KR102658940B1 - It removes gaseous harmful molecules and fine dust generated in various buildings, subways, various factories, hospitals, nursing homes, military barracks, livestock farms where animals are raised, farms where plants are grown, offices or underground parking lots, creating a pleasant environment. A nature-friendly air purification eco-friendly method that creates - Google Patents

Abstract

The present invention removes polluted air from the ceiling of a housing constructed in the form of a building, such as a building, hospital, school, military barracks, factory, animal breeding barn, plant growing farm, office, underground parking lot, or subway station. This is an invention regarding an eco-friendly, eco-friendly method that is designed to naturally purify polluted air using a collection unit.

Description

It removes gaseous harmful molecules and fine dust generated in various buildings, subways, various factories, hospitals, nursing homes, military barracks, livestock farms where animals are raised, farms where plants are grown, offices or underground parking lots, creating a pleasant environment. A nature-friendly air purification eco-friendly method that creates {?}

The present invention has the function of removing gaseous harmful substances, fine dust, and bacteria present in various buildings, subways, various factories, hospitals, nursing homes, military barracks, livestock farms where animals are raised, farms where plants are grown, offices or underground parking lots. The invention relates to a nature-friendly, eco-friendly method that creates a comfortable environment by exerting virus sterilization function, humidity control function, and oxygen and negative ion generation function.

More specifically, it is intended to remove various pollutants contained in smoke or air and discharge them into the atmosphere using a liquid filter member housing that purifies polluted smoke or air.

In addition, it removes fine dust, sterilizes bacteria and viruses, and controls humidity, making it possible to maintain comfortable, safe, and clean indoor air by generating oxygen to supply fresh air in residual indoor air and generating negative ions to neutralize pollutants in residual indoor air. , an invention about an eco-friendly method that naturally purifies polluted air using a multi-functional air purification device with oxygen and negative ion generation functions.

For example, in the example of Cheonan City Hall, which was built about 10 years ago, a system to absorb polluted air rising to the upper floors of the building was centralized and connected to duct pipes in some sections of the upper floors of each building space. After installing the suction port, a centralized air purifier is used to adsorb and purify the contaminated air, and then a ventilation method is used to discharge the purified air to the outside of the building.

The problem with this centralized air purification system is that after re-purifying the polluted air, the purified air is not reintroduced into each building but is discharged to the outside, so the inside of the building is always full of polluted air. This is emerging as a huge problem.

However, because there are no scholars who have properly studied the problems of aerodynamics and air pollution, the reality is that even if the problem becomes serious, no one can point it out, and of course, no patent technology can be proposed to solve these problems.

The present invention is a technology invented to recognize these problems and provide more comfortable air.

As you know, smoke emitted from various factories, incinerators, large-scale apartment complexes, power plants, etc. contains various harmful substances harmful to the human body, and as this smoke is discharged into the atmosphere, it causes air pollution and destroys the ozone layer. , is becoming the main cause of global warming.

Of course, such polluted smoke can be discharged into the atmosphere after undergoing a certain degree of purification, but the equipment cost required for such smoke purification increases, and the smoke purification device ultimately uses activated carbon to adsorb smoke or discharge plasma. Since the pollutants in the smoke are purified by combustion of the smoke, the effect of purifying the pollutants in the smoke was insufficient.

Meanwhile, toxic components such as radon and ammonia are continuously emitted from buildings that mainly consist of concrete structures, which has a negative impact on the health of residents. In addition, as a reaction to industrialization and urbanization, various exhaust fumes are harmful to the health of city residents. It is a well-known fact that it can have a negative impact.

To improve this, air purifiers have recently been installed in each home or office to filter out toxic components or contaminants from smoke and discharge them indoors. In the case of air conditioners or heaters, separate filters have been installed to purify indoor air. Through these filters, foreign substances such as dust in the indoor air are filtered out and then released back into the room as cold or hot air. However, filters used in air purifiers, air conditioners, or heaters have limitations in their performance, so the particles are actually removed. Since it only filters foreign substances such as large dust and cannot filter out contaminants and toxic substances made of ultra-fine particles, the effect of air purification is insufficient, and the filter has to be replaced frequently, which has the disadvantage of requiring a lot of maintenance costs.

In addition, in the case of vehicles, filters are installed in the air conditioner or heater, so that when cold or warm air is emitted, foreign substances such as dust contained in the air inside the vehicle are filtered out and then released into the vehicle interior. However, these vehicle air conditioners or heaters The filter applied to also has limitations in its function and cannot filter out pollutants and toxic substances made up of ultrafine particles, so there is a limit to air purification.

Next, the problems with the conventional air purification technology disclosed in Patent Registration No. 10-2191144, registration date December 9, 2020, are cited and explained as follows.

