KR102186848B1 - Smart Airconditioner to remove fine dust with water, Ventilation system and Device Method of the Same - Google Patents

Abstract

The present invention discloses techniques related to air purifiers. In other words. The smart air purifier, ventilation system, and driving method for removing fine dust with water according to an embodiment of the present invention induce contaminated air to be mixed with purified water contained in the tank tank by injecting contaminated air including fine dust into the tank tank, The concentration of fine dust or particularly yellow dust in the air by filtering the fine dust in the clean air generated by bubble generation, humidification, or evaporation of the contaminated water derived therefrom, and sterilizing it with ultraviolet rays and sending the extracted final clean air to the outside. When it is severe, it purifies various harmful pollutants including fine dust floating in the air, breathes clean air (clean air), and helps humans to maintain their basic right to live so that they can live a comfortable life.

Description

Smart Airconditioner to remove fine dust with water, Ventilation system and Device Method of the Same}

The present invention relates to a technology related to an air purifier, injecting contaminated air including fine dust into a water tank tank and inducing it to be mixed with purified water contained in the water tank tank to filter out fine dust and discharge the contaminated water generated therefrom to a sewer. In addition, it relates to a smart air purifier that removes fine dust with water, which discharges the final clean air sterilized with an air cleaning fine filter, an ultraviolet sterilizer, a ventilation system, and a driving method thereof.

As the amount of time that modern people spend more time working indoors at home or in a car increases, the cleanliness of indoor air, which is mainly active time, has a great influence on health.

However, recent indoor air pollution is at a much more severe level than that of external air, and such indoor air pollution is caused by the inflow of the outside atmosphere, for example, polluted yellow sand or impurities contained in vehicle exhaust gas. This is the main cause, and in addition to this, contamination by microorganisms such as fungi, mites, bacteria, and viruses generated in living spaces, harmful organic substances (HOC's), volatile organic substances (VOC's) or sick house syndrome (sick house) from living environments Formaldehyde, which is the main culprit of syndrome), causes diseases to the elderly and children not only from allergic diseases such as asthma or atopic dermatitis, but also from indoor air pollution including ozone.

Therefore, the air purification method so far is a filter method, which has a problem of maintenance due to periodic replacement because if the filter is not frequently replaced, the dust collection efficiency decreases rapidly and becomes a hotbed for pathogens or bacteria.

In general, the concentration of carbon dioxide in the air in an enclosed space increases over time due to the respiration of living organisms. In addition, indoor air is polluted by volatile organic compounds (VOCs) such as fine dust generated indoors and formaldehyde emitted from building materials. These pollutants cause respiratory diseases such as asthma and atopic dermatitis, and the unpleasant smell caused by the decay of organic substances causes symptoms such as dizziness and lethargy, which adversely affects health.

Therefore, in a closed room such as an office or house, a ventilation device (or ventilation system, ventilation unit) (hereinafter referred to as a'ventilation unit') that periodically supplies fresh air from the outside is installed, or by circulating indoor air to pollute it. An air purifier or air purifier that removes substances (hereinafter referred to as'air purifier') should be used.

That is, as a method for reducing indoor air pollution, a ventilation method in which contaminated indoor air is largely exhausted through a ventilation unit and fresh air from outside is supplied to the room, and pollution contained in the indoor air using an air purifier. There is an air purification method that removes substances.

The ventilation unit used in the former method is configured to include a blower that forcibly blows indoor air and outdoor air, and exhausts contaminated indoor air to the outdoor side and supplies fresh outdoor air to the indoor side. In addition, in order to prevent the cooling/heating efficiency from deteriorating due to the inflow of hot and cold outdoor air when the cooling/heating equipment is operated indoors, heat exchange occurs between the exhausted indoor air and the supplied outdoor air. A heat exchanger is provided.

