KR102278108B1 - Apparatus for removing livestock odor - Google Patents

Abstract

A disclosed ICT convergence livestock odor removal device includes: a solution tank in which a deodorizing solution is accommodated and a discharge unit through which livestock air is discharged; a livestock air injection unit collecting the livestock air containing an odor component to be injected into the solution tank; an air diffusion unit which is immersed in the deodorizing solution and discharging the livestock air to an upper side by bubbling the livestock air injected from the livestock air injection unit; a solubility determination unit determining the degree of dissolution of the odor component in the deodorizing solution to determine a replacement time of the deodorizing solution; and a communication unit for transmitting the replacement time of the deodorizing solution to a predetermined manager-owned receiving device through Internet. By measuring or predicting the dissolution amount of the odor component dissolved in the deodorizing solution, it is possible to determine whether the deodorizing solution is saturated and predict the replacement time.

Description

ICT Convergence Livestock Odor Removal Device {APPARATUS FOR REMOVING LIVESTOCK ODOR}

The present invention (Disclosure) relates to an ICT convergence livestock odor removal device, and more specifically, it dissolves in a deodorizing solution in a pit-type odor removal device that removes odor by injecting odor gas into a solution tank containing the deodorizing solution It relates to an ICT convergence livestock odor removal device capable of predicting the replacement cycle of a deodorizing solution by predicting and measuring the amount of dissolved odor components.

Herein, background information related to the present invention is provided, which does not necessarily imply prior art (This section provides background information related to the present disclosure which is not necessarily prior art).

In recent years, the consumption of meat is rapidly increasing due to the westernization of eating habits and the increase in consumption of fast food. Accordingly, the number of livestock breeding various livestock for meat production is gradually increasing.

Accordingly, the odor of livestock is emerging as one of the major issues of livelihood that must be solved by the public and private sector, beyond the isthmus problem limited to some regions in the past.

A generally used barn odor removal device sprays a deodorizing solution that dissolves odor-causing substances in the air into a flow path through which livestock air flows or inside the barn, thereby removing the odor of the discharged barn air or the air remaining inside the barn. do.

This conventional method has a fundamental problem that the deodorization efficiency is low, having the advantage of being able to perform a deodorization operation on a large amount of livestock air for a short time.

On the other hand, the pit method in which the deodorizing solution is accommodated in a specific tank, immersed in the housed deodorizing solution, and dissolved the odor components contained in the livestock air, has a higher deodorization efficiency than the method in which the deodorizing solution is sprayed into the air. .

However, in the pit method, the deodorization efficiency is lowered according to the elapsed time of use of the deodorizing solution, and there is a problem in that it is difficult to confirm the replacement cycle of the deodorizing solution.

If the deodorization solution use time is excessively long, the deodorization efficiency is lowered, and if the deodorization solution use time is short, there is a problem in that the deodorization solution replacement cost increases.

Due to these problems, the conventional pit-type odor removal device has an ICT technology configuration that remotely controls operation-stop by analyzing the concentration of odor components contained in livestock air.

In other words, since real-time monitoring of the deodorization action is impossible, ICT technology that can operate the odor removal device only when an odor occurs is employed to reduce operating costs.

1. Korea Patent Publication No. 10-2011-0068658

The present invention (Disclosure) improves the deodorization efficiency of a deodorizing solution and predicts the replacement cycle of a deodorizing solution in a pit-type odor removal device that removes odors by injecting odor gas into a solution tank containing a deodorizing solution One purpose is to provide an ICT convergence livestock odor removal device.

Herein, a general summary of the present invention is provided, which should not be construed as limiting the scope of the present invention (This section provides a general summary of the disclosure and is not a comprehensive disclosure of its full scope or all of its features).

In order to solve the above problems, ICT convergence livestock odor removal device according to any one aspect of the various aspects describing the present invention is a solution tank having a discharge unit in which a deodorizing solution is accommodated and the livestock air is discharged; a livestock house air injection unit that collects the livestock air containing the odor component and injects it into the solution tank; an air diffuser immersed in the deodorizing solution and discharging to the upper side by bubbling the livestock air injected from the livestock air injection unit; a solubility determination unit for determining the degree of dissolution of the malodorous component in the deodorizing solution to determine a replacement time of the deodorizing solution; And it includes; and a communication unit for transmitting the replacement time of the deodorizing solution to a predetermined manager-owned receiving device through the Internet.

