KR102011083B1 - Solution-type deodorizing tower having a filling agent stirring function - Google Patents

Abstract

The present invention relates to a chemical liquid deodorization tower having a filler agitation function, and more particularly, to a known liquid chemical deodorization tower, further comprising a filler agitating means in a vertical direction in a second washing pack bad part of the second stage cleaning unit. The geared motor for driving the filler agitator means is installed on the outside of the main body, and the filler agitator means checks the inside of the second cleaning pack bed part through a viewing window installed by the operator on the outer surface of the main unit. As a result, when the filler is contaminated by various foreign matters, or when it is determined that odor passage paths are fixed between the fillers or when a predetermined operation time requirement is passed through the timer, the geared motor can be operated for an arbitrary time. The filler stirring means is a pair of shaft support and one vertical shaft, a plurality That is configured as a cantilever-type stirring blade, the driven bevel gear and a drive bevel gear is characterized.
Therefore, in the process of deodorizing the odor gas, it is possible to remove and wash various foreign substances in the filler in the second cleaning pack bed part, as well as to eliminate the fixed odor passage passage, so that the product itself as well as the odor gas Not only can the reliability of the deodorization, collection and removal functions be significantly improved, but also the utilization of the plant can be significantly improved.

Description

Solution-type deodorizing tower having a filling agent stirring function}

The present invention relates to a chemical liquid deodorization tower having a filler stirring function, and more particularly, a single liquid column is formed in multiple stages, and two or more cleaning liquids are separately circulated to purify by neutralization and oxidation reaction with odor gas. Second cleaning pack of the second stage cleaning section that ensures the maximum contact area between the odor gas and the cleaning liquid through the filler provided inside of the components of the deodorization tower (also referred to as "two liquid simultaneous cleaning deodorization tower"). Filling the bed with a filler agitation means that can stir the filler as needed, and during the long-term deodorization of various odors using a chemical liquid deodorizing tower was included in the odor in the filler in the second cleaning pack bed When it is judged that deodorization and trapping effect of odor gas is deteriorated due to the formation of foul or stuck odor passage path by attaching many foreign substances. When the predetermined operation time required (for example, 6 hours or 12 hours or 1 to 2 days) has elapsed by using a timer (not shown), the filler agitating means is operated for a certain time to remove some foreign matters from the filler. And chemically formulated with a filler agitation function, which can significantly improve the reliability of the product itself as well as the deodorization, capture and removal of malodorous gas through the method of eliminating the odor passage passage which is fixed as well as washing. It is about a deodorization tower.

In general, in various places such as sewage treatment plant, manure treatment plant, food treatment facility, and livestock facility, various organic or inorganic gases are generated, resulting in complex odors, and the odors are alkaline, acidic, and neutral. A single chemical cleaning solution, such as a slow oxidizing agent, has a characteristic of making it difficult to effectively treat odor gas.

As a method of removing the malodorous gas based on these characteristics, a plurality of nozzles are installed in a deodorizing tower, and water is removed by contacting water containing the malodors introduced into the deodorizing tower (water washing method) In addition, a method of adsorbing malodorous substances by placing an adsorbent layer such as activated carbon, silica gel, and zeolite as a filler in the deodorizing tower (adsorption method) or by placing a specific microbial layer instead of the adsorbent may cause the microorganism to smell. Methods of decomposing the generated materials (microbial contact method).

As described above, the malodorous gas composed of the complex gas is usually neutralized by the 'acid and alkali' chemical solution and is purified. Such a conventional deodorization tower has a slow reaction rate, which decreases efficiency, but reacts complexly with an oxidizing agent (such as hypochlorous acid). It consists of a single deodorizing tower using a single deodorizing tower, or an acid and alkali cleaning tower each composed of a series of two deodorizing towers in series, which is a complex decomposer of the deodorizing efficiency of the composite gas, construction, etc. Due to the large size, the installation space and the installation cost was excessive.

In order to improve this problem, Korean Patent Publication No. 10-0820845 (Applicant's name: two-component simultaneous cleaning deodorization tower) has been disclosed.

The two-liquid simultaneous washing and deodorizing tower presented in Korean Patent Publication No. 10-0820845 has a mist collecting part and an exhaust port formed above the hollow body of the inside, and supplies odor gas to one side outside the gas distribution chamber and the distribution chamber at the bottom. A main body in which an inlet pipe is formed so that the malodorous gas introduced from the fan can be introduced; A first tank formed on a bottom surface of the main body and configured to receive an acid cleaning liquid, a first circulation pump formed on one side of the first tank to transfer the contained acid cleaning liquid to an upper side of the main body, and the first circulation pump The first injection pipe having a plurality of supply holes and the lower portion of the first injection pipe to spray the acid cleaning liquid transferred by the lower portion in the main body to ensure the maximum contact area between the odor gas and the cleaning liquid A pack bed formed to collect malodorous gas, an acid pickling liquid sprayed by the first spray pipe and passing through the pack bed and falling down from the bottom of the pack bed; An acid washing unit provided with a first collecting pipe to transfer the collected acid washing liquid to the first tank; A second tank which is formed on the bottom of the main body and is adjacent to the first tank and is formed to receive the alkaline cleaning liquid, and is formed to transfer the alkaline cleaning liquid contained in the second tank to the lower side of the collection unit of the acid cleaning unit; Into a second circulation pump, a second supply pipe having a plurality of supply holes to supply the alkaline cleaning liquid transferred by the second circulation pump into the main body, and an alkaline cleaning liquid supplied by the second supply pipe to maintain a constant water level. The second tank is used to clean the malodorous gas by injecting the malodorous gas, while adjusting the water level of the jet nozzle which is formed to remove dust contained in the malodorous gas and the alkali cleaning liquid that is formed and circulated on one side of the jet nozzle. It consists of an alkali washing | cleaning part provided with the 2nd collection pipe to circulate and convey.

The two-liquid simultaneous washing and deodorizing tower having such a structure is equipped with an acid and alkali washing tower at the same time, and each washing liquid is circulated separately to facilitate the washing. In addition to ensuring fast and excellent cleaning power, the deodorizing power was greatly improved by simultaneous neutralization of acid and alkali.

The two-liquid simultaneous washing and deodorizing tower uses a jet nozzle to clean the composite gas, wherein the jet nozzle corresponds to a gas distribution chamber having a plurality of supply pipes and a supply pipe of the gas distribution chamber, and is spaced apart from an outer end when combined. It is formed so as to be written to form a supply hole and the odor gas is made of a spray cap is formed to be sprayed in the liquid phase into the bubble through the supply hole, and the jet nozzle is arranged evenly distributed in a plurality inside the body.

Accordingly, even if the jet nozzles are arranged evenly distributed in the body, the pressure loss is large because the opening ratio cannot be increased.

In addition, due to the structure, the nozzle opening width of the unit nozzle is large, making it difficult to form fine bubbles, and the bubbles injected into the water are large, resulting in a decrease in cleaning efficiency.

In addition, the two-liquid co-cleaning deodorization tower is provided with a collecting dish formed to collect the acid washing liquid passing through the pack bed and falling to the bottom of the pack bed.

The collecting dish is simply V-shaped, so that the alkali cleaning liquid mist is carried over to the acid washing unit, which is a two-stage washing unit, with the odor gas flow, and mixed with the acid washing liquid collected in the collecting dish. There was a problem that the acid cleaning efficiency is lowered with the excessive demand of the chemicals to be neutralized.

Therefore, the present applicant has filed a "two-liquid simultaneous washing and deodorizing tower" as a solution for solving the above problems, and has presented the Korean Patent Publication No. 10-1203420.

As shown in FIG. 1, the two-liquid simultaneous washing and deodorizing tower shown in Korean Patent Publication No. 10-1203420 is a mist that collects the cleaning liquid mist contained in the purified air by cleaning the upper portion of the authorized body. A purge gas outlet 12 for discharging the purified air collected by the collecting unit 11 and the cleaning liquid mist is provided, and a gas distribution chamber 13 and a malodorous gas provided on one side of the outside of the gas distribution chamber 13 are disposed below. A main body 10 provided with a gas inflow pipe 15 through which the odor gas flows from the supply fan 14; The first cleaning liquid storage tank 21 is provided on the bottom surface of the main body 10 and accommodates a first cleaning liquid, and the first cleaning liquid contained in one side of the first cleaning liquid storage tank 21 accommodated therein. The first cleaning liquid having a plurality of supply holes so as to supply the first washing liquid circulation pump 22 to be transferred to the first cleaning liquid conveyed by the first washing liquid circulation pump 22 downwardly in the main body 10. The malodor gas is injected into the alkaline cleaning liquid provided between the supply pipe 23 and the gas distribution chamber 13 and the first cleaning liquid supply pipe 23 and supplied by the first supply pipe 23 to maintain a constant water level. A fine jet nozzle cleaning unit 24 for cleaning the malodor gas and simultaneously removing dust contained in the malodor gas along with the purifying of the malodor gas, and a first jet circulated on one side of the fine jet nozzle cleaning unit 24. Adjust the level of the cleaning liquid and lower the first cleaning liquid. Tank 21 of the first stage cleaning section 20 with a first washing liquid level control unit (25) for rotation so as to transfer to; A second cleaning liquid storage tank 31 provided on the bottom of the main body 10 adjacent to the first cleaning liquid storage tank 21 and accommodating a second cleaning liquid, and provided on one side of the second cleaning liquid storage tank 31. The second washing liquid circulating pump 32, which transfers the received second washing liquid into the main body 10, and the second washing liquid transferred by the second washing liquid circulating pump 32 is downward in the main body 10. The second cleaning liquid injection pipe 33 having a plurality of supply holes to be injected and the lower portion of the second cleaning liquid injection pipe 33 to secure the maximum contact area between the odor gas and the cleaning liquid to collect the odor gas The second cleaning pack bad part 34 and the second cleaning pack bad part 34 which are provided under the second cleaning pack bad part 34 and cleaned by the first stage cleaning part 20 are the second cleaning pack bad part 34. To be moved by the second cleaning liquid injection pipe (33) and passes through the second cleaning pack bed part (34) The second cleaning liquid collecting part 35 for collecting the second cleaning liquid falling to the negative, and the second cleaning liquid collected on one side of the second cleaning liquid collecting part 35 to transfer to the second cleaning liquid storage tank 31 And a second stage cleaning section 30 having a second cleaning solution circulation section 36.

