KR101532269B1 - Natural vaporizing vacreator - Google Patents

Abstract

Disclosed is a natural vaporizing type deodorizing device. The natural vaporizing type deodorizing device according to the present invention comprises: a deodorizer main body having an air inlet and an air outlet disposed at both side surfaces to face each other, and having a deodorizing liquid storage unit for storing a deodorizing liquid in which water and flavorings are diluted, at a lower part thereof; a filter unit coupled into the deodorizer main body to be disposed between the air inlet and the air outlet, and configured to absorb the deodorizing liquid supplied from the deodorizing liquid storage unit so as to remove odors in air which is introduced through the air inlet and flows to the air outlet; a fan coupled to the air outlet of the deodorizer main body to be rotatable, and configured to generate airflow from the air inlet to the air outlet so as to emit the deodorizing liquid absorbed into the filter unit to the air in a gas state; a pump coupled into the deodorizer main body, and configured to supply the deodorizing liquid stored in the deodorizing liquid storage unit to the filter unit; a deodorizing liquid collecting unit coupled to a lower part of the filter unit, and configured to collect the deodorizing liquid absorbed into the filter unit and emitted therefrom into the deodorizing liquid storage unit; and a control unit configured to control operations of the fan and the pump.

Description

[0001] Natural vaporizing vacreator [0002]

TECHNICAL FIELD The present invention relates to a natural vaporization type deodorization apparatus, and more particularly, to a natural vaporization type deodorization apparatus capable of deodorizing atmospheric odors occurring in various odor generation sites by a natural vaporization system.

Due to continuous economic development and industrialization, the emissions of air pollutants are continuously increasing, and the types of air pollutants are also diversifying. (H2S), mercaptans (R-SH), ammonia (NH3), and amines (RNH2), which are generated in incinerators, manure treatment plants, livestock wastewater treatment plants, wastewater treatment plants, waste recycling centers, ). These gaseous odor materials usually cause headaches or discomfort when inhaled.

Therefore, studies are being conducted to remove gaseous odor substances from various directions, and accordingly, a lot of odor treatment techniques are known. Currently, gaseous malodorous substances treatment techniques are mainly biological chemical treatment methods such as activated carbon adsorption method, chemical liquid cleaning method, ozone oxidation method, combustion deodorization and so on, soil microbial treatment method, activated sludge method and biofilter. These methods are selected depending on the treatment environment in which the gaseous odor substances are to be removed and may be used alone or in combination of two or more.

Korean Patent Laid-Open Publication No. 10-2004-72303 discloses an apparatus for deodorizing air by spraying a deodorant solution in the air. In Korean Patent No. 10-767459, a microorganism is supported on a fixed carrier and deodorized A deodorizing device is disclosed. Korean Patent No. 10-331725 discloses a resin composition containing an iron (II) compound, a chelating agent, and a porous material. Further, a liquid deodorant composition containing an iron (II) compound and a chelating agent dissolving in water are known (JP-A-60-145143 and JP-A-211240). These compositions can spray the deodorant composition at the source of the offensive odor and can be used by impregnating the deodorant composition with a porous material such as activated carbon or zeolite. Korean Patent No. 108299 discloses a cemented carbide fiber comprising cerium fiber, a zeolite fine powder carried on the surface of the ceramic fiber and a gap between ceramic fibers, and a deodorization catalyst made of gold and iron oxide, which is mainly supported on the zeolite fine powder, The body has been started.

Korean Patent No. 235407 discloses a method for improving the deodorizing property of activated carbon by adding water glass and an alumina oxygen oder mixed solution to the suspension of activated carbon and neutralizing with HCl to treat the activated carbon with aluminum silicate followed by addition reaction of AlCl3 and neutralization with NH4OH .

However, the biological treatment methods such as the soil microbial treatment method, the activated sludge method, and the biofilter require a complicated process and a separate control device for preventing the microbial death, and the kind of odor that can be removed depending on the microorganism There is a problem that it is difficult to remove the complex odor.

