KR102565932B1 - air circulation type mist vaporization deodorization apparatus - Google Patents

Abstract

The present invention relates to an air circulation type mist evaporation type deodorizing device, and more particularly, is installed on the upper side of the inside of a barn to suck in and discharge air inside the barn to circulate it, but the sucked air sequentially passes through a plurality of filter pads installed inside the barn. It passes through and is discharged, and chlorine dioxide water is sprayed on the filter pad in the form of a mist to make contact with air circulating through a large area to provide odor removal sterilization and cooling functions.
In particular, the filter pads are located in contact with each other, but the rear filter protrudes at a certain interval higher than the front filter so that it is exposed to the front, and chlorine dioxide water is supplied through the exposed part, so that the front part of the thick filter pad as well as the middle The present invention relates to an air circulation type mist evaporative deodorization device that provides odor removal sterilization and cooling functions by supplying chlorine dioxide water as uniformly as possible to the entire surface of a condensate filter in which chlorine dioxide water is also supplied.

Description

Air circulation type mist vaporization deodorization apparatus {air circulation type mist vaporization deodorization apparatus}

The present invention relates to an air circulation type mist evaporation type deodorizing device, and more particularly, is installed on the upper side of the inside of a barn to suck in and discharge air inside the barn to circulate it, but the sucked air sequentially passes through a plurality of filter pads installed inside the barn. It passes through and is discharged, and chlorine dioxide water is sprayed on the filter pad in the form of a mist to make contact with air circulating through a large area to provide odor removal sterilization and cooling functions.

In particular, the filter pads are located in contact with each other, but the rear filter protrudes at a certain interval higher than the front filter so that it is exposed to the front, and chlorine dioxide water is supplied through the exposed part, so that the front part of the thick filter pad as well as the middle The present invention relates to an air circulation type mist evaporative deodorization device that supplies chlorine dioxide water evenly to the entire surface of a condensate filter to provide odor removal sterilization and cooling by vaporization.

In general, closed barns (pig farms, poultry farms, barns, etc.) install a large number of large fans on the ceiling of the barn to supply cool air to livestock in the summer, or install and operate an air conditioner in one space inside the barn to control the internal temperature of the barn. It is set to an appropriate temperature.

However, in the fan method, when the external temperature is high, hot air is introduced as it is, and only the sensible temperature is slightly lowered, but there is almost no actual temperature difference. leads to

In addition, the installation of the air conditioner has the disadvantage of reducing the livestock breeding space because it occupies the installation space inside the barn. There is a disadvantage in that installation cost increases because a large fan or a separate circulator is required for circulation.

In addition, recently, a cooling system that lowers the temperature in the barn by driving a fan while flowing water on a pad installed on a wall is sometimes used. Although this method has an effect of lowering the actual temperature, there is a disadvantage in that the perceived temperature does not change due to excessive humidity as the moisture directly contacts the indoor air.

In addition, since a large amount of moisture is contained on the floor, it is muddy and gas is generated, resulting in poor air quality, so it is difficult to control the temperature continuously. In addition, there is also a problem in which the driving of the fan stops and the death occurs when power is cut off due to electric leakage due to high humidity. This over-humidity problem is pointed out as a chronic problem even in a mist spray system that sprays water finely, and there is a problem that cannot be used for heating.

Korean Patent Registration No. 10-0308671 (registered on Aug. 30, 2001; hereinafter referred to as 'Prior Document 1') suggested a barn air purifying device. The prior art document 1 is installed on the ceiling of the barn to circulate air, but a filter is installed inside to filter dust, and the filtered dust is discharged to the outside through a separate pipe to keep the environment inside the barn pleasant. However, it simply provides dust removal efficiency and does not provide functions for cooling or odor removal in summer.

Korean Patent Publication No. 10-2017-0102770 (published on September 12, 2017; hereinafter referred to as 'Prior Document 2') suggested an air conditioner for livestock. The Prior Art 2 is connected to one side of a fan installed in a barn, and a cooling and heating line is installed inside to perform heat exchange with circulating air so that cooling or heating is performed, and a separate filter is installed at the outlet to remove fine dust. that was made to be done. However, Prior Document 2 did not provide the function of removing odor components and sterilization in the air because it applied a cooling and heating piping method to solve the problem of over-humidity.

