KR100447136B1 - Farming management consulting method through internet and system thereof - Google Patents

Abstract

The present invention relates to a farming management diagnosis method using the Internet. After the database of the standard diagnosis table and farming consultant information in the operator system, the user accesses the operator system, selects the interface for farming management self-diagnosis, If input, a database that can be detected for each user is constructed using the farm basic information item as a key. After that, when the user selects an interface for requesting management diagnosis, the user's data is extracted from the databased farmhouse basic information, and predetermined data is further input together with the extracted data to combine the input data and the extracted data. Create user farming information and database it. Finally, the method includes detecting the user farm information generated in the database and outputting it as a percentage of the reference value for each item. According to the present invention, there is an effect of meeting the demand for practical and scientific farming consulting by establishing a agricultural sector knowledge information sharing system through the centralized digitalization of the main agricultural sector knowledge information.

Description

Farm Management Diagnosis Method Using Internet and System Implementing It {FARMING MANAGEMENT CONSULTING METHOD THROUGH INTERNET AND SYSTEM THEREOF}

The present invention relates to a farming consulting method using the Internet. More specifically, if the database of farmhouse basic information and consultant information is databased in the operator system, and the user requests farming management diagnosis through the operator system, the farming foundation already databased. It is a method for managing agricultural management diagnosis using the Internet that provides standard management diagnosis results using information items as keys or searches for appropriate consultants and connects them with users.

In recent years, despite the widespread and widespread use of the internet network, information in rural areas is still inadequate, and there is a problem that the information gap deepens due to the weakness of the foundation for accumulating and sharing information.

In addition, due to the lack of systematic management of farm-owned resources and status, consulting activities are overlapped, causing inefficient aspects of human and material resources. Consulting-related materials, such as technology for each crop, management data, consulting tips, counseling techniques, management diagnosis and prescription tips, are not managed efficiently and are lost as one-time data, or it takes a lot of time to search and provide information. This has not been done.

Although the related organizations are making a lot of efforts to raise farmers' management minds and to strengthen their competitiveness, there are problems such as lack of guidance personnel and expertise.

Therefore, in response to the demand for practical and scientific farming consulting, the necessity of establishing a farming knowledge information sharing system through the centralized digitalization of the main agricultural sector knowledge information is increasing. Through this, there is a need to collect the latest agricultural management information in a virtual space in real time and provide management diagnosis information.

The present invention has been conceived to solve the above problems, the database of farmhouse basic information and consultant information in the operator system, and if the user requests farm management self-diagnosis through the operator system, the already basic database items of farming information It aims to provide a farm management diagnosis management method using the Internet to provide standard management diagnosis results by key or to search appropriate consultants to connect with users and to use the consultant's database database information for consulting. .

1 is a network diagram for performing a farming management diagnostic method using the Internet according to the present invention.

FIG. 2 illustrates an interface provided to an operator system administrator for retrieving a consultant from a farm consultant DB, in accordance with the present invention.

3 is a diagram illustrating an interface provided to a user by a operator system for building a farm management DB according to the present invention.

4 is a diagram illustrating an interface provided for retrieving farmhouse basic information from a farmhouse management DB according to the present invention.

5 is a flow diagram of the entire procedure according to an embodiment of the present invention.

6 is a diagram illustrating a process of generating user farmhouse information according to an embodiment of the present invention.

Figure 7a is a diagram showing a graph outputting the agricultural management self-diagnosis results (management results) according to an embodiment of the present invention through a web page.

Figure 7b is a diagram showing a graph outputting the farm management self-diagnosis results (management element management) according to an embodiment of the present invention through a web page.

Figure 7c is a diagram showing a graph outputting the farm management self-diagnosis results (facilities and automation) according to an embodiment of the present invention through a web page.

8 is a flowchart of a farming consulting procedure according to an embodiment of the present invention.

9 illustrates a search interface provided to a consultant in accordance with one embodiment of the present invention.

10 is a diagram illustrating a consulting content diagnosis / prescription content management interface provided to a consultant according to an embodiment of the present invention.

11 is a block diagram of a server system for implementing a farming management diagnostic method using the Internet according to an embodiment of the present invention.

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

10 ... User 20 ... Consultant

30 ... Network 100 ... Operator System

110 ... Web server 120 ... Database server

130 ... Mail Server 121 ... Farmhouse Consultant DB

122 ... Farm Management DB 123 ... Knowledge Management DB

124 ... Service Content DB

Farming management diagnosis method using the Internet according to the present invention for achieving the technical problem comprises the steps of database the standard diagnosis table and farming consultant information in the operator system; Selecting an interface provided for farm management self-diagnosis after the user connects to the operator system; Constructing a database of farm basic information which can be detected by user or by a statistical value by item using one or more combinations of farm basic information items as input of farm basic information through the selected interface; If the user selects an interface provided for the management diagnosis request, providing an interface for extracting user data from the databased farmhouse basic information and receiving predetermined data together with the extracted data; Generating user farm information by combining the data input through the provided interface and the extracted data and databaseing the farm information; And outputting the user farmhouse information generated in the database as a percentage value of the reference value for each item.