In the case of physicochemical treatment methods, various treatment methods such as activated carbon adsorption method, chemical solution cleaning method, ozone oxidation method, and combustion deodorization have been disclosed. However, there are various causes in case of odor, so there is a problem that it is difficult to remove odor by one removal mechanism.

On the other hand, in the case of the odor, since a lot of odor can occur even in a small amount, there is a problem that the removing process becomes large inefficiently in order to sufficiently remove the odor, so that the odor is removed There have been a lot.

Accordingly, there is a continuing need for a new apparatus capable of efficiently removing a complex odor as a small-sized apparatus, and a new deodorization method capable of completely removing the odor discharged without removing the odor- The demand continues.

Disclosure of Invention Technical Problem [8] The present invention has been made in view of the above problems, and it is an object of the present invention to provide a deodorizing device capable of deodorizing atmospheric odors generated at various odor generating sites without causing secondary pollution such as wastewater, And to provide a deodorizing device for natural vaporization capable of maximizing efficiency and increasing deodorization efficiency even with a small amount of deodorizing liquid.

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are not intended to limit the invention to the precise form disclosed. There will be.

According to an aspect of the present invention, there is provided a deodorizer body comprising: a deodorizer body having an air inlet and an air outlet formed on both sides thereof corresponding to each other, and a deodorant storage part for storing a deodorant solution in which water and fragrance are diluted; A deodorizing liquid storing unit for storing a deodorizing liquid supplied from the deodorizing liquid storing unit, the air being introduced through the air inlet and flowing into the air outlet port, the air being introduced into the deodorizer main body so as to be disposed between the air inlet and the air outlet, A filter portion provided to remove the contained odor; A fan disposed to be rotatably coupled to an air discharge port of the deodorizer body and capable of generating a flow of air from the air inlet toward the air outlet so as to diffuse the deodorized liquid absorbed in the filter portion into the atmosphere, ; A pump coupled to the inside of the deodorizer main body and configured to supply a deodorizing solution stored in the deodorized solution storage part to the filter part; A deodorant recovery unit coupled to a lower portion of the filter unit and configured to recover deodorized solution discharged into the deodorizing solution storage unit after being absorbed by the filter unit; And a control unit provided to control the operation of the fan and the pump.

The filter unit may include: a filter housing to which a filter for absorbing the deodorizing liquid is coupled; A spraying pipe coupled to the inside of the filter housing and capable of spraying the deodorizing solution supplied by the pump to the filter; And a deodorant dispersion pad coupled to the filter housing so as to be disposed between the spray tube and the filter, and capable of uniformly dispersing and supplying a deodorant sprayed from the spray tube to the filter .

The deodorizing liquid dispersion pad absorbs the deodorizing liquid sprayed through the spray nozzle and is uniformly dispersed in the filter so as to be supplied to the deodorizing liquid dispersion pad. As shown in FIG.

The deodorant solution collecting unit may include a deodorizing solution collecting tank coupled to the deodorizer body so that the filter housing is detachably mounted on the upper portion of the deodorizing solution collecting unit and collecting a deodorizing solution flowing down from the filter; And a drain tank coupled between the deodorizing liquid collecting tank and the deodorizing liquid storage tank and configured to form a recovery path for the deodorized liquid.

And the air inlet includes a foreign matter filtering net provided to filter out foreign matter contained in the air flowing into the deodorizer body.

The deodorizer body may further include a sterilizing lamp provided to sterilize air flowing through the air inlet.

The deodorizer body may further include a heater unit configured to heat the air introduced through the air inlet.

In the deodorizer body, a support frame formed in a vertical direction is coupled to each corner of the bottom surface, and a wheel is coupled to the support frame.

The deodorizing liquid storage part is formed to store the deodorizing liquid, a lid for allowing the deodorizing liquid to be introduced into the upper part is opened and closed, and a wheel for moving is coupled to the lower part.

