KR102404949B1 - Buildings where many people live, factories that produce soot products, power plants, livestock pens for raising animals, farms where plants are grown, underground parking lots, subways, restaurants, and dust generating factories. A nature-friendly, eco-friendly multifunctional air purification system that creates a pleasant environment by exhibiting light harmful substances molecules and fine dust removal function, bacteria and virus sterilization function, humidity control function, and oxygen and anion generation function - Google Patents

Abstract

Buildings, hospitals, schools, military barracks, factories, animal barns, farms cultivating plants, offices, underground parking lots, subways, dust-generating factories, dust-removing function, aversive odor, and light-related harmful substances It is an invention related to an eco-friendly, multi-functional air purification system that creates a pleasant environment by exhibiting the function of removing material molecules and fine dust, sterilizing bacteria and viruses, controlling humidity, and generating oxygen and anions.

Description

Buildings where many people live, factories that produce soot products, power plants, livestock pens for raising animals, farms where plants are grown, underground parking lots, subways, restaurants, and dust generating factories. A nature-friendly, eco-friendly multifunctional air purification system that creates a pleasant environment by generating light harmful substances molecules and fine dust, sterilizing bacteria and viruses, controlling humidity, and generating oxygen and anions {?}

The present invention provides a function to remove scattering dust generated by multiple dwelling buildings, soot-generating product production plants, power plants, animal sheds, farms cultivating plants, underground parking lots, subways, restaurants, and dust generating factories and an aversive odor. And it relates to a nature-friendly eco-friendly multifunctional air purification system that creates a pleasant environment by exhibiting light-specific harmful substances molecules and fine dust removal function, bacteria and virus sterilization function, humidity control function, and oxygen and anion generation function. , more specifically, for discharging into the atmosphere in a state in which smoke or various pollutants contained in the air are removed by using a liquid filter member housing that purifies the polluted smoke or air.

In addition, it is possible to maintain pleasant, safe and clean indoor air by generating oxygen to supply fresh air in the indoor residual air and generating negative ions to neutralize pollutants in the indoor residual air, removing fine dust, sterilizing bacteria and viruses, and controlling humidity. , It relates to a multifunctional air purifying device having a function of generating oxygen and negative ions.

The present invention is a technology that has been completely improved on the prior art that has been carried out in the prior art.

Korean Patent No. 2003-0089194 (November 21, 2003) Korea Registered Patent 10-1515786 (April 22, 2015) Korean Patent Registration 10-1773371 (Registration Date August 25, 2017) Korean Patent Registration 10-2031698 (Registration Date: October 07, 2019) Korean Patent Publication No. 10-2019-0093421 (published on August 09, 2019) Korean Patent Publication No. 10-2020-0039863 (published on April 17, 2020) Korean Patent Registration 10-2086286 (Registration Date March 02, 2020) : Patent Publication No. 10-2007-0097385 (published on October 4, 2007)

The present invention relates to smoke or indoor air or vehicle air containing pollutants generated from factories, large-scale apartments, garbage incinerators, and power plants, exhaust gases from vehicles, subway premises, and external air supplied to the interior of various vehicles or buildings. By passing through a plurality of filtering spaces equipped with a liquid filter member housing composed of molecules of fluid substances such as brine and brine, smoke or various contaminants contained in the air are removed and discharged into the atmosphere, indoors, in vehicles, It purifies and discharges subway premises, underground parking lots, soot from factories, soot from steel mills, fine dust, and soot from factories, or re-discharges purified air to the inside of buildings to prevent air pollution and at the same time prevent indoor residents or passengers It is to provide a method for purifying polluted smoke or air through a smoke or air purifying device using a partition to promote the health of people.