In general, an air purification device has the function of sucking in indoor polluted air through a fan installed inside and then filtering/deodorizing various pollutants and odors. Inside, it has a fan operated by external power and , various filters such as pre-filters and HEPA filters that are installed to collect or adsorb and remove contaminants and odors contained in the air sucked in by the fan, and are formed to discharge the air purified through the filter to the outside. It consists of an outlet, etc.

However, existing air purifiers such as the above simply filter the air, and are insufficient to sterilize bacteria and supply completely purified air. Therefore, in recent years, many air purifiers with a sterilization function using ultraviolet rays and photocatalysts have been manufactured. .

Looking at the recent conventional technology of air purification devices with sterilizing functions, Korea Patent Publication No. 2003-0089194 (November 21, 2003) describes a pre-treatment filter (30) and an intermediate filter for removing fine solid substances such as various dusts. (40) and; An AC/ACF filter (50) to remove various odors and harmful gases in the air; an ultraviolet lamp (60) and a photocatalyst member (70) for sterilizing a small amount of contaminated air; An indoor air purification device using photocatalytic ultraviolet rays has been developed, which consists of an exhaust fan 80 for discharging the purified and sterilized air indoors.

In addition, Korean Patent No. 10-1515786 (April 22, 2015) states that it is placed at the rear of the pre-filter installed in the air purifier and filters fine dust in the air that has passed through the pre-filter, and a photocatalyst is coated on the surface to prevent light damage. A photocatalytic air filter that decomposes pollutants or bacteria through a catalytic reaction; a plurality of ultraviolet lamps installed between the photocatalyst air filter and the pre-filter to emit ultraviolet rays and induce a catalytic reaction of the photocatalyst air filter while sterilizing the air passing through the pre-filter; and an ultraviolet light concentrator and diffuser that transparently accommodates the ultraviolet lamp and provides the ultraviolet rays irradiated from the ultraviolet lamp in a concentrated state toward the pre-filter and in a diffused state toward the photocatalyst air filter. , a lamp frame installed between the pre-filter and the photocatalyst air filter to provide support; A lamp holder installed on the lamp frame to accommodate the ultraviolet ray lamp therein and provided with openings on both sides to provide ultraviolet rays of the ultraviolet lamp to the pre-filter and the photocatalytic air filter through the openings, respectively; A condensing lens in the form of a convex lens coupled to an opening on the pre-filter side among the openings of the lamp holder and transmitting ultraviolet rays of the ultraviolet ray lamp in a concentrated state; And a diffusion lens in the form of a concave lens coupled to an opening on the photocatalyst air filter side among the openings of the lamp holder and transmitting ultraviolet rays of the ultraviolet lamp in a diffused state. A photocatalyst sterilization module for air purification comprising a. It is known.

However, among the above-described conventional air purification devices, products using filters cause fine dust to become trapped in the porous layer of the filter as is, and as the amount of air sucked increases, the rate at which the filter function deteriorates accelerates. If the filter is accelerated and the filter is replaced or cleaned, its function is maintained to some extent, but it is not easy to replace or clean it in a timely manner, not to mention the cost burden.

In addition, although titanium dioxide is used to induce photodecomposition through a photocatalytic effect, the short lifespan of the current filament type UVC lamp, which does not properly match the titanium dioxide and the light source emitting ultraviolet rays, and the titanium dioxide coating method are also problematic. There has been.

Not only that, even if you want to sterilize bacteria, there is no time to irradiate ultraviolet rays because the speed at which bacteria float is proportional to the air flow, so conventionally used technology requires the speed of air flow and the amount and time of ultraviolet rays to be irradiated even if you want to sterilize bacteria. It was impossible to adjust it, and furthermore, there was a problem that it was difficult to use in practice due to spatial and temporal limitations in blindly increasing the irradiation amount of the ultraviolet lamp or controlling the amount and speed of air.