The deodorizing solution storage part may include a water level sensor provided to sense the level of the deodorizing solution.

The deodorizing solution storage part may include a heater part provided to prevent freezing of the deodorizing solution.

The deodorizing liquid storage part is received between the support frames in the air outlet direction of the deodorizer body, and is then prevented from being separated by the engagement levers provided on the support frame.

According to the present invention, it is possible to provide a natural vaporization type deodorizing device for emitting a deodorant component of an ultrafine particle close to a gas phase, so that atmospheric odors generated at various odor generating sites can be prevented from being generated in a wide space The deodorization efficiency can be maximized and the humidifying effect can be enhanced.

In addition, the natural vaporization type deodorization apparatus according to the present invention can increase the deodorization efficiency even with a small amount of deodorizing liquid by the natural vaporization method, thereby contributing to energy saving and improving the economical efficiency.

Further, in the natural vaporization type deodorization apparatus according to the present invention, a deodorizing liquid water film is formed in the filter unit, and odor and fine dust contained in the air are adsorbed and discharged, thereby enhancing the efficiency of removing odor and fine dust.

1 is a view showing a natural vaporization type deodorizing apparatus according to the present invention.
FIG. 2 is a sectional view showing the interior of the natural vaporization type deodorizing apparatus shown in FIG. 1. FIG.
FIG. 3 is a sectional view showing the interior of the deodorizing liquid storage tank of the natural opportunity type deodorizing apparatus shown in FIG. 1. FIG.
FIG. 4 is a view showing a filter unit of the natural vaporization type deodorizing apparatus shown in FIG. 2. FIG.
5 is a sectional view showing the inside of the filter portion shown in Fig.
FIG. 6 and FIG. 7 are views showing the use state of the natural opportunity type deodorizing apparatus according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, the well-known functions or constructions will not be described in order to simplify the gist of the present invention.

FIG. 1 is a view showing a natural vaporization type deodorization apparatus according to the present invention, FIG. 2 is a sectional view showing the interior of the natural vaporization type deodorization apparatus shown in FIG. 1, FIG. 4 is a view showing the filter unit of the natural vaporization type deodorizing apparatus shown in FIG. 2, FIG. 5 is a sectional view showing the inside of the filter unit shown in FIG. 4, and FIG. And FIG. 7 is a view showing the use state of the natural opportunity type deodorizing apparatus according to the present invention.

1 to 5, the natural vaporization type deodorization apparatus according to the present invention includes a deodorizer body 100, a filter unit 110, a fan 120, a pump 130, a deodorant recovery unit 140 and a control unit 150. [

The deodorizer main body 100 forms a main frame of the natural vaporization type deodorizer according to the present invention and includes a filter 110, a fan 120, a pump 130, a deodorant recovery unit 140 A receiving space 101 capable of accommodating the configuration is formed. An air inlet 101A and an air outlet 101B are provided on both sides of the accommodating space 101, respectively.

The air inlet (101A) is formed to provide a passage through which air can be introduced into the deodorizer body (100). The foreign matter filtering apparatus 102 is coupled to the air inlet 101A so as to filter foreign substances contained in the air flowing into the deodorizer body 100. [ That is, the foreign matter filtering net 102 filters out foreign substances contained in the air flowing into the air inlet 101A, so that only the air from which the foreign matter has been removed can be introduced into the deodorizer body 100.

The air outlet 101B is formed to provide a passage through which the air introduced into the deodorizer body 100 can be discharged.

The deodorizer main body 100 forms an environment in which air can flow in one direction by the air inlet port 101A and the air outlet port 101B formed on both sides of the receiving space 101. [

In the deodorizer body 100, the sterilizing lamp 103 is provided in the accommodation space 101 adjacent to the air inlet 101A. The sterilizing lamp 103 is operated by the control unit 150 and sterilizes the contaminated air flowing into the interior of the deodorizer body 100 through the air inlet 101A so that the contaminated air flowing into the air inlet 101A A high sterilizing power against air can be ensured.