However, this ventilation unit can be used on the premise that the outdoor air is fairly clean. However, when houses or offices are located in cities or factories, or during certain periods such as when yellow dust occurs, outdoor air may be as polluted as indoor air. That is, ventilation is known to be the most efficient air purification method so far, but there is a disadvantage that the effect cannot be obtained when the external air is severely polluted.

In addition, since the air purifier used in the latter method continuously recycles air in a limited space, carbon dioxide in the indoor air increases, resulting in oxygen deficiency. In addition, such an air purifier has a significant difference in air purification capacity depending on the performance of a filter that purifies contaminated air, and furthermore, if the filter is not replaced in time, there is a problem that it may increase the contamination of the indoor air. . In other words, there is a limit to solving indoor air pollution with only the air purifier.

Accordingly, recently, a ventilation unit capable of performing both ventilation and air purification functions has been developed. That is, the ventilation unit equipped with such an air purifier purifies the outdoor air flowing into the room or circulates the indoor air by additionally installing an air purification device such as a filter, an ion generator, and a plasma generator inside the conventional ventilation unit. It is structured to be able to do.

Korean patent application number: 10-2016-0020365 Korean patent application number: 10-2006-0075284 Korean patent application number: 10-2015-0075343 Korean Utility Application Number: 20-2006-0029452

The smart air purifier, ventilation system, and driving method for removing fine dust with water of the present invention were devised to solve the problems of the prior art, and the first object of the present invention is a tank tank for contaminated air including fine dust. It is injected into the water tank and induced to mix with the purified water contained in the tank tank to filter out fine dust, and the contaminated water derived therefrom is bubbled, humidified, or evaporated, and then discharged to the sewer. By sending clean air to the outside, it purifies various harmful pollutant foreign substances including fine dust floating in the air when the concentration of fine dust or especially yellow dust in the air is severe, so that humans can live a comfortable life by breathing clean air (clean air). It is to help as much as possible to maintain the basic right to live so that they can live.

A second object of the present invention is to provide clean air from which fine dust has been removed to people, as the clean air purified by the adsorption power of water is completely sterilized while passing through an ultraviolet sterilizer or an air clean fine filter. It is to further increase the optimization of the working environment by improving lifespan, lowering the morbidity rate, and maintaining a healthy body.

The third object of the present invention is to satisfy and satisfy the requirements for smooth supply and demand of clean air, which are essential to humans, and thereby provide better living conditions and a healthier life. The purpose of this is to greatly contribute to the development of related industries as well as the expectation of increasing the production rate and raising the company's profit rate by being able to create a mixed grant to work for the target.

The present invention for achieving the above object includes the following configuration.

That is, a ventilation system including a smart air purifier for removing fine dust with water according to an embodiment of the present invention includes: a contaminated air suction unit for sucking contaminated air including fine dust by driving an intake motor; The pollution degree of purified water after a certain period of time elapsed after being stored in the water tank tank is measured, and the pollution degree exceeds the standard value due to the polluted air to discharge the contaminated water whose water quality is different from that of the purified water. A purified water automatic supply control unit that automatically regulates and supplies an operation of introducing into the water tank tank; The contaminated air is injected into the tank tank to induce the contaminated air to be mixed with the purified water contained in the tank tank, and according to the induced result, the contaminated water in which the fine dust is precipitated by the purified water is generated. An air purification execution unit that extracts clean air from which fine dust has been filtered; An air cleaning fine filter for filtering microscopic harmful components remaining in the clean air from which the fine dust has been filtered; An ultraviolet sterilizer that transmits ultraviolet rays through the filtered clean air to generate clean air that has been sterilized; A clean air exhaust unit that drives the exhaust motor to discharge the final clean air extracted through the ultraviolet sterilizer to the outside; And when the retention time of the contaminated water stored in the water tank tank is greater than or equal to a preset time set by a timer or when the storage amount of the contaminated water is greater than or equal to a preset set value, the remote control of the automatic supply of purified water When the switching operation is changed from the switching off state to the switching on state according to the switching operation by control, when the retention time of the contaminated water present in the water tank tank is less than the set time, or when the storage amount of the contaminated water is less than the set value, And a switching valve for drainage to maintain the current state of the tank tank by maintaining the switching off state, which is a basic setting value of a switching operation by remote control of the automatic supply control unit of the purified water, and the contaminated water switching for drainage When draining through the drain port due to switching on of the valve, the fine dust remaining in the water tank tank and not passing through the drain port automatically inflows the purified water according to the switching on of the inlet switching valve by the automatic supply control unit It is characterized in that it is mixed with the purified water by the operation of cleaning the water tank tank and discharged together through the drain.

