WO2020213908A1

WO2020213908A1 - Four-season total care system

Info

Publication number: WO2020213908A1
Application number: PCT/KR2020/004999
Authority: WO
Inventors: 차제우
Original assignee: 주식회사 카본텍
Priority date: 2019-04-16
Filing date: 2020-04-14
Publication date: 2020-10-22
Also published as: KR102006594B1

Abstract

According to one embodiment of the present invention, a four-season total care system draws in air containing pollutants and expels air having the pollutants removed therefrom. The four-season total care system may comprise: a frame erected on the ground while having an accommodating space formed therein; a suction unit arranged adjacent to the frame while drawing in outside air at a predetermined height and causing the air to rise along the accommodating space of the frame; and a dust collector device formed in the accommodating space to filter pollutants in the outside air introduced into the accommodating space.

Description

Four Seasons Total Care System

The present invention relates to a four season total care system, and more particularly, to a four season total care system for inhaling air containing pollutants and discharging the air from which the pollutants have been removed.

In general, installations of air filtering devices are continuously increasing in order to create comfortable indoor air in living spaces and protect human health.

Accordingly, in recent years, it has become almost essential to provide air conditioning functions as well as air conditioning functions to air conditioners installed in buildings or underground facilities.

In other words, the air purification function is to filter contaminated dust in residential spaces, and the contaminated dusts are distributed in a wide variety from sub-micron units to tens of microns, and chemically or microbiologically As a bar having different characteristics, strict filtering is required because the harmfulness of the contaminated dust to the human body is considerable according to the chemical or microbiological characteristics of the contaminated dust.

Accordingly, the air filtering device must be capable of removing not only filtration by a simple pre-filter, but also an electrostatic precipitating method and gaseous or microbial contaminants.

For example, in Korean Patent Application Publication No. 10-2000-59884 (published on October 16, 2000), a duct having an inlet and an outlet formed at the front and rear portions thereof, respectively, and disposed in the duct adjacent to the inlet and the inlet A pretreatment filter for first filtering contaminants introduced through the pretreatment filter, a plasma discharge unit disposed at the rear of the pretreatment filter to impart charge to particulate matter passing through the pretreatment filter and decompose gaseous pollutants, and a rear of the plasma discharge unit An air filtering device including an electric dust collecting unit disposed on and collecting the charged dust, and an ultraviolet photocatalyst disposed behind the electric dust collecting unit to oxidize and remove gaseous contaminants is disclosed.

This air filtering device has the effect of efficiently removing particulate matter by the interaction of the electric dust collector and the ultraviolet photocatalyst with the pulsed corona plasma, and improving the decomposition efficiency of gaseous pollutants.

However, when an air filtering device is actually installed in a building or underground facility, it is often necessary to form two or more inlets in different directions at the front part of the duct due to the structure of the ventilation hole or other various reasons.

When the inlets are formed in different directions as described above, airflows simultaneously flowing at high pressure from each of the inlets interfere with each other, thereby generating vortices inside the duct and proceeding to only one part of the filter element including the pretreatment filter. .

Therefore, the overload is not only applied to the corresponding part of the pretreatment filter, etc., to which the vortex reaches, but also affects the plasma discharge unit, the electric dust collecting unit, and the ultraviolet photocatalyst unit, which are air filtering units in the next stage, and eventually, the overall air of the air filtering unit There is a problem that it leads to a decrease in filtration efficiency.

The same problem occurs when two or more inlets are formed, as well as when a vortex occurs due to structural problems of various inlet paths even when one inlet port is formed.

In addition, conventional air filtering devices require frequent replacement of the pretreatment filter or cleaning and removal of contaminants in order to remove contaminants that are intensively attached to only one part of the pretreatment filter by vortex, so maintenance of the pretreatment filter is cumbersome and additional. There has been a problem that maintenance costs are required, and thus, the operation rate of the air filtering device is lowered.

An object of the present invention is to provide a four season total care system in which air containing pollutants is sucked and air from which the pollutants are removed is discharged to the outside.

