KR102303369B1 - Buildings, hospitals, schools, military barracks, factories, animal sheds, farms cultivating plants, offices, underground parking lots, subways, dust-generating factories, dust-generating dust removal function, disgusting odor, and light-related harmful substances A nature-friendly, eco-friendly multifunctional 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. - Google Patents

Abstract

The present invention relates to an eco-friendly multifunctional air purification system. On the upper side of the present invention, a body housing is formed. An inlet line, a plurality of transfer lines, and an outlet line are coupled to the body housing. The inlet line has a plurality of inlets. The present invention creates a comfortable environment.

Description

Buildings, hospitals, schools, military barracks, factories, animal sheds, farms cultivating plants, offices, underground parking lots, subways, dust-generating factories, dust-generating dust removal function, disgusting odor, and light-related harmful substances 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 present invention provides a function of removing scattering dust generated in buildings, hospitals, schools, military barracks, factories, livestock pens for raising animals, farms cultivating plants, offices, underground parking lots, subways, and dust generating factories, and an aversive odor and specific gravity It relates to a nature-friendly, eco-friendly, multi-functional air purification system that creates a pleasant environment by exhibiting this light harmful substance molecule and fine dust removal function, bacteria and virus sterilization function, humidity control function, and oxygen and anion generation function. In detail, it is for discharging into the atmosphere in a state in which various pollutants contained in smoke or air are removed by using a liquid filter member housing that purifies 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 contaminants 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.

For example, taking the example of Cheonan City Hall built about 10 years ago, a system that absorbs polluted air that rises to the upper floors of the building is centrally configured and is connected to a duct pipe in some sections of the upper part of each building space. After installing the adsorption port, a centralized air purifier is used to adsorb and purify the polluted air, and then a ventilation method is used to discharge the purified air to the outside of the building.

The problem with such a centralized air purification system is that after re-purifying the polluted air, the purified air is discharged to the outside without re-injecting it into each building, so the inside of the building is always filled with polluted air. is emerging as a major problem.

However, since there are no scholars who have studied the problems of aerodynamics and air pollution properly, even if the problem becomes serious, no one can point out, and the reality is that patent technology to solve these problems cannot be presented.

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

As is well known, smoke generated from various factories, incinerators, large apartments, and power plants contains various harmful substances harmful to the human body. , are the main culprits in global warming.

Of course, such polluted smoke may be discharged into the atmosphere after undergoing a certain degree of purification process, but the equipment cost required for such smoke purification increases, and the smoke purification device eventually uses activated carbon to adsorb smoke or through plasma discharge. Since it is to purify the pollutants in the smoke by burning the smoke, the effect of purifying the pollutants in the smoke was insufficient.

On the other hand, toxic components such as radon and ammonia are continuously emitted from buildings where concrete structures are the mainstay, which adversely affects the health of residents. It is a well-known fact that it will have a bad influence.

To improve this, recently, each home or office is equipped with an air purifier so that it is released into the room after filtering out toxic substances or pollutants such as soot. Although foreign substances such as dust in the indoor air are filtered through these filters, cold air or heat is obtained and released back into the room. Since it only filters foreign substances such as large dust, it cannot filter out pollutants and toxic substances composed of ultra-fine particles, so the effect of purifying the air is insufficient.

In addition, even in the case of a vehicle, a filter is provided in the air conditioner or heater to filter out foreign substances such as dust contained in the air inside the vehicle when cold or warm air is discharged, but such vehicle air conditioner or heater is discharged into the vehicle. The filter applied to the air conditioner also has a limit in its function, so it cannot filter out pollutants and toxic substances composed of ultra-fine particles, so there is a limit to air purification.

The following is a description of the problems with the conventional air purification technology disclosed on the registration date of Patent Registration No. 10-2191144 on December 09, 2020 by citing as follows.

In general, an air purifier has a function of filtering/deodorizing various pollutants and odors after sucking in polluted air in the room with a fan through a fan installed therein. , various filters, such as pre-filters and HEPA filters, which are installed to collect or adsorb and remove contaminants and odors contained in the air sucked by the fan, and to discharge the purified air through the filter to the outside It consists of outlets, etc.

However, since the existing air purifiers as described above are simply configured to filter the air, it is insufficient to supply completely purified air by sterilizing bacteria. have.

Looking at the prior art of an air purifier with a recent sterilization function, Korean Patent Application Laid-Open No. 2003-0089194 (November 21, 2003) discloses a pre-treatment filter 30 for removing fine solid substances such as various dust and intermediate a filter 40; an AC/ACF filter 50 for removing various odors and harmful gases in the air; an ultraviolet lamp 60 and a photocatalyst member 70 for sterilizing a trace amount of polluted air; An indoor air purification device using photocatalytic ultraviolet light has been developed, characterized in that it comprises an exhaust fan 80 for discharging the purified and sterilized air into the room.

In addition, Korean Patent No. 10-1515786 (April 22, 2015) is disposed behind the pre-filter installed in the air purifier to filter fine dust in the air that has passed through the pre-filter, and a photocatalyst is coated on the surface to a photocatalytic air filter that decomposes pollutants or bacteria through a catalytic reaction; a plurality of ultraviolet lamps installed between the photocatalytic air filter and the pre-filter to emit ultraviolet light and to induce a catalytic reaction of the photocatalytic air filter while sterilizing the air passing through the pre-filter; and an ultraviolet light condensing diffuser which receives the ultraviolet lamp in a see-through manner and provides the ultraviolet light irradiated from the ultraviolet lamp to the pre-filter side in a condensed state and diffused to the photocatalytic air filter side; , a lamp frame installed between the pre-filter and the photocatalytic air filter to provide support; a lamp holder installed in the lamp frame to accommodate the ultraviolet lamp therein, and having openings provided on both sides to provide the 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 which is coupled to an opening of the pre-filter side among the openings of the lamp holder and transmits the ultraviolet rays of the ultraviolet lamp in a condensed state; and a diffusion lens in the form of a concave lens that is coupled to an opening on the side of the photocatalytic air filter among the openings of the lamp holder and transmits the ultraviolet rays of the ultraviolet lamp in a diffused state; is known.