In order to improve the above problems, several technologies have been developed recently. First, in Korean Patent No. 10-1773371 (registration date August 25, 2017) developed and patented by the present inventor, a square or cylindrical air A purifier body; an air intake filter mounted on one end of the main body; A UV ultraviolet ray discharge tube that emits ultraviolet rays to sterilize the air that has passed through the air intake filter, and a photocatalyst unit in which ring-shaped disks coated with titanium dioxide, a photocatalyst, are stacked at regular intervals up and down to surround the UV ultraviolet ray discharge tube. , a primary sterilization and purification unit surrounding the UV ultraviolet ray discharge tube and the photocatalyst unit and consisting of a cathode mesh electrode connected to a cathode so that fine dust and bacteria in the air passing through the air intake filter are negatively charged; A UV ultraviolet ray discharge tube that emits ultraviolet rays to sterilize the air that has passed through the primary sterilization and purification unit, and a photocatalyst in which ring-shaped disks coated with titanium dioxide, a photocatalyst, are stacked at regular intervals up and down to surround the UV ultraviolet ray discharge tube. Secondary sterilization and purification unit, which surrounds the UV ultraviolet ray discharge tube and photocatalyst unit and consists of an anode mesh electrode connected to the anode to be positively charged in order to electrically collect negatively charged fine dust and bacteria in the air that passed through the primary sterilization purification unit. wealth; a negatively charged unit consisting of a cathode mesh electrode connected to the cathode so that fine dust and bacteria that have lost their negative charge passing through the secondary sterilization and purification unit are charged again with a negative charge; an electrostatic dust collection unit composed of an anode mesh electrode connected to an anode to be positively charged to electrically collect negatively charged fine dust and bacteria in the air that have passed through the negatively charged unit; An air purification device combining air sterilization and fine dust removal functions is proposed, which includes an air discharge fan that discharges sterilized and purified air that has passed through the electric dust collection unit.

In addition, Korean Patent No. 10-2031698 (registration date: October 7, 2019) discloses a purifier main body (200) having an intake port (201) for sucking in polluted air and an exhaust port (203) for discharging clean air; A pre-filter 210 that primarily separates dust from the contaminated air sucked in through the intake port 201; A carbon filter (220) that removes odors and bacteria from the polluted air from which dust has been removed by passing through the pre-filter (210) through secondary deodorizing and antibacterial effects; First and second photocatalyst filter modules having a photocatalyst filter 231 and a sterilization lamp 233 to finally sterilize and purify the contaminated air that has passed through the carbon filter 220 through two catalytic reactions using a photocatalyst. (230a, 230b) and; It is configured to include a blowing fan 240 provided at the exhaust port 203 to simultaneously suck in contaminated air through the intake port 201 and discharge clean air through the exhaust port 203, and the first and second The photocatalytic filter modules 230a and 230b are each equipped with an illuminance sensor 235 that detects the illuminance of the sterilizing lamp 233, and the blowing fan 240 is equipped with a wind pressure sensor 241 that detects the exhaust wind pressure of clean air. As it is provided, the appropriate rotation speed of the blowing fan 240 is controlled through detection by the wind pressure sensor 241, and the appropriate intensity of light energy of the sterilizing lamp 233 is controlled through detection by the illuminance sensor 235. In addition, a control module 250 that displays the replacement time of the photocatalytic filter 231 and the sterilizing lamp 233 is further provided in one part of the purification device main body 200, There is a known air sterilization and purification device characterized in that a storage hole 205 for easily replacing/storing the first and second photocatalyst filter modules 230a and 230b is formed on one side.

In addition, Korea Patent Publication No. 10-2019-0093421 (publication date August 9, 2019) is provided with a fine dust purification unit (1) to remove fine dust and a sterilization unit (2) for sterilization and deodorization, and the vehicle It is a dual flow rate air purifier that is attached to the air conditioner outlet in the interior and performs purification, sterilization, and deodorization of fine dust. The fine dust purification unit (1) and the sterilization unit (2) are attached in parallel to the air conditioner outlet, and the fine dust is purified. The purification unit (1) includes a dust removal filter (40) and an air blowing fan (20), and the sterilization unit (2) includes a photocatalytic filter (50) and a light source unit (70). A dual flow rate air purifier that can purify dust and ventilate simultaneously is presented.

In addition, Korean Patent Publication No. 10-2020-0039863 (publication date April 17, 2020) discloses an air purification device that is internally sterilized by a UV lamp and discharges purified air. A first plate 110 formed through an outlet 111, and a second plate 120 arranged to correspond to the first plate 110 and formed through an inlet 121 for sucking in external air. A body portion 100 consisting of; An insertion hole 211 penetrating inside is formed, and both sides are arranged on the same line as the outlet 111 and the inlet 121, and a fixed body 210 connected to the first and second plates 110 and 120, respectively. , a UV lamp 220 that is inserted into the insertion hole 211 of the fixing body 210 and irradiates light by receiving power from a battery or external power, and is configured on the outside of the UV lamp 220, the surface A purification unit 200 that is coated with Tio2 and consists of a twist-shaped moving blade 230 that rotates according to the rotation of the UV lamp 220; An air purification device with improved purification efficiency is known, which is characterized in that it consists of:

In addition, Korean Patent No. 10-2086286 (registration date March 2, 2020) includes a main body provided with at least one air intake port on one side to allow indoor and outdoor air to be sucked in; at least one motor fan installed in the main body to forcibly suck indoor and outdoor air through the air intake port; at least one filter installed in the main body to purify the sucked indoor and outdoor air; A cover member covering the upper part of the main body; wherein the air intake port includes an outdoor air intake port connected to an air intake hose so that outdoor air is sucked in by the motor fan, and the motor is disposed on one side of the outdoor air intake port. It consists of a plurality of indoor air intake ports formed to allow indoor air to be sucked in by a fan, and a fan mounting case for installing the motor fan is provided inside the main body, and the inside of the fan mounting case is for outdoor air intake. It is equipped with sealing silicone to prevent air leakage that may occur during discharge or discharge of purified air. In addition, when harmful substances, fine dust or residues that are not filtered by the filter are deposited on the bottom of the main body, An indoor air purifier with ventilation has been developed, which is equipped with three internal cleaning covers for cleaning.