In addition, a driving method of a ventilation system including a smart air purifier for removing fine dust with water according to an embodiment of the present invention includes the steps of: a contaminated air intake unit driving an intake motor to suck contaminated air including fine dust; Purified water automatic supply control unit measures the pollution level of purified water after a certain period of time has elapsed after being stored in the tank tank, and discharges the contaminated water whose quality is different from that of the purified water by exceeding the standard value due to the polluted air. Automatically controlling and supplying an operation of introducing the deteriorated purified water into the water tank tank; The air purification execution unit induces the contaminated air to be mixed with the purified water contained in the tank tank by injecting the contaminated air into the tank tank, and according to the induced result, the contaminated water in which the fine dust is precipitated by the purified water Generating and extracting clean air from which the fine dust has been filtered; Filtering the microscopic harmful components remaining in the clean air from which the fine dust has been filtered by an air cleaning fine filter; Generating clean air that has been sterilized by transmitting ultraviolet rays through the filtered clean air by an ultraviolet sterilizer; The clean air exhaust unit drives an exhaust motor to discharge the final clean air extracted through the ultraviolet sterilizer to the outside; When the retention time of the contaminated water stored in the tank tank is greater than or equal to a preset time set by a timer, or when the storage amount of the contaminated water is greater than or equal to a preset set value, the switching valve for drainage automatically Changing from a switching off state to a switching on state according to a switching operation by remote control of the supply control unit; And when the retention time of the contaminated water present in the water tank tank is less than the set time or when the storage amount of the contaminated water is less than the set value, the drainage switching valve is switched by remote control of the automatic purified water supply control unit. And maintaining the current state of the water tank tank by maintaining the switching off state, which is a basic setting value of operation, and when the contaminated water is drained through a drain port due to switching on of the drain switching valve, The fine dust remaining in the water tank tank and not passing through the drain is mixed with the purified water by an operation of cleaning the water tank tank by automatically introducing the purified water according to the switching on of the inlet switching valve by the purified water automatic supply control unit. It is characterized in that it is discharged together with the drain.

In addition, a driving method of a smart air purifier for removing fine dust with water according to another embodiment of the present invention includes the steps of: a contaminated air suction unit in an apartment house indoors by driving an intake motor to suck contaminated air including fine dust; Automatically adjusting the supply amount of purified water stored in the tank tank and the purified water checked by the timer by automatically controlling the on-off operation of the switching valve for inflow or the timer by the automatic purified water supply control unit; The air purification execution unit induces the polluted air to be mixed with the purified water contained in the water tank tank by injecting the household polluted air into the water tank tank, and according to the induced result, the fine dust precipitated by the purified water Generating and then removing the remaining bacteria through an ultraviolet sterilizer and extracting clean air from the clean air from which the fine dust has been filtered; And a step of supplying the clean air present in the air purification execution unit to the household of the apartment house by performing the clean air exhaust unit driving the exhaust motor.

The smart air purifier, ventilation system, and driving method for removing fine dust with water of the present invention induces contaminated air including fine dust to be mixed with purified water contained in the tank tank by injecting it into the tank tank to filter out fine dust and induce therefrom. After the polluted water is bubbled, humidified or evaporated, it is discharged to the sewer, and the final clean air that has been cleanly sterilized with fine dust filtering and ultraviolet sterilizer is sent to the outside, so that the concentration of fine dust or especially yellow dust in the air. It purifies various harmful pollutant foreign substances, including fine dust floating in the air in severe weather, and breathes clean air (clean air) and provides the first effect to help humans maintain their basic right to live for a comfortable life. give.