In order to solve this problem, the present invention configures a plurality of fluid filter member housings in which fluid material molecules are accommodated at the lower end of the upper housing, and water, alcohol, oil, and wood chips inside the plurality of fluid filter member housings. , polluted smoke, indoor air, or vehicle air collected from factories, large-scale apartments, garbage incinerators, power plants, etc. External air supplied to subway premises, inside various vehicles or underground parking lots, or buildings passes sequentially through each filtering space to remove smoke or pollutants in the air by the filter member accommodated or filled in each fluidic filtering space This is to prevent air pollution and to promote the health of residents and passengers at the same time by discharging them into the atmosphere, subways, airplanes, buildings, and various vehicles in a clean and purified state.

According to the present invention, after a plurality of fluid filter member housings are formed at the lower end of the housing, a mixture made by mixing water, seawater, salt water, or soil and water or a mixture of oil, alcohol, and soil in the space of each fluid filter member housing , vegetable-free, animal-free, mineral-free, petroleum-based, or a mixture of sulfur or slaked lime, a mixture prepared by diluting illite and water, or a chemical agent such as thinner and alcohol, or a mineral material such as silica stone or thorium mixed with water or brine By using a filter member composed of inputting a mineral mixture made by Sequentially passing through and purifying and releasing to the atmosphere As the purified air is re-discharged to the subway premises, underground parking lot, outside of factories, or supplied to the inside of buildings, airplanes, trains, etc., air pollution caused by polluted smoke can be prevented as well as indoor residents and passengers. It has the effect of improving their health.

In addition, according to the present invention, when the washing water composed of seawater or brine inserted into the filtering member is volatilized into the air, gaseous material molecules and particulate matter molecules composed of brine or seawater components are volatilized together and contained in the air. Due to the action of sterilizing bacteria at the same time, it has the effect of improving human health.

In addition, preferentially collecting fluid and gaseous material molecules with light specific gravity in the upper part of the housing such as a building, filtering it using a purifier, and preferentially sending fresh air through the outlet configured at the lower part of the housing It has the effect of preferentially supplying clean and clean air to the interior of the building.

1 is a perspective view of an environment-friendly air purification system configured according to a first embodiment and claim 1 of the present invention;
2 is a perspective view showing a state in which the environment-friendly air purification system configured according to the present invention is modified.
Figure 3 is a perspective view showing a state in which -electricity and +electricity are connected inside the material molecule collision housing according to the fifth embodiment of the present invention;

The following describes claim 1 according to the present invention as follows.

Fig. 1 is a perspective view of an environment-friendly air purification system according to the present invention, and Fig. 2 is a perspective view showing a state in which the environment-friendly air purification system constructed according to the present invention is modified and configured as follows.

Substances used in the present invention to remove or purify pollutant molecules such as sulfur components or carbon dioxide and carbon monoxide contained in polluted air and pollutant molecules such as fine dust. , Toddmarin, Alumina, Natural Jet, Sericite, Elvan, Silicite, Marble, Silicon, Macsum, Bio Ceramic, Magnesium, Magnesia, Zeolite, Illite and products made by processing these minerals, Slaked Lime Powder, Limestone, Limestone Dilution of slaked lime (molecular formula ca(OH)2) with water is diluted with water, and feldspar, zeolite, silica, germanium, uranium, cesium, thorium, badnium, elvan, kary Feldspar, obsidian, elvan, schungit, tourmanium, tourmanium ball, sericite, sericite ball, biotite, biotite ball, muscovite, muscovite ball, alumina, alumina ball, illite, illite ball, etc. Mineral material molecules and all materials made by processing these material molecules by various methods are called "mineral material molecules" or "mineral mixtures".

or molecules of these minerals and water or seawater or brine or soil or alcohol, products made by processing these substances and molecules of mineral substances, and water or seawater or brine or vegetable or vegetable extracts or animal materials or benzene or toluene Or diesel or gasoline or urea water, or a mixture made by mixing these substances and chemicals, or a mixture of mineral substance molecules and water, seawater, brine, alcohol, or vegetable extract. They are collectively referred to as "filtration member" or catalyst member.