However, among the conventional air purifiers, in the case of a product using a filter, fine dust is trapped in the porous layer as it is in the filter, and as the amount of air sucked increases, the rate at which the function of the filter deteriorates is accelerated, and the rate at which the function of the filter decreases is accelerated, and if the filter is replaced or cleaned, its function is maintained to a certain extent.

In addition, even though titanium dioxide is used to induce photolysis by a photocatalytic effect, the current filament-type UVC lamp does not properly harmonize with the light source that emits ultraviolet light, and the short lifespan of the current filament type UVC lamp and the coating method of titanium dioxide are also a problem. there has been

Not only that, even when trying to sterilize bacteria, the speed at which bacteria float is proportional to the flow of air, so there is no time to irradiate the UV rays. It could not be adjusted, and moreover, there was a problem that it was difficult to use in practice due to spatial and temporal limitations in recklessly increasing the irradiation amount of the UV lamp or adjusting the amount and speed of air.

As described above, in order to improve the problem, several technologies have been developed recently. First, Korean Patent No. 10-1773371 (registration date, August 25, 2017) developed and patented by the present inventor has a square cylinder or cylindrical air a purifier body; an air intake filter mounted on one end of the body; A UV ultraviolet discharge tube that emits ultraviolet rays to sterilize the air that has passed through the air intake filter, and a ring-shaped disk coated with titanium dioxide as a photocatalyst on the surface of the photocatalyst part is stacked at regular intervals up and down to surround the UV ultraviolet discharge tube. a primary sterilization and purification unit comprising a cathode mesh electrode surrounding the UV ultraviolet discharge tube and the photocatalyst unit and connected to the cathode so that the fine dust and bacteria in the air that have passed through the air intake filter are negatively charged; A UV ultraviolet discharge tube that emits ultraviolet rays to sterilize the air that has passed through the primary sterilization and purification unit, and a ring-shaped disk coated with titanium dioxide as a photocatalyst on the surface are stacked at regular intervals up and down, and a photocatalyst formed in a shape surrounding the UV ultraviolet discharge tube A secondary sterilization consisting of an anode mesh electrode connected to an anode so as to electrically collect negatively charged fine dust and bacteria in the air that have passed through the primary sterilization and purification section, surrounded by the UV-ultraviolet discharge tube and the photocatalyst section a purification unit; a negative charge charging unit comprising a negative electrode mesh electrode connected to the negative electrode so that the fine dust and bacteria that have passed through the secondary sterilization and purification unit are charged with negative charges again; an electric dust collecting unit comprising an anode mesh electrode connected to an anode so as to be positively charged in order to electrostatically collect the negatively charged fine dust and bacteria in the air that have passed through the negatively charged unit; There is proposed an air purifying device having functions of sterilizing air and removing fine dust, characterized in that it comprises a;

In addition, according to Korean Patent Registration No. 10-2031698 (registration date of October 07, 2019), a purification apparatus body 200 having an intake port 201 for inhaling polluted air and an exhaust port 203 for discharging clean air; a pre-filter 210 that primarily separates dust from the polluted air sucked in through the intake port 201; a carbon filter 220 for secondarily removing odors and bacteria through deodorization and antibacterial action in polluted air from which dust has been removed by passing through the pre-filter 210; The first and second photocatalytic filter modules having a photocatalytic filter 231 and a sterilizing lamp 233 so that the polluted air that has passed through the carbon filter 220 can be finally sterilized and purified through two catalytic reactions by a photocatalyst (230a, 230b); It is provided in the exhaust port 203 and is configured to include a blower fan 240 for simultaneously sucking in polluted air through the intake port 201 and discharging clean air through the exhaust port 203, and the first and second The photocatalytic filter modules 230a and 230b are provided with an illuminance sensor 235 for detecting the illuminance of the sterilizing lamp 233, respectively, and the blowing fan 240 has a wind pressure sensor 241 for detecting the exhaust wind pressure of the clean air. As provided, the appropriate rotational speed of the blowing fan 240 is controlled through the detection of the wind pressure sensor 241 , and the appropriate light energy intensity of the sterilization lamp 233 is controlled through the detection of the illuminance sensor 235 . and a control module 250 for displaying the replacement timing of the photocatalytic filter 231 and the sterilization lamp 233 is further provided in any one part of the purifier body 200, An air sterilizing and purifying device is known, characterized in that a receiving hole 205 for easily replacing/accommodating the first and second photocatalytic filter modules 230a and 230b is formed on one side thereof.

In addition, Korean Patent Application Laid-Open No. 10-2019-0093421 (published on August 09, 2019) includes a fine dust purification unit 1 for removing fine dust and a sterilization unit 2 for sterilization and deodorization, and the vehicle A dual flow rate air purifier attached to an air conditioner outlet to perform purification, sterilization and deodorization of fine dust, wherein the fine dust purifier (1) and the sterilizer (2) are attached in parallel to the air conditioner outlet, and the fine dust The purification unit 1 includes a filter 40 for removing dust and a fan 20 for blowing air, 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 at the same time is proposed.