In the present invention, as clean air purified by the adsorption power of water is completely sterilized while passing through an ultraviolet sterilizer or an air cleaning fine filter, the present invention provides a clean air that has been filtered off fine dust to people, thereby improving human lifespan and disease rate. It gives the second effect of further increasing the optimization of the working environment by lowering and maintaining a healthy body.

The present invention satisfies and satisfies the requirements for smooth supply and demand of clean air, which are essential for human beings, thereby leading to improved living conditions and healthier lives. The third effect, which can greatly contribute to the development of related industries, is expected to increase the production rate and raise the company's profit rate by creating the desired blending grant.

1 is a basic diagram showing a smart air purifier for removing fine dust with water according to an embodiment of the present invention.
2 is another diagram showing a smart air purifier for removing fine dust with water according to an embodiment of the present invention.
3 is another diagram showing a smart air purifier for removing fine dust with water according to an embodiment of the present invention.
4 is a diagram showing a ventilation system including a smart air purifier for removing fine dust with water according to an embodiment of the present invention.
5 is a flowchart illustrating a method of driving a ventilation system including a smart air purifier for removing fine dust with water according to an embodiment of the present invention.

[Example]

Hereinafter, a detailed description will be given with reference to the accompanying drawings in embodiments of the present invention.

1 is a view showing a smart air purifier for removing fine dust with water according to an embodiment of the present invention.

Referring to FIG. 1, a smart air purifier 1000 that removes fine dust with water induces contaminated air including fine dust to be mixed with purified water contained in the water tank tank by injecting contaminated air into a water tank tank (not shown). After the induced contaminated water is subjected to additional execution of bubble generation, humidification or evaporation, the contaminated water is discharged to the sewer, and the final clean air extracted by filtering treatment of the air cleaning fine filter and sterilization using an ultraviolet sterilizer is sent to the outside. As a device for discharging, it includes a polluted air intake unit 100, an automatic purified water supply control unit 200, an air purification execution unit 300, and a clean air exhaust unit 400.

First, the contaminated air intake unit 100 sucks in contaminated air including fine dust by driving an intake motor.

When the polluted air inhaler 100 sucks in polluted air, it can suck not only fine dust but also various harmful pollutants and harmful gases that may be harmful to the lungs or heart during breathing. It will not be limited to Romans.

The purified water automatic supply control unit 200 remotely controls the on-off operation of the inlet switching valve 210 or a timer (not shown) to determine the supply amount of purified water flowing into the tank tank and the supply time of purified water checked by the timer. Adjust automatically.

In addition, the purified water automatic supply control unit 200 measures the degree of contamination of purified water (contaminated water) that has passed a certain period of time after being contaminated by the inflow of fine dust, and automatically drains when it is more than a standard value and automatically regulates and supplies clean and purified purified water. do.

The air purification execution unit 300 induces contaminated air to be mixed with purified water contained in the tank tank by injecting contaminated air into the tank tank, and generates contaminated water in which fine dust is precipitated by purified water according to the induced result, It extracts the filtered clean air from fine dust settled by sedimentation.

Here, when the contaminated water is drained through the drain (not shown) due to the switching on of the drainage switching valve 220 shown in FIG. 2, the fine dust remaining in the tank tank and not passing through the drain is automatically supplied to the purified water control unit ( Note that purified water is automatically introduced according to the switching on of the inlet switching valve 210 by 200), which is mixed by an operation of cleaning the tank tank and discharged to the drain with purified water.

The clean air exhaust unit 400 drives the exhaust motor to send out the final clean air existing in the air purification execution unit 300 to the outside.