The system for implementing a farming management diagnosis method using the Internet according to the present invention is a system for databaseting farmhouse basic information and consultant information in a business operator system and relay farming consulting upon request for farming consulting, wherein the farmhouse basic information and consultant information. A database in which the database is stored in the operator system; Farming consulting request message means for the operator system; Receiving means for receiving the farming consulting request message; Means for setting a search key with a combination of at least one of the reception means and the databased farmhouse basic information item and searching for a consultant with the set search key; Means for transmitting farming consulting request information to the retrieved consultant; Consultant means for consulting in accordance with the consulting request information; Means for the consultant to retrieve information databased in the operator system and use it for consulting; And means for receiving the consulting result from the consultant and providing the request to the agricultural consulting requester.

DETAILED DESCRIPTION Hereinafter, the present invention will be described in detail with reference to examples, and the present invention will be described in detail with reference to the accompanying drawings. However, embodiments according to the present invention can be modified in many different forms, and the scope of the present invention should not be construed as being limited to the embodiments described below. Embodiments of the present invention are provided to more clearly and easily describe the present invention to those skilled in the art.

1 is a network diagram for performing a farming management diagnostic method using the Internet according to the present invention.

As shown in FIG. 1, in order to implement a farming management diagnosis method using the Internet according to the present invention, the user 10 accesses the operator system 100 through a communication network 30. The operator system 100 includes a web server 110, a database server 120, and a mail server 130. The database server 120 includes a farm consultant DB 121, a farm management DB 122, and a knowledge management DB. 123 and service content DB 124 information are stored.

The operator system 100 enables a farm manager to be diagnosed through the operator system 100 to a user 10 connected to the operator system 100. In addition, the operator system 100 searches for a consultant 20 suitable for the request when the user 10 requests consulting for farm management, or the consultant 20 suitable for the user 10 consulting request. Delivers a consulting request of the user 10 to the searched consultant 20 by providing a tool for searching.

The consultant 20 performs consulting according to the request of the user 10 by using the database built in the operator system 100, and provides the result to the user 10 who has requested consulting through the operator system 100. .

The user 10 is a person who wants to be diagnosed or consulted by the farmer using the operator system 100, and preferably, a farm producer or a farm producer organization.

The communication network 30 is for allowing the user 10, the consultant 20, and the operator system 100 to connect and exchange information with each other, such as a dedicated circuit network, an internet network, a public telephone network (PSTN), or a public data network (PSDN). Can be constructed using one or more networks.

In order to implement the present invention, an Internet protocol that provides various graphic interfaces as well as texts can be used when using the Internet network, and when using a cellular or PCS that wirelessly supports a network connection, regardless of a specific place. There is an advantage that the implementation according to the invention is possible.

The operator system 100 may include a web server 110, a database server 120, and a mail server 130. The operator system 100 may be interoperable with a programming language such as Java. Java is a programming language designed to be used in the distributed environment of the Internet. It is an object-oriented language based on C ++ and can be used to create applications or applets that run on a single computer or distributed client / server environment on a network. If you have a browser that can handle this, you can set up a virtual machine between the client and the server to do some work.

Web server 110 is a part of the system that the user 10 and the consultant 20 to the window system of the operator system 100 when accessing the operator system 100, the system accessor and the configuration of the operator system 100 Regardless of which service provider system 100 may be utilized through an interface provided by the service provider's web server 110.

The farm server consultant DB 121, the farm management DB 122, the knowledge management DB 123, and the service content DB 124 are preferably stored in the database server 120.

The farm consultant DB 121 is preferably configured to include the consultant 20 information. The consultant (20) information is organized by the consultant (20) individuals, but includes a combination of one or more of the fields of specialization, specialty, expertise, institution and affiliation, including information on specialty, specialty, expertise, institution and affiliation. The consultant 20 is configured to be accessible.

FIG. 2 is a diagram illustrating an interface provided to an operator of the operator system 100 to retrieve the consultant 20 from the farm consultant DB 121 according to the present invention.

As shown in FIG. 2, the consultant 20 stored in the farm consultant DB 121 may be searched for according to a field of specialty, a specialty item, a professional technology, an institution, and a department.

In addition, the operator of the operator 100 of the operator system 100 can click the portion marked "registered", and input the relevant consultant 20 information for each item through the provided interface (not shown) to register.

The farm management DB 122 is configured to include farm basic information. The user 10 provides farmhouse basic information through an interface provided by the operator system 100. The farmhouse basic information preferably includes personal information of the user 10, management status and production income information.

