KR101963765B1 - Liquid Cleaning Deodorant Device Equipped with Cleaning Device Using Generating Device of Catalyst Oxidation Water - Google Patents

Abstract

The present invention relates to a chemical liquid cleaning and deodorizing apparatus having a cleaning device using a catalyst water generating device. The chemical liquid cleaning and deodorizing apparatus comprises: a cleaning device; a deodorizing device; a cleaning nozzle unit; and a catalyst water generating device. According to the present invention, the cleaning efficiency can be significantly enhanced.

Description

Technical Field [0001] The present invention relates to a chemical liquid cleaning and deodorizing device having a cleaning device using a catalytic water generating device,

The present invention relates to a chemical liquid cleaning and deodorizing apparatus having a cleaning device using a catalytic water generating device. More particularly, the present invention relates to a chemical liquid cleaning and deodorizing device having a catalytic water generating device, So that the odor gas to be washed and deodorized is circulated to increase the retention time, thereby improving the cleaning and deodorizing efficiency and effectively removing foreign matter such as dust contained in the odor gas And more particularly, to a chemical liquid cleaning and deodorizing apparatus having a cleaning device using a catalytic water generating device.

Conventionally, the emission level of pollutants or harmful gas is simply regulated. As the industry develops highly and exhaust gas standards are strengthened globally, pollution caused by odor is treated as serious social pollution.

In addition, various complaints related to the odor are increasing day by day, but the technology to remove the odor is not realistic in reality. In developed countries, the content that prevents the generation of odor is enacted as a law to minimize the generation of odor. .

On the other hand, harmful components such as SOx, NOx, formaldehyde, H2S, O3 and VOCs are contained in food waste disposal facilities, leather processing plants and sludge treatment of sewage treatment plants. And the gas caused by the loss of stinking bacteria).

Soil deodorization method, adsorption method, microbial treatment method, biofilter method and general cleaning method are used as measures to reduce the emission of harmful gas, which is harmful gas. However, installation cost and maintenance cost are excessive, In particular, it is pointed out that there is a serious problem that the cleaning efficiency of the odor removing efficiency is lowered due to the problem of the management of the spray nozzles and the filling materials and the discharge of the washing water fine particles to the atmosphere after the cleaning.

As described above, the gas deodorizer according to the general cleaning method has been filed as a utility model, and the above-described degassing scrubber is disclosed in U.S. Utility Model Laid-Open No. 20-1997-20990, June 18, 1997 , A dust collecting plate in which a plurality of vortex passages are arranged in a radial pattern at a predetermined interval on the outer periphery of the distribution plate is interposed and a shaft and a rotating disk which are interlocked with the motor are installed in a driving part provided on the lower side, At the upper part of the plate, a jetting port connected to the water supply pipe is provided, and the jetted water is crushed by rotating the rotary disk, so that the water molecules of the particulate form adsorb the harmful components of the harmful gas, and then drops and discharges harmful components.

In another structure, a cleaning liquid containing a chemical is sprayed into a deodorizer to adsorb a harmful component of a noxious gas introduced into the deodorizer, and then the chemical is discharged to the outside.

However, since the conventional gas deodorizer has a complicated structure and has a single cleaning structure, there is a problem that the gas deodorization efficiency is lowered. In addition, there is a problem that the deodorization efficiency is lowered because the noxious gas is directly injected into the cleaning liquid, The retention time is short and the proper purification efficiency can not be obtained, so that there is a problem of double purification.

The above-mentioned invention means the background art of the technical field to which the present invention belongs, and does not mean the prior art.

SUMMARY OF THE INVENTION The present invention has been conceived to solve the above-mentioned problems, and it is an object of the present invention to provide a deodorizing apparatus, And the odor gas is circulated to increase the retention time, thereby improving the cleaning and deodorizing efficiency and effectively removing foreign matter such as dust contained in the odor gas The present invention is directed to a chemical solution cleaning and deodorizing apparatus having a cleaning apparatus using a cleaning liquid.

