A breeding information data monitoring platform

Abstract

The device of the present invention discloses a breeding information data monitoring platform, including a breeding system connected to the monitoring platform, the breeding system can generate a data curve formed by a collection of various growth monitoring points of the breeding body, and the corresponding data curve can be connected to the medication system, an interactive line is set between the breeding system and the monitoring platform, the breeding system is provided with a breeding pen, the breeding body is raised in the breeding pen, a feeding trough is provided at the front end of the breeding pen, and a series of sensor systems are provided in the breeding pen. Benefits: A breeding information data monitoring platform, by interactively combining the breeding system, the monitoring system, and the medication system, forms a collection data curve of various breeding body growth parameters in the form of the Internet of Things such as sensors, and detects the development of the entire breeding system in real time to guide the professional and healthy development of the medication system and ensure the virtuous cycle development of animal husbandry.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent breeding, and in particular to a breeding information data monitoring platform. Background Art

[0002] With the development of animal husbandry, my country's breeding structure is gradually changing from traditional breeding to modern breeding and large-scale breeding. A number of large-scale farms with distinctive characteristics, development prospects and business vitality have emerged in various places. The development trend of animal husbandry is towards large-scale, intensive and standardized breeding, which is also an important symbol of modern animal husbandry. However, the breeding risks of large-scale farms are also increasing. Once animal diseases occur, they will spread rapidly and cause huge losses. At present, there are several problems in the management model of large-scale farms: 1. Most large-scale farms do not establish breeding files and immunization files; 2. Livestock and poultry farms lack monitoring and control of the temperature, humidity and odor pollution of animal growth, resulting in slow animal growth, low feed utilization and increased risks. Therefore, it is very important to monitor the temperature, humidity and carbon dioxide of large-scale farms online, control external equipment in time, and adjust environmental factors. In addition, the entire environmental parameters, breeding body reproductive parameters and medication system are generated into a system, and finally the growth parameters of collective nature are generated. In conjunction with the breeding body stage or real-time parameters to guide the use of the medication system, it is more in line with the healthy and benign development of the breeding industry. Summary of the invention

[0003] In view of the above shortcomings, the device of the present invention provides a breeding information data monitoring platform.

[0004] The technical solution adopted by the device of the present invention to solve its technical problems is: a breeding information data monitoring platform, which includes a breeding system 2 connected to the monitoring platform 1, the breeding system 2 can generate a data curve 12 composed of various growth monitoring points of the breeding body 5, and the corresponding data curve 12 can be connected to the medication system 10, and an interactive line 3 is set between the breeding system 2 and the monitoring platform 1, and a breeding pen 8 is set in the breeding system 2, and the breeding body 5 is raised in the breeding pen 8. A feeding trough 6 is set at the front end of the breeding pen 8, and a series of sensor systems 9 are set in the breeding pen 8 to detect air temperature 18, air humidity 19, and gas concentration 20 respectively. A breeding body weigher 17 is set at the bottom of the breeding pen 8, and a material load-bearing device 16 is set in the feeding trough 6; the air temperature 18, the air The humidity 19 and the gas concentration 20 generate a real-time detection curve, the culture body weigher 17 and the material bearing device 16 generate a detection curve of the weight of the feed and the culture body 5, the culture body 5 is installed with a motion sensor 7, the motion sensor 7 generates a real-time motion curve 4, the detection curve is combined with the motion curve 4 into a parameter integrated circuit 11, and the data curve 12 is formed on the monitoring platform 1, and each position connection end of the data curve 12 is provided with a medication point 22, and a medical docking system 23 is provided between the medication point 22 and the medication system 10, and medication is performed using a branch needle 13 through the medical docking system 23, and the monitoring platform 1 is provided with an integrated connection line 1-1, a server 1-2, and a signal receiver 1-3, and the information on the interactive line 3 is received by the signal receiver 1-3. The signal receiver 1-3 transmits information to the server 1-2. The server 1-2 at each monitoring point is connected to the integrated wiring line 1-1. The information is integrated into the data curve 12 through the integrated wiring line 1-1. The data curve 12 is displayed through the monitoring display 21. The interface includes a block interface 14 of sensor information. A connection line 15 is set between the block interfaces 14, and finally the data curve 12 is formed at the terminal position of the block interface 14. The sensor system 9 involves the detection of the air temperature 18, the air humidity 19, and the gas concentration 20, including the bedding humidity sensor, bedding moisture sensor, the temperature of the drinking water of the aquaculture body, the drinking water volume sensor and the ecological greenhouse system 24 environmental sensors established in symbiosis with the aquaculture pen, to ensure that the internal and external related circulation system of the aquaculture information platform is connected.