In the ICT convergence livestock odor removal device according to an aspect of the present invention, the solubility determination unit may indicate the amount of the odor component dissolved in the deodorizing solution over time - index information including dissolution amount information It may include; an indicator determination unit for determining the degree of solubility by using.

In the ICT convergence livestock odor removal device according to an aspect of the present invention, the indicator determination unit has a temperature sensor for measuring the temperature of the deodorizing solution, and the indicator information includes the odor component in the deodorizing solution. It may further include a temperature-dissolved amount information indicating the amount to be dissolved according to the temperature.

In the ICT convergence livestock odor removal device according to an aspect of the present invention, the indicator determination unit includes: a timer for measuring the elapsed time after the deodorization solution is replaced; and an indicator prediction unit for receiving the temperature measurement value of the temperature sensor and the elapsed time from the timer and predicting the replacement time of the deodorizing solution.

In the ICT convergence livestock odor removal device according to an aspect of the present invention, the solubility determination unit includes: specific gravity measuring means for measuring the specific gravity of the deodorizing solution to generate a specific gravity value of the deodorizing solution; And a specific gravity of the deodorizing solution according to the dissolved amount of the odor component dissolved in the deodorizing solution - a measurement determination unit for determining the degree of dissolution by using the measurement information including the dissolved amount information; have.

In the ICT convergence livestock odor removal device according to an aspect of the present invention, the specific gravity measuring means includes: a liquid hydrometer immersed in the deodorizing solution and measuring the specific gravity using an up and down position according to buoyancy; and a specific gravity value measuring device for generating the deodorizing solution specific gravity value by measuring the vertical position of the liquid hydrometer.

In the ICT convergence livestock odor removal device according to an aspect of the present invention, the measurement determination unit includes a temperature measuring means for measuring the temperature for each position in the vertical direction of the deodorizing solution to generate temperature distribution information; can do.

The ICT convergence livestock odor removal device according to an aspect of the present invention may further include a solubility maximizing unit for maximizing solubility for the odor component by controlling the temperature of the deodorizing solution.

In the ICT convergence livestock odor removal device according to an aspect of the present invention, the deodorizing solution is water, and the solubility maximizing unit includes: a temperature maintaining unit for maintaining the lowest layer of the deodorizing solution at 4°C; and a cooling unit for cooling the temperature of the deodorizing solution mixed with the livestock air in the diffuser to 4° C. or less.

In the ICT convergence livestock odor removal device according to an aspect of the present invention, the solubility maximizing unit is, based on the temperature distribution information and the specific gravity value of the deodorizing solution, the odor component is dissolved in the deodorizing solution and is in a saturated state a saturation state determination unit for determining recognition; and a cooling control unit for controlling the cooling temperature of the cooling unit, wherein the cooling control unit may control the temperature at which the cooling unit cools the deodorizing solution according to the saturation state.

The ICT convergence livestock odor removal device according to an aspect of the present invention further includes; an air temperature measuring device for measuring the temperature of the livestock air injected by the livestock air injection unit; The operation of the cooling unit may be controlled according to the temperature of the livestock air.

In the ICT convergence livestock odor removal device according to an aspect of the present invention, the measurement and determination unit receives the specific gravity value of the deodorizing solution over time from the specific gravity value measuring device, and changes the specific gravity value of the deodorizing solution It may further include; a measurement prediction unit for predicting the replacement time of the deodorizing solution by calculating.

According to the present invention, by measuring or predicting the dissolved amount of the odor component dissolved in the deodorizing solution, it is possible to determine whether the deodorizing solution is in a saturated state and predict the replacement time.

According to the present invention, by maximizing the solubility of the deodorizing solution, the replacement cycle of the deodorizing solution can be extended.

According to the present invention, by using ICT technology, it is possible to monitor in real time not only on-off control but also deodorization action including solubility of malodorous components.

1 is a view showing a first embodiment of the ICT convergence livestock odor removal device according to the present invention.
Figure 2 is a view showing a second embodiment of the ICT convergence livestock odor removal device according to the present invention.
Figure 3 is a view showing a third embodiment of the ICT convergence livestock odor removal device according to the present invention.