The present invention relates to a chemical liquid cleaning and deodorizing apparatus for removing odors by using a catalytic number, comprising: a cleaning outer housing having a cleaning water tank portion including a central cleaning water tank, an inner cleaning water tank and an outer cleaning water tank, A cleaning device disposed on the inside of the cleaning outer housing and formed with a cleaning discharge port at an upper side thereof and a cleaning inner housing having annular cleaning partition wall panels formed therein at regular intervals along the longitudinal direction; A deodorization outer housing formed with a deodorization inlet for receiving gas and formed with a deodorization tank formed of a central deodorization tank, an inner deodorization tank, and an outer deodorization tank at an inner lower portion thereof, a deodorization outer housing disposed inside the deodorization outer housing, And an annular deodorization bulkhead panel and an annular separation panel A deodorizing device including a deodorizing inner housing having an upper end fixed to an upper end of the upper pipe and a lower end of a lower pipe fixed to the deodorization receiving part, a cleaning nozzle unit installed in the deodorizing device, And a catalytic water generating device for supplying catalytic water to the cleaning device and the deodorizing device.

In addition, the cleaning nozzle unit may include cleaning deodorizing outer housing and deodorizing inner housing inside the cleaning outer housing and inner cleaning housing of the cleaning apparatus.

In addition, the cleaning device and the deodorizing device are provided with a spray nozzle, a cleaning agent 1 spray nozzle formed on the inside of the cleaning inner housing, a cleaning agent 2 spray nozzle formed on the inner lower side of the cleaning inner housing, A deodorant 1 spray nozzle formed between the lower tubes, and a deodorant 2 spray nozzle formed inside the upper tube.

The gas-liquid separator may further include a gas-liquid housing formed on the bottom of the washing-type bulkhead panel and the deodorizing bulkhead panel, and a gas-liquid separator disposed in the gas- And a guide tube formed on the bottom surface of the gas-liquid housing.

The gas-liquid mixing unit is provided in the cleaning device and the deodorizer, and the gas-liquid mixer is composed of the gas-liquid mixers installed in the cleaning device and the deodorizer, And is installed between the upper tube and the lower tube.

The deodorizing apparatus may further include a lower mist mist inside the upper tube and between the lower shell and the inner side of the deodorizing inner housing, and a top dead mist is provided on the inner upper side of the deodorizing inner housing.

In addition, the cleaning device and the deodorizing device may further include a sensing sensor for sensing the concentration and a temperature of the odor gas flowing into the inside of the cleaning device and the deodorizing device, and a sensing sensor for sensing the concentration of contaminants in the storage tank.

The chemical liquid cleaning and deodorizing apparatus equipped with the cleaning device using the catalytic water generating apparatus of the present invention is characterized in that the malodorous gas containing the malodorous component is introduced into the cleaning device and then cleaned first and the cleaned odorous gas is introduced into the deodorizing device to be secondarily deodorized In addition, since the odor gas to be washed and deodorized is circulated to increase the retention time, the efficiency of washing and deodorization is improved and foreign matter such as dust contained in the odor gas can be effectively removed.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a conceptual diagram showing a chemical solution cleaning and deodorizing apparatus having a cleaning device using a catalytic water generating device according to the present invention. FIG.
2 is a view showing that a chemical liquid is supplied to a chemical liquid cleaning and deodorizing apparatus equipped with a cleaning apparatus using the catalytic water generating apparatus according to the present invention.
3 is a view showing a deodorizing device of a chemical liquid cleaning and deodorizing apparatus having a cleaning device using the catalytic water generating device according to the present invention.
4 is a view showing a cleaning device of a chemical liquid cleaning and deodorizing apparatus equipped with a cleaning device using the catalytic water generating device according to the present invention.
FIG. 5 is a top view mist of a chemical liquid cleaning and deodorizing apparatus having a cleaning device using a catalytic water generating device according to the present invention.
6 is a view showing a lower mist of a chemical liquid cleaning and deodorizing apparatus equipped with a cleaning device using the catalytic water generating device according to the present invention.
FIG. 7 is a view showing a process of moving a chemical solution cleaning and deodorizing apparatus having a cleaning device using the catalytic water generating apparatus according to the present invention while purifying odor.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to the preferred embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the like elements throughout. In this process, the thicknesses of the lines and the sizes of the components shown in the drawings may be exaggerated for clarity and convenience of explanation. In addition, the terms described below are defined in consideration of the functions of the present invention, which may vary depending on the intention or custom of the user, the operator. Therefore, definitions of these terms should be made based on the contents throughout this specification.