Korean Patent Registration No. 10-2098527 (registered on April 1, 2020; hereinafter referred to as 'Prior Document 3') suggested a barn odor, ammonia and dust reduction facility. In Prior Document 3, the air inside the barn is sequentially passed through a first filter and a second filter to remove odor and dust, and finally passed through a biofilter composed of wood chips to remove residual odor and then discharged. will be. However, the preceding document 3 is to remove odor and dust in the process of discharging the air inside the barn to the outside, not for air circulation inside the barn. Therefore, Prior Document 3 is not installed on the ceiling of the barn, but a separate installation space must be provided on one side of the barn or outside the barn. Since it has a structure that passes a plurality of filters in sequence, a large installation space is required, and water is supplied to the filter. Therefore, since a water injection line must be provided for each filter, there is a disadvantage in that installation cost increases.

Korean Registered Patent No. 10-0308671 (2001.08.30. registration): Air purifier in livestock house Korean Patent Publication No. 10-2017-0102770 (published on September 12, 2017): Air conditioner for livestock Korean Patent Registration No. 10-2098527 (2020.04.01. registration): Odor, ammonia and dust reduction equipment in barns

Accordingly, the air circulation type mist vaporization type deodorization device of the present invention,

The purpose of providing an air circulation type mist evaporation type deodorization device that is installed on the ceiling of a barn and does not occupy a separate installation area and can supply chlorine dioxide water to a filter to remove odors and dust in the circulated air and provide a cooling effect. to be

The air circulation type mist evaporation type deodorization device of the present invention for solving the above problems,

In the air circulation type mist evaporative deodorization device installed in the barn and deodorizing while circulating the air inside the barn, it is composed of a front tube part, a middle tube part and a rear tube part from the front to the rear, so that the vertical width is narrowed in multiple stages, A main body pipe having steps formed between each pipe part and a water discharge line coupled to the lower part of the front pipe part to discharge the collected water; a filter pad composed of a rear filter pad inserted into the middle pipe portion 22 of the main pipe, and a front filter pad disposed in contact with or spaced apart from the front side of the rear filter pad and inserted into the front pipe portion; a mist injection pipe that is piped along the inner surface of the front pipe of the main pipe and has a plurality of main injection nozzles formed toward the center of the main pipe to spray water in a mist state to wet the front filter pad with an air suction force; It is configured to include; an exhaust fan coupled to the rear of the main pipe to suck in air from the front and discharge it to the rear.

The filter pad disposed in contact with the front filter pad and the rear filter pad forms an upper open space opened to the front by spacing a predetermined interval between the upper surface and the inner upper surface of the main body pipe, and the mist injection pipe forms an upper line An auxiliary injection nozzle for spraying mist toward the upper open space may be further formed to directly spray the mist onto the upper surface of the filter pad.

In addition, in the opportunistic filter, the rear filter pad and the front filter pad are formed to have the same size, and the rear filter pad has a front and rear length longer than the length of the middle tube portion of the body tube, so that the front side of the rear filter pad is in front of the body tube. The front filter pad is installed in the front tube part of the main body tube and placed at a height lower than the rear filter pad by a step difference with the middle tube unit. so that the front surface of the rear filter pad is partially opened forward, and the upper surface is spaced apart from the upper surface of the front tube by the step size of the sum of the upper and lower steps to form an upper open space, so that the rear filter pad and the front filter pad form an upper part By introducing mist-like water sprayed into the open space, it is possible to remove odor components and dust by the sprayed water even at the upper ends of the two filters.

In addition, the front filter pad is wetted by the sprayed water to increase the surface area of the sprayed water so that vaporization is achieved by heat exchange with the moving air or odorous wheat dust is adsorbed and removed,

The rear filter pad is spaced apart from the front filter pad to prevent water from passing directly from the mist injection pipe and the front filter pad to absorb some of the moisture from the overhumid air that has passed through the front filter pad to lower the moisture content of the air and discharge it. can do.