However, even if the above patented technologies are intended to sterilize bacteria, sufficient UV irradiation and sterilization cannot be expected because they cannot match the speed of airflow and the amount and time of ultraviolet irradiation. Moreover, they cannot be expected to irradiate or sterilize sufficient ultraviolet rays. Moreover, they cannot blindly increase the irradiation amount of the ultraviolet lamp or change the amount and speed of air. There was still a problem that it was difficult to use in practice due to spatial and temporal limitations in adjustment.

In addition, the above conventional technologies merely filter and sterilize fine dust and germs in the air using filters, photocatalysts, UV lamps, etc., and viruses that have recently become a problem, especially coronavirus infection-19 (COVID-19) The virus in 19) did not have any function or means to prevent droplets (salivary droplets) of an infected person floating in the air and being transmitted through the respiratory system or the mucous membranes of the eyes, nose, and mouth.

In addition, Patent Publication No. 10-2007-0097385 (published on October 4, 2007) created by the present inventor has been disclosed.

This method has a major drawback of not being able to easily remove pollutants that occur from time to time because the contaminants combined with the polluted air flowing into the purification tank 10 are configured to remain stagnant in the purification tank 10. there is.

In detail, due to the complex structure of the purification tank 10, there is a serious drawback in that it does not produce high-quality air.

The present invention seeks to provide a technology that perfectly solves the shortcomings of conventional technologies.

In addition, patent registration number 10-2275945 (July 12, 2021), patent registration number 10-2527417 (announcement date May 3, 2023), and patent publication number 10-2023-0012074 invented by the present inventor. (publication date January 25, 2023) and patent registration number 10-2547440 (publication date July 7, 2023) is an invention to solve the structural problems of

Korean Registered Patent No. 2003-0089194 (November 21, 2003) Korean registered patent 10-1515786 (April 22, 2015) Korean registered patent 10-1773371 (registration date: August 25, 2017) Korean registered patent 10-2031698 (registration date: October 7, 2019) Korean Patent Publication No. 10-2019-0093421 (publication date August 9, 2019) Korean Patent Publication No. 10-2020-0039863 (publication date April 17, 2020) Korean registered patent 10-2086286 (registration date March 2, 2020) Patent Publication No. 10-2007-0097385 (publication date: October 4, 2007) (Patent Document 9) Patent Registration No. 10-2275945 (announcement date: July 12, 2007) (Patent Document 10) Patent Registration No. 10-2527417 (announcement date May 3, 2023) Patent Publication No. 10-2023-0012074 (publication date: January 25, 2023) Patent registration number 10-2547440 (announcement date: July 7, 2023)

The present invention relates to contaminant molecules generated inside various buildings due to condensation, smoke including pollutants generated from factories, large-scale apartments, waste incinerators, and power plants, or indoor air or air inside vehicles, exhaust gases from vehicles, The aim is to provide an air purification method that naturally purifies polluted air by using the natural convection phenomenon of external air supplied to subways, various vehicles, or buildings.

In order to solve this problem, the present invention combines a guide plate that guides the polluted air on one side and the other side of the building to naturally rise upward, and collects and reprocesses the polluted air naturally generated by condensation. The aim is to solve the problem of the present invention by configuring the present invention.
In addition, by using the material friction, material explosion, material collision, and material oxidation effects that naturally occur when materials and material molecules come into contact, incompletely decomposed material molecules are reprocessed into smaller nanomolecules, thereby eliminating polluted air and gases. We aim to provide technology for processing sexual material molecules.
The principles of material explosion, material collision, material oxidation, and material friction that occur naturally when material molecules come into contact are the same as the principles of stones falling in falling water.
The phenomenon of stone breakage in falling water occurs when water molecules and stone components come into contact, and at the same time, another energy is generated, causing the stone components to decompose. When materials come into contact, it is natural that the material explodes and the material friction occurs. It realistically and factually proves that action, material explosion action, and material oxidation action occur.
The present invention seeks to provide a technology that purifies the air into clean air by completely treating fine dust and particulate matter molecules existing in polluted air using material explosion action, material friction action, material explosion action, and material oxidation action.