In the Four Seasons total care system according to an embodiment of the present invention, in the Four Seasons total care system in which air containing pollutants is sucked and the air from which the pollutants are removed is discharged to the outside, an accommodation space is formed therein. A frame standing on the ground, a suction part that sucks outside air of a certain height and raises it along the receiving space of the frame, and is formed in the receiving space, and flows into the receiving space And a dust collecting device for filtering contaminants in the outside air, wherein the dust collecting device is formed on a lower side of the frame to receive water, and is formed on an upper side of the water tank, and communicates with the suction unit. An external air inlet portion providing a passage through which external air sucked from the suction portion is introduced into the accommodation space, disposed above the external air inlet, and external air introduced into the receiving space through the external air inlet is moved upward. A first filter unit having a plurality of voids formed thereon, a first pipe for spraying water provided from the water tank toward the first filter unit while being disposed above the first filter unit, and disposed above the first pipe, A second filter unit providing a space in which external air formed in a spray form is adsorbed while being mixed with water provided from the first pipe while passing through the first filter unit by forming a curved movement path along the upward direction, the A second pipe disposed between the first pipe and the second filter part and spraying water provided from the water tank toward the second filter part to remove foreign matter remaining in the curved movement path of the second filter part , Disposed above the second filter unit, a first demisitter unit configured to remove droplets in the external air passing through the second filter unit, disposed above the first demisitter unit, and passing through the first demisitter unit The water provided from the water tank is sprayed toward the first demi-sitter part while being disposed between the second demi-sitter part and the second filter part and the first demi-sitter part for removing droplets from outside air, Teeth remaining in the 1st demittor part A third pipe for removing substances may be provided.

The second filter unit of the four season total care system according to an embodiment of the present invention is connected to be detachably connected to the seating space of the frame, and the dust collecting device is formed of a temperature measuring unit that measures external air temperature and activated carbon. When the temperature measured by the auxiliary filter unit and the temperature measuring unit is greater than a preset value and the second filter unit is installed in the seating space, the auxiliary filter unit for removing ozone from the outside air introduced from the outside air inlet unit 2 A notification unit for replacing the filter unit with an auxiliary filter unit may be further provided.

The auxiliary filter unit of the four season total care system according to an embodiment of the present invention is connected to be detachably attached to the seating space of the frame, and the notification unit includes, the temperature measured by the temperature measuring unit is smaller than a preset value, When the auxiliary filter unit is installed in the seating space, a notification of replacing the auxiliary filter unit with the second filter unit may be implemented.

The second filter unit of the four season total care system according to an exemplary embodiment of the present invention comprises a plurality of bent pieces that are disposed to be spaced apart and provide a curved moving path along an upward direction, and the plurality of curved pieces Each of the curved pieces constituting includes a parallel portion disposed in parallel with the rising path of the external air introduced into the accommodation space, and a curved bent providing portion connected to the parallel portion, and the parallel portion, the bent providing portion Consisting of a first parallel piece and a second parallel piece disposed between, the bend providing portion is connected to the first parallel piece, the first inclined portion inclined toward one side and one side connected to the first inclined portion It is inclined to the other side, and the other side is composed of a second inclined portion connected to the second parallel piece, the first inclined portion has a plurality of first through holes formed therethrough, and the second inclined portion is penetrated. A plurality of formed second through holes may be provided, and the plurality of first through holes and the plurality of second through holes may be disposed on different vertical lines.

The dust collecting device of the four season total care system according to an embodiment of the present invention includes a turbidity measuring unit that measures turbidity of water in the water tank, a drainage part that drains water from the water tank, and supplies water to the water tank. A water supply unit and a control unit for controlling the water supply unit and the water supply unit based on the result value measured by the turbidity measurement unit, the control unit, the turbidity of the water in the tank unit measured by the turbidity measurement unit When it is greater than a preset value, the water supply unit may be controlled so that the water of the water tank is drained, and when the water of the water tank is drained by the drain, the water supply unit may be controlled to supply water to the water tank .

The second demi-seater part of the four season total care system according to an embodiment of the present invention is mounted on the frame part so as to slide along the height direction of the frame part, so that the separation distance from the first demi-sitter part is changed. Position can be moved.

Further comprising a cover portion having an outlet for discharging the purified air discharged from the dust collecting device to the outside while surrounding the frame portion of the four season total care system according to an embodiment of the present invention, wherein the outlet is removed from the ground. It is formed at a height of 1, and the first height may be 2m or more and less than 3m from the ground.

The cover part of the four season total care system according to an embodiment of the present invention may further include a mesh part installed at the discharge port to prevent foreign substances of a predetermined size or more from entering the discharge port.

The second pipe of the four season total care system according to an embodiment of the present invention is rotated so that the spraying direction of water sprayed toward the second filter unit disposed on the upper side is changed, so that a plurality of curved pieces of the second filter unit are formed. Space can be washed.

The water tank part of the four season total care system according to an embodiment of the present invention prevents noise caused by a drop impact with the water surface when water sprayed from the first pipe, the second pipe, and the third pipe falls. In order to do so, it may be provided with a sponge portion disposed above the water surface.