In this case, as shown in FIG. 2, the second cleaning liquid collecting part 35 is spaced apart in the odor gas supply direction flowing into the main body 10 and is perpendicular to the odor gas supply direction in a horizontal direction of the main body 10. The second stage cleaning gas inlet (35a) and the second stage cleaning gas inlet (35a) to be moved upward to move the first odor gas cleaned in the first stage cleaning unit 20, the upper side from the outside A second stage cleaning separation unit support plate 35c having a gas movement guide 35b extending in a direction and guiding the odor gas moved to the second stage cleaning gas inlet 35a to move upward; and the second stage It is formed in the transverse direction of the main body 10 so as to be perpendicular to the direction of the odor gas supplied to the main body 10 and separated from the upper portion of the cleaning separation unit support plate 35c, and passes through the pack bed 34 While collecting the second cleaning liquid falling to the lower The second stage cleaning gas is V-shaped to disperse and move the odor gas moved upwardly to the second stage cleaning gas inlet 35a, and passes through the pack bed 34 and falls downward. A second stage cleaning liquid collecting plate 35d formed larger than the width of the second stage washing gas inlet 35a, and one second stage cleaning liquid collecting plate 35d to prevent falling into the inlet 35a; It is formed between the adjacent second stage cleaning liquid collection plate (35d) and is formed long in the transverse direction of the main body 10 to be perpendicular to the odor gas supply direction flowing into the main body 10, one second cleaning liquid The malodorous gas dispersed by the collecting plate 35d and the malodorous gas dispersed by the second stage cleaning liquid collecting plate 35d adjacent to each other are moved upward without interference to the second cleaning pack bad part 34. Vortex preventive plate 35e is provided. All.

In addition, the second cleaning liquid collecting part 35 has the gas movement guide 35b installed therein, and is perpendicular to the odor gas supply direction flowing into the main body 10 in the lateral direction of the main body 10. It is formed long, the collision type demister chevron type so as to collide with the first cleaned odor gas flowing into the second cleaning gas inlet (35a) to capture the first cleaning liquid mist contained therein to suppress upward movement ( Chevron Type) has a form provided with a plurality of collision demister 35f.

That is, in the case of simultaneous cleaning deodorization tower of two or more liquids, it is necessary to prevent the mixing of the circulating chemicals used in each stage to minimize the consumption of chemicals by the reaction between the chemical liquids and to improve the deodorization efficiency. The second stage cleaning liquid collection plate 35d formed larger than the width of the second stage cleaning gas inlet 35a is installed at the upper portion of the gas moving guide 35b of the cleaning liquid collecting unit 35 to interfere with the adjacent inlet port during gas injection. It prevents the two-stage washing liquid from falling into the first stage by the vortex, and the inside of the gas movement guide 35b of the second cleaning liquid collecting part 35 has a chevron type that is a collision demister. The collision type demister 35f is installed in the horizontal direction to minimize the carryover of the first stage cleaning liquid to the second stage cleaning unit accompanied by the flow of the odor gas.

Further, in the two-liquid simultaneous washing deodorization tower having the above-described configuration, after the odor is first removed through the first stage washing unit in which the acid washing liquid is injected in a state installed above the first stage washing unit, The second washing liquid collecting part is filled inside the second washing liquid collecting part of the two-stage washing part, and the upper part passes through the second washing pack bed in which the alkaline cleaning liquid is injected, and various foreign substances contained in the odorous gas as well as the odorous gas are cleaned. It has a form that is removed and attached by the filler in the pack bed portion.

However, when the two-liquid co-cleaning deodorization tower including the two-liquid co-cleaning deodorization tower having the above configuration is operated for a long time, the filler in the second clean pack bed part is greatly caused by the adhesion of various foreign substances included in the odor. Although not only may be contaminated, but a long-term lapse of the ignition through a fixed odor through passages are formed by adhering to each other, such as the foreign matter that some of the fillers are collected, conventionally stirring or washing the filler in the second cleaning pack bed section There is a problem that the deodorizing and trapping effect of the odor gas through the second cleaning pack bad parts during the long-term driving is not provided because there is no means that can be.

Republic of Korea Patent Publication No. 10-0820845 (April 02, 2008) Republic of Korea Patent Publication No. 10-1203420 (November 15, 2012) Republic of Korea Patent Publication No. 10-1354444 (January 16, 2014) Republic of Korea Patent Publication No. 10-1555672 (September 18, 2015)

The present invention has been made in order to solve such a conventional problem, a single column is formed in a multi-stage, and two or more cleaning liquids are circulated separately to neutralize the odor gas and the oxidation reaction of the chemical deodorization tower Filler agitating means capable of stirring the filler in the second cleaning pack bed portion of the second stage cleaning portion to ensure the maximum contact area between the malodorous gas and the cleaning liquid through the filler provided inside of the components. In addition, during the long-term deodorization of various odors using a chemical liquid deodorization tower, a large number of foreign substances included in the odor are attached to the filler in the second cleaning pack bed, and thus, contaminated or fixed odor passage passages are formed. When deodorization and collection effect of odor gas is judged to be deteriorated or when a predetermined operation request is made through a timer (not shown) When this has elapsed, by operating the filler agitating means for a certain time, it is possible to remove and wash various foreign matters buried in the filler in the second cleaning pack bed part during the deodorizing gas deodorization process, as well as the fixed odor passage passage The chemical liquid deodorization tower has a filler agitation function that can greatly improve the reliability of the product itself as well as the deodorization, collection and removal of odorous gas, as well as the facility utilization rate. The purpose is to provide.

Other detailed objects of the present invention will be apparently understood and understood by those skilled in the art through the following detailed description.

The present invention for achieving the above object, and the main body is provided with a mist collecting portion and the purge gas discharge port, the gas distribution chamber and the gas inlet pipe in the hollow body; A first stage washing unit including a first washing liquid storage tank, a first washing liquid circulation pump, a first washing liquid supply pipe, a fine jet nozzle washing unit, and a first washing liquid level adjusting unit; Second cleaning liquid storage tank, the second cleaning liquid circulation pump, the second cleaning liquid injection pipe, the bottom washing grating is installed on the bottom surface and the filler is filled in the second cleaning pack, the second cleaning liquid collection unit and A chemical liquid deodorizing tower comprising: a second stage washing unit having a second washing liquid circulation unit, further comprising a filler stirring unit in a vertical direction in a second washing pack bed unit of the second stage washing unit; The geared motor for driving the filler agitating means is installed on the outside of the main body, the filler agitating means is checked by the operator through the viewing window installed on the outer surface of the main body of the second cleaning pack bed as a result When it is determined that bad odor passages have been contaminated by foreign matter or stuck between the fillers, or the operating time specified by the timer is When it is over, the geared motor is characterized in that it can be operated for any time.

The first embodiment of the filler agitating means has a shape in which a plurality of support ribs protrude from the outer surface of the shaft base provided in the center at an angle toward the outside in a horizontal direction, and each of the upper and lower portions of the second cleaning pack bed portion. A pair of shaft supports fixedly installed; A vertical shaft having upper and lower ends rotatably coupled to a shaft base provided in the pair of shaft supports; A plurality of cantilever vanes are provided in a horizontal direction, wherein the cantilever vanes are rotated together with a vertical shaft that rotates in response to a drive of a geared motor in a fixed installation at a predetermined height and a 120 degree angle difference on a vertical shaft. 2 Stir the filler in the cleaning pack bed in the horizontal direction, stir and remove some of the foreign matters attached to the filler, and at the same time, the deodorizing tower itself forms a odor passage passage formed between the fillers by the foreign matters fixed during the long-term operation. A plurality of cantilevered stirring blades; The rotational power of the geared motor which is fixed to the upper end of the vertical shaft protruding upward through the shaft base of the shaft support located above the second cleaning pack bed part and is transmitted through the driving bevel gear is vertical. A driven bevel gear for transmitting to the shaft; It is fixedly installed at the other end of the horizontal rotating shaft, one end of which is coupled to the shaft of the geared motor installed on the outside of the main body, and has a form in which the driven bevel gear is engaged with the driven bevel gear at an angle of 90 degrees. Characterized in that it comprises a; driving bevel gear for direct transmission to the vertical shaft having a plurality of cantilever stirring blades through the gear.