[0005] Specific working principle: With the development of intelligent breeding, the breeding industry is now facing the development trend of intelligent monitoring, especially information technology. It is very important to conduct online monitoring of temperature, humidity and carbon dioxide in large-scale farms, timely control external equipment and adjust environmental factors. In addition, the entire environmental parameters, the reproductive parameters of the breeding body 5 and the medication system 10 are generated into a system body, and finally the growth parameters of the collective nature are generated. The use of the medication system 10 is guided by the breeding body 5 stage or real-time parameters, which is more in line with the healthy and benign development of the breeding industry. Therefore, a breeding information data monitoring platform is designed. By interactively combining the breeding system 2, the monitoring system, and the medication system 10, a collective data curve 12 of the growth parameters of various breeding bodies 5 is formed in the form of sensors and other Internet of Things basis to guide the professional and healthy development of the medication system 10, ensure the virtuous cycle of animal husbandry, and solve its technical problems. The technical solution used is: a breeding information data monitoring platform, which includes a breeding system 2 connected to a monitoring platform 1, the breeding system 2 can generate a data curve 12 composed of various growth monitoring points of a cultured body 5, and the corresponding data curve 12 can be connected to a medication system 10, an interactive line 3 is arranged between the breeding system 2 and the monitoring platform 1, a breeding pen 8 is arranged in the breeding system 2, a cultured body 5 is raised in the breeding pen 8, a feeding trough 6 is arranged at the front end of the breeding pen 8, a series of sensor systems 9 are arranged in the breeding pen 8, which respectively detect air temperature 18, air humidity 19, and gas concentration 20, and also include a bedding humidity sensor and a bedding moisture sensor arranged in the breeding pen and an ecological greenhouse system 24 established symbiotically with the breeding pen, a cultured body weigher 17 is arranged at the bottom of the breeding pen 8, and a material load-bearing device 16 is arranged in the feeding trough 6.

[0006] In particular, in the breeding system 2, the air temperature 18, the air humidity 19, and the gas concentration 20 generate a real-time detection curve, the breeding body weigher 17 and the material bearing device 16 generate a detection curve of the weight of the feed and the breeding body 5, and the breeding body 5 is installed with a motion sensor 7, and the motion sensor 7 generates a real-time motion curve 4 to observe the activity of the breeding body 5. The detection curve is combined with the motion curve 4 to form a parameter integration circuit 11 to detect the optimal environment matching for the growth of the breeding body 5 at each stage, and the data curve 12 is formed on the monitoring platform 1 for real-time observation by the breeding collective personnel. Each position of the data curve 12 A medication point 22 is provided at the connection end, and a medical docking system 23 is provided between the medication point 22 and the medication system 10. Medication is administered using a branch needle 13 through the medical docking system 23 to eliminate the differences in medication due to different medical conditions. An integrated connection line 1-1, a server 1-2, and a signal receiver 1-3 are provided in the monitoring platform 1. The information on the interactive line 3 is received by the signal receiver 1-3, and the signal receiver 1-3 transmits the information to the server 1-2. The server 1-2 of each monitoring point is connected to the integrated connection line 1-1, and the information is integrated into the data curve 12 through the integrated connection line 1-1.

[0007] In particular, the data curve 12 is displayed through the monitoring display 21, and the interface includes a block interface 14 of sensor information. A connection line 15 is set between the block interfaces 14, and finally the data curve 12 is formed at the terminal position of the block interface 14. When a parameter of the block interface 14 changes, the interface related to it changes in turn and in a targeted manner, and the influence of each parameter becomes clear, which is convenient for the observer to extract the key points.

[0008] The benefits of this invention are: a breeding information data monitoring platform, which interactively combines the breeding system 2, the monitoring system, and the medication system 10, forms a collective data curve 12 of the growth parameters of various breeding bodies 5 in the form of sensors and other Internet of Things basis, and detects the development of the entire breeding system 2 in real time to guide the professional and healthy development of the medication system 10, and ensure the virtuous cycle development of animal husbandry. BRIEF DESCRIPTION OF THE DRAWINGS

[0009] The device of the present invention is further described below in conjunction with the accompanying drawings and embodiments.