In addition, the water supplied to the mist injection pipe may provide a sterilization function by including chlorine dioxide water produced by the chlorine dioxide water generator.

In addition, one or more exhaust fans may be installed and used.

In addition, an insect screen may be further installed in front of the main body tube to block the inflow of insects.

The air circulation type mist vaporization type deodorization device of the present invention according to the above solution means,

By supplying moisture to the air in the form of mist by spraying, the fine dust contained in the air is agglomerated and separated easily, and the surface area of the moisture is increased to promote heat exchange with the air. By lowering the temperature inside the barn, you can save on cooling costs.

In addition, the humidity in the air can be increased by adsorbing and removing fine dust and odorous components by the filter pad wetted by the mist of moisture, and providing a dry rear filter pad absorbs some of the moisture from the excessively humid air caused by the mist. It is possible to provide a useful device capable of maintaining a pleasant environment inside the barn by making the discharged air have an appropriate humidity.

Figures 1a and 1b is a schematic cross-sectional view and a plan view showing a mist vaporization deodorization device according to an embodiment of the present invention.
Figure 1c is a front view of the main body pipe to which the mist injection pipe according to an embodiment of the present invention is piped.
Figure 2 is a cross-sectional view showing a state in which an upper open space is formed according to an embodiment of the present invention.
Figure 3 is a cross-sectional view showing a mist vaporization type deodorizing device according to another embodiment of the present invention.
Figure 4a is a schematic diagram showing a water supply and discharge line according to the present invention.
Figure 5a and Figure 5b is a front view and a rear view of the air circulation type mist evaporation type deodorizing device in which a plurality of exhaust fans are installed according to the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. Since the present invention can have various changes and various forms, specific embodiments will be illustrated in the drawings and the present invention will be described in detail in the text. However, this is not intended to limit the present invention to a specific form disclosed, and should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention. Like reference numerals have been used for like elements throughout the description of each figure. In the accompanying drawings, the dimensions of the structures are shown enlarged or reduced than actual for clarity of the present invention.

Terms used in this application are only used to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this application, terms such as "include", "include" or "have" are intended to indicate that there is a feature, number, step, operation, component, or combination thereof described in the specification, but one or the other It should be understood that the presence or addition of other features or numbers, steps, operations, elements, or combinations thereof described above is not precluded.

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 to which the present invention belongs. Terms such as those commonly used and defined in advance are to be interpreted as having a meaning consistent with the meaning in the context of the related art, and unless explicitly defined in this application, they are not to be interpreted in an ideal or overly formal sense. .

1A and 1B are schematic cross-sectional views and plan views showing a mist vaporization type deodorizing device according to an embodiment of the present invention, and FIG. 1C is a front view of a main body pipe to which a mist injection pipe according to an embodiment of the present invention is piped.

As referenced, the air circulation type mist evaporation type deodorizer 10 according to the present invention is installed one or more on the ceiling of the barn to circulate the air inside the barn while providing a cooling function, odor and dust removal, humidity control and sterilization. make this happen

The mist evaporation type deodorizing device 10 includes a body pipe 20 of a cylindrical body, a filter pad 30 mounted inside the main pipe, a mist injection pipe 40 for spraying and supplying water to the filter pad, , It is configured to include an exhaust fan 50 installed at the rear end of the body tube to suck air in front of the body tube and discharge it to the rear.

The body tube 20 maintains a constant left and right width and is configured to slightly expand from the rear to the front so that the filter pad 30 can be easily inserted.

At the same time, the upper and lower widths of the body pipe 20 are formed to become narrower in multiple stages from the front to the rear. That is, the main pipe 20 is divided into a front pipe part 21, a middle pipe part 22, and a rear pipe part 23 from the front to the rear, and each pipe part is sequentially formed with a narrow upper and lower width, and the upper and lower parts of the front and rear pipes A step 25 is formed at the boundary portion as much as the step difference in width.