In addition, the deodorizer body 100 is provided with a heater unit 104 in a receiving space 101 adjacent to the air inlet 101A. The heater 104 is operated by the controller 150 and heats the cold air flowing into the deodorizer body 100 through the air inlet 101A. The heater unit 104 can easily dry the filter unit 110 that absorbs the deodorant solution in the deodorizing liquid storage unit 107, and particularly promotes the vaporization and deodorization reaction by heating the cold air in the winter season, It is possible to prevent the filter unit 110 from being frozen.

In addition, the deodorizer body 100 is coupled to the support frame 105, which is vertically formed at each corner of the bottom surface, and the wheel 105A is coupled to the support frame 105. [ Accordingly, the deodorizer body 100 has a structure that can be easily moved by the user.

The deodorizer body 100 is further provided with a deodorizing liquid storage unit 107 for storing deodorized liquid in a lower portion of the accommodation space 101. [ The deodorizing liquid storage unit 107 is provided separately from the deodorizer body 100 so as to store the deodorized liquid. A lid 107A, into which a deodorizing liquid can be injected, is coupled to an upper part of the deodorizing liquid storage part 107 so as to be openable and closable, and a wheel 107B for movement is coupled to the lower part. Accordingly, the deodorizing liquid storage 107 has a structure that can be moved by the user.

Here, the deodorizing liquid is formed by diluting water and fragrance so as to emit a perfume into the air while removing odor. In this case, the fragrance may include both natural fragrances and artificial fragrances.

Also, the deodorizing liquid storage part 107 becomes the water level sensor 108 so as to sense the level of the deodorizing liquid. That is, the water level sensor 108 measures the level information of the sterilizing liquid and transmits it to the control unit 150. When the sterilizing liquid is insufficient according to the information transmitted from the water level sensor 108, Signal. Accordingly, the idle rotation of the pump 130 is prevented during operation of the disengagement apparatus according to the present invention, thereby preventing breakage.

In addition, the deodorizing liquid storage part 107 is provided with a heater part 109 therein. In other words, the heater unit 109 is operated by the control unit 150, so that it is possible to prevent freezing of the deodorizing liquid when the atmospheric temperature falls below zero, so that the odor treatment can be performed even during the winter season.

The deodorizing liquid storage unit 107 is received between the support frames 105 in the direction of the air outlet 101B of the deodorizer body 100 so as to be prevented from coming out. To this end, a pair of latching levers 106 for latching the deodorizing liquid storage part 107 to the deodorizer main body 100 are coupled to the support frame 105. The latching lever 106 is inserted into the support frame 105 of the deodorizer main body 100 so that the deodorant solution reservoir 107 is received in the support frame 105 Thereby preventing the deodorizing liquid storage part 107 from departing. That is, when the latching lever 106 is rotated with respect to the support frame 105, the deodorizing liquid storage part 107 is caught by the latching lever 106 and can not be separated from the deodorizer body 100.

The filter unit 110 is provided to remove odors contained in the air. That is, the filter unit 110 is coupled to the inside of the deodorizer body 100 so as to be disposed between the air inlet 101A and the air outlet 101B, and absorbs the deodorant solution supplied from the deodorizer solution storage unit 107 And removes the odor contained in the air flowing into the air outlet 101B through the air inlet 101A. To this end, the filter unit 110 includes a filter housing 111, a spray tube 114, and a deodorant dispersion pad 116.

The filter housing 111 forms a framework of the filter unit 110 and is combined with a filter that absorbs the deodorizing liquid to form a water film. At this time, the filter 112 may include a conventional HEPA filter, an antibacterial filter, or the like as an air purifying filter for removing odors contained in the air.

The injection tube 114 is formed to have a predetermined length and is coupled to the inside of the filter housing 111 to be connected to the pump 130. The spray tubes 114 are a plurality of spray nozzles 115 spaced apart from each other at a lower surface. That is, the spray tube 114 injects the deodorizing liquid onto the deodorant dispersion pad 116 through the plurality of spray nozzles 115.

