KR20200110840A - Building wall mounted type Air purifier - Google Patents

Abstract

The present invention relates to an external wall-attached air purifier, and is installed in a form in which a plurality of air purifiers are vertically connected along the outer wall of a high-rise building to purify a large amount of air, and easy to install and maintain, The present invention relates to an external wall-attached air purifier excellent in removing harmful substances or fine dust from the atmosphere by efficiently configuring an internal purifier.
That is, in the present invention, the unit modules constituting the air purifier are installed in a form connected vertically along the outer wall of the building, and the unit module is installed at the top of the air purifier to primarily inhale air to purify air through plasma. A first purification module comprising a first purification module, a second purification module connected to a plurality of lower portions of the first purification module to additionally suck external air and deliver it downward, and the first purification module includes coarse air and a second purification module A third purification module that purifies the air newly introduced through plasma through plasma, and a third purification module installed under the third purification module to collect/discharge residual foreign substances generated during the air purification process, and to send the purified air to the outside. It characterized in that it consists of; a fourth purification module to discharge.

Description

Building wall mounted type Air purifier}

The present invention relates to an external wall-attached air purifier, and is installed in a form in which a plurality of air purifiers are vertically connected along the outer wall of a high-rise building to purify a large amount of air, and easy to install and maintain, The present invention relates to an external wall-attached air purifier that efficiently configures an internal purification device to remove harmful substances or fine dust from the atmosphere.

In general, air pollution is a decrease in air quality caused by harmful substances emitted when fuel is burned in automobiles, factories, power plants, and homes. As industrialization accelerates, the degree of pollution is becoming more serious.

Hazardous substances that cause air pollution include dust, sulfur dioxide, hydrogen sulfide, nitrogen dioxide, carbon monoxide, chlorine, and other substances harmful to our body.

Particularly, fine dust causes respiratory diseases and is particularly harmful to the health of the elderly, so it is widely known through the media, and the public's awareness and understanding of fine dust and air quality has been increasing in recent years.

Therefore, the air purifier is operated and purified indoors such as each home, school, and various convenience facilities, but there is a problem that the effect of the air purifier cannot be obtained in the case of a large indoor space or a space in which outdoor air continuously flows. In addition, although it is recommended to wear a mask outdoors, there is a problem that it is not worn due to inconvenience. Therefore, a fundamental plan to improve the quality of outdoor air has not yet been proposed.

As a related prior art, Utility Model No. 20-0369798 (air purifier for ground buildings)

Outside the body of the air purifier, an outdoor air inlet through the inside and outside of the body so that outdoor air can be introduced into the inside, an air outlet through which the air purified from the inside of the body is discharged into the room, and a setting display for setting the operation of the air purifier Is provided; Inside the body, a blower for forcibly introducing outdoor air into the body through the outdoor air inlet according to the setting of the setting display unit, and outdoor air flowing from the outdoor air inlet by driving of the blower connected to the inlet of the blower A first air filter that is first purified and supplied to the intake port of the blower, and a second air filter that is connected to the exhaust port of the blower and secondly purifies the first purified air discharged from the blower and discharges it into the room through the air discharge port. Technology including; is disclosed.

The prior art relates to an air purifier that purifies the outside air and supplies it to the room. Although it is possible to indirectly reduce air pollution in the process of purifying the outside air, it is not a configuration that circulates back to the outside air. It cannot be solved with, and because it is an air purification method by simple filtering, there is a problem in that the purification efficiency is deteriorated and the filter must be continuously replaced.

The present invention has been devised to solve the above problems, and is installed in a form in which a plurality of air purifiers are vertically connected along the outer wall of a high-rise building, but the air cleaning part and the air suction part are modularized and connected. By combining it in a form, it is possible to greatly increase the air purification capacity, easy to install, maintain, and manage, and provides an external wall-attached air purifier with excellent removal of harmful substances or fine dust from the atmosphere by efficiently configuring an internal purification device. Has a purpose.

In the present invention, the unit module constituting the air purifier is installed in a vertically connected form along the outer wall of the building, and the unit module is installed at the top of the air purifier to primarily inhale air to purify air through plasma. 1 purification module, a second purification module connected to a plurality of lower portions of the first purification module to additionally inhale external air and deliver it downward, and the first purification module through coarse air and a second purification module. A third purification module that purifies the newly introduced air through plasma, and is installed under the third purification module to collect/discharge residual foreign matter generated during the air purification process, and to discharge the purified air to the outside. It characterized in that it consists of; a fourth purification module.

