KR101981570B1 - A big data making system for optimizing livestock growth of pigs - Google Patents

Abstract

The present invention relates to a system for generating and constructing big data related to growth condition information of a pig, which is capable of precisely collecting growth state changed information of a pig in response to change of temperature, humidity, and air by installing a camera and various kinds of sensors in a plurality of pigsties installed in a cattle shed; setting various and detailed growth condition information for each of the pigsties in a basic growth information range of the pig; finding optimal pig growth condition data by comparing and analyzing growth state change of the pig for each of the pigsties in response to a set growth condition; and controlling cooling and heating the temperature of the pigsties, where a mother pig and a piglet live, with a radiant heating and cooling system.

Description

Description of the Related Art [0002] Big data generation systems for optimizing livestock growth of pigs,

More particularly, the present invention relates to a system and method for generating and constructing big data on the condition of growth of pigs, and more particularly, It is an invention to precisely collect information that changes the growth state of the pigs that respond accordingly.

The present invention also provides a method for controlling the growth of a pig, which is responsive to a set growth condition, by setting various and detailed growth condition information for a plurality of pigs within a basic growth information range of a pig, Thereby generating optimal pig growth condition data.

In addition, the present invention is an invention in which a cooling and heating temperature supplied to a plurality of pigs residing in a sowing house and piglets residing in a poultry house are differentiated from each other, and a radiating cooling and heating system is applied.

In the 21st century, when Korea was economically richer than its poverty-stricken past, the amount of meat consumed in the diet has grown along with the growth of life.

Korea has a large population compared to its area and meat production is low, so it imports a large amount of meat from foreign countries. Meat imported from foreign countries has problems such as freshness, quarantine and sanitation due to long distance transportation.

Therefore, in order to provide safe and fresh food for the people, it is necessary to increase the meat production of the domestic livestock farmers to replace imported meat as much as possible.

On the other hand, the problems of domestic livestock farmers compared to livestock farms in developed countries such as the United States, the Netherlands and Denmark are relatively high livestock mortality rates.

In particular, in the case of pigs, MSY (Maximum Sustainable Yield), which is a pig production productivity index, is only about 70% of the developed countries, so the production cost of pig production is 25% higher than that of advanced countries. Causing it to deteriorate.

Thus, in order to increase the proportion of MSY, it is necessary to reduce the mortality rate of pigs by improving the proper growth environment and management method between the sows, the mother of pigs and the piglets. The following are conventional prior art related thereto.

1. Korean Patent Application No. 10-2010-0001012 A Method and system for housing management using a composite sensor integration module The invention of the prior art document 1 relates to a housing management method for optimizing the growth environment of livestock breeding by remotely monitoring and managing temperature, humidity, illuminance and atmospheric environment of the housing. However, the invention of the above-mentioned prior art document 1 has a structure in which the same growth temperature is supplied to the parent axis and the parent axis, and since the parent axis is sensitive to temperature as compared to the parent axis, the system in which the same temperature is supplied has a limitation in reducing the mortality rate , There is no means for detecting the body temperature of the livestock, and it is difficult to respond quickly to changes in temperature. 2. Korean Patent Laid-Open Publication No. 10-2011-0114166 Binary CDMA (Code Division Multiple Access) The invention of the above-mentioned prior art document 2 is an invention to prevent the infectious disease by understanding the health state of livestock such as cattle and pig using binary CDM. However, the invention of the prior art document 2 is disadvantageous in that there is no means for supplying cooling / heating to livestock because it is an invention focused on housing management. 3. Korean Utility Model Registration Bulletin No. 10-1387088 Central Controlled Pigs The invention of the above-mentioned prior art document 3 relates to a centralized control system for converting various facilities provided in a house into ITs through a network communication line and collectively controlling the facilities through a central management server. However, the invention of the above-mentioned prior art document 3 also has a limitation in reducing the mortality rate of pigs by applying a structure in which the same growth temperature is supplied to sows and piglets.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and it is an object of the present invention to provide a method and a device for detecting a change in the growth state of a pig which responds to changes in temperature, humidity and air by providing a camera and various sensors in a plurality of pigs To be collected precisely.

The present invention also provides a method for controlling the growth of a pig, which is responsive to a set growth condition, by setting various and detailed growth condition information for a plurality of pigs within a basic growth information range of a pig, To generate optimal pig growth condition data.

In addition, the present invention aims at supplying cold and hot air to a plurality of pigs inhabited by sows and piglets residing in the poultry house by differentiating them from each other, and applying a radiation cooling and heating system.

In order to achieve the above object, the present invention provides a system for generating and constructing a big data on growth condition information of a pig,

The system for generating and constructing big data on the growth condition information of pigs according to the present invention is a system for generating and constructing a big data about pigs by providing a camera and various sensors in a plurality of pigs installed in a house to change the growth state of pigs reacting with changes in temperature, (MSY) (Maximum Sustainable Yield) by establishing an optimal growth database for each type of pig, state rice, and age.

The present invention also provides a method for controlling the growth of a pig, which is responsive to a set growth condition, by setting various and detailed growth condition information for a plurality of pigs within a basic growth information range of a pig, It is possible to build big data that can help growth of pigs by searching for optimal pig growth condition data, so that it can be extended to individual livestock farmers as well as local livestock farmers. have.