The spray tube 114 serves to spray the deodorizing liquid supplied from the pump 130 to the deodorant dispersion pad 116.

The deodorizing liquid dispersion pad 116 is coupled to the filter housing 111 so as to be disposed below the spray tube 114. At this time, the deodorant dispersion pad 116 is formed of a material such as a sponge so as to absorb the deodorant sprayed from the spray tube 114. Accordingly, the deodorant dispersion pad 116 can uniformly disperse and supply the absorbed deodorant to the filter 112. This is possible by coupling the deodorant dispersion pad 116 to the filter housing 111 so as to have a surface area corresponding to the top of the filter and to be disposed between the spray tube 114 and the filter 112. [ That is, the deodorizing liquid absorbed in the deodorizing liquid dispersion pad 116 is naturally flowed and absorbed by the filter.

The filter unit 110 removes the odor or fine dust contained in the air that flows through the air inlet 101A and flows to the air outlet 101B, . That is, the filter 112 forms a water film by the deodorizing liquid supplied from the deodorizing liquid storage unit 107, adsorbs odor and fine dust in the air passing through the filter 112, 140 to the deodorizing solution storage part 107, the malodorous and fine dust contained in the air can be adsorbed on the deodorizing solution in the process of passing through the filter 112 and can be removed naturally.

The fan 120 is provided to be coupled to the air outlet 101B formed in the deodorizer body 100. That is, the fan 120 is rotatably coupled to the air outlet 101B of the deodorizer body 100. The fan 120 is operated under the control of the controller 150 to generate a flow of air from the air inlet 101A toward the air outlet 101B. The perfume of the deodorizing liquid absorbed by the filter 112 of the filter unit 110 and forming a water film is discharged from the filter 112 in accordance with the flow of air generated when the fan 120 rotates, . ≪ / RTI >

The fan 120 discharges the fragrance of the deodorized liquid from the filter unit 110 by the rotational force and diverges the air into a gaseous state in the air, thereby enabling the deodorization of the large space as well as the continuous deodorization.

The pump 130 is coupled to the inside of the deodorizer body 100 to supply the deodorizing liquid stored in the deodorized liquid storage unit 107 to the filter unit 110. Between the pump 130 and the filter unit 110 and between the pump 130 and the deodorizing solution storage unit 107, supply hoses 130A and 130B for supplying a deodorizing solution are provided. The pump 130 is pumped under the control of the control unit 150 to supply the deodorizing solution stored in the deodorizing solution storage unit 107 to the filter unit 110.

Here, the supply hose 130A connecting the pump 130 and the filter unit 110 is provided with a flow control valve (not shown in the drawings) capable of controlling the flow rate of the deodorant supplied to the filter unit 110 according to the extent of the deodorization space May be provided. At this time, the flow control valve is provided in a section between the pump 130 and the filter unit 110.

A strainer (not shown) for removing contaminants contained in the deodorizing liquid supplied to the pump 130 is provided in the supply hose 130B connecting the pump 130 and the deodorant storage unit 107 . At this time, the strainer is provided between the pump 130 and the deodorizing liquid storage unit 107.

The deodorant solution collecting part 140 is provided to collect the deodorizing solution discharged after being absorbed in the filter part 110 to the deodorizing solution storage part 107. The deodorant solution collecting part 142 and the drainage hose 144 .

The deodorizing liquid collecting tank 142 is formed to be detachably mounted on the upper portion of the filter housing 111 and is coupled to the deodorizer body 100. The deodorizing solution collecting tank 142 serves to collect the deodorizing solution flowing from the filter 112.

The drain hose 144 is provided to form a recovery path for the deodorizing liquid. The drain hose 144 is connected to the deodorizing liquid collecting tank 142 and the deodorizing liquid collecting tank 142 for this purpose.

