JP2011059818A - Sediment control related information management system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a sediment control related information management system for performing the unitary management of information whose activation by various departments is expected (the management of information) among various sediment control information, and for sharing the information by the persons concerned of an office (the sharing of information), and for providing an environment which is efficiently available for a daily task (the use of information). <P>SOLUTION: The sediment control related information management system is provided with: a system control database in which user information is set; a sediment control information basic database in which identification numbers are associated with each other as keys as the basic information of the sediment control information; at least one storage means in which the sediment control information basic file data and the sediment control information basic map data are stored; a system control part for determining the permission of access from a terminal by referring to the user information of the system control database; a ledger management part connected to the system control part for making the terminal display the personal information of the sediment control information basic database and the sediment control information basic file data; and a sediment control base map management part connected to the system control part and the ledger management part for making the terminal display the sediment control information basic map data. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a sabo related information management system for integrated management of information related to a sabo project directly controlled by the Ministry of Land, Infrastructure, Transport and Tourism for each sabo office and sabo related department.

  Various sabo information is accumulated every year at the sabo offices and sabo-related departments under its direct control, such as the results of various businesses and various materials created in daily operations. Although the frequency of use of such information varies depending on the type and content, it is used across the office, including other departments and branch offices, as office assets.

In recent years, natural disasters that exceed the assumed scale have occurred frequently due to the effects of climate change, etc., and the importance of soft countermeasures has attracted attention in addition to conventional hardware countermeasures. Along with this, various information that is the basis of software measures by Sabo Offices and Sabo-related departments must be managed appropriately according to the frequency of use.

For example, the Act on the Promotion of Sediment Disaster Prevention Measures in the Sediment Disaster Warning Area, etc., enforced on April 1, 2001 (hereinafter referred to as the Sediment Disaster Prevention Act) states, “Promote measures to prevent landslide disasters. "The purpose is to."

In order to achieve this purpose, to prevent landslide disasters, such as geographic information on dangerous areas that are the basis of basic surveys, landslide disaster caution area information created after the completion of basic surveys, and public information that designates caution area designations. Patent Document 1 discloses a mechanism for managing various types of information created in association with each other.

JP 2006-31664 A

  However, there is sabo information managed by the sabo office and sabo related departments other than the information specialized in the landslide disaster warning area disclosed in Patent Document 1.

The present invention centrally manages information that can be expected to be used in various departments among various types of sabo information (information management), and shares that information with related parties in the office (information sharing) for daily work. We provide a sabo related information management system for the purpose of providing an environment that can be used efficiently (use of information).

The present invention is a sabo related information management system that displays pre-stored sabo information by access from a terminal connected through a communication network, and includes a system control database in which user information is set, and basic information of sabo information. The sabo information basic database, the sabo information basic file data, and the sabo information basic map data associated with each other using the identification number as a key are referred to, and user information in the system control database is referred to, Connected to a system control unit that determines access permission, a ledger management unit that is connected to the system control unit and displays individual information of the sabo information basic database and sabo information basic file data on the terminal, and a system control unit and ledger management unit Sabo base that displays basic sabo information map data on the terminal And summarized in that including the Fig management unit.

The sabo information basic file data of the sabo related information management system of the present invention is associated with the sabo information basic database by setting an identification number in the folder name of the sabo information basic file data, and the sabo information basic map data is the sabo information basic map data. The gist is that the attribute data of the map data can be associated with the Sabo Information Basic Database by setting an identification number.

In addition, the basic information types of sabo information in the sabo related information management system of the present invention include sabo equipment information, sabo designated site information, business information, construction information, monitoring observation facility information, optical cable information, The gist is to include road information for construction, disaster record information, borehole survey result information, and business location information.

The ledger management unit of the sabo related information management system of the present invention is a sabo information for displaying the sabo information basic file data associated with the displayed individual information on the screen displaying the individual information of the sabo information basic database on the terminal. Processing to display a basic file data display button, a sabo information basic map data display button for displaying the sabo information basic map data associated with the displayed individual information, and a sabo associated with the displayed individual information. And a process of displaying a related information display button for displaying basic information of other types of sabo information in the information basic database.

The sabo base map management unit of the sabo related information management system of the present invention can freely arrange the map operation toolbar on the screen on which the sabo information basic map data is displayed, and the point designated on the displayed sabo information basic map data. The process of measuring the coordinates, the process of measuring the distance of the section specified by multiple points on the displayed sabo information basic map data, and the area of the area specified by multiple points on the displayed sabo information basic map data Process, and an arbitrary range is specified on the displayed Sabo information basic map data, the identification number set in the map information included in the range is passed to the ledger management unit, and the identification number is keyed to the ledger management unit And a process of searching the sabo information basic database and displaying the individual information of the associated sabo information basic database.

The sabo related information management system of the present invention stores, as sabo information, three-dimensional map data associated with the sabo information basic map data using an identification number as a key in a storage means, and is connected to the sabo base map management unit. The gist is to include a three-dimensional analysis unit for displaying map data on a terminal.

In addition, the sabo related information management system of the present invention stores, as sabo information, a business progress database and business progress file data associated with business location information using an identification number as a key, and is connected to a ledger management unit. The gist is to include a business progress management unit that displays a business progress database and business progress file data on a terminal.

  Furthermore, the sabo related information management system of the present invention saves the monitoring observation information database and the monitoring observation information file data associated with the monitoring observation facility information using the identification number as a key as the sabo information in the storage means, and stores it in the ledger management unit. The gist is to include a monitoring observation information analysis unit that is connected and displays a monitoring observation information database and monitoring observation information file data on the terminal.