In addition, the present invention separately provides cooling and heating temperatures supplied to pigs residing in sows and pigs residing in the poultry house, and applies the cooling and heating system supplied to the poultry house as a radiant heating and cooling system. And thus contributes to the increase in income of the farm household by reducing the mortality rate of pigs.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a conceptual diagram of a system for generating and constructing a big data on the growth condition information of pigs of the present invention
FIG. 2 is a conceptual diagram of a pig body part and a management control part of a system for generating and constructing a big data on the growth condition information of a pig of the present invention
FIG. 3 is a block diagram of a system for generating and constructing a big data on the growth condition information of pigs of the present invention
4 is a cross-sectional view of a system for generating and constructing a big data on the growth condition information of a pig of the present invention
FIG. 5 is a view illustrating an example of a cooling / heating supply panel portion of a big data generation and building system relating to pig growth condition information of the present invention
6 is a detailed block diagram of a pig body part of a system for generating and constructing a big data on the growth condition information of a pig according to the present invention
FIG. 7 is a view showing an example of monitoring screen of a big data generating and building system concerning information on a growth condition of a pig of the present invention
FIG. 8 is a diagram showing the state of use of the second breeding information control window of the big data generation and construction system relating to the pig growth condition information of the present invention

Embodiments of the present invention will now be described in detail with reference to the accompanying drawings.

The system for generating and constructing big data on the growth condition information of pigs according to the present invention is a system for generating and constructing a big data about pigs by providing a camera and various sensors in a plurality of pigs installed in a house to change the growth state of pigs reacting with changes in temperature, (MSY) (Maximum Sustainable Yield) by constructing an optimal growth database for each type of pig, condition, and age of pigs.

Therefore, embodiments of the big data generation and construction system related to the growth condition information of the pig of the present invention will be described in detail as follows.

Referring to FIG. 1, a system for generating and constructing a big data regarding a growth condition information of a pig according to the present invention (hereinafter referred to as a "system") comprises a plurality of pigs 1000 and a management and control unit 2000.

Each of the plurality of porcine porpoises 1000 includes a sow weir 110, a porcupine porridge 120, a cooling / heating supply panel unit 200, and a sensing device unit 300, (400), a humidifier (500), and a lighting device (600).

Conventional housing provided the same temperature to the sows and piglets of pigs as a central feeding mode for heating and cooling. The piglets, which were smaller than the mother sows, did not adapt quickly to the surrounding environment and were sensitive to temperature changes. There has been a problem that it is easily damaged due to stress due to temperature changes due to heating and cooling supplied in a feeding manner.

Therefore, the system 10 of the present invention can protect the piglets from the above-mentioned problems by protecting the pigs' weevil 1000 with the sow weathers 110 where the sows 20 reside and the piglets weathers 120 where the piglets 30 reside, The sows 20 and the piglets 30 are grown and the sows 110 and the piglets 120 are supplied with different heating and cooling.

In addition, the system 10 of the present invention performs various temperature control, humidity control, and illumination control for a plurality of pigs according to the various and detailed stored growth condition information, and then controls the temperature, humidity, , Which is a change in the growth state of pigs that responds finely, is collected and the growth condition of pigs is compared and analyzed by using a plurality of pigs using the collected growth information, It is an invention that can enhance the competitiveness of the whole country's livestock industry by expanding it to not only individual farmers but also local farmers as it can build big data that can help grow.

2, the sow weathers 110 and the poultry poultry 120 constituting the pig poultry unit 1000 include a plurality of first panels 210 constituting the heating and cooling supply panel unit 200, (Not shown).

That is, a plurality of first panels 210 are installed on the floor and side surfaces to form a space of the sow weathers 110, and a plurality of second panels 220 are installed on the floor and side surfaces, .

4, the cooling / heating supply panel unit 200 includes a plurality of first panels 210 and a plurality of second panels 220, and the plurality of first panels 210 and the second panels 220 Heating and air-conditioning control is performed through the first panel 210 and the second panel 220 for the sow weathers 110 and 120, which are spatially separated by the first panel 210 and the second panel 220, respectively.

That is, the first panel 210 and the second panel 220 are configured to separately supply cooling and heating temperatures suitable for the sows 110 and the pigs 120, (120). ≪ / RTI >

The first panel 210 and the second panel 220 individually supply cooling and heating to the sows 110 and the pigs 120 and at the same time the pigs 1000 are fed to the sows 110 and piglets 120, We are installed on the floor and side in each space to be separated into spaces.

If the porcine porpoises 1000 are divided into the sows porcelain 110 and the porcelain porcelain porcelain 120 through the first panel 210 and the second panel 220 as described above, Can be supplied to the sows (110) and the piglets (120) individually, thereby reducing the mortality of the piglets and promoting the growth of the pigs.

In particular, in the past, temperature control was performed by a central feeding type convection method through a central cooling fan or a hot air fan, and piglets were not able to adapt to the cooling / heating environment formed by adjusting the heating / The present invention provides a heating / cooling environment suitable for sows and piglets through the first panel 210 and the second panel 220, which are radiant cooling and heating systems, Or cold winds, it is less stressed to piglets and the mortality rate of piglets is lowered.