" 형상을 갖게 절곡 성형한 것을 특징으로 한다.At this time, when the cantilever blades of the cantilever stirring blades rotate together with the vertical shaft, the fillers in the second cleaning pack bed portion are pushed in the rotational direction in response to the rotational force of the cantilever blade and at the same time in the shape of the curved contact surface. As a result, ascending to the upper side and descending as soon as the cantilever wing passes, the side cross sections "

&Quot; Bending molded to have a shape.

delete

" 형상을 갖고 상기 수직형 샤프트의 하방부에 고정 설치된 상태에서 기어드 모터의 구동에 대응하여 회전하는 수직형 샤프트와 함께 회전하며 제2세정 팩배드부 내의 충진제를 수직방향으로 휘저어 교반시키며 충진제에 부착된 각종 이물질의 일부를 탈거시켜 줌과 동시에 탈취 탑 자체가 장기간 작동중에 따라 고착화된 이물질들에 의해 충진제 사이에 형성된 악취 통과통로를 없애 주는 수직형 교반 블레이드와; 제2세정 팩배드부의 하방부에 위치된 샤프트 지지체의 샤프트 베이스를 관통하여 하부로 돌출된 수직형 샤프트의 하단부에 고정 설치된 형태를 갖고 구동 베벨 기어를 통해 전달되어 오는 기어드 모터의 회전동력을 수직형 샤프트로 전달시켜 주는 피동 베벨 기어와; 본체의 외부에 설치되어 있는 기어드 모터의 축에 일단부가 결합되어 있는 수평 회전축의 타단부에 고정 설치됨은 물론 상기 피동 베벨 기어와 90도 각도를 두고 맞물린 형태를 갖고 기어드 모터의 회전동력을 상기 피동 베벨 기어를 통해 수직형 교반 블레이드를 구비한 수직형 샤프트로 직접 전달시켜 주는 구동 베벨 기어;로 구성한 것을 특징으로 한다.In addition, the second embodiment of the filler agitating means has a form in which a plurality of support ribs protrude from the outer surface of the shaft base provided in the center at a predetermined angle toward the outside in a horizontal direction, the upper and lower portions in the second cleaning pack bed portion A pair of shaft supports fixedly installed at each; A vertical shaft having upper and lower ends rotatably coupled to a shaft base provided in the pair of shaft supports; A plurality of vertical vanes protrude at predetermined intervals on both sides of the upper surface of the shaft fixing part provided in the center of the horizontal plate, and the front face is "

"It has a shape and is fixed to the lower part of the vertical shaft, and rotates with the vertical shaft which rotates in response to the drive of the geared motor, and stirs the filler in the second cleaning pack bed portion in the vertical direction to stir and attach to the filler. A vertical stirring blade which removes a part of the various foreign substances, and at the same time, removes the odor passage path formed between the fillers by the foreign substances fixed by the deodorizing tower itself during long term operation; A driven bevel gear that is fixed to the lower end of the vertical shaft projecting downward through the shaft base of the positioned shaft support and transmits the rotational power of the geared motor transmitted through the driving bevel gear to the vertical shaft; The one end is coupled to the shaft of the geared motor which is installed outside the main body Is fixedly installed at the other end of the horizontal rotating shaft as well as engaged with the driven bevel gear at an angle of 90 degrees, and directly transmits the rotational power of the geared motor to the vertical shaft with the vertical stirring blade through the driven bevel gear. It is characterized by consisting of; driving bevel gear.

" 형상 및 "

" 형상을 갖게 절곡 성형한 것을 특징으로 한다.At this time, when the vertical blade of the vertical stirring blade rotates together with the vertical shaft, the fillers in the second cleaning pack bed portion are pushed in the rotational direction in response to the rotational force of the vertical blade and at the same time in the shape of the curved contact surface. Correspondingly, it is pushed outward and returned to its original shape as soon as the vertical wing passes.

"Shape and"

&Quot; Bending molded to have a shape.

In addition, the third embodiment of the filler agitating means has a form in which the support ribs protrude outward in the horizontal direction from the outer surface of the three shaft base formed at a predetermined distance and 120 degrees angle, respectively, the second cleaning A pair of shaft supports fixedly installed at upper and lower portions in the pack bed portion; Three vertical shafts having upper and lower ends rotatably coupled in three shaft bases respectively provided in the shaft support while being vertically erected in a planar view between the pair of shaft supports; Rotate together with the vertical shaft that rotates in response to the drive of the geared motor in a state that is fixed at different heights so as to have a phase difference of 120 degrees to each of the vertical shafts through the shaft fixing portion provided in the center, respectively; Stirring the filler in the cleaning pack bed alternately in a horizontal direction to stir, removing some of the various foreign matters attached to the filler, and at the same time, the deodorizing tower passage formed between the fillers by the foreign matters fixed during the long term operation Three two-armed stirring blade to eliminate; Chains for rotational power of the geared motor which are fixedly installed on the upper ends of the vertical shafts protruding upward through the shaft bases of the shaft support located above the second cleaning pack bed and are transmitted through the driven bevel gears. Three sprockets for transmitting to each of the three vertical shafts are installed in the vertical direction through the; Through the three sprockets, the rotational force of the geared motor, which is coupled in a closed loop form surrounding the outside of the sprockets and is transmitted through a driven bevel gear fixed to one of the three vertical shafts, is fixed. A chain for simultaneously transmitting to three vertical shafts; The rotational power of the geared motor transmitted through the driving bevel gear is fixed to the upper end of one of the three vertical shafts formed to protrude to the upper part of the sprockets of the three sprockets of the sprockets as well as the A driven bevel gear that also transmits to other vertical shafts through a chain coupled to the outside; It is fixedly installed at the other end of the horizontal rotating shaft, one end of which is coupled to the shaft of the geared motor installed on the outside of the main body, and has a form that is engaged with the driven bevel gear at an angle of 90 degrees to the rotational power of the geared motor. Characterized in that it consists of a drive bevel gear that directly transfers to the vertical shaft is installed with both arms stirring blades through the gear and sprockets and chain.

" 형상 및 "

" 형상을 갖게 절곡 성형한 것을 특징으로 한다.At this time, both wings of the two-armed stirring blade having a horizontally protruding form at a 90-degree angle with each of the vertical shaft, the filler in the second cleaning pack bed when each of the rotating with the vertical shaft In response to the rotational force of the two blades, they are pushed in the opposite rotational direction, and at the same time, they move upwards in response to the shape of the curved contact surface, and then descend again as the two wings pass, and are repeatedly agitated. In opposite directions "

"Shape and"

&Quot; Bending molded to have a shape.

As described above, according to the chemical liquid deodorizing column having the filler stirring function of the present invention, a single liquid column is formed in multiple stages, and two or more cleaning liquids are circulated separately to neutralize the odor gas and purify by oxidation reaction. Filler inside the deodorizing tower can be agitated as needed in the second cleaning pack bed of the second stage cleaning unit to ensure the maximum contact area between the odor gas and the cleaning liquid through the filler provided inside. It is further equipped with a stirring means for filling, and during the long-term deodorization of various odors by using a chemical liquid deodorization tower, a large number of foreign substances contained in the odor are attached to the filler in the second cleaning pack bed part, and thus, the odor passage passage is contaminated or fixed. Are formed to determine that the deodorization and collection effects of the odor gas are reduced or are determined through a timer (not shown). When the required time of operation (for example, 6 hours or 12 hours or 1 to 2 days) has elapsed, the filler agitating means may be operated for an arbitrary time so that the filler in the second cleaning pack bed may be buried in the odor gas deodorization process. Not only can it remove and clean various foreign substances, but it also eliminates the fixed odor passage, which can greatly improve the reliability of the product itself as well as the function of deodorizing, collecting and removing odor gas. It is a very useful invention that can greatly improve the operation rate of equipment.

Other effects of the present invention will be apparent to and understood by those skilled in the art through the following detailed description or in the course of carrying out the present invention.

1 is a schematic front cross-sectional view of a conventional two-liquid simultaneous washing deodorization tower.
Figure 2 is an enlarged cross-sectional view of a portion of the second washing liquid collecting part of the conventional two-liquid simultaneous washing deodorization tower.
Figure 3 is a schematic front cross-sectional view of the chemical liquid deodorizing tower to which the first embodiment of the filler stirring means of the present invention is applied.
4 to 6 is a perspective view and a front view and a plan view of the combined state according to the first embodiment of the filler agitating means installed in the second cleaning pack bad portion of the chemical liquid deodorizing tower to which the present invention is applied.
7 is a partially enlarged view showing an operating state between the cantilever blade and the filler of the cantilever stirring blade applied in the first embodiment of the filler stirring means applied in the present invention.
8 and 9 are a perspective view and a plan view of a bonded state according to a second embodiment of the filler stirring means installed in the second cleaning pack bad portion of the chemical liquid deodorizing tower to which the present invention is applied.
10 and 11 are a perspective view and a plan view of a bonded state according to a third embodiment of the filler agitating means installed in the second cleaning pack bad portion of the chemical liquid deodorizing tower to which the present invention is applied.
12 is a perspective view of a double-armed stirring blade applied in the third embodiment of the filler stirring means applied in the present invention.

As the inventive concept allows for various changes and numerous embodiments, particular embodiments will be illustrated in the drawings and described in detail in the text. However, this is not intended to limit the present invention to the specific disclosed form, it should be understood to include all modifications, equivalents and substitutes included in the spirit and scope of the present invention.

Terms such as first and second may be used to describe various components, but the components should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from another. For example, without departing from the scope of the present invention, the first component may be referred to as the second component, and similarly, the second component may also be referred to as the first component.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this application, the terms "comprise" or "having" are intended to indicate that there is a feature, number, step, action, component, part, or combination thereof described in the specification, and that one or more other features It should be understood that it does not exclude in advance the possibility of the presence or addition of numbers, steps, actions, components, parts or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art.

Terms such as those defined in the commonly used dictionaries should be construed as having meanings consistent with the meanings in the context of the related art, and shall not be construed in ideal or excessively formal meanings unless expressly defined in this application. Do not.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 3 shows a schematic front cross-sectional view of the chemical liquid deodorizing tower to which the first embodiment is applied to the filler stirring means of the present invention, Figures 4 to 6 is the second cleaning pack bad part of the chemical liquid deodorizing tower to which the present invention is applied A perspective view, a front view, and a plan view of a coupled state according to a first embodiment of a filler stirring means installed in the inside, and FIG. 7 is a cantilever blade of the cantilever stirring blade applied in the first embodiment of the filler stirring means applied in the present invention. Some enlarged views showing the operating state between the wing and filler.

8 and 9 are a perspective view and a plan view showing a coupled state according to a second embodiment of the filler stirring means installed in the second cleaning pack bad part of the chemical liquid deodorizing tower to which the present invention is applied, FIGS. 10 and 11 Is a perspective view and a plan view of a bonded state according to the third embodiment of the filler agitating means installed in the second cleaning pack bed portion of the chemical liquid deodorizing tower to which the present invention is applied, Figure 12 is a filler agitating means applied in the present invention The perspective view of the double-armed stirring blade applied in the third embodiment is shown.