More detailed personal information includes information such as name of agricultural management entity, individual / corporate presence, representative, cultivation items, business registration number, address, e-mail address, background background, family number, etc. It includes information on the status of the main agricultural machinery, the status of major facilities, etc., and the production income information should include information such as annual output, annual estimated income, income other than cultivated products, and where the products are sold.

In particular, the cultivated item among the personal information information serves as a key for detecting a standard diagnosis table when the user 10 accesses the operator system 100 and performs self-diagnosis, and registers the operator system 100 when requesting consulting. Can be used as a key to search the consultant 20 has been.

In addition, the e-mail address of the personal information information may be utilized by the consultant 20 through the operator system 100 to consult and provide the consulting results to the consulting requester. As a result, the user 10 who has requested the consulting can check the consulting result by accessing the operator system 100 and can easily receive the consulting result on the e-mail without accessing the operator system 100.

The production income information can be used not only as a statistical data by calculating the sum and average of each region, but also can be used to present an appropriate amount of income suitable for the farm household status of the user 10.

Other items of basic farmhouse information can be used as user-related information for the standard diagnosis and consulting or as information for forming various statistics.

3 is a diagram illustrating an interface provided to a user by a business operator system for building a farm management DB according to the present invention.

As shown in FIG. 3, when the user 10 accesses the operator system 100, the operator system 100 provides an interface for inputting farmhouse basic information, and is input by the user 10. The farmhouse basic information is stored in the database of the operator system 100.

4 is a diagram illustrating an interface provided for retrieving farmhouse basic information from a built farmhouse management DB according to the present invention.

As shown in FIG. 4, the farmhouse basic information stored in the farmhouse management DB 122 may be searched by a key or a combination of one or more items of a cultivated crop, a scale of management, a farm machinery holding state, an annual output, and an annual estimated income amount.

The farmhouse basic information retrieval interface is preferably provided to the operator system manager or consultant.

Knowledge management DB 123 is preferably configured to include a standard diagnostic table.

The purpose of the agricultural management diagnosis is to analyze and review the performance of the management body to determine whether the management body is reasonably managed and operated, and to provide the farmers with the correct judgment data so that appropriate measures can be taken for future farming activities. To present.

It is desirable to introduce a benchmarking system, a scientific management innovation technique, for agricultural managers. The Rural Development Administration has developed a standard diagnostic table for each item that allows farmers to objectively diagnose their own management status.

Currently, RDA, autumn radish, eggplant, pepper, potato, sweet potato, chilled cabbage, fruit tree, chrysanthemum, dairy, cabbage, open watermelon, sweet corn, carrot, leek, garlic, cherry tomato, cabbage, lily, mushroom, bench introduction , Barley, spring radish, leek, laying hen, ginger, spinach, citrus, citrus, citrus pepper, citrus strawberry, citrus lettuce, citrus watermelon, citrus cucumber, citrus melon, citrus tomato, citrus grape, citrus almond, citrus squash, symbidium Standard diagnosis tables by crops for rice, mist, pig, onion, ganoderma lucidum, citron, broiler, ginseng, rose, grafted cactus, waxy corn, sesame, sesame, carnation, Korean beef, Korean beef breed, Astragalus I'm proposing.

The standard diagnosis table developed by the Rural Development Administration consists of items of general status of farms, management performance indexes, detailed evaluation indexes, and comprehensive evaluations.However, in the farming consulting method using the Internet according to the present invention, the general status of farms is the basic information of farms. The database is input from the user 10, and the comprehensive evaluation diagnosis is automatically generated by the operator system 100 by receiving management performance indicators and detailed evaluation indicators. This can alleviate the inconvenience of daily checks on standard diagnostic sheets directly from farms offline.

Therefore, when the user 10 utilizes the operator system 100 to receive the farm management self-diagnosis, the operator system 100 may use management results corresponding to the cultivated items based on the cultivated items among the farmhouse basic information of the user 10. It is desirable to provide an interface for receiving additional information required for self-diagnosis from the user 10 by searching for an index and a detailed evaluation index format.

In an embodiment of the present invention, lettuce, tomatoes, cucumbers (vegetables); Roses, lilies and cacti (flowers); Standard diagnostic table information for oyster mushrooms and mushrooms (mushrooms) is databased in the database server of the operator system 100, but items developed by the Rural Development Administration may be added depending on the conditions and expansion of the business. It is obvious to those skilled in the art that a standard diagnosis table for the desired item can be prepared and used directly.

In addition, it is preferable to accumulate information necessary for providing consulting in the knowledge management DB 123 and to utilize it for consulting implementation as various statistical data and consulting data.

The service content DB 124 is composed of a DB built to provide additional services to the user 10 accessing the operator system 100, and provides a business introduction provided by the operator system 100; Introduction of consultants providing consulting through operator system 100; Digital villages including community, free discussion rooms, cyber marketplaces and manpower pool information; It is a collection of data necessary to provide users with information necessary for farming in various ways, such as information sharing center that provides new technology alerts, a resource room containing farming related data, and a farming learning yard using farming quizzes.