5, the first panel 210 and the second panel 220 of the cooling / heating supply panel unit 200 include a cold / hot water generating unit 201, a supply pipe 202, a panel interior material 203, 204).

The cold / hot water generating unit 201 supplies hot water or cold water to the supply pipe 202 for raising or lowering the temperature of the inner space of the sow weathers 110 or the weeville weirs 120 under the control of the management controller 2000 And includes a water storage tank 2011, a heating and cooling means 2012, a water supply means 2013, and a control valve 2014.

Here, the water storage tank 2011 is a tank in which water to be used as cold water or hot water is stored by heating or cooling. The heating and cooling unit 2012 supplies water stored in the water storage tank 2011 to the management controller 2000 ) In accordance with the control of the heating means.

The water supply means 2013 is a kind of pump that supplies water heated or cooled through the heating and cooling means 2012 to the supply pipe 202. The intake and outflow of the water are controlled through the control valve 2014.

At this time, the control valve 2014 preferably employs an electromagnetic valve such as a solenoid valve.

The supply pipe 202 is a kind of pipe which is filled with hot water or cold water supplied through the hot / cold water supply unit 201 for cooling and heating. The supply pipe 202 is arranged in a zigzag do.

The panel inner material 203 is a material for filling the remaining portion of the inner space of the panel in which the supply pipe 202 is disposed. The inner material for protecting the supply pipe 202 and promoting the temperature transfer is a material having a high temperature- The present invention is sufficient.

The panel outer plate 204 is a plate for protecting the supply pipe 202 and the panel inner material 203 from the outside.

Therefore, the cooling / heating supply panel unit 200 controls the management and control unit 2000 according to the sow / pig breed, the sow status (during pregnancy, breastfeeding), and the growth condition information The heating and cooling control for supplying different temperatures among the temperatures corresponding to the temperature information (information having a certain range) of the sows 110 and the piglets 120 is performed.

4 and 6, the sensing unit 300 generates image information of the sow 20 and the pigs 30 in the porcine body 1000, The growth environment information of the sows 20 and the piglets 30 such as temperature, humidity and carbon dioxide in the sows 20 and the piglets 30 is sensed to sense the temperature of the sows 20 and the pigs 30, The temperature sensor unit 310, the humidity sensor unit 320, the carbon dioxide sensor unit 330, the camera 340, and the thermal image sensing camera 350, .

6, the temperature sensing unit 310 includes a first temperature sensing sensor 311 for sensing the temperature in the sow weathers 110 and a second temperature sensing sensor 312).

The first temperature sensor 311 senses the temperature in the sow weathers 110 and determines the temperature in the sow weathers 110 as basic data of the management controller 2000 for controlling the temperature in the sow weathers 110. [ The second temperature sensor 312 senses the temperature of the piglets 120 and detects the temperature of the piglets 110 by using the basic data of the management controller 2000 for controlling the temperature in the piglets 120. [ Lt; / RTI >

The temperature sensing unit 310 may further include a third temperature sensing sensor 313 for sensing an external temperature of the housing, and may sense the external temperature of the housing through the third temperature sensing sensor 313 And can be utilized as a basic data for controlling the internal temperature of the porcine wool (1000).

The humidity sensing unit 320 includes a first humidity sensing sensor 321 for sensing the humidity in the sow weathers 110 and a second humidity sensing sensor 322 for sensing the humidity in the weeds 120. do.

The first humidity sensor 321 senses the humidity in the sow weathers 110 and controls the humidity in the sow weathers 110. The humidity of the sows in the sow weathers 110, And the second humidity sensor 322 senses the humidity in the piglet 120 and controls the humidity of the piglets 120 by using the basic data of the management controller 2000, 110).

The ventilator 400 or the humidifier 500 can be controlled through the management controller 2000 according to the humidity detected by the humidity sensor 320 so that the sows 20 and the piglets 30 ) To maintain a humidity condition suitable for growth.

The carbon dioxide sensing unit 330 includes a first carbon dioxide sensing sensor 331 for sensing the concentration of carbon dioxide in the sow weathers 110 and a second carbon dioxide sensing sensor 332 for sensing the concentration of carbon dioxide .

The first carbon dioxide sensing sensor 331 senses the carbon dioxide concentration in the sow weathers 110 and determines the concentration of carbon dioxide in the sow weathers 110 as a basic data of the management controller 2000 for controlling the carbon dioxide concentration in the sow weathers 110. [ The second carbon dioxide sensing sensor 332 senses the concentration of carbon dioxide in the piglets 120 and detects the concentration of carbon dioxide in the piglets 120 by using the basic data of the management controller 2000 for controlling the carbon dioxide concentration in the piglets 120 And the concentration of carbon dioxide in the piglet 110 is detected.

In addition, it is possible to control the ventilator 400 through the management controller 2000 according to the carbon dioxide concentration state sensed through the carbon dioxide sensor 330, so that the carbon dioxide concentration state suitable for the growth of sows and piglets can be maintained do.

The camera 340 photographs the state of sows and piglets residing in the pig body part 1000, generates image information, and transmits the image information to the management controller 2000, and a general digital camera is applied.

Through this, the administrator can visually confirm the actual growth conditions of pigs as well as the temperature, humidity and carbon dioxide concentration, which are the growth conditions of sows and piglets that are separated and live in the pig section (1000).

