KR100411655B1 - a system for managing livestock breeding farm using internet and method thereof - Google Patents

Abstract

The present invention relates to a livestock breeding management system and method using the Internet that can be applied to the site to find the elements to increase productivity by storing and analyzing the breeding activity and slaughter results of each breeding livestock of each farm, Clients of a large number of livestock farms as members who are distributed throughout the country and provide livestock breeding information such as individual development status, health status, feed, vaccination timing and slaughter grade through the Internet (11-1). , 11-2, ..., 11-n); Clients of each livestock farm (11-1, 11-1, 11-2, ..., 11-n) receive the breeding information, store, analyze, and extract the breeding information from a plurality of livestock farming clients (11-1, 11-2, ..., 11-n). 11-2, ..., 11-n) livestock breeding management server 13; And a DB server 16 for storing and managing breeding information and other necessary information provided from each client 11-1, 11-2, ..., 11-n. You can get the necessary information and consulting, and the analysis of accumulated data can help you with nationwide grades and improvement directions of the weak areas of each farm.

Description

System and method for managing livestock breeding farm using internet and method

The present invention relates to a livestock breeding management system and method using the Internet, in particular, by storing and analyzing the breeding activity and slaughter results for each individual breeding livestock of each farm to find the elements to raise the productivity and slaughter results applied to the site It relates to a livestock breeding management system and method using the Internet.

Conventional livestock breeding method, the breeding manager in the breeding farm to record each individual information such as sex, weight, body type, age, etc. for each individual animal in the management book, and the individual information for each animal for a certain period such as monthly, quarter, year The management of breeding managers is managed according to the experience and breeding knowledge, and the information has been disseminated from outside from knowledge about disease management, breeding, feed improvement, etc. that require expertise.

In addition, because of the spread of computers, the information collected for each individual is stored and processed on the computer, but each program cannot reflect the characteristics of individual farms, so it is not practical to purchase and apply such programs to actual small farms. It was not suitable for the situation.

In the past, public institutions such as the National Institute of Animal Science and Technology have provided a lot of information necessary for raising livestock, but this information is unidirectional, and in order to solve the problems caused by the environmental characteristics of livestock farms located in rural areas. It was then impossible to get timely help from outside.

The present invention has been made in view of the above problems, the purpose of which is to input the livestock breeding data of individual farmers to the livestock breeding management server via the Internet to provide information and consulting necessary for the management of individual livestock It is to provide a livestock breeding management system and method thereof.

Another object of the present invention is to collect and analyze the livestock breeding information of the individual breeding farms scattered throughout the country and can be aggregated and analyzed nationwide and provide the information required for each farm according to the analyzed results It is to provide a livestock breeding management system and method using the Internet.

1 is a block diagram showing the configuration of a livestock breeding management system using the Internet according to the present invention,

Figure 2 is an example of the individual management data input screen provided by the livestock breeding management server of Figure 1,

Figure 3 is an example of the individual management analysis data output screen provided by the livestock breeding management server of Figure 1,

Figure 4 is an example of the carcass grade input screen provided by the livestock breeding management server of Figure 1,

5 is an example of a carcass grading analysis result screen provided by a livestock breeding management server;

6 is an example of the production management data input screen provided by the livestock breeding management server,

Figure 7 is an example of the production management data output screen provided by the livestock breeding management server,

8 is an example of a management data input screen provided by the livestock breeding management server,

9 is an example of the management management data output screen provided by the livestock breeding management server,

10A and 10B are flowcharts illustrating a method for managing livestock raising using the Internet according to the present invention.

<Explanation of symbols for the main parts of the drawings>

11-1, 11-2, ..., 11-n: Livestock Farm Client 12: Internet

13: livestock breeding management server 16: livestock breeding management information DB server

Livestock breeding management system according to the present invention for achieving this purpose is scattered throughout the country and provides a number of livestock breeding information, such as the development status, health status, appropriate feed selection, vaccination timing, slaughter information through the Internet Clients of livestock farms; Receive the necessary information by analyzing and processing the livestock breeding information from a number of livestock farming client, and analyzes the slaughter information of the individual livestock and the breeding information of the corresponding livestock received from the slaughter system or the client to provide necessary data. It consists of a livestock breeding management server that extracts and provides each livestock farm, and a DB server that stores and manages livestock breeding information and other necessary information.