As an additional configuration of a smart air purifier 1000 that removes fine dust with water according to an embodiment of the present invention, as shown in FIG. 2, a sensor 150 for detecting an inflow state, an ultraviolet sterilizer 350, a switching valve for drainage Includes 220.

That is, the sensor 150 for detecting the inflow state senses the inflow state of the contaminated air introduced into the contaminated air intake unit 100 in real time.

The ultraviolet sterilizer 350 sterilizes the harmful components contained in clean air by seeing ultraviolet rays.

The drainage switching valve 220 automatically supplies purified water when the retention time of the contaminated water stored in the tank tank is greater than or equal to the preset time set by the timer or the storage amount of contaminated water is greater than or equal to the preset set value. The switching operation is changed from the switching off state to the switching on state according to the switching operation by the remote control of the controller 200.

In addition, when the retention time of the contaminated water existing in the water tank tank is less than the set time or the storage amount of the contaminated water is less than the set value, the switching valve 220 for drainage is By maintaining the switching off state, which is the basic setting value of the switching operation, the current state of the tank tank is maintained.

As an additional configuration of the smart air purifier 1000 that removes fine dust with water according to an embodiment of the present invention, as can be seen from FIG. 3, the LED display 150, the air cleaning fine filter 340, and a sensor for detecting the discharge state It further includes (360).

The discharge state detection sensor 360 senses the discharge state of the final clean air discharged to the outside through the clean air exhaust unit in real time.

The air cleaning fine filter 340 is installed at the front end of the clean air exhaust unit to filter out microscopic harmful components remaining in the clean air from which fine dust has been filtered before clean air from which fine dust has been filtered is discharged to the outside.

At least one air cleaning fine filter 340 can be installed at the front end of the clean air exhaust part 400, and the types of the membrane structure of the filter that filter the fine dust mounted inside are horizontal, vertical, single grid type, 2 It is manufactured in medium lattice type, triple lattice type, X shape, double X shape, and triple X shape.

The LED display unit 160 displays a concentration value for fine dust in real time.

In addition, the ventilation system 2000 that includes a smart air purifier that removes fine dust with water according to an embodiment of the present invention in a broad concept is the basic configuration shown in FIG. 1 <contaminated air intake part Based on 100, the purified water automatic supply control unit 200, the air purification execution unit 300 and the clean air exhaust unit 400>, additional components added to Fig. 2 <sensor 150 for detecting inflow condition, UV sterilizer (350), a drainage switching valve (220)> and additional components added differently to FIG. 3 <LED display unit 150, air cleaning fine filter 340, sensor for detecting discharge state> It will be possible to mass-produce enough as a system that will lead the future in pursuit of more active and advanced eco-friendly functions.

That is, the ventilation system 2000 including a smart air purifier that removes fine dust with water includes a contaminated air intake unit 100, an automatic purified water supply control unit 200, an air purification execution unit 300, and an air cleaning fine filter 340. ), an ultraviolet sterilizer 350 and a clean air exhaust unit 400 as essential components, and further includes a sensor 150 for detecting an inflow state, a sensor 360 for detecting an exhaust state, and an LED display unit 160 .

That is, the contaminated air intake unit 100 sucks in contaminated air including fine dust by driving an intake motor.

The purified water automatic supply control unit 200 measures the degree of contamination of purified water after a certain period of time has elapsed after being stored in the tank tank, and discharges contaminated water whose quality of purified water is different from that of the purified water by exceeding the standard value due to contaminated air. It automatically regulates and supplies the purified water to be introduced into the tank tank.

The air purification execution unit 300 induces contaminated air to be mixed with purified water contained in the tank tank by injecting contaminated air into the tank tank, and generates contaminated water in which fine dust is precipitated by purified water according to the induced result. Clean air from which dust has been filtered is extracted.

The air cleaning fine filter 340 filters microscopic harmful components remaining in the clean air from which fine dust has been filtered.