In addition, Korean Patent Laid-Open Patent No. 10-2020-0039863 (published on April 17, 2020) discloses that in an air purifier for discharging purified air after being sterilized by a UV lamp inside, the purified air is discharged on one side. The first plate 110 through which the outlet 111 is formed, and the second plate 120 which is disposed to correspond to the first plate 110 and through which the inlet 121 for sucking external air is formed to pass therethrough. Body portion 100 consisting of; An insertion hole 211 is formed therein, both sides are disposed on the same line as the outlet 111 and the inlet 121, and the fixed body 210 is connected to the first and second plates 110 and 120, respectively. , a UV lamp 220 that is fitted into the insertion hole 211 of the fixed body 210 and receives power from a battery or external power to irradiate light, and is configured on the outside of the UV lamp 220, the surface The purification unit 200 is composed of a Tio2 coating and is composed of a moving blade 230 in the form of a twist that rotates according to the rotation of the UV lamp 220; An air purifier with improved purifying efficiency is known, characterized in that it consists of

In addition, Korean Patent No. 10-2086286 (registration date March 02, 2020) has at least one air inlet on one side of the main body to suck indoor and outdoor air; at least one motor fan installed in the main body to forcibly suck indoor and outdoor air through the air inlet; at least one filter installed in the main body to purify the sucked indoor and outdoor air; a cover member covering the upper portion of the main body, wherein the air intake port includes an outdoor air intake port provided to be connected to an air intake hose so that outdoor air is sucked by the motor fan; It consists of a plurality of indoor air intakes formed so that indoor air is sucked by a fan, and a fan holder case is provided inside the main body to mount and install the motor fan, and outdoor air intake is provided inside the fan holder case. Sealing silicone is provided to prevent leakage of air that may occur when the city or purified air is released. Also, 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 for ventilation has been developed, characterized in that it has three internal cleaning covers for cleaning.

However, even if the above patent technologies also want to sterilize bacteria, they cannot match the speed of the air flow and the amount and time of UV irradiation, so sufficient UV irradiation and sterilization cannot be expected. There was still a problem in that it was difficult to use in practice due to spatial and temporal limitations in controlling it.

In addition, the prior technologies are only filtering and sterilizing fine dust and bacteria in the air using filters, photocatalysts, UV lamps, etc. -19) did not have any function or means to prevent the droplets (saliva) of an infected person from floating in the air and transmitted through the respiratory tract or the mucous membranes of the eyes, nose, and mouth.

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

This method has a major drawback in that the pollutant materials that are combined with the polluted air flowing into the purification tank 10 are configured to be stagnant in the purification tank 10, and thus do not easily remove the pollutant materials that occur from time to time. have.

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

The present invention is intended to provide a technology that completely solves the drawbacks of the prior art as described above.

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) Korea Registered Patent 10-2086286 (Registration date March 02, 2020) 8): Patent Publication No. 10-2007-0097385 (published on October 4, 2007)

The present invention provides water for smoke containing pollutants generated in factories, large-scale apartments, garbage incinerators, and power plants, indoor air or vehicle air, vehicle exhaust gas, 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 is intended to provide a method of purifying polluted smoke or air through a smoke or air purifying device using a partition to prevent air pollution by discharging it into subway premises and buildings, and at the same time to promote the health of indoor residents or passengers.

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, wood, and water, alcohol, oil, and wood inside the plurality of fluid filter member housings. Contaminated smoke, indoor air or vehicle air, subway premises, inside various vehicles, or By sequentially passing the outside air supplied to the interior of the building through each filtering space, and removing smoke or pollutants in the air by the filter member accommodated or filled in each fluidic filtering space, the air, subway, and finally in a clean state , to prevent air pollution by discharging it into airplanes, buildings, and various vehicles, and to promote the health of residents or passengers.

According to the present invention, after a plurality of fluid filter member housings are formed at the lower end of the housing, the space of each fluid filter member housing contains water, oil, alcohol, soil mixture, vegetable member, animal member, mineral member, petroleum member In a state in which a filter member composed of a filter element is charged or accommodated, various polluted smoke is passed through each filtering space sequentially and then released into the atmosphere, or indoor air or vehicle air is sequentially passed through each filtering space and released back into the room or vehicle. In addition, air pollution caused by polluted smoke can be prevented as well as the health of indoor residents and passengers because the outside air is supplied to the subway premises, inside buildings, airplanes, and trains while passing through each filtering space sequentially. It has the effect of promoting

In addition, when the washing water inserted according to the present invention is volatilized into the air, it also volatilizes and simultaneously sterilizes the bacteria contained in the air, thereby improving human health.

In addition, it preferentially collects fluid and gaseous material molecules with light specific gravity in the upper part of the housing, which is composed of a building shape, and filters it using a purifier. It has the effect of preferentially supplying fresh and clean air to the interior of the building by preferentially deflating the air.

1 is a perspective view of an environment-friendly air purification system according to a first embodiment of the present invention;
2 is a perspective view of a housing in which a conventional eco-friendly air purification system is installed;
3 is a perspective view of an eco-friendly air purification system configured to naturally purify fine dust or polluted air existing inside the housing according to another second embodiment of the present invention;
4 is a cross-sectional perspective view of an environment-friendly air purification system configured inside a building according to another third embodiment of the present invention;
5 is a picture of a conventional air purifier;

The present invention provides a function of removing fine dust present in buildings, hospitals, schools, military barracks, factories, animal sheds, plant cultivating farms, offices, underground parking lots, subways, and sterilizing bacteria and viruses. It is an invention related to an eco-friendly, multi-functional air purification system that is environmentally friendly and creates a pleasant environment by exerting functions of , humidity control, and oxygen and anion generation, and is composed as follows.
The subway refers to the integrated track and station.