The receiving space formed by the frame of the four season total care system according to an embodiment of the present invention includes a first space between the water tank part and the first filter part, and between the first filter part and the second filter part. A second space and a third space between the second filter unit and the first demisitter are formed, and the dust collecting device is installed in the frame defining the first space, and the first space is opened or closed. A first communication unit that communicates with the outside, a second communication unit that is installed on the frame defining the second space and allows the second space to communicate with the outside according to whether or not it is opened or closed, and defines the third space. A third communication unit installed in the frame to allow the third space to communicate with the outside according to whether or not it is opened or closed, a first atmospheric pressure measuring unit installed in the first space to measure the atmospheric pressure in the first space, the first A second atmospheric pressure measuring unit installed in the second space and measuring air pressure in the second space, and a third atmospheric pressure measuring unit installed in the third space and measuring atmospheric pressure in the third space, the control unit , Based on the result value measured by the first air pressure measurement unit, the first communication unit is controlled to open and close the first communication unit, and based on the result value measured by the second air pressure measurement unit, the second The second communication unit may be controlled to open and close the second communication unit, and the third communication unit may be controlled to open and close the third communication unit based on a result measured by the third atmospheric pressure measurement unit.

The control unit of the four season total care system according to an embodiment of the present invention allows the first communication unit to be opened when the result value measured by the first atmospheric pressure measurement unit is greater than a maximum value of a preset range value, When the air pressure in the first space is lowered and the result value measured by the first air pressure measurement unit is smaller than the minimum value of a preset range value, the first communication unit is closed so that the air pressure in the first space Is increased, and when the result value measured by the second air pressure measuring unit is greater than the maximum value of the preset range, the second communication unit is opened so that the air pressure in the second space is lowered, and the When the result value measured by the second air pressure measurement unit is smaller than the minimum value of the preset range value, the second communication unit is closed so that the air pressure in the second space is increased, and the third air pressure measurement unit When the result value measured by is greater than the maximum value of the preset range value, the third communication unit is opened so that the atmospheric pressure in the third space is lowered, and the result value measured by the third atmospheric pressure measurement unit is When it is smaller than the minimum value of the preset range value, the third communication unit may be closed so that the air pressure in the third space may be increased.

According to the present invention, since there is no need for filter replacement, the operating cost is low.

In addition, there are no restrictions on places due to the compact design, and the unit cost is lower than that of electric dust collection and filter methods.

In addition, it removes fine dust in winter, reduces ozone by applying activated carbon in summer, and has a temperature drop effect using latent heat due to evaporation of water vapor.

In addition, a self-cleaning function is installed to maintain a constant air volume and function.

1 to 5 are schematic diagrams showing a four season total care system according to an embodiment of the present invention.

6 is a plan view taken along AA′ of FIG. 4.

7 is a schematic diagram for explaining a piping of a four season total care system according to an embodiment of the present invention.

8 and 9 are schematic diagrams for explaining a temperature measuring unit and a notification unit of a four season total care system according to an embodiment of the present invention.

10 is a schematic diagram illustrating a second filter unit of a four season total care system according to an embodiment of the present invention.

11 is a block diagram illustrating a control unit of a four season total care system according to an embodiment of the present invention.

12 is a schematic diagram for explaining a demi-seater of a four season total care system according to an embodiment of the present invention.

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the drawings. However, the spirit of the present invention is not limited to the presented embodiments, and those skilled in the art who understand the spirit of the present invention can add, change, or delete other elements within the scope of the same idea. Other embodiments included within the scope of the inventive concept may be easily proposed, but it will be said that this is also included within the scope of the inventive concept.

In addition, components having the same function within the scope of the same idea shown in the drawings of each embodiment will be described with the same reference numerals.

1 to 5 are schematic diagrams showing a four season total care system according to an embodiment of the present invention, FIG. 6 is a plan view taken along AA′ of FIG. 4, and FIG. 7 is a four season total care system according to an embodiment of the present invention. It is a schematic diagram for explaining the piping of the care system.

1 to 7, the four season total care system 1 according to an embodiment of the present invention may be a system that sucks air containing pollutants and discharges the air from which the pollutants have been removed to the outside. have.

The four season total care system 1 may include a frame 10, a suction unit 20, and a dust collector 30.

The frame 10 may be a structure standing on the ground with an accommodation space formed therein.

The suction unit 20 may be disposed adjacent to the frame 10 and may suck external air of a predetermined height and raise it along the receiving space of the frame 10. The suction unit 20 may discharge the sucked external air into the receiving space of the frame 10 while being in communication with the frame 10.