Hereinafter, an embodiment in which the ICT convergence livestock odor removal device according to the present invention is implemented will be described in detail with reference to the drawings.

However, the intrinsic technical idea of the present invention cannot be said to be limited by the embodiments described below, and the following by those skilled in the art based on the intrinsic technical idea of the present invention. It is revealed that the range that can be easily suggested as a method of substitution or change of the embodiment described in is included.

In addition, since the terms used below are selected for convenience of explanation, in grasping the intrinsic technical idea of the present invention, they are not limited to the dictionary meaning and are appropriately interpreted as meanings consistent with the technical spirit of the present invention. it should be

1 is a view showing a first embodiment of the ICT convergence livestock odor removal device according to the present invention.

The ICT convergence livestock odor removal apparatus according to this embodiment includes a solution tank 100 , a livestock house air injection unit 200 , a diffuser unit 300 , a solubility determination unit 400 , and a communication unit 500 .

In the solution tank 100, the deodorizing solution is accommodated and the livestock air injected by the livestock air injection unit 200 to be described later is mixed with the deodorizing solution, so that the odor component contained in the livestock air is dissolved in the deodorizing solution and removed.

The deodorizing solution 10 may be a liquid chemical component capable of improving the solubility of water or a specific malodorous component.

The livestock air injection unit 200 collects livestock air containing odor components from the livestock 1 and injects it into the solution tank.

The diffuser unit 300 is immersed in the deodorizing solution 10 and bubbles the livestock air injected from the livestock air injection unit and discharges it upward.

It is preferable that the diffuser unit 300 has a protrusion (not shown) for foaming the livestock air and a vortex forming part in which the bubbled livestock air and the deodorizing solution 10 can form a vortex.

The solubility determination unit 400 determines the degree of dissolution of the malodorous component in the deodorizing solution 10 to determine the replacement time of the deodorizing solution.

The communication unit 500 transmits the operating state of the solubility determination unit, including the time of replacement of the deodorizing solution, to a predetermined manager-owned receiving device through the Internet.

The predetermined manager-owned receiving device may be a mobile terminal carried by the manager or a management server connected to the Internet.

The management server may have a storage unit that can store the replacement time of the deodorizing solution, and the replacement time of the deodorizing solution stored in the storage unit can be viewed by the administrator by accessing the management server using a mobile terminal.

In the ICT convergence livestock odor removal device according to this embodiment, the deodorizing solution 10 is accommodated in the solution tank 100, and livestock gas containing the odor component is injected and mixed with the deodorizing solution 10, so that the livestock gas gas It is a pit-type odor removal device that dissolves and removes odor components contained in .

In this embodiment, the replacement cycle of the deodorizing solution 10 is notified in advance to the manager.

Accordingly, it is possible to prevent a phenomenon in which the deodorization efficiency is lowered as the use time of the deodorization solution 10 increases, and the time and cost required to replace the deodorization solution 10 by using the deodorization solution 10 until it reaches a saturated state. can save

That is, the conventional odor removal device has a technical limitation in that it can be remotely turned on/off using ICT because it cannot predict and monitor the deodorizing action.

However, the ICT convergence livestock odor removal device according to the present invention includes a communication unit that transmits to the Internet the operation of the solubility determination unit that can check whether the deodorization action is normally performed as well as the time of replacement of the deodorizing solution, so that the manager can control the odor in operation The removal device can be monitored in real time.

2 is a view showing a second embodiment of the ICT convergence livestock odor removal device according to the present invention.

In the ICT convergence livestock odor removal apparatus according to the present embodiment, the solubility determination unit 400 includes an indicator determination unit 410 for determining the degree of solubility.

The index determination unit 410 determines the degree of solubility by using the index information including the time-dissolved amount information indicating the amount of the odor component dissolved in the deodorizing solution 10 over time.

When the odor component starts to dissolve in the deodorizing solution 10, the dissolution action continues until the deodorizing solution 10 reaches a saturated state. At this time, if the components of the deodorizing solution 10 and the malodorous components are specified, the amount of the malodorous components dissolved in the deodorizing solution 10 per hour can be measured.

