 for the safety of handling, the motor 500 as a stirring for mixing the material in the filter barrel 300 and the motor shaft 520 as the peripheral configuration and When the stirring blade 530 attached thereto and the motor shaft 520 and the stirring blade 530 rotate, the environmental state in the filter barrel 300 is chemically reacted with sodium (Na), which is still solid. Semi-Solid Created Since half-liquid sodium hydroxide (NaOH) and gaseous hydrogen are mixed together, due to these environmental conditions, it is natural to rotate with severe abnormal vibration unlike normal rotation in air. The motor 500 is excellent in thermal conductivity to prevent damage to the motor 500 caused by excessive temperature rise of the entire cylinder 210 and the structure to be solved by the claws 540 and 545, which are a kind of bearing bearing. It is installed in the heat sink 510 of the material and such a structure.

In addition, the gas generator 100 has a generator gas exhaust path 700, etc., as an internal duct. The signal input / output and the power supply terminal 1000 for driving the circuit configuration of the motor 500, the sensor, and the pilot lamp are appropriately formed. Peripheral configuration of a series of cartridge-type containers formed on the outer circumference with grooves on the outer circumference of which are installed as connectors on the outer circumference, so that the grooves of the milestone role can be accurately handled without confusing the plugging direction of such a hydrogen generator cartridge. Appearance structure and the method of coupling the bag 100 and the barrel 200 in a prefabricated manner, spiral grooves are dug into the connection portion of each other, as well as the way of fitting together like ordinary bottles or bullets It can withstand the high pressure which may correspond to several atmospheres of the barrel 210 by applying conventional methods conventionally, such as a cannula which locks like a clasp of a barrel, to apply. It is made to be.

Thus, one cartridge-type hydrogen generator, which is completed by the combination and combination of the barrel 200 and the lid 100, is an easy method of mounting in a corresponding place to be used in a hydrogen engine vehicle, for example. After unpacking and inserting four fingers or less under the index finger to the handle 110 of the hydrogen generator as the subject of the present invention safely stored therein to take out from the outer packaging, the water supply connector 650 and the water supply connector 651 Then, after removing the sealing and tax deductibles for single use of the destructive properties described above in detail such as the generator gas discharge connector 652, the position indication grooves and the grooves and the grooves which are recessed on the outer circumferential side of the base 100 are formed. The concept is installed as a plug in the convex iron mark (듯) as a milestone formed in the mounting device as a reference, but the water supply connector 650 and the water supply connector (651), The one-touch connection of the living body discharge connector 652 and the other connector corresponding to each of the connectors 1000 composed of the power terminal and the sensor terminal is installed without leaking and abnormal contact defects. When the cartridge type hydrogen generator does not come out of operation, but the extraction is performed for the reasons of exchange or the like, the method of removing the canister by manual or the like is the best among conventional techniques. It is good to apply them mutatis mutandis.

Subsequently, the description of FIG. 3 and FIG. 4, which is a functional diagram illustrating one of the embodiments according to the hydrogen generator of FIG. 2, has been described through the above brief description and the case of FIG. 5 through the above detailed description. Detailed descriptions will be omitted.

As described above, the present invention can be applied to various other substitutions and modifications as well as other similar fields without departing from the spirit and the gist of the present invention for those skilled in the art. It is not limited only to the above-described embodiment and the accompanying drawings.

The water engine according to the present invention is for realizing a vehicle going to a big thing as an example, and as a result, it will be a hydrogen engine car, but since it only fills the fuel tank with water, it will be a car going to the big water with a water engine. However, there are the following advantages and effects according to the gist of this characteristic.

1. The basic energy resources as fuels related to this water engine are the fresh water and the sea water, which are overflowing on the earth, so that human beings will never be short of energy resources until all the water is dried up like Mars, the solar planet's brother planet. It won't be.

2. The future means of transportation will eliminate the need for conventional fossil fuels such as hydrocarbons.

3. Hydrogen is the best alternative fuel known to date. Despite the outstanding benefits of hydrogen, the liquefaction temperature is too low in reality, and the development of hydrogen engines is desired due to liquefaction, production and storage costs as well as storage technologies. Unlike this, it is being slowed down, which greatly shortens the difficulty of the storage technology, thereby accelerating its commercialization.

4. The water engine, which is one of the gist of the present invention and a method of generating hydrogen by chemical reaction between sodium and water using the hydrogen generator, has a capacity of hydrogen absorbing metal of 100% or more of the weight of the metal itself. It will survive until it surpasses it.

5. Hydrogen, which can be used as a fuel for transportation, as well as for equipment, equipment and facilities that use all existing thermal energy, as well as for land, sea, air, and space travel, can be easily and directly consumed by that means without further energy consumption. There is also an advantage to manufacture.

6. To achieve the early age of hydrogen energy as an alternative energy known as a solution to global warming, the cause of today's growing extreme weather.

7. The cartridge type hydrogen generator, high-purity water, distilled, sealed containers, quality and handling, and the supply of fuel materials such as water managed and managed are very appropriate for tax management.