According to the present invention,

It is provided with a mist collecting portion 11 for collecting the cleaning liquid mist contained in the purified and cleaned air above the body which is hollow inside, and the purification gas outlet 12 for discharging the purified air collected by the cleaning liquid mist, The gas distribution chamber 13 is provided, as well as the inner end portion is coupled to one side wall of the gas distribution chamber 13 and the odor gas supplied by the odor gas supply fan 14 from the outside gas distribution chamber 13 Main body 10 is provided with a malodorous gas inlet pipe 15 to flow to the side; The first cleaning liquid storage tank 21 is provided on the bottom surface of the main body 10 and accommodates a first cleaning liquid, and the first cleaning liquid contained in one side of the first cleaning liquid storage tank 21 accommodated therein. The first washing liquid supply pipe having a plurality of supply holes to supply the first washing liquid circulation pump 22 to be transferred to the first washing liquid transferred by the first washing liquid circulation pump 22 in the main body 10 downwardly. (23), malodorous gas is injected between the gas distribution chamber 13 and the first cleaning liquid supply pipe 23 and supplied by the first supply pipe 23 to inject a malodorous gas into an alkaline cleaning liquid maintained at a constant level. To clean the odor gas and remove dust contained in the odor gas at the same time fine jet nozzle cleaning unit 24, the fine jet nozzle cleaning unit 24 is provided on one side to adjust the level of the first cleaning liquid circulated To the first wash liquid storage tank 21 A first stage washing unit 20 having a first washing liquid level control unit 25 for circulating feeding; A second cleaning liquid storage tank 31 provided on the bottom of the main body 10 adjacent to the first cleaning liquid storage tank 21 and accommodating a second cleaning liquid, and provided on one side of the second cleaning liquid storage tank 31. The second cleaning liquid circulating pump 32, which transfers the received second cleaning liquid into the main body 10, and the second cleaning liquid transferred by the second cleaning liquid circulating pump 32 downwardly in the main body 10. The second cleaning liquid injection pipe 33 having a plurality of supply holes to be provided, the bottom surface is provided with a filler fall prevention grating 34a and the filler 34b is filled therein and the second cleaning liquid injection pipe 33 The second cleaning pack bad part 34, which is provided in the lower portion of the second odor gas and the cleaning liquid to maximize the contact area of the odor gas and the cleaning liquid, and is provided below the second cleaning pack bad part 34 and the first However, the odor gas cleaned in the cleaning unit 20 is transferred to the second cleaning pack bad part 34. A second cleaning liquid collecting part 35 which is sprayed by the second cleaning liquid injection pipe 33 and passes through the second cleaning pack bad part 34 and falls down; A second liquid washing unit 30 having a second washing liquid circulation unit 36 which transfers the second washing liquid collected on one side of the collecting unit 35 to the second washing liquid storage tank 31; In the deodorizing tower,

Further comprising a filler agitating means 40 in the vertical direction in the second cleaning pack bad portion 34 of the second stage cleaning unit 30, built-in a reducer to drive the filler agitating means (40) Giving geared motor 50 is installed on the outside of the main body 10, the filler agitating means 40 is the second cleaning pack bed portion 34 through the viewing window 34c installed on the outer surface of the main body 10 by the operator When it is determined that the filler 34b is contaminated by various foreign substances or odor passage paths fixed between the fillers 34b are formed or when a predetermined operation time required by the timer has elapsed, the geared motor It is characterized in that the 50 can be operated for any time.

At this time, the first embodiment of the filler stirring means 40, as shown in Figures 3 to 7,

A plurality of support ribs 412 are formed to protrude from the outer surface of the shaft base 411 provided in the center in the horizontal direction toward the outside, and each of the upper and lower portions in the second cleaning pack bad part 34, respectively. A pair of shaft supports 41 fixedly installed;

Vertical shafts rotatably coupled to the shaft base 411 provided on the pair of shaft supports 41 in a state in which the second cleaning pack bad part 34 is disposed in the vertical direction ( 42);

It is provided with a plurality of cantilever blades 432 in one horizontal direction, the cantilever blades 432 are driven on the vertical shaft 42 in a fixed height at a fixed height and a 120 degree angle difference, respectively, the drive of the geared motor 50 Rotating with the vertical shaft 42 that rotates in response to the stirring to whisk the filler 34b in the second cleaning pack bed portion 34 in the horizontal direction to remove some of the foreign matter attached to the filler 34b A plurality of cantilevered stirring blades 43a for eliminating the odor passing passage formed between the fillers 34b by the foreign matters fixed to the deodorizing tower itself during long-term operation at the same time as the zoom;

Drive bevel gear having a shape fixed to the upper end of the vertical shaft 42 protruding upward through the shaft base 411 of the shaft support 41 located above the second cleaning pack bed portion 34. A driven bevel gear 44 for transmitting the rotational power of the geared motor 50 transmitted through the 45 to the vertical shaft 42;

It is fixedly installed at the other end of the horizontal rotation shaft 46 having one end coupled to the shaft of the geared motor 50 installed outside the main body 10 as well as meshed with the driven bevel gear 44 at an angle of 90 degrees. A drive bevel gear 45 having a shape and directly transmitting the rotational power of the geared motor 50 to the vertical shaft 42 having a plurality of cantilevered blades 43a via the driven bevel gear 44. It is characterized by consisting of;

Here, the cantilever blade 432 of the cantilever stirring blade (43a),

" 형상을 갖게 절곡 성형한 것을 특징으로 한다.When rotating together with the vertical shaft 42, the fillers 34b in the second cleaning pack bed portion 34 are pushed in the rotational direction in response to the rotational force of the cantilever blade 432 and at the same time, the shape of the curved contact surface. Ascending to the upper side in response to the fall of the cantilever wing 432 passes again the phenomenon is made and the side cross-section so as to stir each other.

&Quot; Bending molded to have a shape.

delete

In addition, the second embodiment of the filler stirring means 40, as shown in Figure 8 and 9,

A plurality of support ribs 412 are formed to protrude from the outer surface of the shaft base 411 provided in the center in the horizontal direction toward the outside, and each of the upper and lower portions in the second cleaning pack bad part 34, respectively. A pair of shaft supports 41 fixedly installed;

Vertical shafts rotatably coupled to the shaft base 411 provided on the pair of shaft supports 41 in a state in which the second cleaning pack bad part 34 is disposed in the vertical direction ( 42);

" 형상을 갖고, 상기 수직형 샤프트(42)의 하방부에 고정 설치된 상태에서 기어드 모터(50)의 구동에 대응하여 회전하는 수직형 샤프트(42)와 함께 회전하며 제2세정 팩배드부(34) 내의 충진제(34b)를 수직방향으로 수 곳에 거쳐 휘저어 교반시키며 충진제(34b)에 부착된 각종 이물질의 일부를 탈거시켜 줌과 동시에 탈취 탑 자체가 장기간 작동중에 따라 고착화된 이물질들에 의해 충진제(34b) 사이에 형성된 악취 통과통로를 없애 주는 수직형 교반 블레이드(43b)와; A plurality of vertical vanes 434 are protruded at predetermined intervals on both sides of the upper surface of the shaft fixing part 431 provided at the center of the horizontal plate 433 so that the front face is "

And a second cleaning pack bad part 34 which rotates together with the vertical shaft 42 which rotates in response to the drive of the geared motor 50 in a state of being fixed to the lower portion of the vertical shaft 42. Agitated by stirring the filler 34b in several places in the vertical direction, removing some of the various foreign matters attached to the filler 34b, and at the same time, the deodorizing tower itself is fixed by the foreign substances fixed by long term operation. Vertical stirring blade (43b) to eliminate the odor passage passage formed between the);

It has a form fixed to the lower end of the vertical shaft 42 protruding downward through the shaft base 411 of the shaft support 41 located below the second cleaning pack bed portion 34, the driving bevel A driven bevel gear 44 for transmitting the rotational power of the geared motor 50 transmitted through the gear 45 to the vertical shaft 42;

It is fixedly installed at the other end of the horizontal rotation shaft 46 having one end coupled to the shaft of the geared motor 50 installed outside the main body 10 as well as meshed with the driven bevel gear 44 at an angle of 90 degrees. A driving bevel gear 45 having a shape and directly transmitting the rotational power of the geared motor 50 to the vertical shaft 42 having the vertical stirring blade 43b through the driven bevel gear 44; Characterized in that configured.

At this time, the vertical blade 434 of the vertical stirring blade 43b,

" 형상 및 "

" 형상을 갖게 절곡 성형한 것을 특징으로 한다.When rotating together with the vertical shaft 42, the fillers 34b in the second cleaning pack bed portion 34 are pushed in the rotational direction in response to the rotational force of the vertical vanes 434, and at the same time, the shape of the curved contact surface. In response to being pushed outwards, the vertical vane 434 passes and the original shape is returned to each other, and the flat sections are opposite to the left and right about the shaft fixing part 431 of the horizontal plate 433 so as to be mutually agitated.

"Shape and"

&Quot; Bending molded to have a shape.