The thermal image sensing camera 350 is a camera device that senses the body temperature of sows and piglets residing in the pig body part 1000. The manager not only displays the actual appearance of the pig but also the heat received by the thermal image sensing camera 350 Based on the detection information, the body temperature of sows or piglets can be checked.

Accordingly, the manager can use the temperature and humidity, carbon dioxide concentration, image information, and body temperature information of the sows or piglets in the pigs' The ventilation device 400, the humidification device 500, and the lighting device 600 in the sow weathervane 110 and the piglet weevil 120 through the control unit 200. [

Referring to FIGS. 2, 3 and 5, the system 10 of the present invention may further include a ventilator 400, a humidifier 500, and a lighting device 600.

The ventilation device 400 is a means for ventilating the inside air of the porcine waste part 100 and is driven by the management control part 2000 in accordance with the carbon dioxide concentration information in the growth environment information generated by the sensing device part 300 Respectively.

The humidifier 500 is installed in the sow weathers 110 and 120 and controls the humidity inside the sow weathers 110 and 120. The humidifying apparatus 500 includes a first humidifier 510, And a second humidifier 520. The first humidifier 510 and the second humidifier 520 are installed individually in the pigs 120 and 120, respectively.

The image information, growth environment information, and body temperature information generated by the sensing unit 300 are referred to and stored in the humidifying unit 500 separately installed in the sow weathers 110 and the piglets 120, respectively The difference in humidity between the sow and pigeon breeds, the sow status (during pregnancy, during lactation), and the humidity information (information with a certain range) 110) and the piglets (120).

The illumination device 600 is an illumination device for adjusting the illuminance inside the porcelain porcelain 100. The saddle porcelain 110 is provided with a first illuminating device 610 and the piglet porcelain 120 is provided with a second illuminating device 620 are individually installed.

In this case, various types of illumination devices can be applied to the illumination device 600, and LED lamps, halogen lamps, and the like can be applied.

In addition, the management and control unit 2000 may include image information, growth environment information, and body temperature information generated by the sensing device unit 300 through the illumination device 600 individually provided to the sow weathers 110 and the pigs' (Information on a certain range) of the above-described growth condition information by the type of the sows and piglets, the sow status (during pregnancy, during feeding, normal), and the age of the piglets, And controls the illuminance to supply the different sods 110 and 120 to the respective sods 110 and 120.

1 to 3, the management and control unit 2000 refers to the image information, growth environment information, and body temperature information generated by the sensing device unit 300, and uses the stored growth condition information of the pig to heat / And real time temperature control of the sow weathers 110 and the pigs 120 constituting the plurality of pigs weirs 1000 through the panel unit 200.

The information on the growth condition of pigs stored in the management and control unit 2000 includes information on the temperature, humidity, and illumination required for growth of sows and piglets, by sow status, and by age of piglets.

More specifically, the temperature control by the management and control unit 2000 may include temperature information of the growth condition information for each sow / pig breed, sow status (pregnant, lactating, normal) Temperature information corresponding to the temperature of the sow weathers 100 and the temperature of the sow weathers 110 that constitute the plurality of sow units 100. [

When the ventilator 400, the humidifier 500, and the illumination device 600 are further configured in the system 10 of the present invention, the management controller 2000 controls the image information generated by the sensing device 300, And a plurality of porcine porpoises 1000 through the ventilation device 400, the humidification device 500, and the lighting device 600 by referring to the growth environment information and the body temperature information, Humidity control, and illumination control on each of the sows 110 and the pigs 120 constituting the sows.

More specifically, the management control unit 2000,

The image information, growth environment information and body temperature information generated by the sensing unit 300 are referred to through the humidifier 500 individually installed in the sow weathers 110 and 120, And the humidity corresponding to the humidity information (information having a certain range) of the above growth condition information by the breed of piglets, the sow's condition (during pregnancy, during lactation) And the image information generated by the sensing device unit 300 through the illumination device 600 individually installed in the sow weathers 110 and the pigs weathers 120, (Information having a certain range) of the above-described growth condition information for each sow and pig breed, sow status (during pregnancy, puerure), and age of piglets by referring to the growth environment information and body temperature information, Of the illuminance corresponding to the different groups A characterized in that the illumination control for supplying each of the sows we 110 and pigs We 120. The

In addition, the management and control unit 2000 receives and classifies and stores the growth information of the pigs according to different conditions under which the temperature control, the humidity control, and the illumination control are performed, and stores the growth information of the pigs Humidity control and illumination control information which have been performed to the selected porcelain porcelain part 1000 are extracted from the porcelain porcelain part 1000 and the extracted temperature control information Temperature-related information of the growth condition information, humidity-related information, and illumination-related information using humidity control information and illumination control information.

That is, in order to generate and construct the big data regarding the growth condition information of the pig, the management and control unit 2000 controls the temperature, humidity, Control is performed.