1 is a perspective view of an environment-friendly air purification system according to a first embodiment of the present invention, and is configured as follows.
The structure of the eco-friendly multifunctional air purification system 888888 is a structure in which the body housing 2000 is configured on the upper side.
However, the structure of the main body housing 2000 can be changed in many ways according to the installation location and needs.
a structure in which an inlet line 1002, a plurality of transfer lines 1001 and 1012, and an outlet line 3000 are coupled to the inside of the main body housing 2000;
a structure in which an inlet pump 1000 is coupled to one side of the inlet line 1002;
However, it is a structure that can be used without a combined configuration of the inflow pump.
The reason is that the inlet system of the air introduced through the inlet line can be configured to be changed in many ways.
After installing the sterilization system housing 1100 on the other side of the inlet pump 1000, the - electrode 1101 and the + electrode 1102 are cross-installed inside the sterilization system housing 1100 to connect the inlet line 1002. a structure configured to sterilize microbes and viruses introduced through;
At the lower end of the transfer lines 1001 and 1012, a gravity-inducing housing 1007 that acts to move fluid material molecules with heavy specific gravity in a downward direction while transferring gaseous material molecules with light specific gravity in one direction. each constructed structure;
A plurality of accommodating fasteners 1004 are formed on the lower side of the main housing 2000, and the inlet line 1002, the plurality of transfer lines 1001 and 1012, and the discharge line 3000 are mutually coupled to each other. ;
a structure in which a gravity induction pipe 1005 is coupled to the lower end of the gravity induction housing 1007;
a structure in which a plurality of housings 1006 and 1009 for collecting fluid material molecules are formed at the lower end of the gravity induction pipe 1005.1008;
On one side of the housings 1006 and 1009 for collecting fluid material molecules, a lower discharge pipe 1010 for discharging fluid material molecules or pollutant material molecules with light specific gravity to the outside is combined with a discharge control valve 1011 structured structure;
A discharge control valve 3002 and a discharge pipe 3001 are coupled to the lower end of the accommodation fastener 1004 so that the liquid filter member housings 1, 2, 3 configured to inject liquid are easily detachable. a structure configured to be coupled with the fastener for storage (1004);
a structure in which the transfer lines 1001 and 1012 are coupled to the inside of the liquid filter member housing (1,2,3);
Electromagnetic wave generators 5000 and 6000 are installed on one side or the other side of the liquid filter member housings 1, 2, 3 and the fluidic material molecule collection housing 1006, 1009, so that the liquid property by the action of gravity By striking the gaseous material molecules or liquid material molecules or fluidic material molecules with light specific gravity flowing into the filter member housings 1, 2, 3 and the housings 1006 and 1009 for collecting fluid material molecules, these An eco-friendly multifunctional air purification system (888888) configured to modify the molecular structure of material molecules is installed in an apartment or office where people live, a school or military barracks, or a building inhabited by people, a farm or factory where livestock is raised, or After being installed in the housing 8888, which is composed of a structure of a power plant or steel mill, airplane or bus, vehicle, or a performance hall for cultivating plants, the liquid filter member housings 1, 2, 3 and the fluid material molecules In the state in which the filter members are sequentially filled with the fragrance emitting member that emits the fragrance inside the collection housing (1006, 1009) or the filter member composed of water or alcohol, brine, sea water, or a charcoal mixture made by diluting charcoal and water By using the inlet pump 1000 coupled to the inlet line 1002, the polluted air generated in the housing 8888 or the polluted air with a light specific gravity accumulated in the inner and upper portions of the housing is collected. to the inside of the liquid filter member housing (1,2,3) and the fluid material molecule collection housing (1006, 1009), and the inside of the liquid filter member housing (1,2,3) and the Contaminant with light specific gravity combined with clean air with heavy specific gravity using the filtering function generated by the filter members composed of water or alcohol or salt water filled in the fluidic material molecule collection housings (1006, 1009) Fine dust removal function that removes fine dust composed of material molecules, bacteria and virus sterilization function, humidity control function, oxygen and sound Buildings, hospitals, schools, military barracks, factories, animal sheds, plant cultivating farms, offices, underground parking lots, subways, and dust generation using an eco-friendly multi-functional air purification system that is configured to exhibit ion generating functions 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 light specific gravity and fine dust, sterilizing bacteria and viruses, controlling the humidity, and generating oxygen and anions. The state proposes an eco-friendly, multi-functional air purification system that is eco-friendly.
As shown in FIG. 2, many inlet pumps 1000 can be combined and used without a sterilization system housing 1100 coupled to one side of the inlet line.

The method of configuring the - electrode and the + electrode inside the sterilization system housing 1100 is schematically illustrated on one side of FIG.

Since the constituent members of the inlet pump 1000 can be changed in many different ways, the illustration of the detailed structure is omitted.

One side of the inlet line 1002 is coupled with a housing 700 configured as a structure of a building or factory, a power plant or a smelter, a chemical plant, an airplane, a bus, a vehicle, or a performance hall to introduce polluted air generated from these housings It is a bonding structure that
However, it is configurable to engage any portion of the housing 8888 to collect contaminated air that floats to the top of the housing 8888.
The housing 8888 refers to spaces in which space is composed, such as a factory, a power plant, a steel mill, a chemical plant, a grower where people live, a grower who grows mushrooms or plants, or a breeding ground for animals.

In the inlet line 1002, a plurality of inlets through which polluted air having a light specific gravity is introduced can be configured to be changed into another form.

The configuration of the inlet line 1002 is the first as shown in FIG.

It has a structure that is inserted into the inside of the liquid filter member housing (1) in a L-shape, and the lower part is installed to a position close to the bottom of the first liquid filter member housing (1), so that the specific gravity is light polluted gaseous material It is a structure configured to eject molecules to the bottom of the liquid filter member housing (1) constituted first.

It is scientific factual evidence that about 3% of water is contained in air or in gaseous substance molecules with light specific gravity.

The general method for collecting polluted air with light specific gravity is to collect and process it by installing it in a chimney, flue, or outlet that discharges pollutants.
Therefore, the method of collecting and processing the polluted air is not particularly limited.
Since gaseous material molecules with light specific gravity are scattered on the upper part of the building, that is, the upper part of the housing due to the action of gravity, it is preferable to install the inlet line in one direction or across the middle part of the upper part of the housing. not specific

Among the buildings in which people live, the fact that a lot of molecules of harmful substances with a light specific gravity are scattered in the upper part of the kitchen where food is prepared is factual evidence that is proven by natural science.