The rear pipe portion 23 partitioned by the step may be configured to gradually narrow in width toward the rear so that the suction power of the exhaust fan 50 coupled to the rear surface is transmitted to the front, up, down, left, and right edges.

In addition, a water discharge line 24 is installed at the lower part of the front pipe part 21 so that collected water can be directly discharged to the outside or foreign substances can be separated through a treatment tank and then discharged to the outside. The water withdrawal line 24 may be formed on one side or in plural on both sides, and the lower plate of the front pipe part may be formed to be inclined to facilitate water collection, and the water withdrawal line may be installed at the lowest position of the inclined surface.

In addition, a bracket may be mounted on the outer surface of the body pipe 20 so that it may be fixed to the top of the shaft by applying various known coupling methods.

The filter pad 30 is provided with mist-state water sprayed from the mist injection pipe 40 to wet the surface and increase the contact area with the sucked air, and is formed as a filter, or is formed as a filter according to the present invention Likewise, the front filter pad 31 and the rear filter pad 32 are separately configured so that each function can be exhibited somewhat differently.

That is, the front filter pad 31 is sprayed intensively to wet the filter surface with water to increase the contact area with air, absorb odor components contained in the inhaled air by the increased surface area, and absorb and remove dust. In addition, it functions to provide a cooling function that lowers the internal temperature of the barn by allowing vaporization to occur through heat exchange.

In addition, the front side of the rear filter pad 32 in contact with the front filter pad has the same function as the front filter pad, or the rear side absorbs some moisture from the high-humidity air introduced from the front because the absorption amount of the filter is low It has a function to create a pleasant environment by lowering the humidity of the finally discharged air.

When the rear filter pad 32 and the front filter pad 31 are provided with the same function, as shown in the figure, the front filter pad and the rear filter pad are interviewed and installed, so that the water supplied to the front filter pad is applied to the outer surface of the front filter pad. As it flows along, it can be transmitted to the rear filter pad as well. In this way, when the two pads are installed in contact with each other, only the front filter pad with a high degree of contamination can be replaced frequently to reduce the filter replacement cost. By doing so, efficient filter management can be achieved.

In addition, when the rear filter pad 32 and the front filter pad 31 provide different functions, it is preferable to prevent water flowing from the front filter pad from being transferred to the rear filter pad by separating the two pads at a predetermined interval. do.

In addition, the front filter pad 31 is formed of a semi-permanent material such as a metal mesh to provide a function of separating foreign substances and absorbing and removing odor components, and the rear filter pad 32 is formed of a paper pad to control the humidity of the air passing through. can make it possible Of course, the front filter pad 31 is also used as a paper pad to absorb water, and after a long period of use, the rear filter pad is moved to the front filter pad and the new filter pad is used as the rear filter pad to replace the filter. can be made

When the front filter pad 31 or the rear filter pad 32 is used as a paper pad, it is possible to increase the cooling effect by increasing the heat absorption rate by further increasing the surface area of water. In other words, when using a general metal mesh, water heat exchanges with air only on the surface of the metal mesh, but when using a paper pad, the paper pad absorbs a certain amount of water, and the absorbed water is widely distributed inside the paper pad material. Since the surface area of water can be further increased, the heat absorption rate can be increased, and air cooling is possible in a short time.

In addition, the rear filter pad 32 is inserted into and fixed to the middle pipe portion 22 of the main body pipe, and the front filter pad 31 is inserted into and fixed to the front pipe portion 21 of the main body pipe. Here, by installing an elastic plate protruding inward to elastically support the main body pipe 20, the front filter pad 31 can be stably fitted and fixed.

As shown in FIGS. 1A and 1C, the mist injection pipe 40 is piped along the edge inside the front pipe portion 21 of the main pipe, and a plurality of main injection nozzles sprayed toward the central axis of the main pipe 20 ( 41) are installed at regular intervals. The main injection nozzle 41 sprays water supplied from the inside in a mist state to increase the surface area of the water to provide a cooling effect through rapid heat exchange with high-temperature air sucked in in summer.