In addition, the following embodiments are not intended to limit the scope of the present invention, but merely as an example, and various embodiments may be implemented through the present invention.

FIG. 1 is a conceptual view showing a chemical liquid cleaning and deodorizing apparatus having a cleaning apparatus using a catalytic water generating apparatus according to the present invention, and FIG. 2 is a schematic view of a chemical liquid cleaning and deodorizing apparatus having a cleaning apparatus using the catalytic water generating apparatus according to the present invention. FIG. 3 is a view showing a deodorizing device of a chemical liquid cleaning and deodorizing apparatus having a cleaning device using the catalytic water generating device according to the present invention, and FIG. 4 is a cross- FIG. 5 is a view showing a top dead mist of a chemical liquid cleaning and deodorizing apparatus equipped with a cleaning apparatus using the catalytic water generating apparatus according to the present invention, and FIG. FIG. 6 is a view showing a lower mist of a chemical liquid cleaning and deodorizing apparatus equipped with a cleaning apparatus using the catalytic water generating apparatus according to the present invention, and FIG. A view showing a process in which the odor of a chemical cleaning deodorizer provided with a cleaning device using the generator can move as catalytic purification.

As shown in the drawing, the chemical liquid cleaning and deodorizing apparatus 10 having the cleaning device using the catalytic water generating apparatus according to the present invention is capable of cleaning the odorous gas introduced by using the chemical liquid and the catalyst water, The chemical liquid cleaning and deodorizing apparatus 10 includes a cleaning apparatus 20, a deodorizing apparatus 30, a cleaning nozzle unit 40, and a catalyst water generating apparatus 50.

The cleaning device 20 has a cleaning water receiving portion 211 composed of a central cleaning water tank 211a, an annular inner cleaning water tank 211b and an annular outer cleaning water tank 211c on the inner lower side, And a cleaning discharge port 222 is formed on the upper side of the cleaning outer wall 221. An annular cleaning partition wall panel 221 is formed in the interior of the cleaning outer wall 21 in the longitudinal direction And a cleaning inner housing 22 formed at regular intervals.

A washing finishing panel having wash tubs is welded or screwed to the upper portion of the washing tub 211.

A lower end of the cleaning inner housing 22 is formed at a predetermined interval on the upper side of the cleaning finishing panel. The cleaning inner housing 22 is fixedly connected to the cleaning outer housing 21 by an annular finishing panel or shaft.

The number of catalysts injected from the cleaning nozzle unit 40, the washing water, and the chemical liquid are filled in the central washing water tank 211a, the inner washing water tank 211b, and the outer washing water tank 211c. At this time, the number of catalysts in the washing water portion, the washing water and the chemical liquid may be circulated and filtered, and then supplied to the cleaning nozzle unit again.

The number of catalysts used is one in which water containing microbubbles and an oxidizing auxiliary agent is supplied to a catalyst tank 51 filled with a metal oxide catalyst and ionized.

As the washing water, water containing microbubbles is used, and the washing water is supplied from the microbubble producing tank 52.

The washing partition wall panel 221 is welded to an inner lower end portion and an upper side of the washing inner housing, and a total of three welding portions are welded at an intermediate portion. At this time, the number of the washing partition wall panels 221 may be three or less, or three or more.