Livestock management method according to the present invention, the step of receiving and storing livestock breeding information from the plurality of livestock farming client over the Internet, and analyzes the livestock breeding information input from each livestock farming client and the result of the analysis Providing it to the client; It consists of receiving, storing and analyzing management data from each livestock farm client and providing the analysis result to the client.

Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings taking the case of pigs as an example.

Figure 1 is a block diagram showing the configuration of a livestock breeding management system using the Internet according to the present invention.

Clients (11-1, 11-2, ..., 11-n) of a large number of livestock farms scattered throughout the country are equipped with a web browser, respectively, and a livestock breeding management server (13) through the Internet (12). It provides livestock raising information such as individual breeding livestock, birth data, gender, development status, health status, feed, vaccination data and slaughter data. Each of the above clients 11-1, 11-2, ..., 11-n may have an e-mail transmission / reception means in addition to the browser. The livestock breeding management server 13 analyzes, processes and extracts the breeding information provided from the plurality of cattle breeding farm clients 11-1, 11-2, ..., 11-n and provides individual management means. (13-2), carcass grading means (13-3) for extracting necessary data by comparing and analyzing the slaughter information of the individual livestock with the breeding information of the breeding farm, and the plurality of livestock farming client (11-1) Management analysis means (13-4) for analyzing information on costs and incomes provided from 11-2, ..., 11-n), and animal data management information database server for controlling the respective means and processing the processed data. And a central processing unit 13-1 which stores and reads the information in (16) and provides it to each of the clients. Livestock breeding management server 13 may be provided with an e-mail server in addition to the firewall.

Livestock management information database server 16 is provided with a registered farm DB, individual management information DB, slaughter information DB, production data DB, management data DB, other necessary DB, and stores the corresponding data, livestock management management server (13) It is driven by), the operation is well known, so detailed description thereof will be omitted.

Figure 2 shows an example of the individual management data input screen provided by the livestock breeding management server of FIG.

Each livestock farm client 11-1, 11-2, ..., 11-n accesses the livestock breeding management server 13 through the Internet 12, and then performs a user authentication process according to a known method and sequence. After going through, you will be logged in, and you will enter the identification information of the individual breeding in each livestock farm.

The individual management data input screen 20 includes an individual identification information input area 21 for inputting individual identification information for identifying a livestock individual; An individual characteristic input area 22 for inputting characteristics such as date of birth, gender, breed, identification information of parents, etc. of the individual; A development state input area 23 for inputting a development state of the individual; And an introduction information input area 24 for inputting introduction information such as the introduction destination, introduction date, body weight at introduction, introduction price, etc. of the individual.

When the manager of each cattle farm introduces a breeding entity, it assigns the identification information to identify the individual, such as "Best-19", and then through the client (for example, 11-1). The object characteristic input area 22 inputs data into the object identification information input area 21 of the object management input screen 20 and displays object characteristics such as the date of birth, gender, breed, and identification information of the parent. Type in In addition, introduction information such as the introduction date, introduction destination, body weight and introduction price of the individual at the time of introduction of the individual is input to the introduction information input area 24.

In this way, while the individual management data is input to the livestock breeding management server, the breeding object is input to the development state input area 23 at a predetermined time interval according to the development state.

In the weaning step, the "reason" state of the development state input area 23 is inputted, and when the breeding ability is generated after the weaning step, it is selected and inputted as "species" which can produce offspring. Enter as "candidate" if it is still under development, enter as "pregnancy" if pregnant as a female, enter as "birth" when giving birth and give birth, and display the above conditions with the date of examination Enter the hourly status of each object.

Management of the individual inputted at a certain time interval or each time when a specific situation occurs with respect to the breeding object from each livestock farm management client (11-1, 11-2, ..., 11-n) through the livestock breeding management server (13) The data is stored and managed in the livestock breeding management information database server 16.

3 illustrates an example of an individual management analysis data output screen provided by the livestock breeding management server of FIG. 1.

The object management analysis data output screen 30 includes an object identification information area 31; An object characteristic display area 32 for displaying characteristic data of each object; A race production data display area 33 for displaying data relating to race production of each individual.

Each client 11-1, 11-2, ..., 11-n inputs the identification information of the object to view the object management analysis data output screen 30, and from the time of introduction of each object for each object to the present day Accumulated breeding data can be obtained, and in addition, the breeding animal's individual development status, health status, proper feed selection, and vaccination timing can be provided by extracting and analyzing data for breeding information.