Plants producing soot-generating products include nuclear power plants, thermal power plants, cogeneration plants, waste incineration plants, steel mills, smelters, chemical chemical production plants, chemical products plants, petroleum products production plants extracted from petroleum, computer parts plants, laundry plants. It refers to farms that raise livestock, including factories that produce various products such as leather processing factories, food and beverage production factories, and paper production factories.

In addition, all plants inhabiting the earth and all plants in the sea can be used, so these substances are collectively called plant material molecules.

In addition, all animals can be processed and used, so they are collectively called animal material molecules.

In addition, water, seawater, brine, or vinegar used to remove or purify pollutant molecules such as sulfur components or carbon dioxide and carbon monoxide contained in the polluted air and pollutant molecules such as fine dust when applied to the present invention ,Alcohol, toluene, hydrogen peroxide, tritium, thinner, benzene, and all substances composed of gas or liquid, such as LPG gas, and these substances and tidal flats, illite, soil, volcanic stone, zeolite, coal ash, stone powder, ocher, silica Processed by applying heat to powdered mineral substances such as silicon, feldspar, limestone, various kinds of plant substances such as diatoms and seaweed, various kinds of fish and shellfish, and pulverized products made by grinding coral or oyster shells, processing plants Mixtures made by diluting water or seawater or brine with substances such as iron oxide or iron sludge or processed iron, non-ferrous metals, chrysanthemum or cypress, juniper, rosemary .sesame oil .sesame oil, peanut oil, olive oil, extracts extracted from plants, and products made by processing or pulverizing fragrance emitting materials such as chrysanthemum and aloes, and mixtures made by mixing soil or water, seawater, brine or alcohol, sulfur and A mixture made by mixing limestone, a mixture made by mixing silicon, soil, seawater or water Constructed according to the present invention to remove or purify toxic components and fine dust composed of harmful components including carbon dioxide contained in polluted air by applying a liquid mixture made by mixing sexual substance molecules and chemicals in a certain ratio These material molecules are collectively referred to as "fluid material molecules" because they can be applied to each embodiment by changing them.

In other words, since there are dozens of types of gas composed of gases such as carbon dioxide and hydrogen, all specific components can be applied.

The reason that it is not possible to limit the type of material applied to each embodiment constituted according to the present invention is that all substances existing on the earth can be applied to modify the components of harmful substances molecules contained in every continuous stream. to be.

In more detail, the factual evidence that various pollutant molecules generated at the place of soot generation are eventually all annihilated by various actions generated on the earth and transformed into clean material molecules are the types of fluid material molecules to be applied in the present invention. All mineral substances, plant substances, animal substances, and mixtures made by mixing these substances with water, salt water, or seawater, or in the sea All substances that live or exist in water are collectively called “fluid substance molecules”.