The ultraviolet sterilizer 350 transmits ultraviolet rays to the filtered clean air to generate clean air that has been sterilized.

The clean air exhaust unit 400 drives the exhaust motor to send out the final clean air extracted through the ultraviolet sterilizer 350 to the outside.

When the retention time of the contaminated water stored in the tank tank is greater than or equal to the preset time set by the timer, or when the storage amount of contaminated water is greater than or equal to the preset set value, the drainage switching valve 220 automatically supplies purified water The switching operation is changed from the switching off state to the switching on state according to the switching operation by the remote control of the controller 200.

When the retention time of the contaminated water existing in the tank tank is less than the set time or when the storage amount of contaminated water is less than the set value, the drainage switching valve 220 performs a switching operation by remote control of the automatic purified water supply control unit 200. It maintains the current state of the tank tank by maintaining the default setting value of the switching off state.

In addition, when contaminated water is drained through the drain port due to the switching on of the drainage switching valve 200, the fine dust remaining in the water tank tank and not passing through the drain port is the inlet switching valve by the purified water automatic supply control unit 200 ( Purified water is automatically introduced according to the switching on of 210), which is mixed with purified water by cleaning the tank tank and discharged together through the drain.

As an additional component according to another embodiment of the present invention, the sensor 150 for detecting the inflow state detects the inflow state of the contaminated air introduced into the contaminated air intake unit in real time.

The discharge state detection sensor 360 detects in real time the discharge state of the final clean air discharged to the outside through the clean air exhaust unit 400.

The LED display unit 160 displays a concentration value for fine dust in real time.

5 is a flowchart illustrating a method of driving a ventilation system including a smart air purifier for removing fine dust with water according to an embodiment of the present invention.

Referring to FIG. 5, the driving method of the ventilation system including a smart air purifier that removes fine dust with water induces contaminated air to be mixed with purified water contained in the tank tank by injecting contaminated air including fine dust into the tank tank, It is a driving method in which fine dust generated by bubble generation, humidification or evaporation of the contaminated water derived therefrom is filtered out and the final clean air that has been sterilized with ultraviolet rays is sent to the outside.

The contaminated air intake unit drives the intake motor to suck in contaminated air including fine dust (S100).

The automatic purified water supply control unit automatically adjusts the supply amount of purified water stored in the tank tank and the supply time of purified water checked by the timer by remotely controlling the on/off operation of the inlet switching valve or timer.

In other words, the control unit for the automatic supply of purified water measures the pollution level of purified water after a certain period of time has elapsed after being stored in the tank tank, and discharges the contaminated water whose quality of purified water is differently deteriorated due to the polluted air. The operation of introducing purified water into the tank tank is automatically controlled and supplied (S110, S120).

The air purification execution unit induces contaminated air to be mixed with the purified water contained in the tank tank by injecting contaminated air into the tank tank, and according to the induced result, it generates contaminated water in which fine dust is precipitated by purified water, and then the fine dust is filtered out. The air is extracted (S130, S140).

The air cleaning fine filter filters microscopic harmful components remaining in the clean air from which fine dust has been filtered (S150).

The ultraviolet sterilizer sterilizes not only the aforementioned fine dust but also various kinds of bacteria, germs, and other germs, which are predicted to be predatory in various ways in the clean air by sterilizing the virus or bacteria remaining in the clean air. One clean air (that is, clean air that has been sterilized) is mass-produced (160).

The clean air exhaust unit drives the exhaust motor to send the final clean air extracted through the air purification execution unit, the air cleaning fine filter, and the ultraviolet sterilizer to the outside (S170).

The additional driving performed in the driving method of the ventilation system including a smart air purifier that removes fine dust with water is easy to implement as follows.