Livestock raised on each farm and grown to be slaughtered are sent to the slaughter system for slaughter. Each farm sends slaughter request data via the Internet 12 including the client 11-1, 11-2, ..., 11-n with identification information, gender, age, etc. for each individual to be slaughtered, Other communication devices, such as direct submission, fax, etc., can be sent to the slaughter system.

The slaughter system checks the farms, age, individual identification information, types of individuals, etc. of the slaughtered slaughtered animals, and performs biopsy such as sex test, weight test and disease test, and performs slaughter. The carcass grading data such as weight, sex, fat mass, meat mass, etc., measured for the slaughtered individuals are transmitted to the livestock breeding management server 13 through the internet 12 by the slaughter system or each farm.

Figure 4 shows an example of the carcass grade input screen provided by the livestock breeding management server of FIG.

The carcass grade input screen 40 includes a breeding farm identification information input area 41 for identifying a breeding farm; An input date area 42; A slaughter method input area 43 for inputting the slaughter method; A slaughter quality input area 44 for inputting data for evaluating slaughter quality for each slaughtered entity.

The livestock breeding management server 13 analyzes the input slaughter data of each farm by driving the carcass grade analyzing means 13-3. When each client 11-1, 11-2, ..., 11-n requests the cattle breeding management server 13 to analyze the slaughter data of the farm, the cattle breeding management server 13 sends Slaughter data analysis is provided, including the comparison of slaughter data with national slaughter data.

5 shows an example of a carcass grading result analysis screen provided by the livestock breeding management server.

The carcass grade determination result analysis screen 50 includes a slaughter classification area 51 for displaying the slaughter classification; A gender region 52 representing the sex of the slaughtered entity; A period area 53 representing a period; A slaughter result area 54 for displaying an analysis result according to the grade, population, sex, etc. of the slaughtered animals of the farm; Consists of a national preparedness area (55) displayed by comparing and analyzing the slaughter result of the farm and the slaughter result of the farm.

Each farm can enter and manage management data for each individual entity, as well as enter and manage production management data for the entire farm.

6 shows an example of a production management data input screen.

The production management data input screen 60 includes a farm identification information input area 61 for inputting farm identification information for identifying a farm; An input period selection area 62 for selecting an input period in units of days and months; The input area 63 includes productivity data for inputting data on the productivity of the farm, such as the development status, delivery status, and shipment status of the objects held by the farm.

Livestock breeding management server 13 receives the production management data from each client (11-1, 11-2, ..., 11-n) at a predetermined time interval and stores in the livestock breeding management information database (16) Manage.

Each client 11-1, 11-2, ..., 11-n accesses the livestock breeding management server 13 through the Internet 12, and logs in through a user authentication process. By inputting the identification information of the production management data output screen 70 is provided.

7 shows an example of the production management data output screen 70 provided by the livestock breeding management server.

Production management data output screen 70 is the farm identification information area 71; A calculation type selection area 72 for selecting one of standard calculation and correction calculation of farm data; A productivity display area 74 for displaying data representing the productivity of the farm; It is composed of a grade display area 75 for displaying the breeding performance of the farm to date.

Each client 11-1, 11-2, ..., 11-n transmits the data for analyzing and evaluating the data related to production to the livestock breeding management server 13 to obtain the analyzed / processed data. In addition, it is possible to input data on overall management and obtain processing and analysis data thereof.

Figure 8 shows an example of the management data input screen provided by the livestock breeding management server.

The management data input screen 80 includes an income / expense selection area 81 for selecting whether the input data is income or cost; An account selection area 82 for selecting an account of input data; A data entry date area 83; An amount input area 82 for inputting an amount of the account; And a control key input area 85 for storing, deleting, and canceling the input data.

Each client 11-1, 11-2, ..., 11-n receives data related to costs such as feed purchase, transport vehicle maintenance cost, repair cost, and livestock treatment fee from the cost / import selection area 81. After the selection, the account of the data is selected in the account selection area 82, the date is input in the data input date area 81, the amount of the corresponding account is input, and the storage key is input in the control key input area 85. Click to input the input data to the livestock breeding management server (13). The same is true for import data.