In addition, the suction unit 20 may be provided with suction power by a fan rotated by power applied from the outside.

The dust collecting device 30 is formed in the accommodation space, and may filter contaminants in external air introduced into the accommodation space.

Specifically, the dust collecting device 30 includes a water tank 31, an outdoor air inlet 32, a first filter part F1, a first pipe L1, a second filter part F2, and a second pipe. L2), a first demi-sitter part (D1), a second demi-sitter part (D2), and a third pipe (L3) may be provided.

The water tank 31 may be formed on the lower side of the frame 10 to accommodate water.

The outside air inlet 32 is formed on the upper side of the water tank 31 and communicates with the suction unit 20 to allow a passage through which external air sucked from the suction unit 20 is introduced into the receiving space. Can provide.

The first filter unit F1 is disposed above the outside air inlet 32, and forms a plurality of voids through which the outside air introduced into the receiving space through the outside air inlet 32 moves upward. Can be.

The plurality of voids may provide a space in which external air introduced from the external air inlet 32 and water dropped from the first pipe L1 are mixed.

Specifically, contaminants, which are foreign substances contained in the external air moving through the plurality of pores, contact/collide with particles of water (cleaning liquid) and are adsorbed to water, thereby being purified or filtered.

The first pipe L1 may spray water provided from the water tank 31 toward the first filter part F1 while being disposed above the first filter part F1.

The second filter part F2 is disposed above the first pipe L1 and has a curved moving path along the upward direction, and passes through the first filter part F1 while passing through the first pipe. It is possible to provide a space in which external air formed in a spray form is adsorbed while being mixed with the water provided from (L1).

The second pipe (L2) is disposed between the first pipe (L1) and the second filter part (F2), and the water provided from the water tank part 31 is supplied to the second filter part (F2). By spraying toward, foreign matter remaining in the curved movement path of the second filter unit F2 may be removed.

The first decanter unit D1 is disposed above the second filter unit F2 and may remove droplets from outside air that have passed through the second filter unit F2.

The second demi-sitter part D2 is disposed above the first demi-sitter part D1, and may remove droplets in the external air passing through the first demi-sitter part D1.

The third pipe (L3) is disposed between the second filter part (F2) and the first demi-sitter part (D1), and the water provided from the water tank part 31 is supplied to the first demi-sitter part ( By spraying toward D1), foreign matter remaining in the first demittor unit D1 may be removed.

The water tank part 31 of the dust collector 30 according to an embodiment of the present invention, when the water sprayed from the first pipe (L1), the second pipe (L2) and the third pipe (L3) falls , In order to prevent noise due to a drop impact with the water surface, a sponge part 311 may be provided that is disposed above the water surface.

The sponge part 311 may allow water to be drained, and the water falling from the upper side is primarily absorbed and drained to the lower side, and attenuates the impact of the falling water, thereby reducing the noise caused by falling to the water surface. Can be prevented.

The four season total care system 1 according to an embodiment of the present invention includes an outlet for discharging the purified air discharged from the dust collecting device 30 to the outside while enclosing the suction unit 20 and the frame 10 It may further include a cover portion 40 provided with (41).

The outlet 41 may be formed at a first height from the ground.

Here, the first height may be 2m or more and less than 3m from the ground.

This is because the Four Seasons Total Care System (1) of the present invention is installed in a space where there is a lot of movement or activity of people, so the outlet 41 is formed at the first height to discharge air to the active area where people breathe. It becomes.

In addition, the cover part 40 may further include a mesh part 42 that is installed at the discharge port 41 and prevents foreign substances of a predetermined size or more from flowing into the discharge port 41.

The mesh part 42 is to protect the dust collecting device 30 and the suction part 20 by preventing foreign substances from entering through the discharge port 41.

8 and 9 are schematic diagrams illustrating a temperature measuring unit and a notification unit of a four season total care system according to an embodiment of the present invention.

8 and 9, the second filter unit F2 of the dust collecting device 30 according to the exemplary embodiment of the present invention may be connected to be detachably attached to the seating space of the frame 10.

Specifically, the seating space may be a space formed in the frame 10 so that positional movement is restricted while the second filter unit F2 is seated. The seating space may be formed in a structure in which the second filter unit F2 is seated or inserted into a member protruding or recessed from the frame 10.

The dust collecting device 30 of the four season total care system 1 according to an embodiment of the present invention may further include a temperature measuring unit 33 and a notification unit 34.