The cleaning units of the cleaning nozzle unit 40 are disposed between the cleaning outer housing 21 and the cleaning inner housing 22 and include a cleaning partition wall panel 221 formed at the center of the inner side of the cleaning inner housing 22 As shown in Fig. The cleaning nozzle units 41 are welded and fixed to the outer housing and the inner housing by a connecting bar.

A cleaning nozzle unit 41 disposed between the cleaning outer housing 21 and the cleaning inner housing 22 and a cleaning nozzle unit 41 disposed above the cleaning inner housing 22 receive the number of catalysts And the cleaning nozzle unit 41 disposed under the cleaning inner housing 22 receives the cleaning water and injects the cleaning water to clean the malodor gas.

The cleaning apparatus 20 having the above-described structure cleans the malodorous gas flowing into between the cleaning outer housing 21 and the cleaning inner housing 22 by the catalytic number, and then the cleaning partition wall panel 221 is formed in multiple stages, So that the cleaning efficiency is increased while being moved along a predetermined path, the retention time is increased, and the cleaning efficiency can be increased again. do.

In addition, a certain space is formed between the cleaning outer housing 21 and the cleaning inner housing 22 to move the malodorous gas and to prevent the generation of winter waves.

The deodorizing device 30 includes a deodorizing inlet 312 formed on the upper side to receive the odor gas cleaned in the cleaning device 20 and a central deodorization tank 311a, an inner deodorization tank 311b, A deodorization outer housing 31 formed with a deodorization tank 311 formed of a deodorization tank 311c and a deodorization outlet 323 disposed inside the deodorization outer housing 31 and discharging gas deodorized on the upper side, An annular deodorization bulkhead panel 321 and an annular separation panel 322 are formed in the interior of the separation panel 322. An upper end of the upper pipe 322a is fixed to the separation panel 322, And the lower end of the lower tube 33 is fixed.

The upper tube 322a is welded and fixed to an upper portion of the separation panel 322 so that the lower end of the upper tube 322a is spaced apart from the deodorization tube 311. The lower tube 332 is connected to the upper tube 322a And a lower end portion is welded and fixed to a deodorization finishing panel formed on the deodorization receiving portion 311 so that an upper end portion thereof is spaced apart from the separation panel 322 at a predetermined interval. The deodorizing inlet 312 and the cleaning outlet 222 are connected to each other by a connecting pipe so that the odor gas cleaned from the cleaning device 20 can be delivered to the deodorizing device 30.

A deodorization finishing panel having deodorizing water holes is welded or screwed to the upper portion of the deodorization receiving portion 311.

The central deodorization water tank 311a, the inner deodorization water tank 311b and the outer deodorization water tank 311c are supplied with the number of catalysts injected from the cleaning nozzle unit 40 and the washing water and oxidizing auxiliary agents such as sodium hypochlorite, Chlorine, chlorine gas, etc.) are filled.

The number of catalysts used is one in which water containing microbubbles, an oxidizing auxiliary agent and air is supplied to a catalyst tank 51 filled with a metal oxide as a catalyst and ionized.

The metal oxide catalyst is a functional ceramic catalyst obtained by sintering a ferrite based metal oxide such as a magnetic substance, iron, molybdenum, cobalt, titanium, aluminum, potassium, zirconium, silicon, tungsten, chromium, Diatomaceous earth, barium titanate or a catalyst such as platinum, rhodium, or talladium can be used.

The washing water used is microbubbles water, water containing an oxidizing auxiliary agent and air, and the washing water is supplied from the microbubble generating tank 52.

The oxidizing auxiliary agent (for example, sodium hypochlorite, chlorine dioxide, etc.) is supplied from the oxidation auxiliary tank 53.

The cleaning nozzle unit 41 of the cleaning nozzle unit 40 is disposed between the lower tube 33 and the upper tube 322a and is disposed inside the upper tube 322a and the deodorization outer housing 31) and the deodorizing inner housing (32). The cleaning nozzle units 41 are welded and fixed to the lower tube 33, the upper tube 322a, the deodorizing outer housing 31 and the deodorizing inner housing 32 by a connecting bar.