The time-dissolved amount information includes the amount of deodorizing solution 10 accommodated in the solution tank 100 and the amount of livestock air discharged through the diffuser, the concentration of odor components contained in the livestock air injected into the diffuser, and the solution tank. By measuring the concentration of the odor component contained in the livestock house air discharged through the discharge unit 110 provided in the odor component it is possible to calculate the dissolved amount of the odor component.

In addition, with respect to the specified capacity and depth of the deodorizing solution 10, while changing the flow rate of livestock air injected through the diffuser 300, it is possible to calculate different time-dissolved information. At this time, the concentration of the odor component contained in the livestock air should be the same.

The optimal injection amount injected into the diffuser 300 may be calculated using the different time-dissolved amount information calculated in this way.

That is, it is possible to derive the injection amount so that the deodorization efficiency is the highest at the specified capacity and depth of the deodorizing solution.

In addition, by further comprising a flow amount control means for controlling the amount of flow of livestock air in the livestock air injection unit, it is possible to maintain high deodorization efficiency by controlling the flow amount of livestock air according to the capacity and depth of the deodorizing solution.

In addition, in the ICT convergence livestock odor removal device according to this embodiment, the index determination unit 410 has a temperature sensor 411 for measuring the temperature of the deodorizing solution 10, and the index information is the deodorizing solution 10 It further includes temperature-dissolved amount information indicating the amount of odor component dissolved in the temperature.

The solubility of the malodorous component of the deodorizing solution 10 depends on the temperature of the deodorizing solution 10 .

The solubility of ammonia, a water-soluble odor component, in water increases as the temperature of the water decreases.

By constantly maintaining the temperature of the solution tank at a low temperature, the deodorization efficiency can be increased, but there is a problem in that a separate cooling device must be provided for this.

The ICT convergence livestock odor removal device according to this embodiment further includes a temperature sensor 411 to measure the temperature of the deodorizing solution 10, and use the temperature-dissolved amount information and the time-dissolved amount information described above. Determine the degree of solubility.

By reflecting the dissolution characteristics of the deodorizing solution 10 that varies depending on the temperature change of the area where the solution tank 100 is installed, the time of replacement of the deodorizing solution can be determined.

In addition, in the ICT convergence livestock odor removal apparatus according to the present embodiment, the index determination unit 410 may include a timer 412 and an index prediction unit 413 .

The timer 412 measures the elapsed time after the deodorization solution 10 is replaced.

The index prediction unit 413 receives the temperature measurement value of the temperature sensor 411 and the elapsed time from the timer 412 to predict the replacement time of the deodorizing solution.

3 is a view showing a third embodiment of the ICT convergence livestock odor removal device according to the present invention.

The solubility determination unit 400 of the ICT convergence livestock odor removal apparatus according to the present embodiment includes a specific gravity measurement means and a measurement determination unit 420 using the same.

The specific gravity measuring means 422 generates a specific gravity value of the deodorizing solution by measuring the specific gravity of the deodorizing solution (10).

The measurement determination unit 420 determines the degree of dissolution by using measurement information including specific gravity-dissolution information, which indicates the specific gravity of the deodorizing solution 10 according to the dissolved amount of the malodorous component dissolved in the deodorizing solution 10 . .

The specific gravity value of the deodorizing solution 10 in which the malodorous component is dissolved is greater than the specific gravity value of the pure deodorizing solution 10 .

That is, by measuring the specific gravity value of the deodorizing solution 10 , the amount of the malodor component dissolved in the deodorizing solution 10 can be measured.

When the deodorizing solution 10 and the malodorous component are specified, the specific gravity value of the deodorizing solution 10 according to the dissolved amount of the malodorous component can be calculated, and this can be generated as specific gravity-dissolved amount information.

By using measurement information including specific gravity-dissolved amount information and the specific gravity value measured by the specific gravity measuring means, it is possible to measure the amount of dissolved odor components dissolved in the deodorizing solution 10 in real time.

In addition, the specific gravity measuring means 422 in the ICT convergence livestock odor removal apparatus according to the present embodiment includes a liquid hydrometer 421 and a specific gravity value measuring device 423 .