The mail server 130 is a server managed by an operator in order to notify the agricultural consulting requester of the consulting result by e-mail. As the e-mail address, it is preferable to use the e-mail address input by the user 10 when preparing basic farmhouse information.

Web server 110, database server 120 and mail server 130 can be built as a single server to fit the business conditions of the business operators, according to the expansion of the business utilizing a plurality of servers in the present invention It is desirable to build a system accordingly.

As the web server 110 or the database server 120, it is preferable to use a Compaq ML570 system having excellent system scalability and S / W compatibility, but is not limited thereto.

In addition, as an operating system (OS) of the operator system 100, a Windows 2000 server that optimally utilizes hardware and supports system clustering, symmetric multi processing (SMP), and redundant array of inexpensive disks (RAID) is preferable. But it is not limited thereto.

It is preferable to use Informix, Oracle, SyBase, SQL server, etc. as a DBMS (DataBase Management System). In particular, MS SQL 2000 has an automatic workload distribution function among multiple processors, an improved transaction function using a multithreaded kernel, and an improved cost-based query based on statistics. Do.

It is recommended to use Minerva 2000 as the search engine and MIS IIS 5.0 (Microsoft Internet Information Server 5.0) as the Web Server.

IIS 5.0 integrates with the new operating system features available in Windows 2000, which improves the reliability, performance, management and security of the server, and application services. For application developers, script-free ASP ( Active Server Pages processing, ASP auto tuning, etc. are supported. Therefore, it is preferable to utilize ASP for HTML and Web Interface for the Web Service according to the present invention.

When the consultant 20 has a farming consulting request through the operator system 100, the consultant 20 is searched from the farm consultant DB 121 by the operator or the operator system 100 on a certain condition and is suitable for the consulting request of the user 10. He is chosen. The person selected as the consultant 20 carries out consulting based on the request for consulting. The consultant 20 may utilize database information built in the operator system 100 during consulting.

Accordingly, the consultant 20 is preferably a farming consultant, consultant organization or consultant corporation capable of conducting consulting appropriate to the request of the user 10.

5 is a flowchart of the entire procedure according to an embodiment of the present invention.

As shown in Figure 5, the present invention is a standard diagnostic table and farm consultant information database step (S100), farm management self-diagnosis interface selection step (S200), farmhouse basic information database step (S300), user data extraction and information It comprises the input step (S400), the user farm information generation step (S500) and the percentage value output step (S600).

Standard diagnostic table and farm consultant information database step (S100) is a step of database the standard diagnostic table and farm consultant information in the operator system (100).

In this step, if the user 10 wants to be diagnosed by the farm management manager through the operator system 100, a standard diagnosis table serving as a reference is prepared and made into a database.

The standard diagnosis table is prepared for each cultivated item, but includes management performance indicators and detailed evaluation index items to generate user 10 information along with information that the user 10 inputs to the operator system 100 as farmhouse basic information. It is used as basic data for.

In this embodiment, the facility cucumbers are selected from the standard diagnosis table for each item prepared by the Rural Development Administration.

Management performance indicators are the main diagnostic indicators for farmers' management performance.

Management and Indicators I II III IV V Quantity per 300 square meters □ Kg Semi-periodic Less than 9,000kg 9,000-11,000Kg 11,000 ~ 13,000Kg 11,000 ~ 15,000Kg 15,000kg or more Tactile Less than 12,000kg 12,000 ~ 15,000Kg 15,000 ~ 18,000Kg 18,000 ~ 21,000Kg 21,000kg or more Management Scale Less than 600 pyeong Less than 600 ~ 900 pyeong 900 ~ 1,500 pyeong 1,500 ~ 2,100 pyeong More than 2,100 pyeong Sales price rate □% Less than 80% of average merchandise price 80 ~ 90% of average merchandise 90 to 100% of average merchandise price 100 ~ 110% of average merchandise price More than 110% of average merchandise

Since the performance indicators tend to be stronger than the nature of the management improvement measures and tend to overlap with the detailed evaluation table, which will be explained below, it is desirable not to add them to the evaluation scores. It can be used to directly diagnose the level of performance at the farm.

As described in Table 1, the level setting is for stage I (less than domestic average), stage II (domestic average level), stage III (domestic upper level), stage IV (domestic high level), and stage V ( It is advisable to set the standard at the highest level.

The detailed evaluation index item is an evaluation diagnosis index that is a major means for improving management. It is desirable to include detailed items of facility, automation, environmental management, crop management and management management. Table 2 below describes detailed measures related to facility and automation among detailed evaluation index items.

The detailed items for environmental management, crop management and management management are also set up in detail for each subitem as shown in Table 2, and divided into 5 stages as shown in the management performance index. It is desirable to be able to.