In addition, these materials are collectively referred to as "filtration member" or "catalyst member" or "material catalysis inducing material".
The following describes the first embodiment and claim 1 of the present invention.
1 is a perspective view of an environment-friendly air purification system constructed according to a first embodiment of the present invention and claim 1, and FIG. 2 is a perspective view showing a modified configuration of the environment-friendly air purification system constructed according to the present invention. made up together
a structure of a connecting pipe 1012 configured to be connected from one side to the other;
One side of the connection pipe 1012 is a soot-generating product production plant, a subway that generates soot, an underground parking lot, a livestock farm, or a building where people live or reside, or a soot outlet of an industry that produces products or electricity. rescue;
The other part of the connection pipe 1012 is configured to discharge the processed air to the atmosphere;
a structure in which a fluid material molecule injection unit 1010 is configured on one side of the connection pipe 1012;
a structure in which a plurality of material molecule collision housings 111, 222, 333 are sequentially configured in a form in which a collision pipe 7073 configured in a circular shape and a spring shape is wound at the lower end of the connection pipe 1012;
In the inside of the connection pipe 1012 configured on the upper side of the material molecule collision housings 111, 222, 333, a soot movement blocking plate 1011, which acts to block the soot which is about to move upward, is installed in each of the material molecule collision housings. (111,222,333) structure coupled to the upper side, respectively;
a structure in which a discharge line 8028 coupled to a discharge control valve 8029 is coupled to the lower end of the material molecule collision housings 111, 222, and 333, respectively;
a structure in which an injection pipe (7071) is inserted through the inside of the connection pipe (1012) and the ends of the inner upper and lower layers of the material molecule collision housing (111);
a structure in which an outlet 888 is formed in an open form at the end of the injection pipe 7071 up to the lower end of the material molecule collision housing 111;
Starting with the inlet 8888, which is inserted from 10% to 50% of the upper layer portion of the injection pipe 7071, which is inserted into the material molecule collision housing 111, the connecting pipe 1012 is moved in the horizontal direction. a structure of an injection pipe 7071 that penetrates through and is connected to the lower end of the material molecule collision housing 222, which is configured in the next step;
The end portion of the injection pipe (7071) has a structure in which the outlet (888) is configured in an open form;
Starting with the inlet 8888, which is inserted from 10% to 50% of the upper layer portion of the injection pipe 7071, which is inserted into the material molecule collision housing 222, the inside of the connection pipe 1012. The structure of the injection pipe 7071 that penetrates in the transverse direction and is connected to the lower end of the material molecule collision housing 333, which is configured in the next step.
The action of the inlet 8888 is that the polluted air flowing into the lower end of the material molecule collision housings 111, 222, 333 is composed of the air rising upward by the action of gravity step by step of the material molecule collision housing (111, 222, 333) It is a structure to exhibit the function of re-moving in the downward direction.
The end portion of the injection pipe (7071) has a structure in which the outlet (888) is configured in an open form.
A filtering member 9999 composed of fluid material molecules is inserted into the material molecule collision housings 111, 222, 333, and at the same time, a catalyst member 7075 composed of plant material molecules, animal material molecules, or mineral material molecules is inserted. The present invention relates to an eco-friendly, multi-functional air purification system that naturally purifies polluted air by using the material-molecule collision housings (111, 222, 333).
The reason for configuring the outlet 888 by opening the end of the injection pipe 7071 is to move the polluted air to the lower end of the material molecule collision housings 111, 222, 333 to form the interior of the material molecule collision housings 111, 222, 333. It is a structure for naturally purifying polluted air by inducing material oxidation, material friction, and material catalysis between the filter member 9999 and the catalyst member 7075 accommodated in
Although only three material molecule collision housings 111, 222, and 333 are illustrated, the number can be increased as shown in FIG. 2 according to the type and amount of contaminants to be processed and treated.
In detail, the structure of the nature-friendly eco-friendly multi-functional air purification system is a circular and spring-shaped collision pipe 7073 that is used to wind a plurality of material molecule collision housings 111, 222, 333 sequentially. structure; is

a structure in which a discharge line 8028 coupled with a discharge control valve 8029 is coupled to the lower end of the material molecule collision housings 111, 222, and 333, respectively;

A filtering member 9999 made of a liquid material such as water, seawater, or salt water is inserted into the material molecule collision housings 111, 222, 333, and at the same time, a catalyst member 7075 made of a vegetable, animal or mineral material is inserted. is a structure that becomes;

In addition, the process of collecting polluted air or soot generated here by combining with one side of a factory, a steel mill, a smelter, a subway, an underground parking lot, a livestock house, and a building, and sequentially moving it into the interior of the material molecule collision housings (111, 222, 333) It works to process polluted air into clean air by causing material friction, material explosion, and material oxidation occurring during the process.

Fluid material molecules, plant materials, and mineral materials that act to promote material friction, material explosion, and material oxidation by putting them into the inside of the material molecule collision housing Since it is possible to change the configuration to cleanly purify the air, it is natural that all of the material molecule collision housings configured by the person skilled in the art by different types of fluid material molecules or mineral materials fall within the scope of the present invention.