In addition, the third embodiment of the filler stirring means 40 is shown in Figures 10 to 12,

The support ribs 412 protrude outwardly in the horizontal direction from the outer surface of the shaft bases 411 formed at a predetermined distance and a 120 degree angle difference, respectively, and three are formed in the second cleaning pack bad part 34. A pair of shaft supports 41 fixedly installed at upper and lower portions, respectively;

The upper and lower ends of the pair of shaft supports 41 are rotatably coupled in three shaft bases 411 respectively provided on the shaft supports 41 while being vertically erected to form a triangle in plan view. Three vertical shafts 42 having;

Vertically rotated in response to the drive of the geared motor 50 in a state in which it is fixed at different heights so as to have a phase difference of 120 degrees to each of the vertical shafts 42 through shaft fixing units 431 provided in the center, respectively. It rotates together with the mold shaft 42, and stirs the filler 34b in the second cleaning pack bed portion 34 alternately in the horizontal direction, removes a part of various foreign substances attached to the filler 34b, and Three two-armed stirring blades 43c for eliminating the odor passage path formed between the fillers by the debris fixed by the deodorizing tower itself during long-term operation;

It is fixed to the upper end of the vertical shafts 42 protruding upwards through the shaft base 411 of the shaft support 41 located above the second cleaning pack bed portion 34, respectively, Three sprockets 47 which respectively transmit the rotational power of the geared motor 50 transmitted through the bevel gear 44 to the three vertical shafts 42 installed in the vertical direction through the chain 48. and;

The sprockets 47 are coupled in the form of a closed loop surrounding the outside of the sprockets 47 and are transmitted through a driven bevel gear 44 fixed to one of the three vertical shafts 42. A chain 48 for simultaneously transmitting the rotational force of the geared motor 50 to the three vertical shafts 42 through the three sprockets 47;

One of the three sprockets 47 has a form fixed to the upper end of any one of the vertical shaft 42 is formed to protrude to the upper portion of the sprocket 47, the geared to be transmitted through the drive bevel gear 45 A driven bevel gear 44 which transmits the rotational power of the motor 50 to the other vertical shafts 42 via the chain 48 coupled to the outside of the sprockets 47 as well as the corresponding vertical shafts 42. Wow;

It is fixedly installed at the other end of the horizontal rotation shaft 46 having one end coupled to the shaft of the geared motor 50 installed outside the main body 10 as well as meshed with the driven bevel gear 44 at an angle of 90 degrees. It has a form, the vertical shaft 42, the two-arm stirring blade 43c is installed through the driven bevel gear 44, the sprockets 47 and the chain 48, the rotational power of the geared motor 50 It is characterized by consisting of; drive bevel gear 45 for direct transmission to the.

At this time, the two wings 435 of the two-armed stirring blade 43c having a form protruding horizontally at 90 degrees with each vertical shaft 42,

" 형상 및 "

" 형상을 갖게 절곡 성형한 것을 특징으로 한다.When each rotates with the vertical shafts 42, the fillers 34b in the second cleaning pack bed portion 34 are forcibly pushed and curved simultaneously in opposite rotation directions in response to the rotational force of the two wings 435. In response to the shape of the contact surface, ascending upwards and then descending again as both wings 435 pass, the side cross sections are opposite to each other so as to be stirred together.

"Shape and"

&Quot; Bending molded to have a shape.

When described in detail with reference to the accompanying drawings the effect of the chemical liquid deodorizing tower having a filler stirring function of the present invention configured as described above are as follows.

First, the chemical liquid deodorizing tower having a filler agitating function of the present invention is basically provided with a mist collecting unit 11 and a purge gas discharge port 12, as shown in Figure 3, the gas distribution chamber 13 at the bottom And main body 10 is provided with a gas inlet pipe 15 for introducing a malodorous gas from the malodorous gas supply fan 14; The first cleaning liquid storage tank 21 for accommodating the first cleaning liquid, the first cleaning liquid circulation pump 22 for transferring the first cleaning liquid into the main body 10, and the first cleaning liquid for supplying the first cleaning liquid downwardly. The cleaning liquid supply pipe 23, the fine jet nozzle cleaning unit 24 for cleaning the malodorous gas by injecting the malodorous gas into the first cleaning liquid being supplied downward, and the first cleaning liquid is circulated to the first cleaning liquid storage tank 21. A first stage cleaning unit 20 having a first cleaning liquid level control unit 25 for transferring; A second washing liquid storage tank 31 containing a second washing liquid, a second washing liquid circulation pump 32 for transferring the second washing liquid into the main body 10, and a second washing liquid to be injected downward The cleaning liquid injection pipe 33 and the second cleaning pack bed portion 34 having a state in which the filler drop preventing grating 34a is installed on the bottom surface and the filler 34b is filled therein and collecting odor gas, and the The second cleaning liquid collecting part 35 to collect the second cleaning liquid and to move the odor gas cleaned in the first stage cleaning unit 20 to the second cleaning pack bed 34, and the second cleaning liquid to the second And a second stage washing unit 30 having a second washing liquid circulation unit 36 which is transferred to the washing liquid storage tank 31, which is a known technical configuration.

In addition, the second stage cleaning unit, which is a pack-bed cleaning apparatus provided on the first stage cleaning unit 20 for cleaning the fine jet nozzle cleaning unit 24 with the first cleaning liquid, and is cleaned with the second cleaning liquid thereon. And a second cleaning liquid collecting part 35 so as to separately collect the second cleaning liquid circulated in the second cleaning part 30. The first washing liquid can also be circulated separately so that the odor, which is a complex gas in a single deodorizing tower, can be used simultaneously in the first stage (acid or alkali), the second stage (acid or alkali), and in the alkaline cleaning stage. Sodium hypochlorite) is configured to neutralize and oxidize odors.

At this time, the main body 10 is a mist collecting part 11 for collecting the cleaning liquid mist contained in the air cleaned and cleaned in the second stage cleaning unit 30 of the hollow body inside, and the cleaning liquid mist is purified The purification gas discharge port 12 for discharging the air is provided.

In addition, the main body 10 has a gas inlet pipe 15 through which the odor gas is introduced from the gas distribution chamber 13 and the odor gas supply fan 14 provided on one side of the outside of the gas distribution chamber 13. It is provided.

In addition, the first stage cleaning unit 20 is a first cleaning liquid to circulate the inside and outside of the main body 10 and to clean the odorous substances reacted with the first cleaning liquid in the odor gas introduced into the main body 10 The washing liquid storage tank 21, the first net washing liquid circulation pump 22, the first washing liquid supply pipe 23, the fine jet nozzle washing unit 24, and the first washing liquid level adjusting unit 25 are provided.

Among the components of the first stage cleaning unit 20, the first cleaning liquid storage tank 21 is provided on the bottom surface of the main body 10 to receive a first cleaning liquid which is a first cleaning liquid, and the first cleaning liquid circulation pump 22 serves to transfer the first cleaning liquid contained in one side of the first cleaning liquid storage tank 21 into the main body 10.

At this time, the first cleaning liquid circulation pump 22 transfers the first cleaning liquid to the first supply pipe 23 for supplying the first cleaning liquid to the upper portion of the fine jet nozzle cleaning unit 24.

In addition, the first washing liquid alkali supply pipe 23 may provide a plurality of supply holes (not shown) to supply the first washing liquid transferred by the first washing liquid circulation pump 22 downwardly in the main body 10. Have

The fine jet nozzle cleaning unit 24 is provided between the gas distribution chamber 13 and the first cleaning liquid supply pipe 23, and is supplied by the first cleaning liquid supply pipe 23 to maintain a constant water level. The odor gas is injected into the cleaning liquid to clean the odor gas, and also serves to remove dust (Dust) contained in the odor gas at the same time.

In addition, the first cleaning liquid level control unit 25 is provided on one side of the fine jet nozzle cleaning unit 24 to adjust the level of the first cleaning liquid circulated and to be circulated to the first cleaning liquid storage tank 21. .

At this time, an alkaline first cleaning liquid (alkali or acid) was used for the first stage cleaning unit 20 and a second cleaning liquid (acid or alkali) was used as opposed to the first cleaning liquid for the second stage cleaning unit 30. In addition, the deodorizing efficiency can be increased by using acid and alkaline cleaning liquids for the first stage cleaning unit 20 and the second stage cleaning unit 30 according to the properties of the complex odor.

On the other hand, the second stage cleaning unit 30 is a second cleaning liquid to circulate the inside and outside of the main body 10 and the odorous substances reacted with the second cleaning liquid in the odor gas introduced into the main body 10 to clean the second The cleaning liquid storage tank 31, the second cleaning liquid circulation pump 32, the second cleaning liquid injection pipe 33, the second cleaning pack bad part 34, the second cleaning liquid collecting part 35, and the second cleaning liquid circulation part 36 is provided.

At this time, the second cleaning liquid storage tank 31 is provided on the bottom of the main body 10 adjacent to the first cleaning liquid storage tank 21 to receive the second cleaning liquid which is the secondary cleaning liquid.

In addition, the second washing liquid circulation pump 32 serves to transfer the second washing liquid contained in one side of the second washing liquid storage tank 31 into the main body 10, in which the second washing liquid circulation The pump 32 transfers the second cleaning liquid to the second cleaning liquid injection pipe 33 for injecting the second cleaning liquid into the upper portion of the second cleaning pack bad part 34.

In addition, the second washing liquid injection pipe 33 has a plurality of supply holes (not shown) to spray the second acid washing liquid transferred by the second washing liquid circulation pump 32 downwardly in the main body 10. Has

The chemical liquid deodorization tower having such a configuration is used to perform alkali cleaning simultaneously with the second cleaning liquid contained in the second cleaning liquid storage tank 31. Thus, the second stage cleaning unit 30 is the first stage cleaning unit 20. It has an independent circulation structure and can simultaneously implement the acid and alkali neutralization reaction by the first and second cleaning of the complex odor gas in the body 10.

Further, the second cleaning pack bad part 34 to which the present invention is applied basically has a filler drop preventing grating 34a installed on the bottom surface thereof, and the second cleaning liquid powder is filled in the state in which the filler 34b is filled therein. It is provided in the lower portion of the pipe (33) to secure the maximum contact area between the malodorous gas and the cleaning liquid serves to collect the malodorous gas.

The second cleaning pack bed part 34 is a media filling layer filled with a filler, and has a sufficient thickness and sufficient to allow odor gas passing through the pack bed layer to be collected while being cleaned by contact with more cleaning liquids on the surface of the pack bed. It is formed to fill the surface area so as to clean odor gas.

In the second stage cleaning unit 30, odorous substances reacting with the second cleaning liquid among the odorous gases rising upwardly are effectively cleaned.