In this embodiment, based on the standard cucumber table of facility cucumbers among the cultivated crops developed by the Rural Development Administration, the standard diagnosis table of various cultivated crops as well as facility cucumbers can be used.

The criteria described in the steps for each sub-element can be adjusted to suit the implementation of the present invention by utilizing the farmhouse basic information statistics, information generated by public institutions such as Rural Development Administration and advanced farmhouse statistics information. This provides flexibility in preparing a standard diagnosis table and maintains appropriateness.

The farm management self-diagnosis interface selection step (S200) is a step in which the user 10 accesses the operator system 100 and selects the interface provided for the farm management self-diagnosis.

When the user 10 accesses the operator system 100 via the Internet, the operator system 100 provides a web page including an interface for selecting a farm management self-diagnosis. When the user 10 selects the interface through an input means such as a mouse as a doctor to conduct farming consulting, the next step proceeds.

In this step, it is preferable to further include a user 10 authentication process for determining whether the user 10 accessing the operator system 100 is a member registration, and proceeds with the membership registration procedure if the non-member. This allows the operator system 100 according to the present invention to operate by membership system for a fee.

In addition, the operator system 100 may further proceed with the user authentication process using a firewall, SSL (Secure Sockets Layer) 128-bit section encryption technology, and public key encryption technology. In this case, the integrity of the data transferred between the user 10 and the operator system 100 is guaranteed, and there is an advantage of preventing the risk of forgery / modulation of the data.

Farming basic information database step (S300) receives the farmhouse basic information through the interface selected in step S200 by detecting one by one or more combinations of farm basic information items or statistics for each farm basic information item In this step, the database is built to be detectable.

In this step, the farmhouse basic information includes personal information, management scale status, and production income information, but the personal information information preferably includes cultivation items, and the user 10 is provided through the interface as described in FIG. It is desirable to receive input from.

In the user data extraction and information input step (S400), when the user 10 selects the interface provided for the diagnosis request, the user 10 extracts data from the databased farmhouse basic information and the predetermined data together with the extracted data. This step provides an interface for receiving more data.

The interface is preferably configured to receive a predetermined data by extracting the standard diagnosis table of the corresponding cultivation item by using the cultivation item item data among the extracted basic farmhouse information of the user.

Details I II III IV V Measure Less than 1.2m 1.2 to 1.4 m 1.5 to 1.7 m 1.8 to 2.2 m 2.3m or more Type of facility Dandong (less than 14m in width) Dandong (less than 14m in width) Dandong (more than 14m in width) Dandong (more than 14m in width) south east or south east in Yandong Dandong (more than 14m in width) Gaon temperature facility Mugaon Diesel heater Heavy oil, LPG, briquettes, heating machine Heavy oil, LPG, briquettes, heater + underground heating Heavy oil, LPG, briquettes, heater + underground heating + temperature Thermal insulation facility No horizontal curtain or double house 1 vinyl, non-woven fabric, horizontal curtain or double house Vinyl, non-woven fabric, horizontal curtains or two double houses or watertight protection 3 vinyl, non-woven fabrics, horizontal curtains or double houses Special Insulation Materials (Aluminum Deposition Film, Tegron, etc.) Ventilation none Side window Side window, ceiling Side window, ceiling, forced ventilation device Side window, ceiling, forced ventilation system. Environment automation manpower Manual human winder Removable Electric Winding Machine Semi-automatic (electric) Sensor, Timer Auto Watering facilities none Spray hose Drip hose With drip hose + timer Dropping Hose + Timer Hose + Reservoir Installation or Nutrient Cultivation Agricultural Mechanization <Soil cultivation> cultivator <nutrient solution>- Cultivator + Haze Control Tractor Nutrient Cultivation Tractor + Unmanned Haze Control / Unmanned Haze Control Tractor + Unmanned Spray Control + Unmanned Spray Control

Predetermined data is preferably composed of the items constituting the standard diagnostic table not included in the farmhouse basic information.

The user farmhouse information generation step (S500) is a step of generating a user 10 farmhouse information by combining the data input and the extracted data through the provided interface and database it.

The generated user 10 farm information includes all the item information of the standard diagnosis table, so that the user 10 may utilize the farm management self-diagnosis through the operator system 100.

6 is a diagram illustrating a process of generating user farmhouse information.

As shown in FIG. 6, in the process of generating farmhouse information, when a user 10 inputs member information, the farmhouse information is stored in a farmhouse basic information database. Extracting schedule information by using the user 10 as a key in the farmhouse basic information database, and combining the information received through the interface provided to the user 10 with the extracted information to generate the user 10 information and database it. This is as described above.

In this case, it is desirable that the operator of the operator of the operator of the operator 100 of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator of the operator 100 or the operator of the operator of the operator 100.

this is This can be achieved by adjusting the comprehensive assessment diagnostic data, which may be provided in the form described in Table 3 below.