The temperature measuring unit 33 may measure external temperature.

Here, the outside may mean the outside of the cover part 40.

The notification unit 34, when the temperature measured by the temperature measuring unit 33 is greater than a preset value, and the second filter unit F2 is installed in the seating space, the second filter unit F2 An alarm to replace) with the auxiliary filter unit F3 can be implemented.

Here, the notification unit 34 may transmit filter replacement information to the user through sound or light.

The auxiliary filter part F3 is formed of activated carbon, and may remove ozone from the external air introduced from the external air inlet 32.

Specifically, the second filter unit F2 is used to remove fine dust generated in winter, and the auxiliary filter unit F3 removes ozone generated in summer and at the same time external temperature using the evaporation heat of absorbed water. It can have a depressing effect.

In the present invention, in order to set an appropriate filter according to an external temperature change value measured by the temperature measuring unit 33, the user is notified of filter replacement.

Here, the external temperature may be an average temperature for a certain period. Specifically, when the temperature change fluctuates, repetitive filter replacement notification by the notification unit 34 may reduce the air purification effect due to a decrease in operating time due to frequent filter replacement, so the notification unit 34 , It may be implemented by the temperature measuring unit 33 through an average temperature value for a certain period.

In addition, the auxiliary filter unit F3 may be connected to be detachably attached to the seating space of the frame 10.

The notification unit 34, when the temperature measured by the temperature measuring unit 33 is smaller than a preset value, and the auxiliary filter unit F3 is installed in the seating space, the auxiliary filter unit F3 is An alarm to be replaced with the second filter unit F2 may be implemented.

Referring to FIG. 10, the second filter part F2 of the dust collecting apparatus 30 according to an embodiment of the present invention is arranged to be spaced apart, and a plurality of curved pieces providing a curved moving path along an upward direction. It can be composed of (F21).

Each of the curved pieces F21 constituting the plurality of curved pieces F21 is a parallel portion disposed in parallel with the rising path of the external air introduced into the receiving space, and a curved bending agent connected to the parallel portion. Study (F212) can be provided.

The parallel portion may include a first parallel piece F211 and a second parallel piece F213 disposed with the bend providing portion F212 therebetween. The first parallel piece F211 may be formed on a lower side of the second parallel piece F213.

The bend providing unit F212 may include a first inclined portion F212a and a second inclined portion F212b.

The first inclined portion F212a may be inclined toward one side while being connected to the first parallel piece F211.

One side of the second inclined portion F212b may be connected to the first inclined portion F212a, inclined to the other side, and the other side may be connected to the second parallel piece F213.

The first inclined portion F212a may include a plurality of first through holes H1 formed therethrough.

The second inclined portion F212b may include a plurality of second through holes H2 formed therethrough.

Here, the first through hole (H1) and the second through hole (H2), when the external air passing through the first filter unit (F1) collides with the second filter unit (F2), partially In the process of converting dynamic pressure to positive pressure, it can play a role in preventing droplet collision.

In addition, in order to increase the collision efficiency (droplet removal efficiency), a part of the external air is allowed to pass through the first through hole H1 and the second through hole H2, thereby partially reducing the conversion of dynamic pressure to positive pressure. This is to increase the turbulence, and in this case, the collision elimination efficiency.

In addition, the plurality of first through holes H1 and the plurality of second through holes H2 may be disposed on different vertical lines.

Specifically, in order for the external air that has passed through the first through-hole H1 to pass through the second through-hole H2 while ascending, it must move along a curved upward direction rather than a vertical upward direction. The pressure loss can be reduced by increasing the degree. In addition, due to this, it is possible to lower the collision static pressure, thereby increasing the droplet removal efficiency.

Referring to FIG. 11, the dust collecting apparatus 30 according to an embodiment of the present invention may further include a turbidity measuring unit 35, a drainage unit 361, a water supply unit 362, and a control unit 37. .

The turbidity measuring unit 35 may measure the turbidity of water in the water tank 31.

Here, the turbidity of water may be one of index values indicating the degree of contamination of water accommodated in the water tank 31. The higher the turbidity of the water, the higher the contamination of the contained water.

The drain 361 may drain water from the water tank 31.

The water supply unit 362 may supply water to the water tank unit 31.

The control unit 37 may control the drainage unit 361 and the water supply unit 362 based on a result value measured by the turbidity measurement unit 35.

When the turbidity of the water in the water tank 31 measured by the turbidity measuring part 35 is greater than a preset value, the control part 37 may be configured to drain the water from the water tank 31. 361) can be controlled.