In addition, the size, width and height of the material molecule collision housing can be changed according to the material to be processed, as well as the number of components can be changed as much as possible as shown in FIG. 2 , so all of these design changes are of the present invention It is natural to fall within the scope of the right

Next, claim 2 constructed according to the second embodiment of the present invention will be described as follows.

A steel mill, a smelter, a power plant, an electricity production plant, a waste incinerator, or a livestock breeding building for raising livestock or a company that produces products that discharges polluted air and fine dust from one side of the material molecule collision housing (111, 222, 333) After combining with the outlet for discharging odor, soot or fine dust, through the injection pipe 7071 configured inside the material molecule collision housings 111, 222, 333, a liquid substance composed of acidic components such as glacial acetic acid or vinegar A steel mill, a smelter, a power plant, a factory that sequentially injects molecules into the inside of the material molecule collision housings 111, 222, 333 to discharge polluted air and fine dust, a factory that produces electricity, a waste incinerator, or a company that produces products Nature applied to nature-friendly eco-friendly construction method that removes or neutralizes various toxic components contained in the polluted air emitted by these companies using a method that removes or neutralizes various types of soot or fine dust We present an eco-friendly, multi-functional air purification system.

Next, claim 3 constructed according to the third embodiment of the present invention will be described as follows.

A steel mill, a smelter, a power plant, an electricity production plant, a waste incinerator, or a livestock breeding building for raising livestock or a company that produces products that discharges polluted air and fine dust from one side of the material molecule collision housing (111, 222, 333) After combining with the outlet for discharging odors, soot or fine dust, silica, germanium, uranium, cesium, thorium, badnium, elvan through the injection pipe 7071 configured inside the material molecule collision housings 111, 222, 333 Composed of high molecular components such as feldspar stone, obsidian, elvan, schungit, tourmanium, tourmanium ball, sericite, sericite ball, biotite, biotite ball, muscovite, muscovite ball, alumina, alumina ball, illite, illite ball Steelworks and smelters that sequentially inject material molecules made by processing mineral material molecules and a mixture made by diluting salt water, seawater, or fresh water into the material molecule collision housings 111, 222, 333 to discharge polluted air and fine dust , by decomposing or neutralizing various chemical or gas components and various soot or fine dust emitted by power plants, factories, factories that produce electricity, garbage incinerators, or companies that produce products, and discharge them to the outside. We present an eco-friendly, multi-functional air purification system that is applied to a nature-friendly eco-friendly method that removes or neutralizes various toxic components contained in the polluted air emitted by the company.

Specifically, it purifies, reduces or removes various substances contained in the polluted air discharged from incinerators, power plants, smelters, and chemical processing plants that produce products or burn and use or incinerate substances such as coal, gas, or petroleum products. We present a nature-friendly, eco-friendly multifunctional air purification system that is applied to a nature-friendly eco-friendly construction method that is configured to

Next, claim 4 constructed according to the fourth embodiment of the present invention will be described as follows.

A power plant, a steel mill, a smelter, an electricity production plant, a waste incinerator, or a livestock breeding building that breeds livestock or products that discharges polluted air and fine dust from one side of the material molecule collision housing (111, 222, 333) Mineral materials composed of polymer components such as silica, germanium, uranium, cesium, thorium, badnium, and elvan inside the material molecule collision housings 111, 222, 333 after combining with the outlet for discharging odor, soot or fine dust Concentration of various toxic substances contained in the polluted air generated by these companies by using the material friction and material explosion generated by forcibly contacting the polluted air and mineral substances discharged from these companies after injecting molecules. We present a nature-friendly, eco-friendly multifunctional air purification system that is applied to a nature-friendly eco-friendly method that purifies or neutralizes polluted air by processing it to lower the level of air and discharging it into the atmosphere.

Next, claim 5 according to the fifth embodiment of the present invention will be described as follows.