The liquid hydrometer is in the form of a sealed glass tube having bulbs on the lower side, and the type and specific gravity of the deodorizing solution 10 in the bulbs described above - includes a comparative material selected based on dissolution information.

It is immersed in the deodorizing solution 10 and measures the specific gravity using the vertical position according to the buoyancy, and displays the specific gravity of the deodorizing solution 10 in real time without requiring a separate operating energy.

The specific gravity value measuring device 423 generates a specific gravity value of the deodorizing solution by measuring the vertical position of the liquid hydrometer 421 .

Accordingly, the ICT convergence livestock odor removal device according to the present embodiment has an advantage in that it does not require a measurement action of an administrator to measure the specific gravity value.

In addition, the measurement determination unit 420 of the ICT convergence livestock odor removal device according to the present embodiment measures the temperature for each position in the vertical direction of the deodorizing solution 10 and a temperature measurement means 424 for generating temperature distribution information. include more

When measuring the specific gravity of a liquid to be measured using a liquid hydrometer, the specific gravity of the liquid to be measured varies with temperature.

For example, water, which is a deodorizing solution generally used, has the highest density at 4°C. This is why ice can float on water.

That is, when the temperature is higher or lower than 4°C, the density of water is lowered and the specific gravity is lowered.

As described above, the solubility of the malodorous component varies according to the temperature of the deodorizing solution 10 .

In conclusion, the deodorization solution 10 may have a different density for each location of the deodorizing solution 10 depending on a non-uniform temperature distribution, and also the solubility of the deodorizing solution 10 for each location may vary according to a temperature non-uniformity.

By measuring the temperature distribution information of the deodorizing solution according to the present embodiment, it is possible to correct or manage the measurement error of the liquid hydrometer.

For example, if water is used as the deodorizing solution 10, and the temperature of the upper layer is higher or lower than 4 ℃ in the temperature distribution information and the temperature of the lower layer is measured as 4 ℃, the specific gravity value using a liquid hydrometer using buoyancy is reliable. can

However, if the temperature of the upper layer is 4 ° C. and the temperature of the lower layer is lower or higher than 4 ° C., the density reversal phenomenon occurs between the upper and lower layers of the deodorizing solution 10 .

This phenomenon does not occur when no physical force is applied to the deodorizing solution. However, since the ICT convergence livestock odor removal device according to the present invention has a diffusion pipe 300 therein and a large amount of livestock gas is injected, physical kinetic energy is applied in addition to the pure thermal convection phenomenon.

Therefore, the above-described density inversion phenomenon may occur in the upper and lower layers of the deodorizing solution 10 . In this case, the specific gravity value measured using a liquid hydrometer cannot be trusted.

In addition, the ICT convergence livestock odor removal device according to the present embodiment may further include a solubility maximizing unit for maximizing solubility for odor components by controlling the temperature of the deodorizing solution 10 .

At this time, the solubility maximizing unit has a temperature maintaining unit 425, a cooling unit (not shown) and a cooling control unit (not shown), and the deodorizing solution 10 is water.

The temperature maintaining unit 425 maintains the lowermost layer of the deodorizing solution 10 at 4°C.

The cooling unit (not shown) cools the temperature of the deodorizing solution 10 mixed with the livestock air in the diffuser 300 to 4° C. or less.

In the pit-type odor removal device, the longer the mixed state of the deodorizing solution 10 and the livestock gas is maintained, the higher the deodorization efficiency.

For this reason, the air diffuser is disposed in the lowermost layer of the deodorizing solution 10, and the deodorizing action is continuously maintained in the process of the bubbled livestock gas rising to the surface of the deodorizing solution.

At this time, by allowing the deodorizing solution having high solubility to float together with the bubbled livestock gas, it is possible to increase the deodorization efficiency.

As described above, water, which is generally used as a deodorizing solution for removing water-soluble odor components, has a lower specific gravity as the temperature increases or decreases based on 4°C. The degree of dissolution of odor components in water increases as the temperature decreases.

As a deodorizing solution using water, it is preferable that the temperature is lower in order to obtain a high deodorization efficiency.