The present invention induces the polluted air and gaseous molecules generated in buildings due to condensation to rise toward the upper part of the building by the action of gravity and convection phenomenon, thereby simply removing the polluted air naturally generated inside the building. By collecting and processing it properly, it has the effect of improving the health of people living inside the building.

In addition, it has the effect of maintaining indoor air in a pleasant and clean state by secondary processing the polluted air in a simple way and discharging it to the outside.

It has the effect of purifying polluted gaseous molecules and polluted air generated by condensation caused by natural processes into clean air.

1 is a cross-sectional perspective view of a housing in which an eco-friendly air purification system configured according to the present invention is installed.
Figure 2 is a cross-sectional perspective view of an eco-friendly air purification system configured at one end of a housing configured according to each embodiment of the present invention.
Figure 3 shows that the gaseous material molecule processing unit constructed according to the third embodiment of the present invention is used to inhale and naturally purify polluted gaseous material molecules and fine dust generated inside or flowing in from the outside of the building. Cross-sectional perspective view of an eco-friendly air purification system

Next, the nature-friendly and eco-friendly construction method constructed according to the first embodiment of the present invention will be described as follows.
Figure 1 is a cross-sectional perspective view of a housing in which an eco-friendly air purification system configured according to a first embodiment of the present invention is installed. Figure 2 is a cross-sectional perspective view of an eco-friendly air constituting one end of the housing configured according to each embodiment of the present invention. This is a cross-sectional perspective view of the purification system and is composed as follows.
Buildings applicable to the present invention include clean rooms, various buildings, subways, underground shopping malls, restaurants, cafeterias, various factories, hospitals, nursing homes, military barracks, livestock farms for raising animals, farms for growing plants, offices, and underground parking lots. , It refers collectively to facilities where people live or are frequently used, such as cars, trains, airplanes, and military barracks, as well as agricultural greenhouses and tents.
This is because the air purification system constructed according to the present invention can be applied to all facilities to completely collect and reprocess polluted air and polluted fine dust flowing in from inside and outside the building.
Fluid material molecules applied to the present invention refer to all types of materials composed of liquid.
Polluted air refers to all types of polluted gaseous substances containing all types of substances.
In other words, it refers to all types of fine dust, general polluted air, various harmful substances generated from chemical factories, various petrochemical components, and polluted air containing various substances generated from various factories.
In addition, mixtures made by mixing solid substances such as soil with water or mixtures made by pulverizing liquid and solid substance molecules are also called fluid substance molecules.
The reason is that the liquid substance molecules applied to the air purification system constructed according to the present invention are not limited to specific components, but all types of liquid substances can be applied to naturally purify polluted air into clean air. Because
The structure and features of the present invention and the effects thereof are explained as follows.
Contaminated air, fine dust, and gaseous molecules generated in the building 9999 due to various actions and condensation are collected toward the edge of the wall of the building 9999 by convection and gravity. A structure in which the upper unit 88 is formed in the shape of a triangle (▽) with a gentle inclination angle in the upper direction of the building 9999.
Since the structure of the roof can be changed and configured in many different ways, the detailed structure is omitted.
A structure comprising a gaseous material molecule inlet 51 coupled to an opening/closing control unit 52 that functions to allow and block external air from entering the lower end of the building 9999.
The reason why the gaseous material molecule inlet 51 is formed at one end of the lower part of the building 9999 is that clean air with a heavy specific gravity always forms at the lower part of the ground surface due to the action of gravity.
In other words, it is located in the lower part of the building and the exterior surface of the building, and is a structure that uses the action of gravity to continuously or periodically inject clean air with a heavy specific gravity into the interior of the building (9999).
The structure of the opening/closing control unit 52 is configured to automatically adjust using a solenoid valve or in combination with a comprehensive control system (not shown).
It is a structure in which a gaseous substance molecule collection unit (8888), which has a gaseous substance molecule collection port (8) in a straight shape, is coupled to the peripheral edge of the building (9999) in one direction.
More specifically, it is a structure in which the gaseous material molecule collection port 8 is configured from one side to the other side of the gaseous material molecule collection unit 8888 installed at the upper upper part of the building 9999.
The structure in which the gaseous material molecule collection port 8 is formed extends from one side to the other side of the left and right wall portions of the building 9999.
The reason for constructing it in this way is to easily collect and dispose of polluted air and gaseous molecules with a light specific gravity by using the convection phenomenon in which they rise toward the top of the building (9999) due to the action of gravity.
A structure in which gaseous substance molecule collection lines (888) are formed at the lower and horizontal bottom portions of the gaseous substance molecule collection unit (8888);
At one end of the building (9999), the contaminated gaseous material molecules are diluted with the fluid material molecules, and at the same time, the incompletely decomposed substances contained in the contaminated gaseous material molecules are pulverized and processed into particulate nanomolecules. A structure consisting of a gaseous material molecule processing unit (7777) that acts to provide; am
Nanomolecules refer to the structure of water molecules that maintain the components of water and gaseous material molecules that make up the components of air.
In other words, when substances come into contact with each other, the molecular structure is decomposed into smaller sizes due to friction, explosion, and oxidation that occur naturally, resulting in a particulate substance that is transformed into gaseous substance molecules and liquid substance molecules. It refers to a molecule, that is, a water molecule.
Due to the development of modern science, many mechanical devices that process water molecules into nanomolecules are being produced.
The structure of the nanomolecule processing machine is very simple.
In other words, many machines are being sold that process water molecules into nanomolecules by continuously injecting water into the structure of the pump and simultaneously rotating the impeller connected to the pump at high speed.