[0010] Figure 1 This is a working principle diagram of a breeding information data monitoring platform of the present invention;

[0011] Figure 2 It is a sensor system diagram of a breeding information data monitoring platform of the present invention;

[0012] Figure 3 It is an integrated curve chart of a breeding information data monitoring platform of the present invention;

[0013] Figure 4 It is a monitoring display diagram of a breeding information data monitoring platform of the present invention;

[0014] 1. Monitoring platform, 1-1. Integrated connection line, 1-2. Server, 1-3. Signal receiver, 2. Breeding system, 3. Interactive line, 4. Motion curve, 5. Aquaculture body, 6. Feeding trough, 7. Motion sensor, 8. Breeding pen, 9. Sensing system, 10. Medication system, 11. Parameter integrated circuit, 12. Data curve, 13. Branch needle tube, 14. Block interface, 15. Contact line, 16. Material bearing device, 17. Aquaculture body weigher, 18. Air temperature, 19. Air humidity, 20. Gas concentration, 21. Monitoring display, 22. Medication point, 23. Medical docking system, 24. Ecological greenhouse system. DETAILED DESCRIPTION

[0015] like Figure 1-4As shown, a breeding information data monitoring platform includes a breeding system 2 connected to a monitoring platform 1, the breeding system 2 can generate a data curve 12 formed by a collection of various growth monitoring points of a breeding body 5, and the corresponding data curve 12 can be connected to a medication system 10, an interactive line 3 is set between the breeding system 2 and the monitoring platform 1, a breeding pen 8 is set in the breeding system 2, a breeding body 5 is raised in the breeding pen 8, a feeding trough 6 is set at the front end of the breeding pen 8, a series of sensor systems 9 are set in the breeding pen 8, respectively detecting air temperature 18, air humidity 19, and gas concentration 20, a breeding body weigher 17 is set at the bottom of the breeding pen 8, and a material load-bearing device 16 is set in the feeding trough 6; the air temperature 18, the air humidity 19, the gas concentration 20 generates a real-time detection curve, the cultured body weigher 17 and the material bearing device 16 generate a detection curve of the weight of the feeding material and the cultured body 5, the cultured body 5 is installed with a motion sensor 7, the motion sensor 7 generates a real-time motion curve 4, the detection curve is combined with the motion curve 4 into a parameter integrated circuit 11, and the data curve 12 is formed on the monitoring platform 1, and each position connection end of the data curve 12 is provided with a medication point 22, and a medical docking system 23 is provided between the medication point 22 and the medication system 10, and medication is performed using a branch needle 13 through the medical docking system 23, and the monitoring platform 1 is provided with an integrated connection line 1-1, a server 1-2, and a signal receiver 1-3, and the information on the interactive line 3 is received by the signal receiver 1-3. The signal receiver 1-3 transmits information to the server 1-2. The server 1-2 at each monitoring point is connected to the integrated wiring line 1-1. The information is integrated into the data curve 12 through the integrated wiring line 1-1. The data curve 12 is displayed through the monitoring display 21. The interface includes a block interface 14 of sensor information. Communication lines 15 are set between the block interfaces 14, and finally the data curve 12 is formed at the terminal position of the block interface 14.

[0016] Specific working principle: With the development of intelligent breeding, the breeding industry is now facing the development trend of intelligent monitoring, especially information technology. It is very important to conduct online monitoring of temperature, humidity and carbon dioxide in large-scale farms, timely control external equipment and adjust environmental factors. In addition, the entire environmental parameters, the reproductive parameters of the breeding body 5 and the medication system 10 are generated into a system body, and finally the growth parameters of the collective nature are generated. The use of the medication system 10 is guided by the breeding body 5 stage or real-time parameters, which is more in line with the healthy and benign development of the breeding industry. Therefore, a breeding information data monitoring platform is designed. By interactively combining the breeding system 2, the monitoring system, and the medication system 10, a collective data curve 12 of the growth parameters of various breeding bodies 5 is formed in the form of sensors and other Internet of Things to guide the professional and healthy development of the medication system 10. , to ensure a virtuous cycle of animal husbandry, the technical solution adopted to solve its technical problems is: a breeding information data monitoring platform, which includes a breeding system 2 connected to a monitoring platform 1, the breeding system 2 can generate a data curve 12 composed of various growth monitoring points of a breeding body 5, and the corresponding data curve 12 can be connected to a medication system 10, an interactive line 3 is set between the breeding system 2 and the monitoring platform 1, a breeding pen 8 is set in the breeding system 2, and a breeding body 5 is raised in the breeding pen 8, a feeding trough 6 is set at the front end of the breeding pen 8, and a series of sensor systems 9 are set in the breeding pen 8 to detect air temperature 18, air humidity 19, and gas concentration 20 respectively, a breeding body weigher 17 is set at the bottom of the breeding pen 8, and a material load-bearing device 16 is set in the feeding trough 6.