That is, when the retention time of the contaminated water stored in the tank tank is greater than or equal to the preset time set by the timer, or when the storage amount of contaminated water is greater than or equal to the preset set value, the switching valve for drainage automatically supplies purified water. It changes from the switching off state to the switching on state according to the switching operation by remote control of

When the retention time of the contaminated water present in the tank tank is less than the set time or when the storage amount of contaminated water is less than the set value, the switching valve for drainage is the basic setting value of the switching operation by remote control of the automatic purified water supply control unit. It maintains the current state of the tank tank by keeping the switching off state as it is.

In addition, when contaminated water is drained through the drain port due to the switching on of the drainage switching valve, the fine dust remaining in the tank tank and not passing through the drain port is purified water according to the switching on of the inlet switching valve by the automatic supply control unit. It is affected by the automatic inflow of the tank and cleans the tank tank, and accordingly, it is mixed with purified water and discharged together through the drain.

A method of driving a smart air purifier for removing fine dust with water according to another embodiment of the present invention is easy to implement as described below.

That is, the contaminated air intake unit of the smart air purifier of the present invention installed in the interior of the apartment house drives the intake motor to suck in contaminated air including fine dust.

The present inventors' automatic purified water supply control unit of the smart air purifier automatically adjusts the supply amount of purified water stored in the tank tank and the purified water checked by the timer by automatically controlling the on/off operation of the inlet switching valve or timer.

The air purification execution unit induces polluted air to be mixed with the purified water contained in the tank tank by injecting household polluted air into the tank tank.According to the induced result, the fine dust generates contaminated water precipitated by purified water, and then fine dust is filtered out. Clean air is again removed through an ultraviolet sterilizer to eradicate remaining germs and extract clean air.

The clean air exhaust unit drives an exhaust motor to supply the clean air existing in the air purification unit to the households of the apartment house.

Although described above with reference to preferred embodiments of the present invention, those skilled in the art will be able to variously modify and change the present invention within the scope not departing from the spirit and scope of the present invention described in the following claims. You will understand that you can.

1000: Smart air purifier
100: polluted air suction unit 200: purified water automatic supply control unit
300: air purification execution unit 400: clean air exhaust unit
2000: ventilation system

Claims (5)