Claims (1)

In the water engine according to the present invention, The water engine, which is the main point of the present invention, is a car that goes to a water engine and aka big water because of the symbolism of putting only water into the fuel container, and consequently, it is chemically easily decomposed using this water as a fuel source without adding any energy. As a general term for a hydrogen engine car, a fuel cell or a hot air balloon that uses a gaseous hydrogen as a fuel, Through a block diagram summarizing the configuration of the system-wide subject matter related to the water engine presented through the present invention disclosed in FIG. 1 and attached to FIG. A water engine that is characterized by the overall system of the configuration which can be classified into three types: system and hydrogen engine vehicle. The block structure of the production / regeneration of hydrogen generators according to the water engine is a downs method that directly electrolyzes molten salts containing salts as raw materials, including seawater, by manufacturing techniques well known in related industries, or Sodium hydroxide (NaOH) is extracted by electrolysis of seawater, and sodium hydroxide (NaOH) is extracted by electrolysis, and then produced and distributed through a process in which a hydrogen generator and a container are manufactured and regenerated separately. Hydrogen generation vessels consumed through this route are characterized by a series of systemic features that are returned to the distribution and handling route and used for other purposes or recycled through a process that is regenerated through the caster method. engine. In addition, the water-fueling process and the block structure according to the production of the water are packaged in a sealed container with water corresponding to a chemical which removes dissolved oxygen, residual gas, and impurities from normal water by using a high water purifier. And water engines characterized by a series of systemic configurations to be handled. In addition, the block configuration according to the fuel system and the hydrogen engine vehicle of the dead, water is supplied by the water supply / pressurization of the pump by receiving water as a fuel material through the block configuration according to the above water fuelization process and its manufacture. Through the connecting port, the gaseous hydrogen (H) generated as supplied to the cartridge type hydrogen generator as an example is transferred to the pressurized pump through the hydrogen discharge / connecting port, and the pressure signal of the hydrogen measured by the gas pressure sensor is transferred in this process. Received computerized control operates the above water supply / pump and stirrer / motor 500 of the tub 210, and pressurized gaseous hydrogen (H) in the pressurized pump is transferred to a small volume of conventional hydrogen vessel. A water engine that is characterized by a series of system configurations that are supplied to a hydrogen engine or a fuel cell through a series of processes such as temporary storage in phosphorus bomb and hydrogen absorbing metal. As shown in FIG. 2, which is a main view of the vessel of the hydrogen generator in the block diagram of FIG. 1, the barrel 200 provides a closed space for chemical reaction, and the secondary chemical reaction to remove water vapor. Hydrogen through a series of configurations, such as the filter cylinder 300, the generator gas flow filter plate 320, and the space of the cylinder 210 to be closed in a prefabricated manner so as to be encapsulated, and largely decomposed into a lid 100 to serve as a lid. Water engine characterized by the structure of the generator.  In this case 100, the peripheral configuration according to the water supply, such as the water supply connector 651 and the reversal prevention side 611 and the like on the outer peripheral side shown in FIG. In addition, the peripheral configuration according to the generation gas discharge, such as the generator gas discharge connector 652 and the reverse front side 612 on the other outer peripheral side, the safety valve 400 for the safety of handling, the handle 110 for ease of handling ), The motor 500 and the peripheral configuration as agitation for mixing the material in the filter barrel 300, and the generator gas exhaust gas 700 as an internal conduit, the motor 500 and the sensor, pilot lamp, etc. Signal input and output and the power supply terminal 1000 for driving the circuit configuration is installed as a connector on the outer peripheral side, the groove of the role of a milestone that can be handled accurately without confusing the plugging direction is formed in the outer structure The back, the back (10 The peripheral configuration of the motor 500 as a more detailed configuration characterized by the structure of 0) is that the motor 500 is installed in a heat dissipation tank 510 of a heat exchange type structure made of a material having high thermal conductivity, and the motor shaft 520. And the stirring blade 530 is installed at the end of the motor shaft 520, the structure that prevents abnormal vibration rotation of the motor shaft 520 by the handle 540 which is a bearing bearing; And the peripheral configuration of the water supply connector 651, the reverse control valve 611 connected to the water pipe 800 for spraying and spraying water and the pressure regulating stopper (631) to maintain the airtightness of the reverse protection valve (611) A structure configured as a pressing spring 621 that presses the pressure as appropriate; Also, the peripheral configuration of the gas discharge connector 652, the reverse spring 612 and the pressing spring 621 to press the pressure to the appropriate pressure as the pressure regulating end 632 to maintain the airtightness of the reverse valve 612. A structure configured as; And water engine characterized by the structure with a configuration such as a safety valve 400 for the safety of handling. As a configuration of the cylinder 200, the peripheral configuration of the tube water supply connector 650 is installed as a reversal prevention variable 600 through the bottom center of the cylinder 200, the reversal of the reversal prevention variable 600 The prevention edge 610 is a structure that is pressed as the pressing spring 620; As the filter hole 330, the filter cylinder 300, the small hole is innumerably drilled; It is composed of the generator gas vent filter 320, the water engine having a feature in the structure having a configuration such that the heat sink 220 is formed to protrude radially on the outside of the cylinder (200). In such a method of assembling the mat 100 and the barrel 200 in a prefabricated manner, the spiral grooves are dug into the connection portions of each other, so as to fit together like ordinary bottles, or to lock like a clasp of a bullet box. Water engine characterized by the structure through a series of peripheral configuration as it is manufactured to withstand the high pressure that may correspond to several air pressure of the tube 210 by applying a conventional method such as a conventional device. The mechanism and method connected to the water supply connector 651 and the generator gas discharge connector 652 and the bottom water supply connector 650 of the method 100, as well as the hydraulic pressure of the washing machine water hose or LPG gas cylinder A water engine that is characterized by its structure through a series of peripheral components as it is developed and manufactured by applying one-touch or locking method like a hose connection. Such a hydrogen generator can be used as a single cartridge type depending on the use and fuel consumption, and can be used in parallel or sequential series by arranging and configuring a plurality in the same space. The water engine is characterized by its structure through the surrounding configuration. Production and regeneration of sodium and hydrogen generators as described above; Water fueling process and preparation thereof; A series of industrial systems classified as a fuel fuel system and a hydrogen engine vehicle of the dead; In particular, the water engine is characterized by the structure through the overall technical configuration of the hydrogen generator.

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