For example, if the recommended growth temperature range for a sow in lactation is between 18 and 22 ° C, the first pig is our sow (we have sows in lactation) at 18 ° C, the second pig is our sow we We have sows in lactation.) We have three sows at 19 ℃, and our sows (we have sows in lactation) are divided into 20 ℃, so that we can individually apply heating and cooling control If the recommended humidity range for piglets with 1 month of age is 40 to 60%, then pigs of 1 pigs (pigs we have 1 month old pigs), 40 pigs pigs, 2 pig pigs our pigs 45% for piglets with one month of pigs), 50% for piglets (we have piglets with one month of age) and piglets for our piglets We can control the humidity individually It is.

Also, as described above, temperature control, humidity control, and illumination control are performed for each of a plurality of pigs, and the growth information of the pigs grown by temperature control, humidity control, and illumination control by the plurality of pigs tested is analyzed.

The collection of the growth information is performed by an administrator. That is, the manager collects information on the growth of pigs that are being raised by a plurality of pigs, and the information on the growth includes information on the mortality, weight gain rate, and disease rate of the pigs.

Therefore, the theoretical growth condition information of the pig stored beforehand through the system 10 of the present invention can be verified through the actual pig growth, and in order to find the more accurate and optimized pig growth condition data, And to collect and analyze the growth information of the pigs that grow under different controls.

At this time, in order to increase the reliability of the growth condition data by reducing the sample error, since more specimen groups are required in terms of time and space, the optimal growth condition information newly extracted using the growth information of the first best selected porcine porridge 1000 It is also necessary to extend the application to a plurality of other porcine parts (1000), to apply the same results if they continue to be applied, or to find optimized optimized growth condition information.

In addition, the growth information records of a plurality of pigs' weevils 1000 other than the best pigs weevil 1000 can be stored and stored together and used as reference data for generating and constructing big data on the growth condition information of pigs .

3, the management control unit 2000 includes a storage unit 2100, a panel temperature control unit 2200, a temperature information updating unit 2300, and a humidity and illuminance information updating unit 2400 .

The storage unit 2100 stores image information, growth environment information, and body temperature information transmitted from the sensing unit 300, stores the growth condition information of the pig, and stores the growth information collected and input by the administrator Storage device.

In particular, the storage unit 2100 stores the image information, the growth environment information, and the body temperature information transmitted from the sensing unit 300 periodically (year, season, month, day, time).

Therefore, the storage means 2100 must apply a mass storage device for servers, and the various information thus stored becomes basic data necessary for generating and constructing big data on optimal pig growth condition information.

At this time, the growth condition information stored in the storage means 2100 includes information on the type of the sows (20) and the piglets (30) (for example, Yorkshire, Landrace, native pig, etc.), sow status (during pregnancy, , Normal), and information on temperature, humidity, and illumination required for growth by pigeon age.

That is, the management and control unit 2000 detects the current state of the sow weathers 110 generated by the sensing unit 300 or the current environment information of the inside of the pigments weathers 120, If the information does not match the growth condition information stored in the storage means 2100, the current environment in the sows or piglets is controlled to match the growth condition information.

The panel temperature control means 2200 grasps the current growth environment of the sow weathers 110 and 120 using the growth environment information and the body temperature information transmitted from the sensing unit 300, When the current growth environment of the weed 110 and the weed 120 is not matched with the growth condition information of the pig stored in the storage means 2100, The first panel 210 and the second panel 220 of the heating and cooling supply panel unit 200 are individually controlled so as to control the cooling and heating temperatures of the sow weathers 110 and the poultry saucers 120 in real- do.

The individual control by the panel temperature control means 2200 may be performed based on the temperature information of the growth condition information (the range of the temperature of the sow, the temperature of the sow, The control unit 120 controls the sows 110 and the pigs 120 to have different temperatures from each other.

The temperature information updating unit 2300 compares and analyzes the collected and stored growth information to select the pig body unit 1000 having the best growth result and transmits the temperature control information that has been performed to the selected pig body unit 1000 And updates the temperature-related information of the growth condition information stored in the storage means 2100 by using the extracted temperature control information.

That is, the spermatozoa of the sows 20 and the piglets 30, the sow status (during pregnancy, feeding, normal), the age of piglets The heating and cooling of the sow weathers 110 and the piglets 120 are individually controlled at different temperatures among the temperatures corresponding to the temperature information (information having a certain range) of the growth condition information necessary for star formation, The stored growth information indicating the growth state of the pigs according to the individual control at different temperatures is analyzed to select the best pig poultry 1000 and the growth condition The temperature-related information of the information is updated to generate and construct the big data about the optimal pig growth condition information regarding the temperature.

Pigs are sensitive to temperature in their growth, and pigs have been unable to reduce pig mortality by conventional methods (centralized feeding and cooling with uniform temperature), since mortality increases when exposed to temperatures not suitable for growth age.

However, in the system 10 of the present invention, the pigs are divided into a plurality of pigs, and each of the divided pigs is divided into sows 110 and piglets 120, The space and the space of the piglet 120 space are individually controlled at different temperatures within the temperature range suitable for the sow 20 and piglet 30 to grow. In other words, by controlling the temperature by sow and pig breed, by sow status (during pregnancy, during lactation, normal), and by pigeon age, the temperature is controlled so that the pig growth rate is increased and the mortality rate is effectively reduced.

The system 10 of the present invention may further include a ventilation unit 400, a humidification unit 500, and a lighting unit 600 in each of the plurality of porcine units 100. In this case, The control unit 2000 may further include a humidity and illumination information updating unit 2400 and a humidity and illumination control unit 2700.