In addition, the first, second, third, and fourth purification modules are fixed in a form spaced apart from the outer wall of the building by a support extending in the horizontal direction of the main body.

In addition, the 1st, 2nd, 3rd and 4th purification modules are further installed on the outer side of the main body, so that the generated electricity is temporarily stored in the energy storage device (ESS) and supplied as power required for air purification. It is characterized.

In addition, the first purification module; A main body in the form of an open upper and lower part, a blowing fan installed inside the main body to suck in air, a plasma reaction unit that generates plasma in the air sucked by the blowing fan to change the characteristics of the air, and the A collecting unit installed at the rear end of the plasma reaction unit to adsorb foreign substances while the air whose characteristics have been changed by the plasma passes, and a water spray unit disposed at the rear end of the collecting unit to allow the primary purified air to react with water molecules; It characterized in that it is configured.

The second purification module; A main body that is open upward and downward, and an air intake opening in an open shape on an outer circumference of the main body is formed, and the air intake extends in a form bent in the direction of air flow inside the main body to guide the inhaled air. It is characterized.

In addition, the third purification module; A main body in the form of an open upper and lower part, a blowing fan installed inside the main body to suck in air, a plasma reaction unit that generates plasma in the air sucked by the blowing fan to change the characteristics of the air, and the Consists of: a collecting unit installed at the rear end of the plasma reaction unit to adsorb foreign substances while the air whose characteristics have been changed by the plasma passes, and a water injection unit installed at the front end of the plasma reaction unit to react with water molecules prior to the plasma reaction; It is characterized by being.

The fourth purification module includes a main body through which air that has passed through the third purification module is introduced into an open upper part, a water injection part installed on the upper part of the main body for filtering by a reaction of water molecules, and a rear end of the water injection part. A cyclone hopper constituting a passage in the body that is formed and narrowing toward the bottom, a clean air discharge part that discharges clean air that has passed through the cyclone hopper to the outside of the body, and is installed at the bottom of the cyclone hopper to remain It is characterized in that it consists of a; foreign matter collection bin for collecting foreign matter and taking it out to the outside.

The present invention relates to a first purification module and a third purification module in charge of purifying air by spraying water and plasma, a second purification module that is stacked and connected to the height of the exterior wall of a building to increase the amount of air intake, and foreign substances are finally collected. Due to the combination of the possible 4th purification module configuration, it is possible to maximize outdoor air purification efficiency, and the parts that need to be actually managed are the first purification module at the top, the third purification module at the bottom, and the fourth purification module. It has the effect of easy maintenance.

1 is a view showing the overall configuration of the air purifier attached to the outer wall of the present invention
2 is a view showing the front of the main body of the first, second, third, and fourth cleaning modules constituting the air purifier of the present invention
Figure 3 is a cross-sectional view showing the internal configuration of the first cleaning module in the present invention
Figure 4 is a cross-sectional view showing the internal configuration of the second cleaning module in the present invention
5 is a cross-sectional view showing the internal configuration of a third cleaning module in the present invention
6 is a cross-sectional view showing the internal configuration of a fourth cleaning module in the present invention

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Further, in describing the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

The external wall-attached air purifier of the present invention is a technology in which unit modules constituting the air purifier are installed in a form connected vertically along the outer wall of a building as shown in FIG. 1 to form a single air purifier.

The unit module of the present invention is installed at the top of the air purifier and is connected to a plurality of first purification modules (A) in which air is purged through plasma by primarily inhaling air, and a plurality of lower portions of the first purification modules (A). A second purification module (B) that additionally inhales external air and delivers it to a lower direction, and the first purification module (A) collects coarse air and air newly introduced through the second purification module (B). A third purification module (C) that purifies air through the air, and is installed under the third purification module (C) to collect/discharge residual foreign matter generated during the air purification process, and to discharge the purified air to the outside. It consists of 4 purification modules (D).

In addition, prior to describing the air purifier of the present invention, the present specification describes an embodiment in which air is sucked from the first purification module A located at the top and discharged in the direction of the fourth purification module D located at the bottom. It is intended to be described as a standard, and of course, it can be changed accordingly when air cleaning in the opposite direction is desired.

The first purification module (A) and the third purification module (C) are each composed of a single component and correspond to a portion in which air purification is substantially performed. In addition, the second purification module (B) is a configuration disposed between the first purification module (A) and the third purification module (C), and is not formed in a single configuration to maximize the air intake effect rather than actual air purification. It is installed in the form of multiple connections to suit.