The control unit 150 is provided to be coupled to the deodorizer body 100. The control unit 150 includes a fan 120 coupled to the deodorizer main body 100, a pump 130, a sterilizing lamp 103 and a heater unit 104, And measures the level of the sterilizing liquid stored in the deodorizing liquid storage unit 107 through the water level sensor 108 in real time and transmits the measured level information to the controller 150.

The control unit 150 includes a fan 120 coupled to the deodorizer body 100, a pump 130, a sterilizing lamp 103, a heater unit 104, and a heater unit A control circuit and various components may be provided so as to control the operation of the deodorant liquid storage unit 107 via the water level sensor 108 and transmit the level information of the sterilizing liquid stored in the deodorant liquid storage unit 107 to the controller 150 in real time However, since such a configuration is a known configuration widely practiced by those skilled in the control field before the application of the present invention, a detailed description thereof will be omitted.

Hereinafter, the operation of the natural vaporization type deodorizing apparatus according to the present invention will be described with reference to FIGS. 6 and 7. FIG.

In the natural vaporization type deodorization apparatus according to the present invention, a deodorant solution storage portion 107 in which a deodorized solution is stored is accommodated in a lower portion of the deodorizer main body 100. The deodorizing liquid storage part 107 is received between the support frame 105 in the direction of the air outlet 101B of the deodorizer body 100 and then caught by the engagement lever 106, As shown in Fig.

6, the fan 120 is driven according to an operation of the controller 150 to introduce air into the deodorizer body 100 through the air inlet 101A, and at the same time, the pump 130 The deodorizing solution stored in the deodorizing solution storage part 107 is pumped and supplied to the filter part 110. [

That is, the outside air is introduced into the deodorizing liquid storage part 107 through the air inlet 101A according to the driving of the fan 120, then discharged to the air outlet 101B while passing through the filter part 110, The stored deodorizing liquid is supplied to the filter unit 110 according to the driving of the pump 130 to be absorbed to form a water film and then discharged to the deodorizing solution collecting unit 140 and recovered to the deodorizing solution storing unit 107.

The air flows from the air inlet port 101A to the air outlet port 101B by the fan 120 and the deodorized liquid is supplied to the filter section 110 by the pump 130, The contained odor or fine dust is adsorbed on the deodorizing liquid formed on the filter 112 providing a large surface area in the process of passing through the filter unit 110 and recovered to the deodorizing solution collecting unit 140 .

The perfume of the deodorized liquid absorbed by the filter unit 110 is discharged from the filter 112 according to the flow of air generated when the fan 120 rotates, and can be emitted to the atmosphere in the air. That is, the fan 120 discharges the fragrance of the deodorized liquid from the filter unit 110 by a strong rotational force and diverges the air into a gaseous state in the air, thereby enabling the deodorization of the large space as well as the continuous deodorization.

7, when the deodorant liquid stored in the deodorant liquid storage unit 107 is required to be replenished, the engagement lever 106 coupled to the support frame 105 of the deodorizer body 100 is released The deodorant solution storage portion 107 is removed from the deodorizer main body 100 and then the lid 107A of the deodorant solution storage portion 107 is opened to replenish the deodorant solution, The deodorizing liquid replenishing operation can be easily performed by engaging with the engaging lever 106 after being accommodated between the frames 105. [

As described above, the natural vaporization type deodorizing apparatus according to the present embodiment is a natural vaporization type deodorization apparatus that uses a natural vaporization method for dissolving deodorant components of ultrafine particles close to a gas phase, , Septic tanks, various factories, etc. can be continuously deodorized in a wide space without causing secondary pollution such as wastewater, thereby maximizing the deodorization efficiency and enhancing the humidifying effect .

In addition, the natural vaporization type deodorizing apparatus according to the present embodiment can increase deodorization efficiency even with a very small amount of deodorizing liquid by the natural vaporization method, thereby contributing to energy saving and improving the economical efficiency.

In addition, the natural vaporization type deodorizing apparatus according to the present embodiment can remove odor and fine dust contained in the air by adsorbing and discharging odor and fine dust contained in the air by forming a deodorizing liquid film on the filter unit 110 .