In addition, the control unit 37 may control the water supply unit 362 to supply water to the water tank unit 31 when the water in the water tank unit 31 is drained by the drain unit 361. have.

On the other hand, the receiving space formed by the frame 10 is a first space S1 between the water tank 31 and the first filter F1, the first filter F1 and the second A second space S2 between the filter units F2 and a third space S3 between the second filter unit F2 and the first demisitter may be formed.

The dust collecting device 30 includes a first communication unit 381, a second communication unit 382, a third communication unit 383, a first pressure measurement unit 391, a second atmospheric pressure measurement unit 392, and A third barometric pressure measurement unit 393 may be further provided.

The first communication part 381 may be installed in the frame 10 defining the first space S1 to allow the first space S1 to communicate with the outside according to whether it is opened or closed.

The second communication part 382 may be installed in the frame 10 defining the second space S2 to allow the second space S2 to communicate with the outside according to whether or not it is opened or closed.

The third communication part 383 may be installed in the frame 10 defining the third space S3 so that the third space S3 communicates with the outside according to whether or not it is opened or closed.

The first atmospheric pressure measuring unit 391 is installed in the first space S1 and may measure the atmospheric pressure in the first space S1.

The second air pressure measuring unit 392 is installed in the second space S2 and may measure the air pressure in the second space S2.

The third atmospheric pressure measuring unit 393 is installed in the third space S3 to measure the atmospheric pressure in the third space S3.

The control unit 37 may control the first communication unit 381 to open and close the first communication unit 381 based on a result value measured by the first atmospheric pressure measurement unit 391. .

Specifically, the control unit 37 allows the first communication unit 381 to open when the result value measured by the first atmospheric pressure measurement unit 391 is greater than the maximum value of a preset range value, When the air pressure in the first space S1 is lowered and the result value measured by the first air pressure measurement unit 391 is less than the minimum value of the preset range value, the first communication unit 381 is By being closed, the air pressure in the first space S1 may be increased.

This is to prevent damage and damage to the member defining the first space S1 when the air pressure in the first space S1 is too high or too low. In addition, when the air pressure in the first space S1 is too high, the oil input of the external air introduced into the external air inlet 32 decreases, thereby reducing the amount of external air processed by the present invention, reducing the air purification efficiency. Can be lowered.

In addition, the control unit 37 may control the second communication unit 382 to open and close the second communication unit 382 based on the result value measured by the second atmospheric pressure measurement unit 392. I can.

Specifically, the control unit 37 allows the second communication unit 382 to open when the result value measured by the second atmospheric pressure measurement unit 392 is greater than a preset range value, When the air pressure in the second space S2 is lowered and the result value measured by the second air pressure measurement unit 392 is less than the minimum value of the preset range value, the second communication unit 382 By being closed, the air pressure in the second space S2 may be increased.

This is to prevent damage or damage to the member defining the second space S2 when the air pressure in the second space S2 is too high or too low. In addition, when the air pressure in the second space S2 is too high, the oil input of the external air introduced into the external air inlet 32 decreases, thereby reducing the amount of external air processed by the present invention, thereby reducing air purification efficiency. Can be lowered.

In addition, the control unit 37 may control the third communication unit 383 to open and close the third communication unit 383 based on the result value measured by the third atmospheric pressure measurement unit 393. I can.

Specifically, the control unit 37 allows the third communication unit 383 to be opened when the result value measured by the third atmospheric pressure measurement unit 393 is greater than the maximum value of a preset range value, When the air pressure in the third space S3 is lowered and the result value measured by the third air pressure measurement unit 393 is less than the minimum value of the preset range value, the third communication unit 383 is By being closed, the air pressure in the third space S3 may be increased.

This is to prevent damage or damage to the member defining the third space S3 when the air pressure in the third space S3 is too high or too low. In addition, when the air pressure in the third space S3 is too high, the oil input of the external air introduced into the external air inlet 32 decreases, thereby reducing the amount of external air processed by the present invention, reducing the air purification efficiency. Can be lowered.

Referring to FIG. 12, the first demittor part D1 of the dust collecting device 30 according to the exemplary embodiment of the present invention slides along the height direction of the frame 10. It is mounted, and the position may be moved so that the separation distance from the second demodulator unit D2 is changed.

Specifically, the separation distance between the first demi-sitter part (D1) and the second demi-sitter part (D2) is according to the air pressure between the first demi-sitter part (D1) and the second demi-sitter part (D2) It can be changed.