[0017] In particular, in the breeding system 2, the air temperature 18, the air humidity 19, and the gas concentration 20 generate a real-time detection curve, the breeding body weigher 17 and the material bearing device 16 generate a detection curve of the weight of the feed and the breeding body 5, and the breeding body 5 is installed with a motion sensor 7, and the motion sensor 7 generates a real-time motion curve 4 to observe the activity of the breeding body 5. The detection curve is combined with the motion curve 4 to form a parameter integration circuit 11 to detect the optimal environment matching for the growth of the breeding body 5 at each stage, and the data curve 12 is formed on the monitoring platform 1 for real-time observation by the breeding collective personnel. Each position of the data curve 12 A medication point 22 is provided at the connection end, and a medical docking system 23 is provided between the medication point 22 and the medication system 10. Medication is administered using a branch needle 13 through the medical docking system 23 to eliminate the differences in medication due to different medical conditions. An integrated connection line 1-1, a server 1-2, and a signal receiver 1-3 are provided in the monitoring platform 1. The information on the interactive line 3 is received by the signal receiver 1-3, and the signal receiver 1-3 transmits the information to the server 1-2. The server 1-2 of each monitoring point is connected to the integrated connection line 1-1, and the information is integrated into the data curve 12 through the integrated connection line 1-1.

[0018] In particular, the data curve 12 is displayed through the monitoring display 21, and the interface includes a block interface 14 of sensor information. A connection line 15 is set between the block interfaces 14, and finally the data curve 12 is formed at the terminal position of the block interface 14. When a parameter of the block interface 14 changes, the interface related to it changes in turn and in a targeted manner, and the influence of each parameter becomes clear, which is convenient for the observer to extract the key points.

[0019] The benefits of this invention are: a breeding information data monitoring platform, which interactively combines the breeding system 2, the monitoring system, and the medication system 10, forms a collective data curve 12 of the growth parameters of various breeding bodies 5 in the form of sensors and other Internet of Things basis, and detects the development of the entire breeding system 2 in real time to guide the professional and healthy development of the medication system 10, and ensure the virtuous cycle development of animal husbandry.

[0020] The embodiments of the present invention are described in detail above, but the contents described are only preferred embodiments of the present invention and cannot be considered to limit the scope of implementation of the present invention. All equivalent changes and improvements made within the scope of the present invention should still fall within the scope of the patent coverage of the present invention.

Claims

1. A breeding information data monitoring platform, characterized in that: The invention comprises a breeding system (2) connected to a monitoring platform (1), wherein the breeding system (2) can generate a data curve (12) formed by a collection of various growth monitoring points of a breeding body (5), and the data curve (12) can be connected to a medication system (10), and an interactive line (3) is arranged between the breeding system (2) and the monitoring platform (1). The breeding system (2) is provided with a breeding pen (8), and the breeding body (5) is raised in the breeding pen (8). A feeding trough (6) is arranged at the front end of the breeding pen (8), and a sensor system (9) is arranged in the breeding pen (8) to detect air temperature (18), air humidity (19), and gas concentration (20) respectively. A breeding body weighing device (17) is arranged at the bottom of the breeding pen (8), and a material bearing device (16) is arranged in the feeding trough (6). The air temperature (18), the air humidity (19), and the gas concentration (20) generate a real-time detection curve. The cultured body weigher (17) and the material bearing device (16) generate a detection curve of the weight of the feed and the cultured body (5); a motion sensor (7) is installed on the cultured body (5); the motion sensor (7) generates a real-time motion curve (4); the detection curve and the motion curve (4) are combined into a parameter integration circuit (11); and the data curve (12) is formed on the monitoring platform (1); the monitoring platform (1) is provided with an integrated connection circuit (1-1), a server (1-2), a signal receiver (1-3), and a monitoring display (21); information on the interactive circuit (3) is received by the signal receiver (1-3); the signal receiver (1-3) transmits the information to the server (1-2); the server (1-2) at each monitoring point is connected to the integrated connection circuit (1-1); and the information is integrated into the data curve (12) through the integrated connection circuit (1-1).

2. A farming information data monitoring platform according to claim 1, characterized in that: A medication point (22) is provided at each position end of the data curve (12), and a medical docking system (23) is provided between the medication point (22) and the medication system (10), and medication is administered using a branch needle tube (13) through the medical docking system (23).

3. A farming information data monitoring platform according to claim 1, characterized in that: The data curve (12) is displayed through the monitoring display (21) to form an interface, which includes a block interface (14) of sensor information, and a connection line (15) is provided between the block interfaces (14), and finally the data curve (12) is formed at the terminal position of the block interface (14).

4. A farming information data monitoring platform according to claim 1, characterized in that: The sensor system (9) involves the detection of the air temperature (18), the air humidity (19), and the gas concentration (20), and also includes a bedding humidity sensor and a bedding moisture sensor arranged in the breeding pen, and an ecological greenhouse system (24) established in symbiosis with the breeding pen.

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