A contaminated air suction unit for sucking contaminated air including fine dust by driving an intake motor;
The pollution degree of purified water after a certain period of time elapsed after being stored in the water tank tank is measured, and the pollution degree exceeds the standard value due to the polluted air to discharge the contaminated water whose water quality is different from that of the purified water. A purified water automatic supply control unit for automatically controlling and supplying an operation of introducing into the water tank tank;
The contaminated air is injected into the tank tank to induce the contaminated air to be mixed with the purified water contained in the tank tank, and according to the induced result, the contaminated water in which the fine dust is precipitated by the purified water is generated. An air purification execution unit that extracts clean air from which fine dust has been filtered;
An air cleaning fine filter for filtering microscopic harmful components remaining in the clean air from which the fine dust has been filtered;
An ultraviolet sterilizer that transmits ultraviolet rays through the filtered clean air to generate clean air that has been sterilized;
A clean air exhaust unit that drives the exhaust motor to discharge the final clean air extracted through the ultraviolet sterilizer to the outside; And
When the retention time of the contaminated water stored in the tank tank is greater than or equal to a preset time set by a timer, or when the storage amount of the contaminated water is greater than or equal to a preset set value, remote control of the purified water automatic supply control unit According to the switching operation by the switching operation, when the switching off state is changed to the switching on state, when the retention time of the contaminated water present in the water tank tank is less than the set time, or when the storage amount of the contaminated water is less than the set value, the It includes a switching valve for drainage to maintain the current state of the water tank tank by maintaining the switching off state as it is a basic setting value of a switching operation by remote control of the automatic purified water supply control unit
When the contaminated water is drained through the drain port due to the switching on of the drainage switching valve, the fine dust remaining in the water tank tank and not passing through the drain port is switched on of the inlet switching valve by the purified water automatic supply control unit. It is characterized in that the purified water is mixed with the purified water by an operation of cleaning the water tank tank by automatically inflow of the purified water and discharged together through the drain,
A sensor for detecting the inflow state of the polluted air flowing into the polluted air intake unit in real time; A sensor for detecting an emission state of the final clean air discharged to the outside through the clean air exhaust part in real time; And a smart air purifier for removing fine dust with water, further comprising an LED display for displaying the concentration value of the fine dust in real time.
delete The method of claim 1, wherein the air cleaning fine filter,
At least one or more can be installed in front of the clean air exhaust part or in front of the ultraviolet sterilizer, and the membrane structure of the filter is horizontal, vertical, single grid, double grid, triple grid, X-shaped, and double X. Ventilation system including a smart air purifier for removing fine dust with water, characterized in that manufactured in one selected from a shape and a triple X shape.
A step in which the polluted air suction unit drives the intake motor to suck in polluted air including fine dust;
Purified water automatic supply control unit measures the pollution level of purified water after a certain period of time has elapsed after being stored in the tank tank, and discharges the contaminated water whose quality is different from that of the purified water by exceeding the standard value due to the polluted air. Automatically controlling and supplying an operation of introducing the deteriorated purified water into the water tank tank;
The air purification execution unit induces the contaminated air to be mixed with the purified water contained in the tank tank by injecting the contaminated air into the tank tank, and according to the induced result, the contaminated water in which the fine dust is precipitated by the purified water Generating and extracting clean air from which the fine dust has been filtered;
Filtering the microscopic harmful components remaining in the clean air from which the fine dust has been filtered by an air cleaning fine filter;
Generating clean air that has been sterilized by transmitting ultraviolet rays through the filtered clean air by an ultraviolet sterilizer;
The clean air exhaust unit drives an exhaust motor to discharge the final clean air extracted through the ultraviolet sterilizer to the outside;
When the retention time of the contaminated water stored in the tank tank is greater than or equal to a preset time set by a timer, or when the storage amount of the contaminated water is greater than or equal to a preset set value, the switching valve for drainage automatically Changing from a switching off state to a switching on state according to a switching operation by remote control of the supply control unit; And
When the retention time of the contaminated water present in the water tank tank is less than the set time or when the storage amount of the contaminated water is less than the set value, the switching valve for drainage is operated by remote control of the automatic purified water supply control unit And maintaining the current state of the water tank tank by maintaining the switching off state, which is a basic setting value of,
When the contaminated water is drained through the drain port due to the switching on of the drainage switching valve, the fine dust remaining in the water tank tank and not passing through the drain port is switched on of the inlet switching valve by the purified water automatic supply control unit. It is characterized in that the purified water is mixed with the purified water by an operation of cleaning the water tank tank by automatically inflow of the purified water and discharged together through the drain,
A sensor for detecting the inflow state of the polluted air introduced into the polluted air intake unit in real time; A sensor for detecting an exhaust state for real-time detection of an exhaust state of the final clean air discharged to the outside through the clean air exhaust unit; And an LED display for displaying the concentration value of the fine dust in real time.
The method of claim 4,
A step in which the contaminated air suction unit provided inside the apartment house performs the driving of the intake motor to suck in contaminated air including the fine dust;
Automatically adjusting the supply amount of purified water stored in the tank tank and the level of the purified water checked by the timer by automatically controlling the on-off operation of the inflow switching valve or timer by the purified water automatic supply control unit;
The air purification execution unit induces the contaminated air to be mixed with the purified water contained in the water tank tank by injecting the contaminated air into the water tank tank, and according to the induced result, the fine dust precipitated by the purified water Generating the fine dust-filtered clean air again through the ultraviolet sterilizer to eradicate remaining bacteria and extracting clean air; And
The clean air exhaust unit driving the exhaust motor and supplying the clean air present in the air purification execution unit to the household of the apartment house, further comprising removing fine dust with water. A method of driving a ventilation system including a smart air purifier that removes fine dust with water.

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