If the air pressure between the first and second demisitter parts D1 and D2 is too high, it is applied to the first and second demisitter parts D1 and D2. The loss of pressure may cause damage or damage to the first and second demisitter parts D1 and D2, and ascending air due to air accumulated in the first demisitter part D1 By causing a decrease in quantity, the amount of air purification can be reduced.

In this case, by increasing the separation distance between the first and second demisitter parts D1 and D2, between the first and second demisitter parts D2 The above problem can be solved by lowering the air pressure.

Also, on the contrary, when the air pressure between the first demisitter part D1 and the second demisitter part D2 is low, between the first demisitter part D1 and the second demisitter part D2 By reducing the separation distance, the residence time of the external air between the first and second demisitter units D1 and D2 is increased, thereby increasing the efficiency of removing droplets from the external air.

The second pipe L2 of the dust collector 30 according to an embodiment of the present invention is rotated so that the spraying direction of water sprayed toward the second filter part F2 disposed on the upper side is changed, 2 The space formed by the plurality of curved pieces F21 of the filter unit F2 may be cleaned.

Specifically, the second pipe (L2) is a water flow portion (L21) through which water is moved from the water tank (31) and an injection portion (L22) through which water is sprayed while extending upwardly from the water flow portion (L21). ) Can be provided.

The injection part L22 may be rotated with respect to the flowing part L21 to clean foreign substances remaining in the plurality of bent pieces F21 of the second filter part F2.

Here, the rotation of the injection part L22 with respect to the flowing part L21 changes the direction and intensity of water applied to the plurality of curved pieces F21, thereby remaining in the plurality of curved pieces F21. It can effectively remove foreign substances.

In the above, the configuration and features of the present invention have been described based on the embodiments according to the present invention, but the present invention is not limited thereto, and various changes or modifications can be made within the spirit and scope of the present invention. It will be apparent to those skilled in the art, and therefore, such changes or modifications are found to belong to the appended claims.

Claims

In the Four Seasons total care system in which air containing pollutants is sucked and the air from which the pollutants are removed is discharged to the outside,

A frame standing on the ground with an accommodation space formed therein;

A suction unit disposed adjacent to the frame, suctioning outside air of a predetermined height and raising it along the receiving space of the frame; And

A dust collecting device formed in the receiving space and filtering contaminants in the external air introduced into the receiving space,

The dust collecting device,

A water tank part formed on the lower side of the frame to accommodate water,

An outdoor air inlet part formed on the upper side of the water tank part and communicating with the suction part to provide a passage through which external air sucked from the suction part flows into the accommodation space,

A first filter unit disposed above the outside air inlet portion and having a plurality of voids through which the outside air introduced into the receiving space through the outside air inlet portion moves upward,

A first pipe disposed above the first filter part and spraying water provided from the water tank toward the first filter part,

It is disposed on the upper side of the first pipe, a moving path curved along the upward direction is formed, and while passing through the first filter unit, while being mixed with water provided from the first pipe, external air formed in a spray form is adsorbed. A second filter unit providing a space,

A second filter disposed between the first pipe and the second filter unit and spraying water provided from the water tank toward the second filter unit to remove foreign matter remaining in the curved movement path of the second filter unit pipe,

A first demittor unit disposed above the second filter unit and removing droplets in the external air passing through the second filter unit,

A second demodulator unit disposed above the first demodulator unit and configured to remove droplets in the external air passing through the first demodulator unit; and

A third device disposed between the second filter part and the first demisitter part and sprays water provided from the water tank toward the first demisitter part to remove foreign substances remaining in the first demisitter part. Four season total care system comprising a pipe.
The method of claim 1,

The second filter unit is connected to be detachably attached to the seating space of the frame,

The dust collecting device,

Temperature measuring unit that measures the external temperature,

An auxiliary filter unit formed of activated carbon to remove ozone from the outside air introduced from the outside air inlet,

When the temperature measured by the temperature measuring unit is greater than a preset value and the second filter unit is installed in the seating space, a notification unit for replacing the second filter unit with an auxiliary filter unit is further provided. Care system.
The method of claim 2,

The auxiliary filter unit is connected to be detachably attached to the seating space of the frame,

The notification unit,

When the temperature measured by the temperature measuring unit is smaller than a preset value and the auxiliary filter unit is installed in the seating space, a notification of replacing the auxiliary filter unit with the second filter unit is implemented. .
The method of claim 2,

The second filter unit,

It is composed of a plurality of curved pieces that are spaced apart and provide a curved movement path along the upward direction,