In addition, the injection direction of the main injection nozzle 41 is sprayed in a direction orthogonal to the central axis of the main pipe 20, so that it is mixed with the primarily sucked air to increase the volume due to aggregation of fine dust and absorb heat vaporization is performed, and the front filter pad is secondarily wetted so that dust is adsorbed and separated by water flowing along the front filter pad surface.

When the spraying direction is toward the filter, the mist-like water sprayed by the suction force immediately flows into the filter, so the mist-like water cannot reach the center of the front filter pad, and the filtering function of the front filter pad deteriorates. . Of course, if the distance between the mist injection pipe and the front filter pad is increased and the spray pressure of the mist injection pipe is increased, water can be sprayed and supplied to the center of the front filter pad axis. is increased, and there is a disadvantage in that the hassle of work occurs when replacing the filter. Therefore, it is preferable that the injection direction of the main injection nozzle is formed in a direction orthogonal to the central axis of the main body pipe.

In addition, the present invention can block the inflow of insects by further installing an insect screen 70 in front of the main body pipe 20. The insect screen 70 is configured to be easily detachable so that the insect screen can be separated and cleaned frequently.

In addition, if the body tube 20 is not provided with the insect screen 70, the spray direction of the main injection nozzle 41 is sprayed at an angle range of 0 to 80 degrees forward, so that the water sprayed in the form of mist is a front filter Before being introduced into the pad 31, mixing with air is sufficiently performed so that fine dust can be agglomerated.

The exhaust fan 50 is coupled to the rear of the body pipe 20, and air intake can be achieved by mounting one or two or more in parallel connection according to the capacity used.

As shown in FIG. 2, the mist evaporation deodorization device 10 of the present invention further provides an upper open space 26 spaced at a predetermined interval between the top of the filter pad 30 and the upper wall of the main body pipe 20, The mist injection pipe 40 may further install an auxiliary injection nozzle 42 on the upper line so that the auxiliary injection nozzle 42 sprays toward the upper open space 26.

The auxiliary spray nozzle 42 of the mist spray pipe 40 is sprayed at a downward angle of 2 to 15 degrees from the horizontal, so that the sprayed water flows into the upper open space 26, and the filter pad, the front filter pad ( 31) and the upper surface of the rear filter pad 32, it is possible to adsorb and remove fine dust and odorous parts contained in the air passing while water flows down.

More specifically, the formation of the upper open space 26 is provided through the following structure.

The rear filter pad 32 and the front filter pad 31 constituting the filter pad 30 are formed to have the same size. This is to extend the service life of the filter by mounting the rear filter member on the front side and the new filter member on the rear side when replacing the filter. However, if the entire filter is replaced rather than sequentially replaced, it is okay to form a different size.

The rear filter pad 32 is longer than the length of the middle pipe part 22 of the main body pipe, so that the front side of the filter pad 32 protrudes toward the front pipe part 21 of the main body pipe. The top is opened as much as possible so that the upper open space 26 is formed. That is, the length of the middle pipe portion 22 of the body pipe 20 is formed shorter than the length of the rear filter pad 32 in the front and back thickness direction so that the front surface of the rear filter pad protrudes toward the front pipe portion of the main body pipe when the rear filter pad is attached. can be configured. In the above structure, the upper portion of the rear filter pad 32 is spaced apart by the length protruding from the front tube portion 21 of the main body tube to form an upper open space 26 . That is, the upper surface of the front tube part 21 and the protruding upper surface of the rear filter pad 32 are spaced apart from each other by the step difference between the front tube part 21 and the middle pipe part 22, and open toward the front side. Therefore, the water in the form of mist sprayed from the auxiliary injection nozzle 42 is supplied through the upper open space of the rear filter pad 32, and the moisture is not transferred through the main injection nozzle of the mist injection pipe. Mist-like moisture is additionally supplied to the upper space so that dust removal and odor removal can be performed through the entire filter area.