In addition, the second cleaning liquid collector 35 may include a second stage cleaning gas inlet, a gas movement guide, a second stage cleaning separator supporting plate, a second stage cleaning liquid collecting plate, and a vortex preventing plate, etc. And a passage installed under the second cleaning pack bad part 34 to move the odor gas cleaned by the first stage cleaning part 20 to the second cleaning pack bad part 34. In addition, the second cleaning liquid is injected by the injection pipe 33 serves to collect the second cleaning liquid that passes through the second cleaning pack bad part 34 and falls down.

In addition, the second cleaning liquid collecting part 35 also performs a function of collecting the second cleaning liquid falling toward the lower part so as not to fall into the first stage cleaning part 20.

In addition, the second washing liquid circulation part 36 is provided at one side of the second washing liquid collecting part 35 to transfer the collected second washing liquid to the second washing liquid storage tank 31.

On the other hand, the present invention further comprises a filler agitating means 40 in the vertical direction in the second cleaning pack bed portion 34 of the second stage cleaning portion 30 of the known chemical liquid deodorizing tower having such a , The geared motor 50 for driving the filler stirring means 40 built in the reducer was installed outside the main body 10.

In addition, the filler stirring means 40 is the operator checks the interior of the second cleaning pack bed portion 34 through the viewing window 34c installed on the outer surface of the main body 10, the filler 34b is caused by various foreign substances When it is determined that odor passage passages that are contaminated or fixed between the fillers 34b have been formed, or when a predetermined operating time requirement (for example, 6 hours or 12 hours or 1 to 2 days) has elapsed through a timer (not shown), The filler 34b in the second cleaning pack bed part 34 in the process of continuously deodorizing the malodorous gas using the deodorizing tower to which the present invention is applied by allowing the geared motor 50 to operate for an arbitrary time. The main technical components are to remove and clean some foreign matters in) and to eliminate the fixed odor passage.

At this time, since the geared motor 50 has a form having a reducer therein as described above, the geared motor 50 itself has a high speed, but the rotation speed of the stirring blade provided in the filler agitating means 40 is the reduction ratio of the reducer. As it rotates in a decelerated form, it is possible to smoothly stir the filler 34b in the second cleaning pack bed part 34.

On the other hand, the present invention is to present a variety of forms as the filler stirring means 40, one example, that is, the first embodiment as shown in Figure 3 to Figure 7, a pair of shaft support 41 and one vertical The main shaft element is composed of a mold shaft 42, a plurality of cantilever stirring blades 43a, a driven bevel gear 44 and a driving bevel gear 45.

At this time, the pair of shaft support 41 has a predetermined angle (for example, 90 degrees or 120 degrees) outward in the horizontal direction from the outer surface of the shaft base 411 provided in the center using a metal or synthetic resin. And a plurality of support ribs 412 are formed to protrude, the vertical shaft 42 and the plurality of cantilever stirring blades 43a which are fixed to upper and lower portions of the second cleaning pack bed part 34 to be described later. ), Etc. to support the function.

In addition, the vertical shaft 42 is a metal rod having a predetermined diameter and length, and the upper and lower ends of the pair of shaft supports are disposed in the vertical direction in the second cleaning pack bed 34. 41 is rotatably coupled to the shaft base 411 provided in the 41 so that a plurality of the cantilevered blades 43a to be described below are fixedly installed, as well as corresponding to the rotational power of the geared motor 50. 43a) to rotate.

In addition, the plurality of cantilever blades 43a are formed on the vertical shaft 42 by forming a cantilever blade 432 in one horizontal direction of the shaft fixing part 431 by using a metal or synthetic resin. Height (for example, each position divided into upper, middle, and lower than the total height of the vertical shaft) and has a form fixedly installed with an angle difference of 120 degrees each.

As described above, the cantilever blades 43a having the cantilever blades 432 have the second cleaning together with the vertical shaft 42 that rotates in response to the drive of the geared motor 50 whose drive is controlled by the operator. Rotates in the pack bed part 34, stirs the filler 34b in the second cleaning pack bed part 34 in a horizontal direction, and stirs a part of various foreign substances attached to the fillers 34b during the odor gas deodorization process. At the same time as forcibly removed, the deodorizing tower itself performs a function of eliminating the odor passing passage formed between the filler (34b) by the foreign matters that have been fixed in the long-term operation.

" 형상을 갖게 절곡 성형하여 줌으로써 수직형 샤프트(42)와 함께 회전할 때, 제2세정 팩배드부(34) 내의 충진제(34b)들이 외팔 날개(432)의 회전력에 대응하여 도 7과 같이, 회전방향으로 억지로 밀어줌과 동시에 "

" 형상으로 만곡진 접촉 면의 형상에 대응하여 상방부 측으로 올라갔다가 외팔 날개(432)가 지나가는 순간 다시 하강하는 현상이 이루어지며 상호 교반되도록 하게 되므로 제2세정 팩배드부(34) 내의 충진제(34b)들 전체가 원활히 교반되게 된다.At this time, the cantilever blade 432 of the cantilever stirring blades (43a) has a side cross section "

When the filler 34b in the second cleaning pack bed part 34 rotates with the vertical shaft 42 by bending and shaping to have a shape, as shown in FIG. And push it in the direction of rotation

The filling agent 34b in the second cleaning pack bed part 34 is formed in the second cleaning pack bed part 34 because the phenomenon that the upper part of the curved contact surface is raised to the upper side and the lowering of the cantilever wing 432 passes again and is stirred. ) The whole is stirred smoothly.

In addition, in the first embodiment of the filler agitating means 40, three cantilever blades 43a having a cantilever blade 432 and installed at regular intervals on the vertical shaft 42 are provided. By installing the, but by installing each having a 120 degree angle difference so that the whole of the fillers 34b in the second cleaning pack bad part 34 is more smoothly stirred, the second cleaning pack bad part 34 in the odor gas deodorization process It can not only remove and clean various foreign substances on the filler 34b in the inside more smoothly, but also eliminate all fixed odor passing passages. The reliability can be greatly improved, and in particular, the operation rate of the equipment can be greatly increased.

In addition, the driven bevel gear 44 penetrates the shaft base 411 of the shaft support 41 located above the second cleaning pack bad part 34 of the pair of shaft supports 41. It has a form fixed to the upper end of the vertical shaft 42 protruding upwards.

Such driven bevel gear 44 has a function of converting the rotational power of the geared motor 50 which is transmitted in the horizontal direction through the driving bevel gear 45 to be described later to 90 degrees to transfer to the vertical shaft 42. Perform.

In addition, the driving bevel gear 45 is fixedly installed at the other end of the horizontal rotating shaft 46, one end of which is coupled to the shaft of the geared motor 50 is installed in the horizontal direction from the outside of the main body 10 of course It has a form that is engaged with the driven bevel gear 44 at an angle of 90 degrees.

Such a driving bevel gear 45 directly transmits the rotational power of the geared motor 50 to the vertical shaft 42 having a plurality of cantilevered blades 43a via the driven bevel gear 44. A note performs a function.

On the other hand, the filler stirring means 40 presented in the second embodiment in the present invention, as shown in Figure 8 and 9, a pair of shaft support 41, the vertical shaft 42, the vertical stirring blade 43b , Consisting of the driven bevel gear 44 and the driving bevel gear 45 is the main technical element.

At this time, the pair of shaft support 41 is a predetermined angle (for example 90 degrees toward the outside in the horizontal direction from the outer surface of the shaft base 411 provided in the center using a metal or synthetic resin as in the first embodiment) Or a plurality of support ribs 412 formed to protrude from each other at 120 degrees, and are vertically fixed to upper and lower portions of the second cleaning pack bad part 34 to be described later. It performs a function of supporting the stirring blade (43b) and the like.

In addition, the vertical shaft 42 is also a metal rod having a predetermined diameter and length, as in the first embodiment, and the upper and lower ends are disposed in the vertical direction in the second cleaning pack bad part 34. Rotatingly coupled within the shaft base 411 provided on the pair of shaft supports 41 to allow the vertical stirring blade 43b to be described below to be fixedly installed, as well as to correspond to the rotational power of the geared motor 50. A vertical stirring blade 43b having a plurality of vertical vanes 434 serves to rotate.

" 형상을 갖는다.In addition, the vertical stirring blade 43b is different from the above-described first embodiment by using metal or synthetic resin, and the upper surface both sides of the horizontal plate 433 having the shaft fixing portion 431 in the center, that is, The front surface is formed by protruding a plurality of vertical vanes 434 at predetermined intervals on both sides of the upper surface of the horizontal plate 433 around the shaft fixing part 431.

"Has the shape.

As described above, the vertical stirring blade 43b having the form having the plurality of vertical vanes 434 on the upper surface of the horizontal plate 433 is fixed to the operator in the lower portion of the vertical shaft 42. The second cleaning pack bad part 34 is rotated in the second cleaning pack bad part 34 together with the vertical shaft 42 which rotates in response to the drive of the geared motor 50 controlled by the driving thereof. Stir stirring the filler 34b in several places (four places in the drawing) in the vertical direction, forcibly removing some of the foreign matter attached to the fillers 34b during the odor gas deodorization process and simultaneously deodorizing tower It performs the function of eliminating the odor passage path formed between the filler 34b by the foreign matters that have been fixed by itself during long-term operation.