Particularly, the humidifying device 500 and the lighting device 600 are separately installed in the sow weathers 110 and the pigs weighing unit 120 constituting the pig weath part 100, respectively.

The humidity and illumination control unit 2700 controls the humidity and illumination control unit 2700 so that the humidity information and the illumination environment information generated by the sensing unit 300 through the humidifying unit 500 individually installed in the sow weathers 110 and the pigs' The relative humidity of the sows (110) and the piglets (110) and the piglets (110) and the piglets (110) were determined by the type of sow and pig breed, sow status (during pregnancy, And the image information and the growth environment information generated by the sensing device unit 300 through the illumination device 600 individually installed in the sow weathers 110 and the pigs weevil 120, The different illuminance of the sow (110) and the piglet we (110) according to the growth condition information by sow and pig breed, sow status (during pregnancy, lactation) 120, respectively.

The humidity and light intensity control by the humidity and light intensity control means 2700 can be performed by controlling the humidity and illumination of the stored growth condition information by the type of sow and pigeon stored, the sow status (during pregnancy, during feeding) And the humidity and the illuminance corresponding to the information (information having a certain range) are supplied to the sows 110 and 120, respectively.

The humidity and illuminance information update unit 2400 compares and analyzes collected and stored growth information to select a pig body unit 1000 having the best growth result and controls the humidity and luminosity control performed for the selected pig body unit 1000 Related information of the growth condition information stored in the storage means 2100 and the illumination-related information using the extracted humidity control information and the illumination control information.

That is, the sow 20 and the piglets 30 are classified according to the breed, sow status (during pregnancy, during feeding, normal), and the sow 20 and the sow 30 through the humidity and illumination control unit 2700 and the humidity and illumination information updating unit 2400, The humidity of the growth conditions of the piglets (110) and the humidity of the piglets (120) are different from each other in the humidity or roughness of the humidity or roughness information (information having a certain range) Or illumination is controlled in real time, and the collected and stored growth information indicating the growth state of the pigs according to the different control of the different humidity or roughness is analyzed to select the best pig piggy bank 1000, Related information and the illumination-related information of the growth condition information are updated using the humidity control information and the low-level control information so far, and the information about the optimal pig growth condition regarding the humidity or the illuminance is updated It is creating and building data.

Pigs are sensitive to humidity and lightness in their growth, and pigs are highly susceptible to exposure to humidity or illumination that is not suitable for their growth age. Therefore, the pigs' mortality rate .

However, in the system 10 of the present invention, the pigs are divided into a plurality of pigs, and each of the divided pigs is divided into sows 110 and piglets 120, Space and Pigment The humidity and illumination of our (120) space are individually controlled by different humidity and illumination, respectively, within the range of humidity and illumination suitable for the growth of sows (20) and piglets (30). In other words, by controlling moisture and light intensity by breed of sows and piglets, by sow status (during pregnancy, during lactation, normal) and by age of piglets, pig growth rate and mortality rate can be effectively reduced.

The management control unit 2000 may further include a communication unit 2500 and a monitoring unit 2600, and the functions thereof are as follows.

1 to 3, the communication means 2500 may include image information, growth environment information, body temperature information, and panel temperature control information for allowing a manager to check the pig status inside the barn, (40), and can be transmitted wirelessly or by wire.

At this time, the administrator terminal 40 may be a PC or a smart device, and the administrator can check the growth status of the pig from time to time using a web-based housing management web site.

In addition, by using the communication means 2500, information on the growth conditions of pigs generated and constructed as big data through the system 10 of the present invention is transmitted not only to the manager of the farmhouse but also to the managers of other farmhouses, You can also share it in a range.

The monitoring unit 2600 is a kind of a display device that provides image information, growth environment information, body temperature information, and panel temperature control information to a monitoring screen so that an administrator can check the state of a pig inside the house and check growth information.

At this time, the monitoring unit 2600 is a monitoring screen 2610. The administrator can browse various information related to the pig growth through the monitoring screen 2610, and can manually control each configuration according to the situation .

7 and 8, the monitoring screen 2610 is a screen implemented through the monitoring unit 2600 and includes a main screen 2611, a sub screen 2612, a date information window 2613, a first breeding information window 2614, a second breeding information window 2615, and a breeding result information window 2616.

The main screen 2611 is located at a central portion of the monitoring screen 2610 and is transmitted through the thermal image sensing camera 350 while enlarging and displaying the sub screen 2612 selected by the administrator among the plurality of sub screen 2612 The body temperature of the pig is also indicated.

The sub screen 2612 is a screen displaying a plurality of small screens of thumbnail format and displaying image information transmitted from a plurality of cameras 340 installed in the pig body 1000.

The date information window 2613 is an information window for displaying current date, season, and time information.

The first breeding information window 2614 is an information window for displaying pig breed information, sow and piglet status information, which are displayed on the main screen 2611,

The second breeding information window 2615 is an information window that can be displayed by the administrator and displayed on the main screen 2611 and can control the environmental conditions.