The cleaning nozzle unit 41 disposed between the upper pipe 322a and the lower pipe 33 receives the cleaner from the micro bubble generating tank 52 to remove odor components, 322a and the cleansing nozzle unit 41 disposed between the deodorizing outer housing 31 and the deodorizing inner housing 32 receives the catalytic water from the catalytic tank 51 and injects the catalytic water to remove odor components The cleaning nozzle unit 41 disposed between the lower pipe 33 and the deodorizing inner housing 32 receives and supplies an oxidizing auxiliary such as sodium hypochlorite from the oxidizing auxiliary tank 53 to remove odor components.

The deodorizing device 30 configured as described above is configured such that the odor gas introduced from the cleaning device 20 sequentially flows between the deodorizing inner housing 32 and the upper portion of the deodorization receiving portion 311, After passing between the separation panels 322 and then passing through an upper part of the upper pipe 322a and an upper part of the deodorization part 311 and then moving through the inside of the upper pipe 322a, By the deodorization by the chemical liquid, the odorous gas moves in zigzag form and is deodorized by the chemical liquid and moved along the fixed path, so that the deodorization efficiency can be increased and the deodorization efficiency can be increased again by increasing the residence time.

In addition, a certain space is formed between the deodorizing outer housing 31 and the deodorizing inner housing 32 to move the malodorous gas and to prevent the winter wave from being generated.

The catalytic water generating device 50 supplies the catalytic number, cleansing water and micro bubble water to the cleaning device 20.

The catalytic water generator 50 includes a micro bubble generating tank 52 for discharging cleaning water mixed with micro bubbles in the water, and a micro bubble generating tank 52 having a structure in which micro bubbles, water, A catalyst tank 51 which is supplied with cleaning water and discharges the catalyst water formed by ionization by a metal oxide catalyst, and an oxidation auxiliary tank 53 which supplies an oxidation auxiliary agent such as sodium hypochlorite. The catalyst tank 51 is filled with a metal oxide catalyst.

(For example, sodium hypochlorite, chlorine dioxide, or the like) containing the number of catalysts or micro bubbles is sprayed to the cleaning device 20 and the deodorizing device 30 so as to clean and deodorize the odor gas. The cleaning nozzle unit 40 includes a cleaning nozzle unit 40 and a cleaning nozzle unit 40. The cleaning nozzle unit 40 is disposed inside the cleaning outer housing 21 and the cleaning inner housing 22 of the cleaning apparatus 20, And a cleaning nozzle unit 41 installed inside the deodorizing outer housing 31 and the deodorizing inner housing 32 of the deodorizing device 30.

A spray nozzle unit 60 is provided in the cleaning apparatus 20 and the deodorizing apparatus 30 and the spray nozzle unit 60 is connected to a cleaning agent 1 spray nozzle 61 formed at the upper inside of the cleaning inner housing 22 A cleaning agent 2 spraying nozzle 62 formed at an inner lower portion of the cleaning inner housing 22 and a deodorant 1 spraying nozzle 63 formed between the upper tube 322a and the lower tube 33, A deodorant 2 spray nozzle 64 formed inside the upper tube 322a and a deodorant 3 spray nozzle 66 formed between the lower tube 33 and the inner deodorization housing.

The injection nozzle unit 60 includes a cleaning agent 1 spray nozzle 61 welded to the upper inside of the cleaning inner housing 22, a cleaning agent 2 spray nozzle 62 welded to the inner lower portion of the cleaning inner housing 22, A deodorant 1 injection nozzle 63 welded between the upper tube 322a and the lower tube 33 and a deodorant 2 injection nozzle 64 welded to the inside of the upper tube 322a, The spray nozzle 61, the cleaning agent 2 spray nozzle 62, the deodorant 1 spray nozzle 63 and the deodorant spray nozzle 64 communicate with the annular support panel and the spray holes formed in the support panel, And the injection unit is formed in a hollow structure or a tubular structure in which the inner diameter becomes narrower toward the upper side to accelerate the moving odor gas.