Each of the curved pieces constituting the plurality of curved pieces,

A parallel portion disposed in parallel with the rising path of the external air introduced into the accommodation space, and a curved curved providing portion connected to the parallel portion,

The parallel portion is composed of a first parallel piece and a second parallel piece disposed between the bend providing portion,

The bend providing unit,

The first inclined portion connected to the first parallel piece and inclined to one side, and one side connected to the first inclined portion, inclined to the other side, and the other side is composed of a second inclined portion connected to the second parallel piece,

The first inclined portion,

It has a plurality of first through holes formed through,

The second inclined portion,

It has a plurality of second through holes formed through,

The plurality of first through-holes and the plurality of second through-holes are arranged on different vertical lines.
The method of claim 2,

The dust collecting device,

A turbidity measuring unit that measures the turbidity of water in the water tank,

A drain part for draining water from the water tank part,

A water supply unit supplying water to the water tank and

Based on the result value measured by the turbidity measuring unit, further comprising a control unit for controlling the drain and water supply,

The control unit,

When the turbidity of the water in the water tank part measured by the turbidity measuring part is greater than a preset value, the water in the water tank part is controlled to be drained, and when the water in the water tank part is drained by the water discharge part, Four season total care system, characterized in that controlling the water supply to supply water to the water tank.
The method of claim 1,

The second demodulator unit,

A four season total care system, characterized in that it is mounted on the frame so as to slide along the height direction of the frame part, and is moved in position so that the separation distance from the first demi-seater part is changed.
The method of claim 1,

And a cover part having an outlet for discharging the purified air discharged from the dust collecting device to the outside while enclosing the suction part and the frame part; and

The outlet,

Formed at the first height from the ground,

The first height is a four season total care system, characterized in that 2m or more and less than 3m from the ground.
The method of claim 7,

The cover part,

A four season total care system, further comprising a mesh unit installed at the discharge port to prevent foreign matters of a predetermined size or more from flowing into the discharge port.
The method of claim 2,

The second pipe,

A four season total care system, characterized in that the water sprayed toward the second filter unit disposed on the upper side is rotated to change the spraying direction, thereby cleaning a space formed by a plurality of curved pieces of the second filter unit.
The method of claim 1,

The water tank part,

When the water sprayed from the first pipe, the second pipe, and the third pipe falls, in order to prevent noise due to a drop impact with the water surface, a sponge portion disposed above the water surface is provided. Four Seasons Total Care System.
The method of claim 5,

The receiving space formed by the frame,

A first space between the water tank part and the first filter part,

A second space between the first filter unit and the second filter unit,

Forming a third space between the second filter unit and the first demisitter,

The dust collecting device,

A first communication unit installed on the frame defining the first space to allow the first space to communicate with the outside according to whether or not it is opened or closed,

A second communication part installed on the frame defining the second space so that the second space communicates with the outside according to whether or not it is opened or closed,

A third communication unit installed on the frame defining the third space so that the third space communicates with the outside according to whether or not it is opened or closed,

A first atmospheric pressure measuring unit installed in the first space to measure atmospheric pressure in the first space,

A second atmospheric pressure measuring unit installed in the second space and measuring atmospheric pressure in the second space, and

It is installed in the third space, further comprising a third air pressure measuring unit for measuring the air pressure in the third space,

The control unit,

Controlling the first communication unit to open and close the first communication unit based on the result value measured by the first air pressure measurement unit,

Controlling the second communication unit to open and close the second communication unit based on the result value measured by the second air pressure measurement unit,

Four season total care system, characterized in that controlling the third communication unit to open and close the third communication unit based on a result value measured by the third atmospheric pressure measurement unit.
The method of claim 11,

The control unit,

When the result value measured by the first barometric pressure measurement unit is greater than the maximum value of the preset range value, the first communication unit is opened so that the barometric pressure in the first space is lowered, and the first barometric pressure measurement unit When the result value measured by is less than the minimum value of the preset range value, the first communication part is closed so that the air pressure in the first space is increased,

When the result measured by the second air pressure measurement unit is greater than the maximum value of the preset range, the second communication unit is opened so that the air pressure in the second space is lowered, and the second air pressure measurement unit When the result value measured by is less than the minimum value of the preset range value, the second communication part is closed so that the air pressure in the second space is increased,

When the result value measured by the third atmospheric pressure measurement unit is greater than the maximum value of the preset range value, the third communication unit is opened so that the atmospheric pressure in the third space is lowered, and the third atmospheric pressure measurement unit When the result value measured by is smaller than the minimum value of the preset range value, the third communication unit is closed so that the air pressure in the third space is increased.