Also, in the case of factories that produce computer parts, it is realistic evidence that fine dust, which has a light specific gravity, is mainly located on the ceiling of the factory due to the action of gravity.

The black thing on the ceiling of the kitchen of a country house where food is prepared using wood? Existing phenomena are proof of this fact.

In addition, in the case of livestock raising livestock, since it is realistic and factual evidence that gaseous material molecules with light specific gravity due to the action of gravity are located in the upper center of the livestock house, eco-friendly multifunctional air purification constructed according to the present invention It can be seen that the coupling of the inlet line 1002 configured to be coupled with the system 888888 is effective to be coupled to the upper portion or corner portion of the housing 888.

Therefore, it is natural that all of these modifications of the installation method fall within the scope of the present invention.

The reason is that all types of air purifiers on the market so far simply connect directly to the air purifier to suck in polluted air, process it, and then immediately discharge it.

Alternatively, it is a well-known fact that, after installing an exhaust pump or an air suction pump on the outside of the housing, the conventional air purification methods of injecting the air processed in one side of the factory into the ceiling of the factory are used as they are.

In detail, this is because there are no air purifiers configured to naturally purify polluted air using the action of gravity suggested in the present invention.

This new logic is presented as evidence because it is an eco-friendly, eco-friendly air purification system that the present inventor proposes with a new air purification theory discovered while studying water for nearly 40 years.

In detail, no one in the world is completely unaware of the theory of natural purification of polluted air using the action of gravity.

However, once this patent is decided, it is a fact that similar patents will be applied for in bamboo shoots.

If a similar patent applied for by the relevant person is registered using the action of gravity, which the inventor has discovered while researching water for nearly 40 years, it is to be announced in advance in order to prevent a patent invalidation dispute that invalidates the patent.

In more detail, the structure of the nature-friendly eco-friendly air purification system that naturally purifies the polluted air by installing an inlet line that collects pollutant molecules on the ceiling part of the housing or installing an exhaust line on the lower part of the housing is Because it is natural to fall within the scope of the present invention, this fact is known in advance.

The configuration of the gravity induction housing 1007 can be configured to change the shape or shape in a very diverse way.

The reason for configuring the plurality of gravity induction housings 1007 in the middle of the transfer lines 1001 and 1012 is that the inlet pump 1000 forcibly introduces contaminated air with a light specific gravity to the liquid filter. When passing through the member housings (1,2,3), the fluidic material molecules composed of moisture combined with the contaminated gaseous material molecules are simultaneously moved in one direction through the transfer lines (1001, 1012). At the same time, it is lowered to the lower end of the gravity induction housing 1007 by the action of gravity and the action of gravity, and at the same time, each of the fluidic material molecule collection housings 1006 and 1009 configured at the lower end of the gravity induction housing 1007) It is a structure configured to move to the inside of the

The structure of the transfer lines 1001 and 1012 can be configured to be slightly inclined from one side to the other in order to facilitate the movement of gaseous material molecules.

The configuration in one direction of the transfer lines 1001 and 1012 is, as shown in FIG. 1, the upper part of the filter member made of fresh water, salt water, or seawater material filled in the first liquid filter member housing 1 It is configured in a state in which only 20cm to 2m is submerged in the lower part, and the other part is configured to be submerged to a position close to the bottom part of the liquid filter member housing (1,2,3).
However, this number is a number that can be changed according to the situation or the material to be processed.

The number of components of the liquid filter member housing (1,2,3) can be configured by increasing/decreasing in various ways according to the material to be processed.

The reason that constitutes the structure of the transfer lines 1001 and 1012 coupled to the liquid filter member housings 1, 2, and 3 in the form shown in FIG. 1 is that the polluted gaseous material molecules with light specific gravity are Contaminated gas with a light specific gravity while passing through water or salt water filled inside the liquid filter member housing (1,2,3) or water made by diluting alcohol, seawater, or soil, or charcoal mixture made by diluting charcoal and water Due to the material bonding action and material catalysis generated by these filtering members, the sexual materials stay inside the liquid filter member housings (1,2,3), and the air with a light specific gravity is generated by the inlet pump (1000). Through the discharge line 3001 after sequentially passing through the transfer lines 1001 and 1012 coupled to the liquid filter member housings 1, 2, 3 which are sequentially configured by the action of pressure It is a structure for purifying polluted air by accelerating the action of being discharged to the inside or outside of the housing 8888.

This structure presents evidence that it is fundamentally different from the structure of Patent Publication No. 10-2007-0097385 (published date of October 4, 2007), which is a prior art created and published by the present inventors.

The filling member filled in the liquid filter member housings (1,2,3) can be changed as much as possible, such as a petroleum-based material, alcohol, hypochlorous acid, or a material composed of a lactate component.

Anion refers to the fluid substance molecules contained in the air when the salt diluted product made by diluting water and salt or seawater is evaporated to forcibly volatilize the air containing salt into the atmosphere.

The fine dust removal function refers to the collection of air contained in the air when the liquid material molecules filled inside the liquid filter member housings 1, 2, 3 constructed according to the present invention are forcibly passed through. As fine dust is forcibly separated from air by the viscous force generated by the liquid material molecules, the liquid filter member housings 1, 2, 3 and the fluid material molecule collection housings 1006 and 1009 are stacked inside. It refers to the function being removed.

In addition, the function of sterilizing bacteria and viruses means that when contaminated air containing bacteria and viruses is forcibly passed into the inside of the liquid filter member housings 1, 2, 3 constructed according to the present invention, it is in the air. It refers to the function of completely sterilizing the contained bacteria and viruses due to the function of forcibly sterilizing by the sterilizing power generated by the liquid substance molecules containing the salt component.