Table 3 shows the comprehensive diagnosis table of the details of heavy facility and automation items of the facility cucumber standard diagnosis table selected in the embodiment according to the present invention. Can be.

In this step, the user 10 information is digitized according to the criteria of the comprehensive diagnosis table, stored in a database, and then stored in the database, and the consultant 20 can be used as a reference when consulting the user. It can be used as basic information to output the results of self-diagnosis.

Details points Rating score I II III IV V Facilities & Automation (25) Measure 5 One 2 3 4 5 Type of facility 3 0.6 1.2 1.8 2.4 4 Gaon temperature facility 5 One 2 3 4 5 Thermal insulation facility 4 0.8 1.6 2.4 3.2 4 Ventilation 2 0.4 0.8 1.2 1.6 2 Environment automation 2 0.4 0.8 1.2 1.6 2 Watering facilities 2 0.4 0.8 1.2 1.6 2 Agricultural Mechanization 2 0.4 0.8 1.2 1.6 2

The percentage value output step (S600) is a step of detecting the user 10 farm information in the database and outputting the percentage value with respect to the reference value for each item.

The percentage value is a result value to be outputted to the user 10 who has requested a diagnosis by the farm manager through the operator system 100, and it is preferable to provide a numerical value and a graph.

7A, 7B and 7C are graphs showing a farm management self-diagnosis result output through a web page according to the present invention.

As shown in Figures 7a, 7b and 7c, the percentage value of this step forms a polygon having the same number of vertices as the number of farmhouse information items of the user 10, the center on the line segment connecting the center of the polygon and the vertex. With the origin as the point, the position of the percentage value with respect to the reference value for each item is displayed as a dot and output.

In the present embodiment, it is shown assuming that a user (10) using the plant cucumber as a cultivation item inputs a certain value through an interface provided by the operator, the facility among the management performance indicators, management element management and management element management items And graphically depicted for automation details.

It is obvious to those skilled in the art that the management management, environmental management and crop management details can also be graphed and provided in the same way as the facility and automation details.

When the percentage value is provided to the user 10 as shown in the above graph, the user 10 can not only grasp the diagnosis result at a glance by the farm manager, but also can visually compare with other items. It has a good score in the field, and it is easy to identify which field is missing.

In this embodiment, while the selling price ratio is strong in the management performance indicator graph, it can be easily seen that it is insufficient in terms of management scale.

In addition, the management element is weak in the management element management graph, while the details of the thermal insulation facility are strong in the facility and automation sub-items among the management element management items, and the facility type is weak.

In this step, it is preferable to further provide the farm-house information of the user 10 along with the percentage value of the item-specific reference value, the itemized regional statistical value databased in the step S300.

In addition, in this step, when the user 10 has less productive income by comparing the average of the product income information input by the user 10 with the product income information of the other user, the user 10 determines the average value of the product income information. It is more desirable to provide as a productive income target to be achieved.

After the present step, if the percentage value is less than the reference value preset by the operator, the farmed consultant database (20) to search the databased farming consultant (20) by using the cultivation item data of the farmhouse basic information extracted in the step S400 and It is preferable to further include consulting a farm consultant by selecting an appropriate consultant to support consulting in addition to the case where the user 10 makes a consulting request.

8 is a flowchart of a farming consulting procedure according to an embodiment of the present invention.

As shown in FIG. 8, the farming consulting procedure includes a farming consulting interface selection step (S1100), user data extraction, and information when the user is diagnosed with the farm as described in FIG. 2 and the results are databased. The input step (S1200), after consulting the consultant is made to include a consulting request notification step (S1300), consultant consulting step (S1400) and consulting result notification step (S1500).

Therefore, the farming consulting process is a database of the standard diagnosis table and farming consultant 20 information, and through the interface provided for farming consulting after the user 10 is connected to the operator system 100, the farming basic information database process After farming is diagnosed, the results are preferably databased and then processed.

This is to allow farmers to utilize the diagnosis results when consulting the consultant 20 according to the consulting request.

The farming consulting interface selection step (S1100) is a step in which the user 10 selects an interface provided by the operator system 100 for the purpose of receiving farming consulting from the farming expert.

In the user data extraction and information input step (S1200), when the user 10 selects an interface provided for a farming consulting request, the user 10 extracts data of the databased farmhouse basic information and farms other than the extracted data. It is a step of providing an interface that can further receive a predetermined data for consulting.

The data of the user 10 extracted from the basic farmhouse information is used as a key for searching for an appropriate consultant 20 who can respond to a consulting request from the farm consultant DB 121. It is preferable to select a cultivation item as a search key, but is not limited thereto.

Predetermined data for farming consulting is information provided by the user 10 to a person who performs consulting for farming consulting, and preferably includes a consulting desired date and a specific consulting request.