" 형상 및 "

" 형상을 갖게 절곡 성형하여 줌으로써 수직형 샤프트(42)와 함께 회전할 때, 제2세정 팩배드부(34) 내의 충진제(34b)들이 수직 날개(434)의 회전력에 대응하여 회전방향으로 억지로 밀어줌과 동시에 평단면이 "

" 형상 및 "

" 형상으로 만곡진 수직 날개(434)들의 접촉 면 형상에 대응하여 회전방향과 반대방향의 외측 방향으로 밀렸다가 수직 날개(434)가 지나가는 순간 원상복귀 되는 현상이 이루어지며 상호 교반되게 하므로 제2세정 팩배드부(34) 내의 충진제(34b)들 전체가 원활히 교반되게 된다.At this time, the vertical blade 434 of the vertical stirring blade (43b), as shown in Figure 9, the flat cross-section respectively opposite to the left and right around the shaft fixing portion 431 of the horizontal plate 433 "

"Shape and"

When rotating together with the vertical shaft 42 by bending and shaping to have a shape, the fillers 34b in the second cleaning pack bed portion 34 are forcibly pushed in the rotational direction corresponding to the rotational force of the vertical vane 434. At the same time as zoom,

"Shape and"

'' Is pushed outward in a direction opposite to the rotational direction corresponding to the contact surface shape of the curved vertical blades 434 in a shape, and the original blade 434 is returned to its original state when the vertical blades 434 pass and are agitated with each other. The entirety of the fillers 34b in the pack bed portion 34 is smoothly stirred.

Therefore, in addition to removing and cleaning various foreign substances on the filler 34b in the second cleaning pack bed part 34 in the process of deodorizing gas, it is possible to eliminate all fixed odor passage passages. In addition to its own merchandise, the reliability of the odor gas deodorization, collection and removal can be greatly improved, and in particular, the operation rate of the facility can be greatly increased.

In addition, the driven bevel gear 44 penetrates the shaft base 411 of the shaft support 41 located below the second cleaning pack bad part 34 of the pair of shaft supports 41. It has a form fixed to the upper end of the vertical shaft 42 protruding upwards.

Such driven bevel gear 44 is a plurality of vertical vanes on the upper surface of the horizontal plate 433 by switching the rotational power of the geared motor 50 transmitted in the horizontal direction through a drive bevel gear 45 to be described later 90 degrees The vertical stirring blade (43b) having a (434) serves to deliver to the vertical shaft 42 is installed.

In addition, the driving bevel gear 45 is fixedly installed at the other end of the horizontal rotating shaft 46, one end of which is coupled to the shaft of the geared motor 50 is installed in the horizontal direction from the outside of the main body 10 of course It has a form that is engaged with the driven bevel gear 44 at an angle of 90 degrees.

Such a driving bevel gear 45 directly transfers the rotational power of the geared motor 50 to the vertical shaft 42 in which a vertical stirring blade 43b is installed below the driven bevel gear 44. It performs the function of delivering.

On the other hand, the filler stirring means 40 presented in the third embodiment of the present invention, as shown in Figure 10 to 12, a pair of shaft support 41 and three vertical shafts 42, three two-armed stirring The main technical element is composed of the blade 43c, the three sprockets 47, the chain 48, the driven bevel gear 44 and the driving bevel gear 45.

At this time, the pair of shaft support 41 is a predetermined angle toward the outside in the horizontal direction from the outer surface of the shaft base 411 formed by a three-degree distance and 120 degree angle difference respectively using a metal or synthetic resin (for example For example, a plurality of support ribs 412 are formed to protrude from each other at 90 degrees or 120 degrees, respectively, and are fixed to upper and lower portions of the second cleaning pack bed part 34, respectively, to be described below. 42) and three bi-arm stirring blades 43c and the like.

In addition, the three vertical shafts 42 are in the form of metal rods having a predetermined diameter and length, and the vertical shaft 42 is vertically erected to form a triangle in plan view between the pair of shaft supports 41. The lower end portion is rotatably coupled in three shaft bases 411 respectively provided at the same positions on the shaft support 41, and three two-armed stirring blades 43c to be described below are fixedly installed one by one. In addition to the rotational power of the geared motor 50, both arms stirring blades (43c) to perform a function to be rotated.

In addition, the three-armed stirring blade 43c has a form in which both wings 435 are integrally protruded from both sides in a horizontal direction with respect to the central shaft fixing part 431 by using metal or synthetic resin. Each of the three vertical shafts 42 through the shaft fixing parts 431 have a phase difference of 120 degrees from each other, as well as different heights (for example, the overall height relative to the total height of each vertical shaft, It has a form fixedly installed in any one position divided into each lower).

The three two arms stirring blades 43c have a second cleaning pack bed part 34 together with three vertical shafts 42 that rotate in response to the drive of the geared motor 50 whose drive is controlled by the operator. Rotate in each of the), and stirring the filler 34b in the second cleaning pack bed portion 34 with three different central axes alternately in the horizontal direction, stirring, and attached to the fillers 34b during the odor gas deodorization process The deodorizing tower itself performs a function of eliminating the odor passage path formed between the fillers 34b by the debris fixed by the long-term operation while simultaneously removing some of the various foreign substances.

" 형상 및 "

" 형상을 갖게 절곡 성형하여 주었다.At this time, the two blades 435 of the two-armed stirring blade 43c having a horizontally protruding form at 90 degrees with each vertical shaft 42, as shown in Figure 12, the shaft fixing portion 431 Side sections are opposite each other,

"Shape and"

Was bent to have a shape.

" 형상 및 "

" 형상으로 만곡진 양 날개의 접촉 면 형상에 대응하여 상방부 측으로 올라갔다가 양 날개(435)가 지나가는 순간 다시 하강하는 현상이 반복적으로 이루어지며 상호 교반되게 하므로 제2세정 팩배드부(34) 내의 충진제(34b)들 전체가 완벽하고 원활하게 교반되게 된다.Therefore, when the two blades 435 of the two-armed stirring blades 43c rotate with the three vertical shafts 42, respectively, the fillers 34b in the second cleaning pack bed portion 34 are double-armed. In response to the rotational force generated by the blades 435 of the stirring blade 43c, the three sections are forcibly pushed in opposite directions to each other at the same time.

"Shape and"

In the second cleaning pack bed part 34 because the phenomenon that the upper and lower parts are repeatedly raised and correspondingly agitated while the two wings 435 pass, corresponding to the contact surface shape of both wings curved into a shape The entirety of the fillers 34b is stirred completely and smoothly.

In particular, the two-armed stirring blades 43c are respectively installed in three vertical shafts 42 with a phase difference of 120 degrees and different heights, thereby filling the fillers 34b in the second cleaning pack bed part 34. As the whole is more smoothly and completely stirred, it is possible to more reliably remove and clean various foreign substances on the filler 34b in the second cleaning pack bed 34 during the odor gas deodorization process, as well as fixing odors. The passage passage can be completely eliminated, which can greatly improve the reliability of the product itself as well as the deodorization, collection and removal of odorous gas, and can significantly increase the utilization rate of the equipment.

In addition, the three sprockets 47 penetrate the shaft bases 411 of the shaft support 41 located above the second cleaning pack bad part 34 of the pair of shaft supports 41. The upper ends of the vertical shafts 42 protruding upwardly have a fixed shape.

These three sprockets 47 are three vertical shafts 42 which are installed in the vertical direction through the chain 48 to the rotational power of the geared motor 50 transmitted through the driven bevel gear 44 to be described later It performs the function of delivering each to the same time.

In addition, the chain 48 has a closed circuit shape, and has a state in which the three sprockets 47 are simultaneously coupled to each other, and the vertical shaft 42 is one of the three vertical shafts 42. Energetic transmission medium function that simultaneously transmits the rotational force of the geared motor 50 transmitted through the driven bevel gear 44 is fixed to the three vertical shafts 42 through the three sprockets 47 Do this.

In addition, the driven bevel gear 44 has a form fixed to the upper end of any one of the vertical shaft 42 is formed to protrude to the top of any one of the three sprockets 47.

Such driven bevel gear 44 is a vertical in which the driven bevel gear 44 is installed by switching the rotational power of the geared motor 50 transmitted in the horizontal direction through the driving bevel gear 45 to be described later 90 degrees. The mold shaft 42 of course serves to simultaneously transmit to the other vertical shafts 42 through the chain 48 coupled to the outside of the sprockets 47.

In addition, the driving bevel gear 45 is fixedly installed at the other end of the horizontal rotating shaft 46, one end of which is coupled to the shaft of the geared motor 50 is installed in the horizontal direction from the outside of the main body 10 of course It has a form that is engaged with the driven bevel gear 44 at an angle of 90 degrees.

The driving bevel gear 45 is a bi-arm stirring blade 43c is installed to the rotational power of the geared motor 50 through the driven bevel gear 44, the sprockets 47 and the chain 48, respectively Direct transmission to the three vertical shaft (42).

In the detailed description of the present invention described above with reference to the preferred embodiments of the present invention, those skilled in the art or those skilled in the art having ordinary skill in the art will be described in the claims to be described later It will be understood that various modifications and variations can be made in the present invention without departing from the scope of the present invention.