In summary, when the livestock gas is bubbled and discharged from the diffuser 300, the deodorizing solution 10 that is mixed with the livestock gas, that is, cools the temperature of water lower than 4° C., and the deodorizing solution in which the diffuser 300 is disposed If the temperature of the lower layer is maintained at 4°C, water at a temperature lower than 4°C having a solubility higher than 4°C is also floated together with the bubbled livestock gas.

Therefore, since livestock gas continuously comes into contact with water having a high solubility in the process of rising, deodorization efficiency can be increased.

In addition, the water at 0°C that rises to the upper layer can be heated by the livestock gas above the water level and naturally falls as the temperature rises.

Since the water descending to the lower layer is maintained at 4°C by the temperature maintaining unit 425, it can stay in the lower layer without rising again.

The water, which is maintained at a temperature of 4°C, is cooled again by a cooling unit (not shown), and thus, the solubility of odor components rises again with livestock gas, thereby increasing deodorization efficiency.

In addition, the solubility maximizing unit of the ICT convergence livestock odor removal device according to this embodiment further includes a saturation state determination unit 427 and a cooling control unit (not shown), and the cooling control unit (not shown) is a saturated state of the deodorizing solution Accordingly, the cooling unit (not shown) controls the temperature at which the deodorizing solution is cooled.

The saturation state determination unit 427 determines whether the malodorous component is dissolved in the deodorizing solution and is in a saturated state based on the temperature distribution information and the specific gravity value of the deodorizing solution. The cooling control unit (not shown) controls the cooling temperature of the cooling unit.

When the odor component is dissolved in the water used as the deodorizing solution 10, a certain point of the water is lowered by the freezing point lowering phenomenon.

When water is cooled below the freezing point and becomes solid ice, it can no longer perform the function of removing odors. Therefore, water in which the odor component is not dissolved cannot be cooled to 0°C or lower.

However, when the odor component starts to dissolve in the water used as the deodorizing solution, the freezing point is lowered accordingly. When it becomes saturated according to the solubility of water at 0° C., the cooling control unit lowers the temperature of the cooling unit (not shown) to 0° C. or less to have increased solubility.

Therefore, according to this embodiment, it is possible to extend the replacement cycle of the water used as the deodorizing solution.

In particular, the deodorizing solution added with a chemical component to increase the solubility of the odor component has the advantage of reducing the consumption of the chemical component.

In addition, the ICT convergence livestock odor removal device according to the present embodiment further includes an air temperature measuring device 426 for measuring the temperature of the livestock air injected by the livestock air injection unit, and the cooling control unit (not shown) is the livestock house The operation of the cooling unit (not shown) is controlled according to the temperature of the air.

The temperature of the barn air may be different from the actual inside temperature of the barn. It may be cooled or heated due to seasonal factors, or it may be heated in the process of passing through the livestock air injection unit.

Water cooled by a cooling unit (not shown) injected into the air diffuser 300 in a state in which the livestock air is excessively heated can be rapidly heated.

On the other hand, if the livestock air collected in winter is cooled to 4° C. or less, the instant the livestock air is discharged from the diffuser 300, the surrounding water is cooled to increase the solubility naturally, and at the same time, together with the air can remind you

Therefore, by organically controlling the temperature of the cooling unit (not shown) according to the temperature of the livestock air, energy used for cooling the cooling unit (not shown) can be reduced.

In addition, the measurement determination unit 420 of the ICT convergence livestock odor removal device according to the present embodiment receives the specific gravity value of the deodorizing solution over time from the specific gravity value measuring device, and calculates the specific gravity value change of the deodorizing solution. It may further include a measurement prediction unit 428 for predicting the replacement time.

As described above, the liquid hydrometer used in this embodiment displays the specific gravity value of the deodorizing solution in real time. If the specific gravity value is monitored in real time using the specific gravity value measuring device 423, the total amount of dissolved odor components can be calculated based on the specific gravity change of the deodorizing solution.