Livestock breeding management server 13 receives the management data such as expenses, income input from each client (11-1, 11-2, ..., 11-n) and stores in the livestock breeding management information database (16) The management analysis means 13-4 are driven to analyze / process. The data thus processed is provided to the management analysis data output screen 90 at the request of each cattle breeding farm client 11-1, 11-2, ..., 11-n.

9 shows an example of the management management analysis data output screen 90 provided by the livestock breeding management server.

The management analysis data output screen 90 includes an accounting subject display area 91; An occurrence date area 92 of the accounting data; A content area 93 for describing a cause of import expenditure; An amount area 94 for displaying an amount of income expenditure; It is composed of a balance area 95 for displaying the results of calculation of income and expenses.

Each client (11-1, 11-2, ..., 11-n) inputs management data and outputs data on income and expenses for the desired period for reference in management analysis. It can be used as a standard for selecting the breeding of the main breeding livestock by comparing the management performance according to the above.

10 is a flowchart showing a method for managing livestock breeding using the Internet according to the present invention.

Clients 11-1, 11-2, ..., 11-n of a plurality of livestock farms connect to the livestock breeding management server 13 through the Internet 12. The livestock breeding management server 13 asks whether the client (eg, 11-2) is a farm registered as a member (S11), and if it is not a registered farm, receives identification information and related data of the farm and registers it. Save (S12). If it is a registered farm, the object management data input screen 20 is provided to receive data about the object that the farm is breeding from the farm (S13), and the received data is stored in the livestock breeding management information database 16. (S14). It is determined whether each client 11-1, 11-2, ..., 11-n has a request for object management analysis data of the farm (S15), and if there is a request, it provides object management analysis data (S16). .

Each client (11-1, 11-2, ..., 11-n) or the slaughter system receives the slaughter grade input screen 40 from the livestock breeding management server 13 to display the grade data for the slaughtered cattle. The animal husbandry management server 13 stores the grade data in the animal husbandry management information database 16 (S17). From each client 11-1, 11-2, 11-n, it is determined whether there is a request for grading analysis data of the livestock slaughtered from the farm (S15), and if there is a request, the slaughter grading result analysis screen (50). Slaughter data are provided (S18-S19).

Each client 11-1, 11-2, ..., 11-n is provided with a production management data input screen 60, and the livestock breeding management server 13 receives data on each production management data at a predetermined time interval. In the input, the livestock breeding management server 13 stores the data in the livestock breeding management information database 16 and manages the data input for each breeding farm (S20). When a request for the production management data analysis result for the farm is received from each client 11-1, 11-2, ..., 11-n, the productivity analysis data of the farm through the productivity analysis data output screen 70 It provides (S21-S22).

Each client 11-1, 11-2, ..., 11-n is provided with a management data input screen 80 and receives data on management of each farm every day or every month to the livestock breeding management server 13. The livestock breeding management server 13 stores the data in the livestock breeding management information database 16 and analyzes the input data for each breeding farm (S23). When a request for management analysis data on the farm is received from each client 11-1, 11-2, ..., 11-n, the management analysis data of the farm is provided through the management analysis data output screen 90. (S24-S25).

As described above, according to the present invention, livestock breeding farms scattered throughout the country store and manage farm management data on the web of the Internet, thereby obtaining information and consulting necessary for farm management by simply inputting data, and analyzing accumulated data. This can help with national grade counting and direction for improvement in the vulnerable areas of each farm.

Claims (11)