10: main body 11: mist collector
12: purge gas outlet 13: gas distribution chamber
14: odor gas supply fan 15: gas inlet pipe
20: first stage cleaning unit 21: first cleaning liquid storage tank
22: first washing liquid circulation pump 23: first washing liquid supply pipe
24: fine jet nozzle cleaning unit 25: first cleaning liquid level control unit
30: second stage washing unit 31: second cleaning liquid storage tank
32: second washing liquid circulation pump 33: second washing liquid injection pipe
34: second cleaning pack bad portion 34a: grating for preventing the fall of the filler
34b: Filler 34c: sight glass
35: second cleaning liquid collecting part 36: second cleaning liquid circulating part
40: filler stirring means
41: shaft support
411: shaft base 412: support rib
42: vertical shaft
43a: cantilever stirring blade 43b: vertical stirring blade
43c: Double Arm Stirring Blades
431: shaft fixing portion 432: forearm wings
433: horizontal plate 434: vertical wing
435: wings
44: driven bevel gear 45: driven bevel gear
46: horizontal axis of rotation 47: sprocket
48: chain
50: geared motor

Claims (8)

A main body having a mist collecting part, a purge gas discharge port, a gas distribution chamber, and a gas inlet pipe in a hollow body; A first stage washing unit including a first washing liquid storage tank, a first washing liquid circulation pump, a first washing liquid supply pipe, a fine jet nozzle washing unit, and a first washing liquid level adjusting unit; Second cleaning liquid storage tank, the second cleaning liquid circulation pump, the second cleaning liquid injection pipe, the bottom washing grating is installed on the bottom surface and the filler is filled in the second cleaning pack, the second cleaning liquid collection unit and In the chemical liquid deodorizing tower consisting of; a second stage washing unit having a second washing liquid circulation;
The second stage washing unit further comprises a filler stirring means in a vertical direction in the second cleaning pack bad parts inside, the geared motor for driving the filler stirring means built in the reducer is installed on the outside of the main body, The filler agitation means checks the inside of the second cleaning pack bed through a viewing window installed on the outer surface of the main body by the operator, and when it is determined that the filler is contaminated by various foreign substances or odor passage paths are fixed between the fillers or the timer is stopped. Through the geared motor can be operated for a certain time when the required operation time is passed through,
The filler stirring means,
A pair of shaft supports having a shape in which a plurality of support ribs protrude from the outer surface of the shaft base provided in the center at an angle toward the outside in a horizontal direction, and fixed to upper and lower portions of the second cleaning pack bed portion;
A vertical shaft having upper and lower ends rotatably coupled to a shaft base provided in the pair of shaft supports;
A plurality of cantilever blades are provided in a horizontal direction, and the cantilever blades are rotated together with a vertical shaft that rotates in response to the drive of the geared motor in a state where the cantilever blades are fixedly installed at a predetermined height and a 120 degree angle difference on the vertical shaft. 2 Stir the filler in the cleaning pack bed in the horizontal direction, stir and remove some of the foreign matters attached to the filler, and at the same time, the deodorizing tower itself forms a odor passage passage formed between the fillers by the foreign matters fixed during the long-term operation. A plurality of cantilevered stirring blades;
The rotational power of the geared motor which is fixed to the upper end of the vertical shaft protruding upward through the shaft base of the shaft support located above the second cleaning pack bed part and is transmitted through the driving bevel gear is vertical. A driven bevel gear for transmitting to the shaft;
It is fixedly installed at the other end of the horizontal rotating shaft, one end of which is coupled to the shaft of the geared motor installed on the outside of the main body, and has a form that is engaged with the driven bevel gear at an angle of 90 degrees to the rotational power of the geared motor. A chemical liquid deodorizing tower having a filler agitating function, comprising: a driving bevel gear that directly transfers a gear to a vertical shaft having a plurality of cantilevered blades.
delete The method according to claim 1,
The cantilever wing of the cantilever stirring blades,
When rotating together with the vertical shaft, the fillers in the second cleaning pack bed portion are pushed upward in the rotational direction corresponding to the rotational force of the cantilever blade and at the same time ascends to the upper side in response to the shape of the curved contact surface, and then the canal blade passes. As soon as it descends again, the sides are "

Chemical liquid deodorization tower having a filler agitation function, characterized in that the shape was bent to form.
delete A main body having a mist collecting part, a purge gas discharge port, a gas distribution chamber, and a gas inlet pipe in a hollow body; A first stage washing unit including a first washing liquid storage tank, a first washing liquid circulation pump, a first washing liquid supply pipe, a fine jet nozzle washing unit, and a first washing liquid level adjusting unit; Second cleaning liquid storage tank, the second cleaning liquid circulation pump, the second cleaning liquid injection pipe, the bottom washing grating is installed on the bottom surface and the filler is filled in the second cleaning pack, the second cleaning liquid collection unit and In the chemical liquid deodorizing tower consisting of; a second stage washing unit having a second washing liquid circulation;
The second stage washing unit further comprises a filler stirring means in a vertical direction in the second cleaning pack bad parts inside, the geared motor for driving the filler stirring means built in the reducer is installed on the outside of the main body, The filler agitation means checks the inside of the second cleaning pack bed through a viewing window installed on the outer surface of the main body by the operator, and when it is determined that the filler is contaminated by various foreign substances or odor passage paths are fixed between the fillers or the timer is stopped. Through the geared motor can be operated for a certain time when the required operation time is passed through,
The filler stirring means,
A pair of shaft supports having a shape in which a plurality of support ribs protrude from the outer surface of the shaft base provided in the center at an angle toward the outside in a horizontal direction, and fixed to upper and lower portions of the second cleaning pack bed portion;
A vertical shaft having upper and lower ends rotatably coupled to a shaft base provided in the pair of shaft supports;
A plurality of vertical vanes protrude at predetermined intervals on both sides of the upper surface of the shaft fixing part provided in the center of the horizontal plate, and the front face is "

"It has a shape and is fixed to the lower part of the vertical shaft, and rotates with the vertical shaft which rotates in response to the drive of the geared motor, and stirs the filler in the second cleaning pack bed portion in the vertical direction to stir and attach to the filler. A vertical stirring blade which removes some of the various foreign matters and at the same time eliminates the odor passage path formed between the fillers by the foreign matters fixed by the deodorizing tower itself during a long period of operation;
The rotational power of the geared motor, which is fixed to the lower end of the vertical shaft which protrudes downward through the shaft base of the shaft support located below the second cleaning pack bed and is transmitted through the driving bevel gear, is vertical. A driven bevel gear for transmitting to the shaft;
It is fixedly installed at the other end of the horizontal rotating shaft, one end of which is coupled to the shaft of the geared motor installed on the outside of the main body, and has a form that is engaged with the driven bevel gear at an angle of 90 degrees to the rotational power of the geared motor. A chemical liquid deodorizing tower having a filler agitating function, comprising: a driving bevel gear for directly transferring a gear to a vertical shaft having a vertical stirring blade.
The method according to claim 5,
The vertical wing of the vertical stirring blade,
When rotating together with the vertical shaft, the fillers in the second cleaning pack bed portion are pushed in the rotational direction in response to the rotational force of the vertical wing and pushed outward in response to the shape of the curved contact surface, and then the vertical wing passes. The instantaneous return is achieved and the flat sections are opposite to the left and right about the shaft fixing part of the horizontal plate so as to be stirred together.

"Shape and"

Chemical liquid deodorization tower having a filler agitation function, characterized in that the shape was bent to form. A main body having a mist collecting part, a purge gas discharge port, a gas distribution chamber, and a gas inlet pipe in a hollow body; A first stage washing unit including a first washing liquid storage tank, a first washing liquid circulation pump, a first washing liquid supply pipe, a fine jet nozzle washing unit, and a first washing liquid level adjusting unit; Second cleaning liquid storage tank, the second cleaning liquid circulation pump, the second cleaning liquid injection pipe, the bottom washing grating is installed on the bottom surface and the filler is filled in the second cleaning pack, the second cleaning liquid collection unit and In the chemical liquid deodorizing tower consisting of; a second stage washing unit having a second washing liquid circulation;
The second stage washing unit further comprises a filler stirring means in a vertical direction in the second cleaning pack bad parts inside, the geared motor for driving the filler stirring means built in the reducer is installed on the outside of the main body, The filler agitation means checks the inside of the second cleaning pack bed through a viewing window installed on the outer surface of the main body by the operator, and when it is determined that the filler is contaminated by various foreign substances or odor passage paths are fixed between the fillers or the timer is stopped. Through the geared motor can be operated for a certain time when the required operation time is passed through,
The filler stirring means,
A pair of three support ribs protruding outwardly in the horizontal direction from the outer surface of the shaft base formed at a predetermined distance and 120 degrees angle difference, respectively, a pair of fixed fixing upper and lower portions in the second cleaning pack bad portion A shaft support;
Three vertical shafts having upper and lower ends rotatably coupled in three shaft bases respectively provided in the shaft support while being vertically erected in a planar view between the pair of shaft supports;
Rotate together with the vertical shaft that rotates in response to the drive of the geared motor in a state that is fixed at different heights so as to have a phase difference of 120 degrees to each of the vertical shafts through the shaft fixing portion provided in the center, respectively; Stirring the filler in the cleaning pack bed alternately in a horizontal direction to stir, removing some of the various foreign matters attached to the filler, and at the same time, the deodorizing tower passage formed between the fillers by the foreign matters fixed during the long term operation Three two-armed stirring blade to eliminate;
Chains for rotational power of the geared motor which are fixedly installed on the upper ends of the vertical shafts protruding upward through the shaft bases of the shaft support located above the second cleaning pack bed and are transmitted through the driven bevel gears. Three sprockets for transmitting to each of the three vertical shafts are installed in the vertical direction through the;
Through the three sprockets, the rotational force of the geared motor, which is coupled in a closed loop form surrounding the outside of the sprockets and is transmitted through a driven bevel gear fixed to one of the three vertical shafts, is fixed. A chain for simultaneously transmitting to three vertical shafts;
The rotational power of the geared motor transmitted through the driving bevel gear is fixed to the upper end of one of the three vertical shafts formed to protrude to the upper part of the sprockets of the three sprockets of the sprockets as well as the A driven bevel gear that also transmits to other vertical shafts through a chain coupled to the outside;
It is fixedly installed at the other end of the horizontal rotating shaft, one end of which is coupled to the shaft of the geared motor installed on the outside of the main body, and has a form that is engaged with the driven bevel gear at an angle of 90 degrees to the rotational power of the geared motor. Chemical deodorizing tower having a filler agitating function, characterized in that consisting of; drive bevel gear for direct transmission through the gears and sprockets and the chain to the vertical shaft is installed with both arms stirring blades.
The method according to claim 7,
Both wings of the two-armed stirring blade,
When each rotates with the vertical shafts, the fillers in the second cleaning pack bed portion are pushed upward in the opposite rotational direction in response to the rotational force of the two blades and at the same time upwardly corresponding to the shape of the curved contact surface. As soon as both wings pass, they fall down again and again.

"Shape and"

Chemical liquid deodorization tower having a filler agitation function, characterized in that the shape was bent to form.

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