The information related to the request for consulting is preferably not only the operator system 100, but also the operator of the operator of the operator 100 and the consultant 20, it is preferable to make a database in a list so that consulting can proceed. Here, the list is for managing the consulting request of the user 10 and preferably comprises items for displaying the consulting request and consulting progress.

Consulting request to the consultant step (S1300) is to search the consultant 20 from the farm consultant DB 121 of the operator system 100 with the cultivation item items of the basic farmhouse information of the extracted user (10) and the searched consultant ( 20) notifying the farming consulting request information provided through the interface.

In this step, the consultant 20 search key is a combination of one or more items of specialty, specialty items, technical expertise, institutions, and departments, and the system administrator automatically combines the search key with the system. It is desirable to provide a tool for searching the consultant 20.

The farming consulting request notification method to the consultant 20 may allow the consultant 20 to access the operator system 100 and access the database-based consulting request list to directly check. More preferably, the operator system 100 may use the personal information of the consultant 20 to notify by wire using a mailing server using an email server or an Automatic Calling System (ACS) (not shown).

Consultant consulting step (S1400) is a step in which the consultant 20 that has been informed of the farming consulting request information performs consulting.

In this step, the consultant 20 is preferably used as a consulting data by searching the statistics of other farming user basic information and standard diagnostic information databased in the operator system 100.

In order to support preferred consulting and effectively utilize the database built in the operator system 100, it is desirable to provide the consultant 20 with a search interface configured as shown in FIG. 9. As shown in FIG. 9, the consultant 20 may select one or more of the following items: age, background power, management area, crop income, yield per plant, total diagnosis score, planting environment, badge production, planting management, and management management items. Combined with the key, it is possible to comprehensively search the database of agricultural consulting information.

In this embodiment, a case of comprehensively searching farming consulting information by selecting age, management area, crop income, and quantity of planting equivalent per single crop is shown.

In addition, it is preferable to provide a consulting contents diagnosis / prescription contents management interface as shown in FIG. 10 so that the consultant 20 may fill in the consulting diagnosis contents and prescription contents at the request of the user 10 for consulting. The contents input through the consulting contents diagnosis / prescription contents management interface are databased in the operator system 100.

Consulting result notification step (S1500) is a step of detecting the consulting results in the database and provides to the person requesting farming consulting.

In the consulting result notification method, the operator of the operator 100 may periodically search the database and notify the user 10 by using a bulletin board, but the e-mail address is used among the user 10 information managed by the operator 100. It is more preferable to automatically notify by email, or to be notified over the wire by using the user 10 phone number and ACS (Automatic Calling System).

11 is a block diagram of a server system for implementing a farming management diagnostic management method using the Internet according to an embodiment of the present invention.

As shown in FIG. 11, in a system for databaseting farmhouse basic information and consultant information into a business operator system and relaying farming consulting using a business operator system when requesting farming consulting, the farmhouse basic information and consultant information may be databaseized. Database 150, farming consulting message means 140, consulting request message receiving means 145, consultant searching means 150, consulting request information transmitting means 160, consultant means 165, databaseized information searching means And a consulting result providing means 175.

Looking at the operating process of the system, first, the farmhouse basic information and consultant information is databased in the operator system 100 to build a database 155 of farmhouse basic information and consultant information.

Thereafter, the farming consulting message means 140 of the user 10 client requests a farming consulting request message to the operator system 100. Consulting request message receiving means 145 of the operator system 100 receives the agricultural consulting request message, and transmits to the consultant search means 150, consultant search means 150 is the reception means and the databased farmhouse The search key is set to a combination of one or more of the basic information items, and the consultant 20 is searched in the database with the set search key.

Consultant search means 150 transmits the consulting request to the consulting request information transmission means 160 to make a consulting request to the consulted consultant 20, the consulting request information means 160 is the consultant means 165 of the client consultant (20) Pass it).

The consultant means 165 is a means for consulting according to the consulting request information. The consultant 20 searches the databased information in the operator system 100 through the databaseized information retrieval means 165 and utilizes it for consulting.

The consultant means 165 transfers the consulting result to the consulting providing means 175 when the consulting is completed, so that the consultant means 165 may provide the consulting result to the user 10 who is a request for farming consulting.

The farming management diagnosis method using the Internet of the present invention as described above may be stored in a computer-readable recording medium. Such recording media includes all types of recording media on which programs and data are stored so that they can be read by a computer system. Examples include random access memory (RAM), compact disk read only memory (RAM), magnetic tape, floppy disks, and optical data storage devices. Programs and data stored on such recording media can be distributed over network coupled computer systems so that they can be stored and executed in a computer-readable manner in a distributed fashion.

The terms used to describe the embodiments of the present invention above are used for the purpose of describing the present invention, and are not used to limit the scope of the present invention as defined in the claims or the claims.