In addition, the humidity control function, oxygen and anion generation function refers to the collection of polluted air composed of pollutant molecules composed of carbon dioxide or carbon monoxide generated in farms, smelters, power plants, or chemical plants for raising livestock. Housings (1006, 1009) for collecting liquid material molecules that generate liquid material molecules or gaseous material molecules filled in the liquid filter member housings (1,2,3) constructed according to the present invention When the contaminated air is forcibly passed through the inside of the liquid filter member housing (1,2,3) and the fluid material molecule collection housing (1006, 1009) is filled in fresh water, salt water, or sea water Molecules of fluid substances composed of
As it volatilizes into the atmosphere through the discharge line 3000, it changes the oxygen concentration in the atmosphere or increases the humidity distribution, or generates carbon dioxide or carbon monoxide generated in farms, smelters, power plants, or chemical plants for raising livestock. The natural self-cleaning principle that induces changes in the properties of pollutant molecules composed of components, the function of increasing the natural humidity distribution, and the phenomenon of increasing the concentration of negative ions in the air due to the volatilization of the components of the brine that occurs at the same time. refers to
In detail, the number that changes depending on the type of polluted gaseous substance molecule to be processed is very diverse, so the specific value is not specified.
The structure of the electromagnetic wave generator is omitted because the known structures are very diverse.

In addition, as shown in Fig. 4, the length of the discharge line 3000 and the inlet line 1002, which are combined with the eco-friendly multifunctional air purification system 888888, are shortened to make movement easier. We present an eco-friendly multifunctional air purification system.
Further, another modified embodiment according to the first embodiment will be described below.
a structure in which an electromagnetic wave generator 5000 is installed on one side or the other side of the fluid material molecule collection housing 1006.1009;
Gas material molecules or liquid material molecules flowing into the gravity induction housing 1007, the gravity induction pipe 1005.1008, and the fluid material molecule collection housing 1006.1009 using the electromagnetic wave generator 5000 Alternatively, the gravity-inducing housing ( 1007) and the gravity induction pipe (1005.1008) and the gaseous material molecules or liquid material molecules or fluidic material molecules with a light specific gravity flowing into the housing (1006.1009) for collecting the fluidic material molecules are brought into contact with the inlet line (1002) proposes a nature-friendly, eco-friendly multifunctional air purification system that induces changes in the components of gaseous material molecules contained in the contaminated air introduced through

The following is a nature that cleanly purifies indoor air with a light specific gravity of harmful substances that exist inside buildings composed of apartments, houses, hospitals, schools, performance halls, offices, barracks of the military, subways, or underground parking lots in different forms. Claim 3 configured according to the second embodiment configured according to the friendly eco-friendly multifunctional air purification system will be described as follows.

2 is a perspective view of an eco-friendly air purification system configured to naturally purify fine dust or polluted air existing inside the housing according to another second embodiment of the present invention, and is configured as follows.

The structure of the eco-friendly multifunctional air purification system (888888) is a structure in which the main body housing 8000 is configured on the lower side;

The structure of the main body housing 8000 can be changed in various ways as needed.

On the upper side of the main housing 8000, an inlet line 200 coupled with an air injection device (not shown) has a structure in which the upper end of one side is in a L-shape and the lower end is in a U-shape.

However, it is possible to apply by changing the structure of the inlet pump 1000 to one side as shown in FIG.

The structure of the inlet line 200 may use a structure directly connected to an outlet or a chimney discharged from a power plant, building, subway, hospital, school, or factory that discharges soot.

In the upper portion of the inlet line 200, a structure in which the first filtration housing 1 is configured in which a fastener 101 for accommodation which is configured in a detachable manner is configured on the upper portion.

The reason for configuring the fastener 101 for accommodation is to easily remove contaminants such as fine dust stacked on the inside of the filtration housing.

It is very simple to construct a change using this theory.

In the interior of the first filtration housing (1), seawater or salt water or fresh water or chemical is a filtration member (indicated by a dotted line, but the sign is not shown), a first outlet 201 configured in the upper part of the inlet line 200 . ) to the position where it is not locked; is a structure.

The filter member can be applied by changing a wide variety of substances existing on the earth.

For example, it can be applied by changing mineral substances such as charcoal or stone or vegetable substances.

The filter member can be changed and applied as needed, and mineral materials such as germanium, silica, thorium, or silicon and illite can be added as needed.

In the next step of the first filter housing (1), a structure in which the first water separation housing (12), which acts to separate moisture bonded to air, is configured;

It is a structure for inducing automatic separation of moisture that is mixed with air and then discharged by the action of gravity as it falls.

Since air and water contain a minute electric current, they tend to combine with each other, but when an empty space that exerts the action of gravity is created, the combined air and water are separated.

However, it is possible to change the configuration so that it is separated more quickly by configuring an electric heating device that generates heat on one side.

Between the first filter housing (1) and the first water separation housing (12), the lower end of the first connection pipe (11) is configured to be inclined in the direction of the first filter housing (1), so that the first water separation housing ( 12) is a structure that acts to introduce the fluid material molecules flowing into the first filtration housing (1).

It is a structure using the property that all fluid and gaseous material molecules move downward when their specific gravity becomes heavy due to the action of gravity.

Therefore, it is natural that all configurations configured by different inclination angles fall within the scope of the present invention.