3 is a perspective view showing a state in which -electricity and +electricity are connected inside the material molecule collision housing according to the fifth embodiment of the present invention, and is configured as follows;

Electricity to gaseous material molecules and fluid material molecules flowing into the material molecule collision housings 111,222,333 by connecting -electric 7070 and + electricity 7080 inside the material molecule collision housings 111,222,333 We present a nature-friendly, eco-friendly, multi-functional air purification system that is applied to an eco-friendly, eco-friendly method that purifies or neutralizes polluted air using the electric shock method, which transfers ingredients and processes them to change the ingredients contained in these substances.

The method of connecting the -electricity 70700 and the +electricity 7080 inside the material molecule collision housings 111, 222, 333 applies a known and used method.

The material molecules introduced through the fluid material molecule injection line 7079 are not limited to special materials because they can be used by introducing all plant materials, mineral materials, animal materials, and fish materials existing on the earth.

The reason that the position of the end of the inlet line 1002 is deeply inserted to the lower end of the end end of the material molecule collision housings 111, 222, 333 is carbon dioxide contained in the contaminated air introduced through the inlet line 1002. Alternatively, a gas such as carbon dioxide or carbon monoxide contained in the polluted air by a material collision action, a material explosion action, a material catalysis action, and a material friction action generated when the fine dust comes into contact with the filter member 9999 and the catalyst member 7075 . It goes without saying that all methods constructed by different types of substances in order to change the properties of the sexual substances molecules fall within the scope of the present invention.

Indoor air is polluted because the indoor air of a building is always polluted due to various materials composing the building and various odors generated by people living inside the building.

It is because of the action of gravity that polluted air rises to the upper floors of the building because of its light specific gravity and clean air with heavy specific gravity gathers at the lower floors of the building.

The present invention proposes a nature-friendly, eco-friendly multifunctional air purification system that naturally purifies polluted air into clean air using this action.

Between the inlet line and the inlet line, the structure is constituted by adding a pump that acts to enhance the weakened pressure.

Therefore, it is natural that all those configured by changing the inlet material inserted into the interior of the eco-friendly multifunctional air purification system configured according to each embodiment of the present invention fall within the scope of the present invention.

It goes without saying that the person in the art configures a structure similar to the structure of the present invention and configures it by changing the type of material inserted into the component in order to act to purify the polluted air naturally. will be

For example, in a state in which a soil mixture obtained by diluting seawater and mudflat soil at a ratio of 7 to 3 or another ratio is filled in the material molecule collision housing sequentially configured according to the present invention, the inside of the material molecule collision housing is contaminated. If air is injected, it is natural that a material explosion will occur between these substances, the soil mixture, and seawater.

In more detail, since all materials have their own components, when the characteristic components of the material are brought into contact with polluted air, the material molecules contained in the polluted air and It is not limited to a specific substance because the substances that are put into the processing machine and the substances are naturally purified or eliminated by the substance explosion, substance friction, and substance catalysis.

Therefore, it is natural that all those configured to remove fine dust contained in the polluted air by different types of substances and to purify or remove pollutant molecules contained in the polluted air all fall within the scope of the present invention. will be

The embodiment of the present invention can be used by increasing the number of components of the material molecule collision housing as shown in FIG. 2, so it is natural that all of these design changes fall within the scope of the present invention.

In addition, since the thickness, width and height of the material molecule collision housing can be changed as much as possible, it is natural that all of these design changes fall within the scope of the present invention.

Since it is natural to configure the cleaning entrance on one side of the material molecule collision housing, it is not indicated separately.

It goes without saying that all of the fluid material molecules and the components of the filtration member or catalyst member, which are used by those skilled in the art to achieve the objects enumerated above, fall within the scope of the present invention.

In more detail, different types of substances are used to remove or neutralize harmful substances such as gas, including fine dust and carbon dioxide contained in polluted air. It is natural that all those applied with different types fall within the scope of the present invention.

By differentiating the types of “fluid material molecules” and “filtration members” or “catalyst members” or “material catalysis inducing materials” that the person concerned has configured by changing or modifying the configuration of the material molecule collision housing, All modification methods configured to purify the polluted air naturally fall within the scope of the present invention.