Liquid separation unit 70 is further formed on the washing partition wall panel 221 and the deodorization partition wall panel 321. The gas-liquid separating unit 70 separates the washing partition wall panel 221 and the deodorization bulkhead panel 321 from each other, And a gas-liquid separator 72 disposed inside the gas-liquid housing 71 so as to be rotated by a driving motor. The gas-liquid separator 72 includes a gas- And a guide tube 73 formed on the bottom surface of the gas-liquid housing 71.

(Such as sodium hypochlorite, chlorine dioxide, and the like) contained in the cleaned and deodorized odor gas that is moved through the cleaning inner housing 22 and the deodorizing inner housing 32, Liquid separator 72 and the separated chemical liquid is sequentially passed through the guide pipe 73 to the other vapor-liquid separator 70 or the washing / dewatering unit 211, . The gas-liquid separator 72 has an impeller structure.

At this time, it is preferable that the bottom surface of the gas-liquid housing 71 is formed to be tapered downward toward the medial center so that the separated chemical liquid is transferred to the guide tube 73.

The gas-liquid mixing unit 80 is provided in the cleaning device 20 and the deodorizing device 30. The gas-liquid mixing unit 80 is provided in the cleaning device 20 and the deodorizing device 30, And the gas-liquid molar delivering device 81 is screwed between the cleaning outer housing 21 and the cleaning inner housing 22 and the upper pipe 322a and the lower pipe 33 As shown in Fig.

The chemical liquid injected from the cleaning nozzle unit 40 is mixed with the malodor gas through the gas-liquid molar blower 81, so that the malodor component contained in the malodor gas can be effectively purified. The gas-liquid molar massager 81 has an impeller structure, and a driving motor is installed together to rotate the gas-liquid molar massager 81.

An annular lower mist 34 is attached or screwed to the deodorizing device 30 between the inside of the upper pipe 322a and the lower pipe 33 and the inner side of the deodorizing inner housing 32, Shaped upper mist 35 is adhered or screwed to the upper portion of the inner side of the inner housing 32 to filter the malodorous component of the malodorous gas moving along a predetermined path and to remove the water contained in the malodorous gas .

The cleaning device 20 and the deodorizing device 30 are further provided with a detection sensor for sensing the concentration of the odor gas flowing into the inside of the cleaning device 20 and the deodorizing device 30, It is preferable to adjust the concentration of the water.

The chemical liquid cleaning and deodorizing apparatus equipped with the cleaning device using the catalytic water generating device according to the present invention described above can circulate and clean the malodor gas containing the malodorous component into the cleaning device and then inject the cleaned malodor gas into the deodorizing device By circulating and deodorizing, it is possible to increase the residence time in which the stench gas stays, thereby avoiding the problem of deterioration in the cleaning efficiency occurring in the prior art, and the efficiency can be greatly improved.

It will be apparent to those skilled in the art that various modifications and equivalent arrangements may be made therein without departing from the scope of the present invention as defined by the appended claims and their equivalents. . Therefore, it is to be understood that the present invention is not limited to the above-described embodiments. Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims. It is also to be understood that the invention includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention as defined by the appended claims.

10: chemical solution cleaning deodorization device 20: cleaning device
21: cleaning outer housing 211: cleaning water supply part
211a: Central cleaning water tank 211b: Inner cleaning water tank
211c: outer cleaning water tank 212: cleaning inlet
22: Cleaning inner housing 221: Cleaning bulkhead panel
222: Cleaning outlet 30: Deodorizer
31: deodorization outer housing 311: deodorization water receiving portion
311a: central deodorization tank 311b: inner deodorization tank
311c: outer deodorization tank 312: deodorizing inlet
32: deodorization inner housing 321: deodorization bulkhead panel
322: separation panel 322a: upper tube
33: Lower tube 34:
35: top dead mist 40: cleaning nozzle part
41: Cleaning nozzle unit 50: Catalytic water generator
51: Catalytic tank 52: Micro bubble generating tank
53: Oxidizing auxiliary tank 60: Injection nozzle part
61: cleaning agent 1 jetting nozzle 62: cleaning agent 2 jetting nozzle
63: Deodorant 1 Injection nozzle 64: Deodorant 2 Injection nozzle
65: deodorant 2 injection nozzle 70: gas-liquid separation unit
71: gas-liquid housing 72: gas-liquid separator
73: guide tube 80: gas-liquid mixing section
81: Prehistoric Firearms