The gaseous material molecule processing unit 7777 applied to the present invention refers to gaseous material molecules and A structure in which a processing unit 999, which processes fluid material molecules by striking them at high speed, is located in the center of the gaseous material molecule collection line 888 and is combined with a rotation unit 91 to form opposing forms. ;am.
Since the rotation unit 91 can be modified and applied using a motor or hydraulic motor, the detailed structure is not shown.
The installation location of the gaseous material molecule collection line 888 can be changed and applied in a variety of ways depending on the structure of the building 9999.
The reason why the processing unit 999 is configured in an opposing form is that the processing unit 999 rotates at high speed and forcibly collides the gaseous material molecules and the liquid material molecules, resulting in material friction and material collision naturally occurring. This is to process incompletely decomposed particulate matter molecules into smaller-sized particulate matter molecules using action and material explosion action.
All substances are made up of different types of substances, and each of these substances has its own DNA with its own unique ingredients.
Gaseous molecules and pollutants that exist in the form of air components are also combined with incompletely decomposed particulate matter molecules and are volatilized into the atmosphere.
These substances are fine dust and polluted air.
The function of the gaseous material molecule processing unit (7777) applied to the present invention is to process the contaminated air by collecting light particulate material molecules present in the polluted air and then reprocessing them and discharging them into the river. The goal is to provide an eco-friendly construction method that
A structure in which one end of the gaseous material molecule processing unit 7777 and the gaseous material molecule collection line 888 are combined, respectively.
The function of the rotation unit 91 and the processing unit 999 to hit and process the gaseous material molecules and the fluidic material molecules is to collect the gaseous material molecules through the gaseous material molecule collection line 888. (8888) Polluted air is processed by rotating at high speed and striking various bacteria, various viruses, and various particulate matter molecules contained in the polluted air or polluted gaseous material molecules. Alternatively, it is a structure configured to process contaminated gaseous material molecules into clean air or clean gaseous material molecules.
At one end of the gaseous material molecule collection line 888, an injection line ( 777) is combined with the injection pump unit 71.
The injection line 777 can be used in combination with the groundwater discharge line generated when pumping groundwater for preventing destruction of the building from the basement of the building 9999.
For example, in order to prevent destruction of the subway structure, all subways have groundwater collection lines at the bottom of the building, and the groundwater collected here is then pumped out of the building and discarded.
In the present invention, the polluted air and fine dust generated inside the building are collected using groundwater, and then reprocessed to treat the polluted air and fine dust, thereby removing the polluted air and fine dust. It is a structure designed to reprocess the air into clean air.
At one end of the gaseous substance molecule collection line 888, contaminated gaseous substance molecules with a light specific gravity collected through the gaseous substance molecule collection port 8 are collected and placed in the gaseous substance molecule processing unit 7777. A structure combining an injection pump unit (81) that acts to forcibly inject gaseous material molecules;
Among the gaseous substance molecules processed in the upper direction of the gaseous substance molecule processing unit 7777 and the fluid substance molecules injected through the injection line 777, clean liquid substance molecules and processed gaseous substance molecules A low-level discharge unit for generating siphon action, which combines a lower-level inlet (880) that acts to bring in water and discharge it to the outside, an upper outlet (882) that acts to overflow in the upper direction, and a final outlet (885) that discharges it to the outside. Using the nature-friendly air purification system (888888), which consists of (883) in the shape of an (9999) presents an eco-friendly air purification method that collects naturally occurring polluted gaseous molecules and naturally purifies them into clean air.
The function and role of the lower layer discharge unit 883 for generating the siphon action is to remove water molecules or fluid material molecules with a heavy specific gravity that sink to the lower layer of the gaseous material molecule processing unit 7777 by the action of gravity. It is a function that acts to discharge.
All buildings are roughly constructed in the form of a square or rectangle, or a circle or diamond, but changes can be made to any shape of building.
The structure of the gaseous material molecule processing unit (7777) constructed according to the present invention can be used by additionally combining any number of components depending on the material to be processed or the scale of processing, so that polluted air can be cleaned by varying the component numbers. It is natural that all things changed and configured for processing fall within the scope of the present invention.
In addition, inside the gaseous material molecule processing unit 7777, various mixtures made by mixing various various mineral materials and their processed products with fluid material molecules composed of water or liquid and their components are stored in the gaseous material molecule processing unit 7777. Contaminated gaseous material molecules and contaminated fine dust are introduced into the interior of the gaseous material molecule processing unit 7777 by storing fluidic material molecules made by mixing various materials using various components that act according to each other. Because these substances can be naturally purified into clean gaseous substance molecules, the types of fluid substance molecules that can be changed and configured in various ways are not limited to specific ingredients and substances.
Therefore, various fluid substance molecules and various fluid substances or various solid substances that have been modified and applied in various ways by those skilled in the art using the air purification theory presented in the present invention are processed in various ways or by processing in specific methods. While the fluid substances are stored inside the gaseous substance molecule processing unit 7777, the contaminated gaseous substance molecules are re-introduced into the gaseous substance molecule processing unit 7777 to remove the contaminated gaseous substance molecules. It is natural that all things that are changed and configured to reprocess and change them into clean gaseous molecules fall within the scope of the present invention.
In addition, the structure of the processing unit 999 is changed to the form of a grinder that pulverizes grains or pulverizes fine particles such as fine dust contained in polluted air by striking with electromagnetic waves, or sprays air at high pressure to remove fine dust. Contaminated air can be processed cleanly by processing incompletely decomposed particulate pollutant molecules such as fine dust, such as fine dust, into nano molecules by processing them by blowing or using high pressure water pressure, so all such design changes fall within the scope of the present invention. It is natural