7073: Collision pipe

Claims (5)

a structure of a connecting pipe 1012 configured to be connected from one side to the other;
One side of the connection pipe 1012 is a soot-generating product production plant, a subway that generates soot, an underground parking lot, a livestock farm, or a building in which people live or reside, or a structure connected to a soot outlet of an industry that produces products or electricity ;
The other part of the connection pipe 1012 is configured to discharge the processed air to the atmosphere;
a structure in which a fluid material molecule injection unit 1010 is configured on one side of the connection pipe 1012;
a structure in which a plurality of material molecule collision housings 111, 222, 333 are sequentially configured in a form in which a collision pipe 7073 configured in a circular shape and a spring shape is wound at the lower end of the connection pipe 1012;
In the inside of the connection pipe 1012 configured on the upper side of the material molecule collision housings 111, 222, 333, a soot movement blocking plate 1011, which acts to block the soot which is about to move upward, is installed in each of the material molecule collision housings. (111,222,333) structure coupled to the upper side;
a structure in which a discharge line 8028 coupled to a discharge control valve 8029 is coupled to the lower end of the material molecule collision housings 111, 222, and 333, respectively;
a structure in which an injection pipe (7071) is inserted through the inside of the connection pipe (1012) and the ends of the inner upper and lower layers of the material molecule collision housing (111);
a structure in which an outlet 888 is formed in an open form at the end of the injection pipe 7071 up to the lower end of the material molecule collision housing 111;
Starting with the inlet 8888, which is inserted from 10% to 50% of the upper layer portion of the injection pipe 7071, which is inserted into the material molecule collision housing 111, the connecting pipe 1012 is moved in the horizontal direction. a structure of an injection pipe 7071 that penetrates through and is connected to the lower end of the material molecule collision housing 222, which is configured in the next step;
The end portion of the injection pipe (7071) has a structure in which the outlet (888) is configured in an open form;
Starting with the inlet 8888, which is inserted from 10% to 50% of the upper layer portion of the injection pipe 7071, which is inserted into the material molecule collision housing 222, the inside of the connection pipe 1012. a structure of an injection pipe 7071 that penetrates through to the lower end of the material molecule collision housing 333 and is connected to the end of the material molecule collision housing 333 configured in the next step;
The end portion of the injection pipe (7071) has a structure in which the outlet (888) is configured in an open form;
A filtering member 9999 composed of fluid material molecules is inserted into the material molecule collision housings 111, 222, 333, and at the same time, a catalyst member 7075 composed of plant material molecules, animal material molecules, or mineral material molecules is inserted. A multi-residential building, a smoke generating plant, a livestock house for raising animals, a plant characterized by a nature-friendly eco-friendly multi-functional air purification system that naturally purifies the polluted air using the material molecule collision housings (111, 222, 333) configured Functions to remove scattering dust from growing farms, underground parking lots, subways, restaurants, and dust-generating factories, as well as to remove harmful odors and light-specific harmful substances molecules and fine dust, bacteria and viruses sterilization function, humidity control function, Eco-friendly, multi-functional air purification system that creates a pleasant environment by generating oxygen and negative ions
The method of claim 1
A steel mill, a smelter, a power plant, an electricity production plant, a waste incinerator, or a livestock breeding building for raising livestock or a company that produces products that discharges polluted air and fine dust from one side of the material molecule collision housing (111, 222, 333) After combining with the outlet for discharging odor, soot or fine dust, fluid material molecules are introduced into the material molecule collision housing (111, 222, 333) through the injection pipe (7071) configured inside the material molecule collision housing (111, 222, 333) By sequentially injecting into the interior, it removes various soot or fine dust emitted by steel mills, smelters, power plants, factories that discharge polluted air and fine dust, factories that produce electricity, garbage incinerators, restaurants, or companies that produce products. It features an eco-friendly, multi-functional air purification system that is applied to a nature-friendly eco-friendly method that removes or neutralizes various toxic components contained in the polluted air emitted by these companies using the method of giving or neutralizing and discharging to the outside. Buildings inhabited by a large number of people, smoke generating plants, livestock pens for raising animals, farms cultivating plants, underground parking lots, subways, restaurants, dust generating factories, fugitive dust removal function, repellent odor, and light hazards A nature-friendly, eco-friendly, multi-functional air purification system that creates a pleasant environment by exhibiting the function of removing material molecules and fine dust, sterilizing bacteria and viruses, controlling humidity, and generating oxygen and anions