In the present invention, a common feature of the first, second, third, and fourth purification modules (A, B, C, D) is a support 110 extending in the horizontal direction of each main body 100 as shown in FIG. It is fixed in a form spaced apart from the exterior wall of the building. And the 1st, 2nd, 3rd, 4th purification modules (A, B, C, D) have a solar panel unit 200 further installed on the outer side of the main body 100 so that the generated electricity is an energy storage device (ESS) It can be temporarily stored in and used without external power supply by supplying power required for air purification.

Below, the first, second, third, and fourth purification modules (A, B, C, D) corresponding to the configuration of the present invention will be described.

The first purification module (A) of the present invention includes a main body 100 in the upper and lower open shape as shown in FIG. 3, and a blower fan 300 installed inside the main body 100 to suck air. And, a plasma reaction unit 400 that generates plasma in the air sucked by the blowing fan 300 to change the characteristics of the air, and a plasma reaction unit 400 installed at the rear end of the plasma reaction unit 400 to change characteristics by plasma. It consists of a collection unit 500 for adsorbing foreign substances while air passes, and a water spray unit 600 installed at a rear end of the collection unit 500 so that the primary purified air can react with water molecules.

The body 100 of the first purification module A is the first air is introduced into the open upper portion, and a damper 120 for adjusting the amount of air introduced may be installed at the upper portion. In addition, in the first purification module A, the plasma reaction unit 400 burns air introduced through the plasma, decomposing some harmful substances, and allowing small foreign substances such as fine dust to have electrostatic characteristics. In such a state of having an electrostatic property, the foreign matter is adsorbed to the collecting unit 500 to perform primary air cleaning.

Foreign matter that is not removed from the collection unit 500 of the first purification module A can be combined with the small water particles sprayed through the water spray unit 600, thereby enhancing the collection effect, and generated through the plasma reaction. Allow ozone gas to be removed.

In addition, the water spraying part 600 has a pipe 610 formed along the inner rim of the main body 100, and a plurality of spray nozzles 620 formed in the inner direction.

The second purification module (B) of the present invention has a main body 100 that is open to the upper and lower portions as shown in FIG. 4 and an air intake port 700 that is open to the outer circumferential surface of the main body 100. It is formed, and the air intake port 700 extends in a form bent in the direction of the air flow inside the main body 100 to guide the inhaled air. In this case, a damper 710 for adjusting the air intake amount may be further installed at an inlet portion of the air intake port 700.

That is, the second purification module (B) is configured to increase the intake amount of air and to continuously transfer the air downward. The air inlet 700 has a structure in which a separate fan is not installed, and the flow velocity inside the main body 100 by the wind of the blowing fan 300 of the first purification module (A) and the third purification module (C) When this occurs, external air is sucked due to the pressure difference.

In addition, the body 100 of the first purification module (A) and the third purification module (C), similar to the second purification module (B), the air intake port 700 in a form open to the outer peripheral surface of the main body 100 May be formed, and the air inlet 700 may extend in a form bent in the direction of air flow inside the body 100 to guide the inhaled air. The air intake port 700 formed in the first purification module A and the third purification module C is provided at a position where the blowing fan 300 is installed, and the air intake port 700 according to the air intake of the blowing fan 300 It is desirable that the air inflow of air is carried out together.

The third purification module (C) of the present invention includes a main body 100 in the upper and lower open form as shown in FIG. 5, and a blowing fan 300 installed inside the main body 100 to suck air. And, a plasma reaction unit 400 that generates plasma in the air sucked by the blowing fan 300 to change the characteristics of the air, and a plasma reaction unit 400 installed at the rear end of the plasma reaction unit 400 to change characteristics by plasma. It consists of a collection unit 500 for adsorbing foreign substances while air passes, and a water spray unit 600 installed at the front end of the plasma reaction unit 400 to react with water molecules before plasma reaction.

The third purification module C is a configuration in which air is finally purified, and as in the first purification module A, air purification is performed in a configuration of a plasma reaction unit 400 and a collection unit 500. However, the difference between the third purification module (C) and the first purification module (A) is that in the third purification module (C), the water injection unit 600 is located at the tip of the plasma reaction unit 400, It is removed through plasma reaction and adsorption in the state in which the trapping is carried out in the air.

In addition, the fourth purification module (D) of the present invention includes a main body 100 through which air that has passed through the third purification module C is introduced into an open upper portion as shown in FIG. 6, and an upper portion of the main body 100. A cyclone hopper that is installed in the body 100 to constitute a water spray part 600 that is filtered by the reaction of water molecules, and a passage formed at the rear end of the water spray part 600 and narrows toward the bottom. 800), a clean air discharge unit 900 for discharging the clean air that has passed through the cyclone hopper 800 to the outside of the main body 100, and is installed under the cyclone hopper 800 to collect residual foreign substances Consists of; foreign matter collection bin 999 taken out and discharged to the outside.