Between the lower end of the first filter housing (1) and the upper end of the first water separation housing (12), based on the position at which the first inlet 301 is submerged by the filtering member, the first moisture A structure in which the secondary connection pipe 302 is connected by connecting to the upper part of the separation housing 12 in a U-shape;

In the next stage of the first water separation housing 12, a structure in which a second filtration housing 2 having an accommodation fastener 101 is configured on the upper portion;

a structure in which a filtering member (indicated by a dotted line, but not shown) of seawater, salt water, fresh water, or chemicals is inserted into the second filter housing (2);

Between the upper portion of the first water separation housing 12 and the lower portion of the second filtration housing 2, a secondary connection pipe 302 extends in a U-shape, and is put into the interior of the second filtration housing 2 a structure in which the second outlet 303 is exposed to the upper portion of the filtering member;

A structure in which a second water separation housing 14 is configured in the next stage of the second filter housing 2;

Between the second filter housing (2) and the second water separation housing (14), the lower end of the second connection pipe (13) is configured to be inclined in the direction of the second filter housing (2), and the second water separation housing ( 14) a connection structure that acts to introduce fluid material molecules composed of seawater or salt water or water flowing into the inside of the second filter housing (2);

Between the lower end of the second filter housing 2 and the upper end of the second water separation housing 14, the second water separation housing based on the position at which the second inlet 304 is submerged by the filtering member. (14) a structure in which the tertiary connecting pipe 305 is coupled by connecting to the upper part of the U-shaped part;

In the next step of the second water separation housing 14, the structure in which the third filter housing 3 is configured with a fastener 101 for accommodation at the top;

A tertiary connection pipe 305 is extended in a U-shape between the upper portion of the second water separation housing 14 and the lower portion of the third filter housing 3 to be inside the third filter housing 3 . a structure in which the third outlet 306 is exposed to the upper portion of the inputted filtering member;

A structure in which a third water separation housing 16 is configured in the next stage of the third filter housing 3;

Between the third filter housing 3 and the third water separation housing 16, a lower third connecting pipe 15 is inclined in the direction of the third filter housing 3, so that the third water separation housing ( 16) a structure in which fluid material molecules composed of seawater, brine, or water flowing into the interior of the water are connected to flow into the third filtration housing (3);

Between the lower end of the third filter housing 3 and the upper end of the third water separation housing 16, the third water separation housing is based on the position where the third inlet 307 is submerged by the filtering member. A structure in which the fourth connecting pipe 308 is coupled by connecting to the upper part of (16) in a U-shape;

A nature-friendly eco-friendly air purification system in which an exhaust pipe 88888 is coupled to one side of the fourth connection pipe 308 is presented.

In detail, pollutant material molecules with light specific gravity combined with clean air with heavy specific gravity using the filtering function generated by the filter members composed of water or alcohol or brine filled inside the filter housings respectively configured We present an eco-friendly multifunctional air purification system that exhibits a fine dust removal function that removes fine dust composed of

The number of components of the housing, the filter housing, and the water separation housing, respectively, is not limited to a special number because it is a structure that can be increased as much as possible.

In addition, the angle of inclination at which the filter housing and the water separation housing each constituted are inclined are not particularly limited because they have a structure that can be changed in various ways.

The configuration of the air purification system 800 refers to a configuration to be installed on the ceiling of a housing or a pump system configured to purify by adsorbing air using a compressor.

The method of collecting polluted air is preferably configured by maximizing the air adsorption capacity generated by the air adsorber, which is configured to adsorb and discharge air using a compressor.

In addition, it can be combined with an air purification system configured in the same form as in claims 1 to 3

In addition, a method of controlling the internal temperature of the housing using a ceiling-type air conditioner, a cooler, or a hot fan that is installed on the ceiling of the housing to control the temperature of the housing to remove various germs, including fine dust, existing inside the housing. Since it is the same as the effect of the convection effect generated by using the temperature difference suggested in the present invention, it is natural that all of these design changes also fall within the scope of the present invention.

delete

1,2,3: liquid filter member housing 8888: housing, building

Claims (4)