Next, the second embodiment of the present invention will be described as follows.
Typically, almost all groundwater is maintained in a level 1 to 3 level.
Groundwater is generated underground in various buildings and subways.
If this groundwater is left alone without being pumped out, the underground walls will crack due to molecular expansion, causing the building to be destroyed.
To prevent this phenomenon, groundwater collected underground is pumped out.
The second embodiment of the present invention describes an eco-friendly air purification method that naturally collects various polluted air and various fine dusts generated from buildings using groundwater generated at this time and naturally purifies them into clean air. An example of is described as follows.
Contaminated air or fine dust generated by the building 9999 or polluted air or fine dust flowing into the building 9999 is sent to the gaseous material molecule collection unit 8888 that is configured to combine with the building 9999. By injecting the polluted air or polluted fine dust, the groundwater generated from the basement of the building 9999 or the surplus water generated from the building 9999 is transferred to the gaseous material molecule collection unit 8888. We present an eco-friendly, eco-friendly method that processes polluted air or fine dust into clean air by simultaneously injecting it.
However, it is possible to change the configuration to process polluted air or polluted fine dust by injecting groundwater or tap water into the gaseous material molecule collection unit 8888.
When water comes into contact with all contaminant molecules, it naturally generates various natural processes and exerts a mysterious effect that purifies no matter how polluted the molecules are.
One of the actions is molecular explosion action, nano explosion action, material friction action, and material explosion action.
Because the Earth is not a balloon, its mass neither increases nor decreases.
The Earth emits tens of billions of tons of pollutants every year.
No matter how polluted the pollutants are, the Earth's self-purifying ability is its mysterious ability to completely reprocess these pollutants and naturally purify them into clean air and clean water.
Each component according to the present invention is an invention regarding an eco-friendly method that uses this mysterious ability to naturally purify polluted air and polluted fine dust.

Next, the third embodiment of the present invention and claim 3 are described as follows.
Figure 3 shows that the gaseous material molecule processing unit constructed according to the third embodiment of the present invention is used to inhale and naturally purify polluted gaseous material molecules and fine dust generated inside or flowing in from the outside of the building. This is a cross-sectional perspective view of an eco-friendly air purification system that consists of the following:
A structure in which the gaseous material molecule processing unit (7777) is configured at one end of the building (9999);
A structure in which the gaseous material molecule collection line (888) is configured at one end of the gaseous material molecule processing unit (7777) to the upper end of the building (9999);
At the upper end of the gaseous substance molecule collection line 888, a gaseous substance molecule collection unit (8888) is installed in the building ( Constructed around the edge of the building (9999) and one side and the other side of the building (9999), polluted gaseous material molecules containing fine dust floating toward the upper side of the building (9999) by the action of gravity are collected from the gaseous material. After collecting using the molecular collection port 8, the contaminated gaseous material molecules and contaminated fine dust collected using the gaseous material molecule processing unit 7777 are reprocessed and processed into clean gaseous material molecules. Presents a nature-friendly, eco-friendly construction method.