For example, as shown in FIG. 7, when the administrator selects the sixth pig on the sub screen 2612, the image information transmitted by the camera 340 installed in the sixth user is displayed on the main screen 2611 , Pig breeding information on pigs raised in No. 6 pig worm, sow and piglet status information is displayed in the first breeding information window (2614), and the sixth environmental information is displayed in the second breeding information window (2615).

At this time, as shown in FIG. 8, when the first temperature (for example, the temperature of our sows) is selected, up and down arrows are generated as shown in the lower part of FIG. The manager can select one of the up and down arrows to adjust the temperature condition of the first temperature (e.g., the temperature of our six sows). The temperature is controlled through the heating / cooling supply panel unit 200.

In this manner, the manager can manually control the humidity and the carbon dioxide concentration of the pig unit 1000 through the ventilation unit 400, the humidification unit 500, and the lighting unit 600.

Therefore, the system (10) of the present invention sets the growth condition information in various and detailed manner for pigs on the basis of the basic growth information of pigs, and confirms the change in the growth state of pigs responding to the growth conditions, , It is possible to build big data that can help growth by pigs, so that it can be extended to individual farmers as well as local farmers, which can strengthen the competitiveness of the whole country's livestock industry.

Although the preferred embodiments of the present invention have been disclosed for illustrative purposes, those skilled in the art will appreciate that various modifications, additions and substitutions are possible, without departing from the scope and spirit of the invention as disclosed in the accompanying claims. In addition, it is a matter of course that various modifications and variations are possible without departing from the scope of the technical idea of the present invention by anyone having ordinary skill in the art.

10: System
20: sows
30: piglet
40: administrator terminal
1000: Pig We Department
2000:

Claims (6)

1. A system for generating and constructing a big data about a growth condition information of a pig,

The sows are divided into a sow house where the sow resides and a piglet house where the piglet resides. The sow house 110 and the piggy house 120 are provided with separate air-conditioning and heating / cooling / The image information of the sow and piglets in the feeding panel unit 200 and the sow weathers 110 and 120 is generated and the temperature of the sow weathers 110 and the inside of the pigs weigh 120, And a sensing device (300) for sensing growth environment information of sows and piglets such as humidity, carbon dioxide, and generating growth environment information, and sensing body temperature of sows and piglets to generate body temperature information of sows and piglets A weir 1000;

The plurality of porcine pigs 1000 are guided through the heating and cooling supply panel 200 by using the image information, the growth environment information, and the body temperature information generated by the sensing device 300 and using the stored pig growth condition information. And the growth information of the stored pigs is compared with the stored information of the stored pigs by the real time temperature control of the heating and cooling in the sow weathers 110 and 120, Selects the best porcine porridge unit 1000, extracts the temperature control information performed so far for the selected porcine porridge unit 1000, and uses the extracted temperature control information to obtain temperature-related information of the fermentation condition information And a management control unit (2000)

The cooling / heating supply panel unit 200 includes:
A first panel 210 for supplying cooling and heating to the sows 110 and a second panel 220 for supplying cooling and heating to the pigs 120,
The first panel 210 and the second panel 220, which constitute the cooling / heating supply panel unit 200,
A cold / hot water generating unit 201 for supplying warm water or cold water to the supply pipe 202 for raising or lowering the temperature of the inner space of the sow wart 110 or the pig wart 120 under the control of the management controller 2000,
A supply pipe 202 which is a pipe filled with hot water or cold water supplied through the cold / hot water generating unit 201 for cooling and heating,
A panel interior material 203 filling the internal space of the panel together with the supply pipe 202,
And a panel outer plate 204 in which the supply pipe 202 and the panel inner material 203 are installed internally,
The cold / hot water generating unit 201 may include a water storage tank 2011 in which water to be used as cold water or hot water is stored by heating or cooling, and water stored in the water storage tank in accordance with the control of the management and control unit 2000 Cooling means 2012 and water supply means 2013 for supplying heated or cooled water to the supply pipe 202,