As described above in detail, the present invention provides a database of farmhouse basic information and consultant information in a business operator system, and provides a consulting method using database information when requesting farming consulting of a user. The agricultural sector's knowledge-sharing system through intensive digitalization of the agricultural sector is effective in meeting the demands of practical and scientific farming consulting. Also, the on-line system can be used to collect the latest agricultural management information in real time, and to analyze statistics and diagnose results. It is effective in eliminating inefficiency of consulting business.

Claims (15)

(a) databaseing standard diagnostic tables and farm consultant information in the operator system; (b) after the user connects to the operator system, selecting the interface provided for farm self-diagnosis; (c) receiving farmhouse basic information through the selected interface, and constructing a database of farmhouse basic information detectable by user or item-specific statistics using one or more combinations of farmhouse basic information items as keys; (d) if the user selects the interface provided for the management diagnosis request, extracting the user's data from the databased farmhouse basic information and providing an interface for receiving predetermined data together with the extracted data; (e) generating user farm information by combining the input data and the extracted data through the provided interface and database the same; And (f) accessing user farm information generated in the database and outputting it as a percentage of the reference value for each item Including, In the step (a), the standard diagnostic table is prepared for each cultivation item, farming management diagnostic method using the Internet, characterized in that it comprises at least one of the items of hardness indicators and detailed evaluation indicators . The method of claim 1, wherein the detailed evaluation indicators A method for farming management diagnosis using the Internet that includes facilities, automation, environmental management, crop management and management management sub-items . According to claim 1, wherein step (b), After the user connects to the operator system, judging whether or not to register, if the non-member farming management diagnosis method using the Internet further comprises a user authentication step to proceed with the registration process. The method of claim 1, wherein in step (c), The farmhouse basic information includes personal information, management scale status and production income information, and the personal information information includes cultivation items. The method of claim 1, wherein step (d) Extracting a standard diagnosis table corresponding to a key of the database standard diagnosis table by using the cultivation item data of the extracted farmhouse basic information as a key and providing the received data as an interface for receiving predetermined data; Farming management diagnostic method using the Internet, including. The method of claim 1, wherein in step (f), The percentage value forms a polygon with the same number of vertices as the number of items of the user's farm information, and displays the position of the percentage value with respect to the reference value for each item with the center as the origin on the line connecting the center and the vertex of the polygon. Farming management diagnostic method using the Internet, characterized in that. The method of claim 1, wherein step (f) comprises: Farming management diagnosis method using the Internet further comprising the step of outputting the database itemized statistical value in step (c). The method of claim 1, wherein step (f) comprises: Comprising a step of comparing the average of the income information input by the user and the production income information of the other user, if the user's productive income is small, the step of displaying and outputting the average value of the productive income information as the productive income target to be achieved by the user Diagnosis of farming management using the Internet. According to claim 1, After the step (f), If the percentage value is less than the reference value preset by the operator, the method further comprises the step of requesting farming consulting by searching the databased farming consultant using the cultivation item data of the farm basic information extracted in the step (d) Diagnosis of farming management using the Internet. 10. The method of any one of claims 1 to 9, wherein when the user is diagnosed with the farmer through the operator system and the results are databased, (g) the user accessing the operator system and selecting the interface provided for farming consulting; (h) If the user selects the interface provided for the farming consulting request, an interface for extracting the user's data from the databased farmhouse basic information and receiving predetermined data for farming consulting other than the extracted data is provided. Providing; (i) searching for a business consultant based on a cultivation item item among the extracted basic farmhouse information of the user, and notifying the retrieved consultant agricultural consulting request information provided through the interface; (j) consulting the consultant who has been informed of the farming consulting request information; And (k) providing a consulting result to the person requesting farming consulting; farming management diagnostic method using the Internet. The method of claim 10, wherein in step (i), The consultant search key is a combination of one or more items for each field of expertise, specialty, expertise, institution and affiliation. The method of claim 11, wherein step (i), A method for diagnosing farming management using the Internet comprising the step of a system administrator directly searching for a consultant by combining the search keys. The method of claim 10, wherein step (j) is A method of diagnosing farming management using the Internet further comprising the step of a consultant searching for statistics of other farming user basic information and standard diagnostic information databased in the operator system and using them as consulting data. In the system that database the farmhouse basic information and consultant information to the operator system, and relay consulting when requesting farming consulting, A farmhouse basic information and consultant information database built in the operator system; Receiving means for receiving a farming consulting request message from a user client; Means for setting a search key with a combination of at least one of the reception means and the databased farmhouse basic information item and searching for a consultant with the set search key; Means for transmitting farming consulting request information to the retrieved consultant; And Means for receiving consulting results from the consultant and providing the results to the user client Including; The consultant consults according to the consulting request information, but the agricultural management diagnosis system using the Internet, characterized in that for searching the information databased in the operator system utilized in the consulting. A computer-readable recording medium containing a program for executing a farming management diagnostic method using the Internet for implementing the method according to any one of claims 1 to 13.