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It is obvious to those who have. Accordingly, such modifications or variations should not be individually understood from the technical spirit and viewpoint of the present invention, and modified embodiments should be included in the claims of the present invention.

100: deodorizer body
101: accommodation space 101A: air inlet
101B: air outlet 102; Foreign matter filter
103: sterilizing lamp 104: heater part
105: Support frame 105A:
106: latching lever 107: deodorizing liquid storage part
107A: lid 107B; wheel
108: Water level sensor 109:
110:
111: filter housing 112: filter
114: jetting tube 115: jetting nozzle
116: deodorant liquid dispersion pad
120: Fans
130: Pump 130A, 130B: Supply hose
140: Deodorizing solution collecting part
142: deodorizing liquid collecting tank 144: drainage hose
150:

Claims (12)

A deodorizer main body having an air inlet and an air outlet formed on both sides of the receiving space, the deodorizer being formed at a lower portion of the receiving space for storing a deodorizing liquid formed by diluting perfume in water;
A deodorizing liquid storing unit for storing a deodorizing liquid supplied from the deodorizing liquid storing unit, the air being introduced through the air inlet and flowing into the air outlet port, the air being introduced into the deodorizer main body so as to be disposed between the air inlet and the air outlet, A filter portion provided to remove the contained odor;
A fan disposed to be rotatably coupled to an air discharge port of the deodorizer body and capable of generating a flow of air from the air inlet toward the air outlet so as to diffuse the deodorized liquid absorbed in the filter portion into the atmosphere, ;
A pump coupled to the inside of the deodorizer main body and configured to supply a deodorizing solution stored in the deodorized solution storage part to the filter part;
A deodorant recovery unit coupled to a lower portion of the filter unit and configured to recover deodorized solution discharged into the deodorizing solution storage unit after being absorbed by the filter unit; And
And a control unit provided to control operations of the fan and the pump,
Wherein the filter unit comprises: a filter housing to which a filter for absorbing the deodorizing liquid is coupled; a jetting tube coupled to the inside of the filter housing and capable of jetting the deodorizing liquid supplied by the pump to the filter; And a deodorant dispersion pad coupled to the filter housing so as to be disposed between the capillary tube and the filter, the deodorant dispersion pad being provided so as to uniformly disperse and supply a deodorizing solution sprayed from the spray tube to the filter,
The deodorizing liquid dispersion pad absorbs the deodorizing liquid sprayed through the spray nozzle and is uniformly dispersed in the filter so as to be supplied to the deodorizing liquid dispersion pad. Respectively,
The deodorizing solution collecting unit includes a deodorizing solution collecting tank coupled to the deodorizer main body so that the filter housing is detachably mounted on the upper portion of the filter housing and capable of collecting a deodorizing solution flowing down from the filter, And a drain tank coupled between the liquid storage units and provided to form a recovery path for the deodorant liquid,
Wherein the air inlet includes a foreign matter filtering net provided to filter out foreign matter contained in air flowing into the deodorizer body,
The deodorizer body is formed with a support frame formed at a corner of the lower surface in a vertical direction and coupled to the support frame. The air is introduced into the accommodation space adjacent to the air inlet, A sterilizing lamp operated by the operation of the control unit to sterilize the deodorant solution, and a filter disposed in the accommodation space adjacent to the air inlet to heat the cold air flowing through the air inlet, And a heater unit operated by the operation of the control unit to dry the part,
The deodorizing liquid storage part includes a lid capable of storing the deodorizing liquid and capable of loading the deodorizing liquid therein. The lid is coupled to a lower part of the lid to move the deodorizing liquid. A water level sensor formed to be received between the frames so as to be prevented from being separated by an engagement lever provided on the support frame and to sense the level of the deodorizing liquid, And a heater part provided on the inner surface of the main body. delete delete delete delete delete delete delete delete delete delete delete

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