The method of claim 1
One side of the material molecule collision housings (111, 222, 333) is discharged from a steel mill, a smelter, a power plant, an electricity production plant, a waste incinerator, a livestock breeding building for raising livestock, a restaurant, or a company that produces polluted air and fine dust After combining with the outlet for discharging various odors, soot or fine dust, the material molecules made by processing mineral material molecules through the injection pipe 7071 configured inside the material molecule collision housings 111, 222, 333 and salt water or sea water Or a steel mill, a smelter, a power plant, a factory that produces electricity, a factory that produces electricity, a waste incinerator, or a product that sequentially injects a mixture made by diluting fresh water into the material molecule collision housings 111, 222, 333 to discharge polluted air and fine dust It is a nature-friendly method that removes or neutralizes various toxic components contained in the polluted air emitted by these companies by decomposing or neutralizing various soot or fine dust emitted by companies that produce them. Multi-residential buildings featuring an eco-friendly, multi-functional air purification system applied to eco-friendly construction methods, soot generating factories, livestock pens for raising animals, farms cultivating plants, underground parking lots, subways, restaurants, and dust generating factories Nature that creates a pleasant environment by exhibiting the function of removing scattering dust generated by the generation of scattering dust, aversive odor and light-specific harmful substance molecules and fine dust removal function, bacteria and virus sterilization function, humidity control function, and oxygen and anion generation function Eco-friendly, multi-functional air purification system
The method of claim 1
A power plant, a steel mill, a smelter, an electricity production plant, a waste incinerator, or a livestock breeding building for raising livestock or a company that produces products that discharges polluted air and fine dust from one side of the material molecule collision housing (111, 222, 333) Mineral material molecules are put into the inside of the material molecule collision housings (111, 222, 333) after combining with the outlet for discharging odor, soot or fine dust, and then the polluted air discharged from these outlets and the mineral materials are forced into contact. Nature that purifies or neutralizes polluted air by processing it to lower the concentration of various toxic substances contained in the polluted air generated by these companies using the material friction action and material explosion action Multi-residential building featuring a nature-friendly, eco-friendly multifunctional air purification system applied to an eco-friendly construction method, a smoke generating factory, a livestock raising animals, a plant growing farm, underground parking lot, subway, restaurant, dust generation It creates a pleasant environment by exhibiting the function of removing scattering dust generated in the factory, the function of removing an aversive odor, and the function of removing molecules of harmful substances with a light specific gravity and fine dust, sterilizing bacteria and viruses, controlling the humidity, and generating oxygen and anions. Nature-friendly eco-friendly multifunctional air purification system
The method of claim 1
Electricity to gaseous material molecules and fluid material molecules flowing into the material molecule collision housings 111,222,333 by connecting -electric 7070 and + electricity 7080 inside the material molecule collision housings 111,222,333 It features a nature-friendly, eco-friendly multifunctional air purification system that is applied to a nature-friendly eco-friendly method that purifies or neutralizes polluted air using an electric shock method that processes ingredients contained in these substances to change by delivering ingredients. Buildings where many people live, smoke generating factories, livestock raising animals, farms where plants are grown, underground parking lots, subways, restaurants, dust generating factories, fugitive dust removal function and disgusting odor and low specific gravity A nature-friendly, eco-friendly multifunctional air purification system that creates a pleasant environment by generating material molecules and fine dust, sterilizing bacteria and viruses, controlling humidity, and generating oxygen and anions

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