Here, the rear filter pad 32 may be installed so that its upper end is spaced apart from the upper wall of the middle tube by a predetermined interval, so that an upper open space is formed on the entire upper surface of the rear filter. This can be achieved by firmly coupling the rear filter pad by the left and right widths of the middle tube portion, and forming the upper and lower heights of the middle tube portion larger than the vertical heights of the rear filter pad. However, it is preferable to form a height difference between the middle pipe part 22 and the rear filter pad 32 smaller than the step size between the middle pipe part and the rear pipe part so that the rear end of the upper open space is closed by the step.

In addition, the front filter pad 31 is installed on the front tube part 21 of the body tube and is disposed at a height lower than that of the rear filter pad 32 by a step difference between the step 25 and the middle tube part, so that the front surface of the rear filter pad 32 This part is opened to the front, and the upper surface is spaced apart from the upper surface of the front tube by the step size of the sum of the upper and lower steps to form an upper open space.

Therefore, water in a mist state is introduced into the upper open space 26 formed by the front filter pad 31 and the rear filter pad 32 through the auxiliary spray nozzle 42 of the mist spray pipe, and the main spray nozzle It is possible to wet the upper side of the front filter pad and the rear filter pad, which are difficult to supply through. Therefore, fine dust and odorous components contained in the air passing through the entire surface of the filter pad can be adsorbed and removed, and heat contained in the air can be absorbed and vaporized to enable rapid cooling. .

3 is a cross-sectional view showing a mist evaporation type deodorizing device according to another embodiment of the present invention.

As shown, the front filter pad 31 and the rear filter pad 32 are separated by a predetermined interval to prevent water flowing along the surface of the front filter pad from being transferred to the rear filter pad.

In this way, when the front filter pad 31 and the rear filter pad 32 are separated, the front filter pad 31 is wetted or absorbed by the water sprayed from the mist injection pipe 40 to expand the surface area of the water and move It increases the heat exchange rate with air so that it is vaporized or odor and dust are removed.

In addition, the rear filter pad 32 is spaced apart from the front filter pad and does not receive water from the front filter pad to maintain a dry state. Therefore, the moisture content (humidity) of the finally exhausted air can be lowered by absorbing some of the moisture contained in the air while passing the over-humidified air that has passed through the front filter pad 31 while being mixed with the water sprayed from the mist injection pipe. Therefore, it is possible to maintain a pleasant environment inside the barn.

Figure 4a is a schematic diagram showing a water supply line according to the present invention, Figure 4b is a schematic diagram showing a water supply line further includes a sterilization function.

In the present invention, raw water is directly supplied to the mist injection pipe 40 so that spraying is performed, and the water sprayed in the form of mist adsorbs and aggregates fine dust while mixing with air, adsorbs odor components, and wets the filter pad. As it flows down the surface of the filter pad, it adsorbs and removes fine dust and odor components contained in the air, and the water collected in the main body pipe 20 is discharged to the outside through the drain line 24.

As shown in FIG. 4B, the raw water is supplied to the chlorine dioxide water generator 60, and the chlorine dioxide water generator 60 produces chlorine dioxide water in which chlorine dioxide is dissolved in the range of 20 to 30 ppm, The manufactured chlorine dioxide water may be supplied to the mist injection pipe 40 so as to be sprayed through the injection nozzle. If chlorine dioxide water is used as the water to be sprayed, it is provided with a sterilization function, so that not only the sanitary management of the filter pad but also the sanitation of the circulating air inside the barn can be improved.

Figures 5a and 5b are views showing the front and rear views of an air circulation type mist evaporation type deodorizing device in which a plurality of exhaust fans are installed according to the present invention.

As referenced, the mist evaporation type deodorizing device of the present invention is provided with a plurality of exhaust fans 50 to increase the amount of use.

At this time, the mist injection pipe 40 is piped along the edge of the main pipe 20 extended in the left and right directions, but since the spray does not sufficiently reach the middle part of the left and right widths, additional pipes are made in the middle to narrow the gap between the pipes Spraying can be done over the area.