8888: Gaseous substance molecule collection unit

Claims (3)

Contaminated air, fine dust, and gaseous molecules generated in the building 9999 due to various actions and condensation are collected toward the edge of the wall of the building 9999 by convection and gravity. A structure in which the upper unit 88 is formed in the shape of a triangle (▽) with a gentle inclination angle in the upper direction of the building 9999;
A structure comprising a gaseous material molecule inlet (51) coupled to an opening/closing control unit (52) that functions to allow and block external air from entering the lower end of the building (9999);
A structure in which a gaseous substance molecule collection unit (8888) is coupled to the peripheral edge of the building (9999) and has a gaseous substance molecule collection port (8) in a straight shape in one direction;
A structure in which gaseous substance molecule collection lines (888) are formed at the lower and horizontal bottom portions of the gaseous substance molecule collection unit (8888);
A gas that acts to introduce contaminated gaseous material molecules into liquid material molecules at one end of the building (9999), pulverize incompletely decomposed substances contained in the contaminated gaseous material molecules, and process them into particulate nanomolecules. Structure consisting of a substance molecule processing unit (7777);
A structure in which one end of the gaseous material molecule processing unit (7777) and the gaseous material molecule collection line (888) are coupled to each other;
A processing unit 999 for processing gaseous material molecules and liquid material molecules by striking them on one side and the other side of the lower end of the gaseous material molecule processing unit 7777 is installed at the center with the gaseous material molecule collection line 888. Structures that are positioned and combined with a rotation unit (91) to form opposing structures;
At one end of the gaseous material molecule collection line 888, an injection line ( A structure combining 777) with the injection pump unit 71;
Contaminated gaseous material molecules collected through the gaseous material molecule collection port 8 are collected at one end of the gaseous material molecule collection line 888 and forcibly injected into the gaseous material molecule processing unit 7777. A structure combining a gaseous material molecule injection pump unit (81) that acts to provide;
Among the gaseous substance molecules processed in the upper direction of the gaseous substance molecule processing unit 7777 and the liquid substance molecules injected through the injection line 777, clean liquid substance molecules and processed gaseous substance molecules A low-level discharge unit for generating siphon action, which combines a lower-level inlet (880) that acts to bring in water and discharge it to the outside, an upper outlet (882) that acts to overflow in the upper direction, and a final outlet (885) that discharges it to the outside. By using the nature-friendly air purification system (888888), which consists of (883) in the shape of an Creates a pleasant environment by removing gaseous harmful molecules and fine dust generated in buildings, subways, various factories, hospitals, nursing homes, military barracks, livestock farms, farms where plants are grown, offices, or underground parking lots. A nature-friendly air purification eco-friendly method that creates


In paragraph 1
Contaminated air or fine dust generated by the building 9999 or polluted air or fine dust flowing into the building 9999 is sent to the gaseous material molecule collection unit 8888 that is configured to combine with the building 9999. By injecting the polluted air or polluted fine dust, the groundwater generated from the basement of the building 9999 or the surplus water generated from the building 9999 is transferred to the gaseous material molecule collection unit 8888. Various buildings, subways, various factories, hospitals, nursing homes, military barracks, and animal breeding facilities feature an eco-friendly air purification method that processes polluted air or fine dust into clean air by injecting it at the same time. An eco-friendly air purification method that creates a pleasant environment by removing gaseous harmful substances and fine dust generated in livestock farms, plant farms, offices, or underground parking lots. In paragraph 1
A structure in which the gaseous material molecule processing unit (7777) is configured at one end of the building (9999);
A structure in which the gaseous material molecule collection line (888) is configured at one end of the gaseous material molecule processing unit (7777) to the upper end of the building (9999);
At the upper end of the gaseous substance molecule collection line 888, a gaseous substance molecule collection unit (8888) is installed in the building ( Constructed around the edge of the building (9999) and one side and the other side of the building (9999), polluted gaseous material molecules containing fine dust floating toward the upper side of the building (9999) by the action of gravity are collected from the gaseous material. After collecting using the molecular collection port 8, the contaminated gaseous material molecules and contaminated fine dust collected using the gaseous material molecule processing unit 7777 are reprocessed and processed into clean gaseous material molecules. Gaseous hazardous substances generated in various buildings, subways, various factories, hospitals, nursing homes, military barracks, livestock farms, farms where plants are grown, offices or underground parking lots featuring eco-friendly air purification and eco-friendly construction methods. An eco-friendly air purification method that creates a pleasant environment by removing molecules and fine dust.