Claims (7)

A chemical liquid cleaning and deodorizing apparatus for removing odors by using a catalytic water,
A cleaning outer housing having a cleaning water tank part composed of a central cleaning water tank, an inner cleaning water tank, and an outer cleaning water tank at an inner lower part thereof and having a cleaning inlet port; a cleaning water discharge port disposed inside the cleaning outer housing, And a cleaning inner housing formed with the cleaning partition wall panels of the cleaning partition wall panels spaced along the longitudinal direction at regular intervals.
A deodorization outer housing formed with a deodorization inlet to receive the cleaned malodorous gas from the cleaning device and having a deodorization tank formed of a central deodorization tank, an inner deodorization tank and an outer deodorization tank at an inner lower portion thereof; And an annular deodorizing bulkhead panel and an annular separating panel are formed therein. An upper end of the upper pipe is fixed to the separating panel, and an upper end of the lower pipe is fixed to the deodorization receiving portion. A deodorizing device comprising a deodorizing inner housing with a lower end fixed;
A cleaning nozzle unit installed in the cleaning device and the deodorizing device; And
And a catalytic water generating device for supplying catalytic water to the cleaning device and the deodorizing device.
The method according to claim 1,
Wherein the cleaning nozzle unit comprises detergent outer housings of the deodorizing apparatus and cleaning nozzle units installed inside the deodorizing inner housing in the cleaning outer housing and the cleaning inner housing of the cleaning apparatus. A chemical liquid cleaning and deodorizing apparatus having a cleaning device.
The method according to claim 1,
The cleaning device and the deodorizing device are provided with an injection nozzle,
A detergent 1 spray nozzle formed at an inner upper portion of the cleaning inner housing, a detergent 2 spray nozzle formed at an inner lower portion of the cleaning inner housing, a deodorant 1 spray nozzle formed between the upper tube and the lower tube, And a deodorant spraying nozzle formed in the interior of the chemical solution generating and deodorizing apparatus.
The method according to claim 1,
Wherein the cleaning partition wall panel and the deodorization partition wall panel further include a gas-
The gas-liquid separator includes a gas-liquid housing formed on a bottom surface of the washing-type bulkhead panel and the deodorizing bulkhead panel,
A gas-liquid separator disposed in the gas-liquid housing,
And a guide tube formed on a bottom surface of the gas-liquid housing.
The method according to claim 1,
The gas-liquid mixing portion is provided in the cleaning device and the deodorizing device,
Wherein the gas-liquid mixing unit is composed of the cleaning device and the vapor-liquid neutralizer provided in the deodorizing device,
Wherein the gas-liquid mixer is installed between the cleaning outer housing and the cleaning inner housing, and is installed between the upper tube and the lower tube.
The method according to claim 1,
Wherein the deodorizing device is provided with a bottom mist between the inside of the top tube and the bottom tube and the inner side of the deodorizing inner housing, and a top mist is provided on the inner upper side of the deodorizing inner housing. And a cleaning device using the cleaning device.
The method according to claim 1,
Wherein the cleaning device and the deodorizing device are further provided with a sensing sensor for sensing the concentration and temperature of the odor gas flowing into the interior of the cleaning device and a sensing sensor for sensing the concentration of contaminants in the water storage tank. Wherein the chemical liquid cleaning and deodorizing apparatus comprises:

Images