The fourth purification module (D) is a configuration installed at the bottom of the air purifier of the present invention, and removes ozone gas while filtering foreign substances through the water spray unit 600 installed at the inlet, and passing the cyclone hopper 800 The silver falls into the foreign matter collection container 999, and the clean gas is discharged to the clean air discharge unit 900. The clean air discharge part 900 is formed in the form of a perforated network on the side of the main body 100 to form a form capable of catching foreign substances once more. In addition, the foreign matter collection container 999 is configured to be taken out or put in a drawer shape, so that foreign matter removal is easily performed.

The present invention made in this way is the first purification module (A) and the third purification module (C) in charge of air purification by water spray and plasma, and the second purification module to increase the amount of air intake by being stacked and connected according to the height of the outer wall of the building. Due to the combination of the module (B) and the configuration of the fourth purification module (D) in which foreign matter can be finally collected, the outdoor air purification efficiency can be maximized, and the part that needs to be substantially managed is the first purification module at the top. (A), since the third purification module (C) and the fourth purification module (D) at the bottom, there is an effect of easy maintenance.

In the above, the present invention has been described with reference to the above embodiments, but it is of course possible to implement various modifications within the scope of the technical idea of the present invention.

A: 1st purification module B: 2nd purification module
C: 3rd purification module D: 4th purification module
100: main body 110: support
120: damper 200: solar panel unit
300: blowing fan 400: plasma reaction unit
500: collecting part 600: water spraying part
610: pipe 620: spray nozzle
700: air inlet 710: damper
800: cyclone hopper 900: clean air discharge unit
999: foreign matter container

Claims (7)

The unit modules constituting the air purifier are installed vertically along the exterior wall of the building,
The unit module is installed at the top of the air purifier, a first purification module that primarily sucks air to purify air through plasma,
A second purification module connected to a plurality of lower portions of the first purification module to additionally suck external air and deliver it downward;
The first purification module includes a third purification module that purifies the coarse air and air newly introduced through the second purification module through plasma,
And a fourth purification module installed below the third purification module to collect/discharge residual foreign matter generated during the air purification process and to discharge the purified air to the outside.
The method of claim 1,
The first, second, third, and fourth purification modules are fixed to be spaced apart from the outer wall of a building by a support extending in a horizontal direction of the main body.

The method of claim 1,
The first, second, third, and fourth purification modules are characterized in that the solar panel unit is further installed on the outer side of the main body so that the generated electricity is temporarily stored in an energy storage device (ESS) and supplied as power required for air purification External wall mounted air purifier.
The method of claim 1,
The first purification module;
The main body is opened to the top and bottom,
A blowing fan installed inside the main body to suck air,
A plasma reaction unit for changing air characteristics by generating plasma in the air sucked by the blowing fan,
A collecting unit installed at the rear end of the plasma reaction unit to adsorb foreign substances while passing air whose characteristics have been changed by the plasma;
And a water spraying unit installed at the rear end of the collecting unit to allow the first purified air to react with water molecules.

The method of claim 1,
The second purification module
The main body of the open upper and lower part
An open air intake port is formed on the outer peripheral surface of the main body,
The air intake port extends in a form bent in a direction of air flow inside the body to guide the inhaled air.
The method of claim 1,
The third purification module
The main body is opened to the top and bottom,
A blowing fan installed inside the main body to suck air,
A plasma reaction unit for changing air characteristics by generating plasma in the air sucked by the blowing fan,
A collecting unit installed at the rear end of the plasma reaction unit to adsorb foreign substances while passing air whose characteristics have been changed by the plasma;
A water spray unit installed at the front end of the plasma reaction unit so as to react with water molecules prior to the plasma reaction.

The method of claim 1,
The fourth purification module
A main body through which air that has passed through the third purification module flows into the open upper part,
A water spraying part installed on the upper part of the main body to filter by reaction of water molecules,
A cyclone hopper that is formed at the rear end of the water spraying part and constitutes a passage in the form of narrowing toward the bottom,
A clean air discharge unit that discharges clean air that has passed through the cyclone hopper to the outside of the main body,
An external wall-attached air purifier comprising: a foreign material collection container installed under the cyclone hopper to collect residual foreign matter, take it out to the outside, and discharge it.

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