The structure of the eco-friendly multifunctional air purification system includes a structure in which a body housing is configured on the upper side;
a structure in which an inlet line, a plurality of transfer lines, and an outlet line are coupled to the inside of the main housing;
a structure in which an inlet pump is coupled to one side of the inlet line;
a structure configured to sterilize microbes and viruses introduced through the inlet line by installing a sterilization system housing on the other side of the inlet pump and then installing a - electrode and a + electrode inside the sterilization system housing;
At the lower end of the transfer line, a gravity-inducing housing that acts to move gaseous material molecules with light specific gravity in one direction while acting to move the fluid material molecules with heavy specific gravity in a downward direction;
a structure in which a plurality of accommodating fasteners are configured on a lower side of the main housing to connect the inlet line, the plurality of transfer lines, and the discharge line to each other;
a structure in which a gravity guide pipe is coupled to the lower end of the gravity guide housing;
a structure in which a plurality of housings for collecting fluid material molecules are formed at the lower end of the gravity induction pipe;
At one side of the housing for collecting fluidic material molecules, a lower discharge pipe for discharging fluidic material molecules or light-specific pollutant material molecules to the outside is combined with a discharge control valve;
A structure in which a discharge control valve and a discharge pipe are coupled to the lower end of the fastener for accommodation, and a liquid filter member housing configured to inject a liquid is configured to be coupled with the fastener for accommodation to facilitate attachment and detachment;
a structure in which the transfer line is coupled to the inside of the liquid filter member housing;
By installing an electromagnetic wave generator on one side or the other side of the liquid filter member housing and the housing for collecting fluid material molecules, the gas flowing into the liquid filter member housing and the housing for collecting fluid material molecules by the action of gravity An eco-friendly multi-functional air purification system configured to change the molecular structure of these material molecules by striking the molecules of sexual substances, liquid substances, or fluid substances with light specific gravity, in an apartment, office, school, or military inhabited by people. After being installed in a housing consisting of the structure of a barracks or buildings inhabited by people, farms or factories for raising livestock, power plants or steel mills, airplanes or buses, vehicles, or growers or performance halls where plants are grown, the liquid filter member housing and In the state in which the filter members are sequentially filled with a fragrance emitting member that emits a fragrance to the inside of the housing for collecting fluid material molecules, or a filter member composed of water or alcohol, brine, seawater, or a charcoal mixture made by diluting charcoal and water By using the inlet pump coupled to the inlet line, polluted air generated in the housing or polluted air having a light specific gravity in the inner and upper portions of the housing is collected, and the liquid filter member housing and the The filtering function generated by the filter members composed of water, alcohol, or brine filled inside the housing for collecting fluidic material molecules and the inside of the housing for collecting fluidic material molecules by transferring them into the housing for collecting fluid molecules is used. It has a fine dust removal function that removes fine dust composed of light pollutant molecules combined with clean air with a heavy specific gravity, a bacteria and virus sterilization function, a humidity control function, and a function of generating oxygen and anions. The scattering generated in buildings, hospitals, schools, military barracks, factories, animal sheds, plant farms, offices, underground parking lots, subways, and dust generating factories using an eco-friendly multi-functional air purification system designed to Dust removal function and disgusting odor A nature-friendly, eco-friendly multifunctional air purification system that creates a pleasant environment by generating molecules of harmful substances with light specific gravity and fine dust, sterilizing bacteria and viruses, controlling humidity, and generating oxygen and anions.
The method of claim 1
a structure in which an electromagnetic wave generator is installed on one side or the other side of the housing for collecting fluid material molecules;
Using the electromagnetic wave generator, the gravity induction housing, the gravity induction pipe, and gaseous material molecules or liquid material molecules flowing into the inside of the housing for collecting fluid material molecules are blown and processed by hitting the fluid material molecules with light specific gravity At the same time, gaseous material molecules are produced by striking the salt water or seawater injected into the housing for collecting the fluidic material molecules, and the gravity inducing housing, the gravity inducing pipe, and the inside of the housing for collecting the fluidic material molecules By contacting gaseous material molecules, liquid material molecules, or fluid material molecules with light specific gravity, Buildings, hospitals, schools, military barracks, factories, animal sheds, plant farms, offices, underground parking lots, subways, and dust generating factories featuring an eco-friendly multi-functional air purification system. It is a nature-friendly environment that creates a pleasant environment by removing scattering dust, removing aversive odor, and removing molecules of harmful substances with light specific gravity and fine dust, sterilizing bacteria and viruses, controlling humidity, and generating oxygen and anions. Eco-friendly multifunctional air purification system
The structure of the eco-friendly multifunctional air purification system includes a structure in which a body housing is configured on the lower side;
On the upper side of the body housing, an inlet line configured to be coupled with an air injection device (not shown) has a structure in which the upper end of one side is in a L-shape and the lower end is in a U-shape;
A structure in which a first filter housing is configured in an upper portion of the inlet line with a fastener for accommodation configured in a detachable manner;
Inside the first filter housing, a filtration member (indicated by a dotted line, but not shown) composed of a fluid material molecule composed of a mineral material, sea water, salt water, fresh water, or chemicals is connected to the upper layer of the inlet line. a structure in which the first outlet is put into a position where it is not locked;
In the next step of the first filter housing, a structure in which a first water separation housing that acts to separate moisture bound to air is configured;
Between the first filtration housing and the first moisture separation housing, a lower end first connection pipe is configured to be inclined in the direction of the first filtration housing, so that the fluid material molecules introduced into the first moisture separation housing are separated from the first a structure that acts to flow into the filter housing;
Between the lower end of the first filter housing and the upper end of the first water separation housing, based on the position at which the first inlet is submerged by the filtering member, up to the upper portion of the first water separation housing in a U-shape A structure in which a secondary connection pipe is connected by connecting;
In the next step of the first water separation housing, a structure in which a second filtering housing having a fastener for accommodation is formed;
A structure in which a filtration member (indicated by a dotted line, but not shown) is put into the inside of the second filtration housing using a fluid material molecule composed of a liquid composed of a mineral material, sea water, salt water, fresh water, or chemicals ;
A secondary connection pipe extends in a U-shape between the upper portion of the first water separation housing and the lower portion of the second filtration housing and is connected to the upper portion of the filtration member inserted into the second filtration housing and then the upper portion A structure configured in a form in which the second outlet configured to be exposed without being submerged in the filtering member;
A structure in which a second water separation housing is configured in the next step of the second filter housing;
Between the second filtration housing and the second water separation housing, a second connection pipe at the lower end is inclined in the direction of the second filter housing, so that seawater or fresh water or salt introduced into the second water separation housing is diluted with a connection structure that acts to introduce fluid material molecules constituting the brine into the second filtration housing;
Between the lower end of the second filter housing and the upper end of the second water separation housing, based on the position where the second inlet is submerged by the filtering member, up to the upper portion of the second water separation housing is connected in a U-shape a structure in which the tertiary connection pipe is coupled;
In the next step of the second water separation housing, a structure in which a third filtering housing having a fastener for accommodation is configured;
A tertiary connection pipe extends in a U-shape between the upper portion of the second water separation housing and the lower portion of the third filter housing, and the third outlet is exposed to the upper portion of the filter member inserted into the third filter housing. A structure consisting of a bond in the form of being;
A structure in which a third water separation housing is configured in the next stage of the third filter housing;
Between the third filter housing and the third water separation housing, a lower third connection pipe is inclined in the direction of the third filter housing to dilute seawater, fresh water, or salt flowing into the third water separation housing. a structure in which fluid material molecules constituting the prepared brine are connected to flow into the third filtration housing;
Between the lower end of the third filter housing and the upper end of the third water separation housing, based on the position where the third inlet is submerged by the filtering member, up to the upper part of the third water separation housing is connected in a U-shape. Structure that combines the 4th connection pipe;
At one side of the fourth connection pipe, a building, a hospital, a school, a military barracks, a factory, a barn for raising animals, a farm for cultivating plants, an office, It has a function of removing scattering dust from underground parking lots, subways, and dust generating factories, as well as a function of removing an aversive odor and light-weight harmful substance molecules and fine dust, a function of sterilizing bacteria and viruses, a function of controlling humidity, and a function of generating oxygen and anions. A nature-friendly, eco-friendly multifunctional air purification system that creates a pleasant environment



delete

Images