The information on the growth condition of the pig includes information on the temperature, humidity, and illumination required for growth of sows and piglets, by sow status, by age of piglets,
Wherein the growth information includes information on a mortality rate, a weight gain rate, and a disease rate.
The method according to claim 1,
Each of the plurality of porcine porpoises (1000)
A ventilator 400 for ventilating the inside air,
A humidifying device 500 for controlling the humidity,
Further comprising an illumination device (600) for adjusting illumination,
The humidifying device 500 and the lighting device 600 are separately installed in the sow weathers 110 and the pig weirs 120 constituting the pig weath part 1000,
In this case, the management control unit 2000,
A plurality of porcine porpoises 1000 are configured through the humidifier 500 by referring to the image information, the growth environment information, and the body temperature information generated by the sensing device unit 300 and using the stored pig's growth condition information And the growth information of the stored pigs was compared with the information of the growth of the pigs by using the real time humidity control in the sows (110) and the piglets (120) Related information of the growth condition information is updated using the extracted humidity control information, and the humidity-related information is updated using the extracted humidity control information,
The plurality of porcine porpoises (1000) are configured through the lighting device (600) by referring to the image information, the growth environment information, and the body temperature information generated by the sensing device unit (300) And the growth information of the stored pigs was compared with the information of the growth of the pigs by the real time illumination control on the sow weathers (110) and the piglets (120) (1000), extracts the intensity control information performed so far for the selected porcelain unit (1000), and updates the illumination-related information of the growth condition information using the extracted intensity control information Big data generation and construction system for information on growth condition of pigs.
delete The method according to claim 1,
The sensing device unit (300)
A temperature sensing part 310 including a first temperature sensing sensor 311 sensing a temperature in the sow weathertight 110 and a second temperature sensing sensor 312 sensing a temperature in the pigs' ,
A humidity sensor 320 including a first humidity sensor 321 for sensing the humidity in the sow weathers 110 and a second humidity sensor 322 for sensing humidity in the pigments 120, ,
A carbon dioxide sensing sensor 330 including a first carbon dioxide sensing sensor 331 for sensing the carbon dioxide concentration in the sow wastes 110 and a second carbon dioxide sensing sensor 332 for sensing the carbon dioxide concentration in the wastes 120, )Wow,
A camera 340 for photographing a state of sows and piglets residing in the pig body part 1000 and generating image information,
And a thermal image sensing camera (350) for sensing body temperature of sows and piglets residing in the pig body part (1000).
The method according to claim 1,
The management control unit 2000,
Storage means 2100 for storing the image information, growth environment information and body temperature information transmitted from the sensing device 300, storing the growth condition information of the pig, and storing the growth information collected and input by the administrator; ,
The current sowing environment of the sow weathers 120 and the sow weathers 110 constituting the plurality of sow weirs 1000 are identified using the growth environment information and the body temperature information transmitted from the sensing unit 300 And when the current growth environment of the sow weathers 110 and 120 does not match the growth condition information of the pig stored in the storage means 2100, the sow weathers 110 and 120 And the second panel 220 of the heating and cooling supply panel unit 200 so that the current growth environment of the sow weathers 110 and the pigs weathers 120 are matched with the growth condition information of the sow weathers 110, A panel temperature control unit 2200 for controlling the panel temperature in real time,
The pigs weighing unit 120 having the best growth result is selected and compared with the sow weights 110 and 120 pigments constituting the selected pig weighting unit 1000 And a temperature information updating unit (2300) for extracting the temperature control information from the storage means (2100) and updating temperature related information of the growth condition information stored in the storage means (2100) by using the extracted temperature control information,

The individual control by the panel temperature control means 2200 is based on the stored sow and pig breeds, sow status (during pregnancy, breastfeeding), temperature information of the growth condition information Information on the temperature of the pig) is supplied to each of the sows 110 and the pigs 120. The system for generating and constructing the big data about the growth condition information of the pig.
3. The method of claim 2,
The management control unit 2000,
The management control unit 2000,
Storage means 2100 for storing the image information, growth environment information and body temperature information transmitted from the sensing device 300, storing the growth condition information of the pig, and storing the growth information collected and input by the administrator; ,

The present invention relates to a method for controlling the temperature of a sow weathers 120 of a plurality of sow weirs 1000 and a sow weathers 120 constituting a plurality of sow weirs 1000 by using the growth environment information and body temperature information transmitted from the sensing unit 300, And if the current temperature-related growth environment of the sows 110 and 120 is not matched with the growth condition information of the pig stored in the storage means 2100, The cooling and heating temperatures of the sows 110 and the pigs 120 are adjusted so that the current temperature-related growth environment of the piglets 120 is suitable for the growth condition information, Panel temperature control means 2200 for individually controlling in real time through the second panel 220,

The pigs weighing unit 120 having the best growth result is selected and compared with the sow weights 110 and 120 pigments constituting the selected pig weighting unit 1000 A temperature information updating unit 2300 for extracting the temperature control information from the storage unit 2100 and updating the temperature-related information of the growth condition information stored in the storage unit 2100 using the extracted temperature control information,

The current humidity or the illumination of the piglets 120 constituting the plurality of porcine pigs 1000 and the pigments of the piglets 120 using the growth environment information and the body temperature information transmitted from the sensing device 300 If the current humidity or illumination-related growth environment of the sows 110 and 120 is not matched with the growth condition information of the pig stored in the storage means 2100, The humidity or the illuminance of the sow weathers 110 and the pigs weathers 120 are adjusted by the humidifying apparatus 400 or the illuminating apparatus 120 so that the current humidity or roughness- A humidity and illuminance control unit 2700 for individually controlling in real time through the light source 500,

And comparing the collected and stored growth information with each other, compares and analyzes the collected growth information to select the pig body part 1000 having the best growth result, extracts the humidity control information and illumination control information performed so far for the selected pig body part 1000, And a humidity and illumination information updating unit (2400) for updating the humidity-related information and the illumination-related information of the growth condition information stored in the storage means (2100) using the humidity control information and the illumination control information,

The individual control by the panel temperature control means 2200 is based on the stored sow and pig breeds, sow status (during pregnancy, breastfeeding), temperature information of the growth condition information Information) is supplied to each of the sows 110 and the piglets 120,

The humidity or light intensity control by the humidity and light intensity control means 2700 may be performed on the basis of the stored sow and pig breeds, the sow status (during pregnancy, during feeding), the humidity or illumination information of the growth condition information Wherein the control unit is a control for supplying a different humidity or roughness among the humidity or the illuminance corresponding to the information (the information having a certain range) to the sow weathers (110) and the pig pigs (120) Data generation and building system.

Images