Claims (12)

delete a solution tank having a discharge part in which the deodorizing solution is accommodated and the livestock air is discharged;
a livestock house air injection unit that collects the livestock air containing the odor component and injects it into the solution tank;
an air diffuser immersed in the deodorizing solution and discharging to the upper side by bubbling the livestock air injected from the livestock air injection unit;
a solubility determination unit for determining the degree of dissolution of the malodorous component in the deodorizing solution to determine a replacement time of the deodorizing solution; and
A communication unit for transmitting the operating state of the solubility determination unit to a predetermined manager-owned receiving device through the Internet, including the time of replacing the deodorizing solution;
The solubility determination unit includes a time-indicative determination unit for determining the degree of solubility using index information including time-dissolution information indicating the amount of the odor component dissolved in the deodorizing solution over time; and
The time-dissolved amount information includes the amount of the deodorizing solution accommodated in the solution tank, the amount of the livestock air discharged through the diffuser, and the concentration of the odor component contained in the livestock air injected into the diffuser; ICT convergence livestock odor removal device calculated by measuring the concentration of the odor component contained in the livestock house air discharged through the discharge unit provided in the solution tank. 3. The method according to claim 2,
The indicator determination unit,
Having a temperature sensor for measuring the temperature of the deodorizing solution,
The indicator information is
ICT convergence livestock odor removal device further comprising temperature-dissolved amount information indicating the amount of the odor component dissolved in the deodorizing solution according to temperature. 4. The method according to claim 3,
The indicator determination unit,
a timer for measuring the elapsed time after the deodorization solution is replaced; And ICT convergence livestock odor removal device further comprising a; index prediction unit for receiving the temperature measurement value of the temperature sensor and the elapsed time from the timer to predict the replacement time of the deodorizing solution. a solution tank having a discharge part in which the deodorizing solution is accommodated and the livestock air is discharged;
a livestock air injection unit for collecting the livestock air containing the odor component and injecting it into the solution tank;
an air diffuser immersed in the deodorizing solution and discharging to the upper side by bubbling the livestock air injected from the livestock air injection unit;
a solubility determination unit for determining the degree of dissolution of the malodorous component in the deodorizing solution to determine a replacement time of the deodorizing solution;
a communication unit for transmitting the operating state of the solubility determination unit to a predetermined manager-owned receiving device through the Internet, including the time of replacing the deodorizing solution; and;
A solubility maximizing unit for maximizing the solubility of the malodorous component by controlling the temperature of the deodorizing solution;
The solubility determination unit specific gravity measuring means for generating a specific gravity value of the deodorizing solution by measuring the specific gravity of the deodorizing solution; And a specific gravity of the deodorizing solution according to the dissolved amount of the odor component dissolved in the deodorizing solution - a measurement determination unit for determining the degree of dissolution by using the measurement information including the dissolved amount information;
The specific gravity measuring means is immersed in the deodorizing solution and a liquid hydrometer for measuring the specific gravity using the vertical position according to the buoyancy; and a specific gravity value measuring device for generating a specific gravity value of the deodorizing solution by measuring the vertical position of the liquid hydrometer.
The measurement determination unit includes a temperature measuring means for generating temperature distribution information by measuring the temperature for each position in the vertical direction of the deodorizing solution;
The deodorizing solution is water,
The solubility maximizing unit, a temperature maintaining unit for maintaining the lowermost layer of the deodorizing solution at 4 ℃; and a cooling unit that cools the temperature of the deodorizing solution mixed with the livestock air in the diffuser to 4° C. or less; ICT convergence livestock odor removal device comprising a delete delete delete delete 6. The method of claim 5,
The solubility maximizing unit,
a saturation state determination unit that determines whether the malodor component is dissolved in the deodorization solution and is in a saturated state based on the temperature distribution information and the specific gravity value of the deodorizing solution; and a cooling control unit for controlling the cooling temperature of the cooling unit;
The cooling control unit ICT convergence livestock odor removal device for controlling the temperature at which the cooling unit cools the deodorizing solution according to the saturation state. 11. The method of claim 10,
It further includes; an air temperature measuring device for measuring the temperature of the livestock air injected by the livestock air injection unit;
The cooling control unit ICT convergence livestock odor removal device for controlling the operation of the cooling unit according to the temperature of the livestock barn air. 6. The method of claim 5,
The measurement determination unit,
ICT convergence livestock odor further comprising a; by receiving the specific gravity value of the deodorizing solution over time from the specific gravity value measuring device, calculating the specific gravity value change of the deodorizing solution to predict the replacement time of the deodorizing solution removal device.

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