As shown in the drawing, various types of piping such as lattice piping and zigzag piping may be applied to the piping of the mist spray pipe 40 in addition to piping through the edge of the main pipe.

The air circulation type mist evaporation type deodorizing device 10 of the present invention configured as described above is installed on the ceiling inside the barn to circulate internal air, and in the circulation process, fine dust contained in the air is agglomerated by spraying. The filter pad 30 wetted with sprayed moisture adsorbs fine dust and aggregated fine dust and odor components and purifies the air by washing them off, and the sprayed water is used as chlorine dioxide water to mix with the air In the process of being sterilized, the water in the form of mist by spraying and the water on the filter pad form a wide surface area, so that the heat exchange rate with the air passing through can be increased and the air temperature can be rapidly reduced, thereby lowering the temperature inside the barn in summer. A comfortable environment can be provided.

10: Mist evaporation type deodorization device
20: main body
21: front pipe part 22: middle pipe part
23: rear pipe part 24: discharge line
25: stepped 26: upper open space
30: filter pad
31: front filter pad 32: rear filter pad
40: mist injection pipe
41: main injection nozzle 42: auxiliary injection nozzle
50: exhaust fan
60: chlorine dioxide generator
70: insect screen

Claims (7)

In the air circulation type mist evaporation type deodorization device installed in the barn and deodorizing while circulating the air inside the barn,
It is composed of a front tube part 21, a middle tube part 22, and a rear pipe part 23 from the front to the rear, and is formed in multiple stages to narrow the vertical width, and a step 25 is formed between each pipe part, A main body pipe 20 to which the water discharge line 24 is coupled to discharge the collected water;
A filter pad composed of a rear filter pad 32 inserted into the middle pipe portion 22 of the main pipe, and a front filter pad 31 disposed in contact with or separated from the front side of the rear filter pad and inserted into the front pipe portion. (30) and;
A mist injection pipe 40 that is piped along the inner surface of the front pipe of the main pipe and has a plurality of main injection nozzles 41 formed toward the center of the main pipe to spray water in a mist state to wet the front filter pad with an air suction force class;
It is configured to include; an exhaust fan 50 coupled to the rear of the main pipe to suck in air from the front and discharge it to the rear.
The front filter pad 31 and the rear filter pad 32 of the filter pad are configured to have the same size and are installed so that the front and rear surfaces are in contact, and the front side of the rear filter pad receives and absorbs water from the front filter pad, The rear side controls humidity by absorbing and removing moisture from excessively humid air passing through due to low water absorption. (21) An upper open space 26 spaced apart from the upper surface is formed so that the upper surface of the front filter pad 31 and part of the upper front surface of the rear filter pad 32 are opened forward through the upper open space,
The mist injection pipe 40 is further formed with an auxiliary injection nozzle 42 for spraying mist toward the upper open space on the upper line, and the mist is directly sprayed on the upper surface of the front filter pad and part of the upper front surface of the rear filter pad. Air circulation type mist evaporation type deodorizer, characterized in that the spraying is made. delete According to claim 1,
The rear filter pad 32 is longer than the length of the middle pipe part 22 of the main body pipe, so that the front side of the rear filter pad protrudes toward the front pipe part of the main body pipe. To open to the space 26,
Air circulation type, characterized in that the water in the mist state sprayed into the upper open space 26 is supplied to the upper area through the upper surfaces of the two filters to remove odor components, dust removal, and cooling by vaporization. Mist evaporation deodorizer. delete According to claim 1,
The water supplied to the mist injection pipe 40 is an air circulation type mist evaporation type deodorization device, characterized in that the chlorine dioxide water produced by the chlorine dioxide water generator 60 is included to provide a sterilization function. According to claim 1,
The exhaust fan 50 is an air circulation type mist vaporization type deodorization device, characterized in that one or two or more are installed and used. According to claim 1,
Air circulation type mist vaporization deodorization device, characterized in that the insect screen 70 is further installed in front of the main body pipe to block the inflow of insects.

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