A large number of livestock farms that are distributed throughout the country and obtain and provide livestock breeding information, such as type, breed, sex, date of birth, development status, health status, feed, vaccination data, slaughter data, etc. Clients 11-1, 11-2, ..., 11-n; After receiving livestock breeding information from a number of livestock farming clients (11-1, 11-2, ..., 11-n), the data extracted from the analysis and processing of the client (11-1, 11-2, .. ., 11-n) livestock breeding management server 13; And A livestock breeding management information database server 16 for storing and managing the livestock breeding information and driven by the livestock breeding management server 13, The livestock breeding management server 13; Individual management means (13-2) for analyzing, processing and extracting the breeding information provided from the plurality of cattle breeding farm clients (11-1, 11-2, ..., 11-n); Carcass grade analysis means (13-3) for extracting necessary data by comparing and analyzing the slaughter information of the individual livestock with the breeding information of the breeding farm; Management analysis means (13-4) for analyzing information on costs and incomes provided from the plurality of livestock farm client (11-1, 11-2, ..., 11-n); The individual management means (13-2), carcass grade analysis means (13-3) and management analysis means (13-4) are controlled, and the processed data is stored and read in the livestock breeding management information database server (16). Livestock breeding management system using the Internet consisting of a central processing unit (13-1) provided to each client. Provides the individual management data input screen 20 through the Internet 12 to the clients 11-1, 11-2, ..., 11-n of a large number of livestock farms, and raises the farm from the farm. Receiving and storing data on the livestock individual and providing the individual management analysis data by requesting the management data of the farm; Receives carcass rating data from the slaughter system or the client 11-1, 11-2, ..., 11-n, stores and analyzes the grading data, and provides the carcass grading result analysis to the farm. Comprising, comprising ;, livestock breeding management method using the Internet. The method of claim 2, further comprising the steps of: receiving, storing, and analyzing data on production management data from each client (11-1, 11-2, ..., 11-n) and providing the analysis data to the corresponding farm; One of the steps of receiving, storing and analyzing management data from each client 11-1, 11-2, ..., 11-n and providing management analysis data of the farm at the request of the farm. Or further comprising all, livestock breeding management method using the Internet. 4. The object management data input screen (20) according to claim 2 or 3, further comprising: an object identification information input area (21) for inputting object identification information for identifying an object; An individual characteristic input area 22 for inputting characteristics such as birth date, gender, breed, and identification information of each individual; A development state input area 23 for inputting a development state for each individual; Animal breeding management method using the Internet, characterized in that it comprises a part or all of the introduction information input area 24, which can enter the introduction information, such as the introduction destination, introduction date, body weight, introduction price, etc. for each individual; . According to claim 2 or 3, wherein the object management analysis data output screen 30 is the object identification information area 31; An object characteristic display area 32 for displaying characteristic data of each object; Livestock breeding management method using the Internet, characterized in that it comprises a part or all of the race production data display area (33) for displaying data on the species production of each individual. The method according to claim 2 or 3, wherein the carcass grade input screen (40) comprises: a farming farm identification information input area (41) capable of identifying a farming farm; An input date area 42; A slaughter method input area 43 for inputting the slaughter method; Livestock breeding management method using the Internet comprising a part or all of the slaughter quality input area 44 for inputting data for evaluating the slaughter quality for each slaughtered individual. 4. The carcass grading analysis result screen (50) according to claim 2 or 3, further comprising: a slaughter classification area (51) for indicating the slaughter classification; A gender region 52 representing the sex of the slaughtered entity; A period area 53 representing a period; A slaughter result area 54 for displaying an analysis result according to the grade, population, sex, etc. of the slaughtered animals of the farm; Livestock breeding management method using the Internet, characterized in that it comprises a part or all of; the national contrast area (55) to display a comparative analysis of the slaughter results of the farm and the slaughter results of the farm. According to claim 3, The production management data input screen 60 is farm identification information input area 61 for inputting farm identification information for identifying a farm; An input period selection area 62 for selecting an input period; Livestock breeding management method using the Internet, characterized in that it comprises a part or all of the productivity data input area (63) for inputting data on the productivity of the farm, such as the development status, delivery status, shipping status of the individuals. 4. The production management data output screen (70) according to claim 3, further comprising: a farm identification information area (71); A calculation type selection area 72 for selecting a type of production data; A productivity display area 74 for displaying data representing the productivity of the farm; Livestock breeding management method using the Internet, characterized in that it comprises a portion or all of; the grade display area (75) to display the farming performance to date of the farm. 4. The management data input screen (80) according to claim 3, further comprising: an income / cost selection area (81) for selecting whether the input data is income or cost; An account selection area 82 for selecting an account of input data; A data generation date area 83; An amount input area 84 for inputting an amount of the account; Livestock management method using the Internet, characterized in that it comprises a part or all of the control key input area (85), such as storage, deletion and cancellation of the input data. According to claim 3, Management analysis data output screen 90 for providing a management analysis results for the farm is the accounting subject display area (91); An occurrence date area 92 of the accounting data; A content area 93 for describing a cause of occurrence of an accounting subject; An amount area 94 for displaying an amount of income expenditure; Livestock breeding management method using the Internet, characterized in that it comprises a portion or all of; balance area (95) for displaying the results of calculation of income and expenditure.