  In the present invention, various types of sabo information are associated with each other using an identification number as a key and stored in a storage means, and each management unit corresponding to each type of sabo information is installed and linked to each other, thereby creating materials, Sabo information required for construction orders, field surveys, and disaster response can be quickly retrieved and displayed on the screen.

The block diagram of the sabo related information management system of this Embodiment. The figure of the basic information of Sabo information. Schematic diagram of basic information related to sabo information. The data block diagram of sabo equipment information. Data example of a sabo facility ledger file. Data example of a completed sabo facility drawing file. Data example of a completed sabo equipment photo file. Data example of the Sabo equipment inspection ledger file. Example of sabo facility location map data. The data block diagram of Sabo designated site information. Data example of the Sabo Designated Ledger File. Data example of a sabo designated area map file. Data example of Sabo designated lot number map file. Data example of Sabo designated place name and lot number old and new comparison table file. Example of Sabo designated area map data. Data structure diagram of business information. Data example of business product file. Data structure diagram of construction information. Data example of construction ledger file. Data example of construction completed book file. The data block diagram of monitoring observation facility information. Data example of the monitoring observation facility ledger file. Example of monitoring observation facility location map data. The data block diagram of optical cable information. Data example of optical cable laying plan file. An example of optical cable position map data. The data block diagram of construction road information. Data example of construction road ledger file. Example of construction road position map data. The data block diagram of disaster record information. An example of disaster location map data. Data structure diagram of boring survey result information. Sample data for a file for boring replacement. Data example of a columnar diagram file. Data example of core photo file. An example of boring position map data. The data block diagram of business location information. Example of business location map data. An example of business location map data. The data block diagram of three-dimensional map data. Data structure diagram of business progress information. Data example of business progress related file. The data block diagram of monitoring observation information. Data example of monitoring observation information related file. Another example of data related to monitoring observation information. The 1st flowchart of a process of a sabo related information management system. The 2nd flow chart of processing of a sabo related information management system. Top page by the system controller. Information search page by the ledger management department. The example of a search result display by a ledger management part. The example of a display of the individual information by a ledger management part. Display example of Sabo information basic map data by Sabo Foundation Map Management Department. A display example of a list of designated sabo sites by the ledger management department. Display example of individual information of sabo designated area information by the ledger management department. Display screen by Sabo Foundation Map Management Department. Map operation toolbar on the display screen by Sabo Foundation Map Management Department. Display example of basin search by Sabo Foundation Map Management Department. Display example of address search by Sabo Foundation Map Management Department. Display example of coordinate measurement by the Sabo Foundation Map Management Department. Display example of distance measurement by Sabo Foundation Map Management Department. Display example of area measurement by Sabo Foundation Map Management Department. Display example of search from map by Sabo Foundation Map Management Department. Display example of search range designation from map by Sabo Foundation Map Management Department. Display example of a list of sabo facilities by the ledger management department. An example of starting the 3D analysis unit by the Sabo Foundation Map Management Unit. A display example of a sectional view by a three-dimensional analysis unit. The example of a bird's-eye view display by a three-dimensional analyzer.

  The sabo related information management system of the embodiment of the present invention is a web-type geographic information system (GIS) constructed for the purpose of browsing and operating information and maps by a large number of people through a web browser. Accordingly, as shown in FIG. 1, the user accesses the sabo related information management system of the present invention from a terminal 1 connected via a communication network 2 (for example, an intranet in an office), and uses a web browser installed in the terminal 1. The sabo information stored in advance in the sabo related information management system is displayed on the terminal 1 and used.

The sabo related information management system of the present invention is mounted on a computer (also referred to as a server) connected to the communication network 2. As a form of mounting the sabo related information management system, all functions may be mounted on one computer, or distributed to a plurality of computers connected to the communication network 2.

Further, the sabo information handled by the sabo related information management system may be stored in a storage means in the computer, or an external storage device may be used as the storage means. Further, all data may be stored in one storage unit, or may be stored in separate storage units for each type of information.

The sabo related information management system according to the present invention can be implemented in a centralized form that is mounted on only one computer or in a distributed form that is mounted on a plurality of computers connected to the communication network 2 and an external storage device. .

In each of the drawings for explaining the best mode for carrying out the present invention, the number and arrangement of computers, storage means, and terminals 1 connected by the communication network 2 are not specifically shown. As long as these functions can be realized, various combinations of arrangements can be considered.

(System configuration)
The configuration of the sabo related information management system will be described with reference to FIG.

  The sabo related information management system is connected to at least one storage means (not shown), the system control unit 10, the ledger management unit 20 connected to the system control unit 10, and the system control unit 10 and the ledger management unit 20. The sabo base map management unit 30, the three-dimensional analysis unit 40 connected to the sabo base map management unit 30, the business progress management unit 50 and the monitoring observation information analysis unit 60 connected to the ledger management unit 20 are included.

(1) Storage means The storage means includes a system control database 11 in which user information is set, sabo information basic database 21, sabo information basic file data 22 and basic information of sabo information, which are associated with each other using an identification number as a key. Sabo information basic map data 31 is stored.

Here, as types of basic information of sabo information, as shown in FIG. 2, sabo equipment information 210, sabo designated site information 211, business information 212, construction information 213, monitoring observation facility information 214, optical cable information 215, construction There are road information 216, disaster record information 217, borehole survey result information 218, business location information 219, and the like. Each information will be described later.

The storage means stores 3D map data 41 associated as additional information of the sabo information basic map data 31.

Further, in the storage means, the business progress database 51 and the business progress file data 52 associated as the additional information of the business location information 219 in the basic information of the sabo information, the monitoring associated as the additional information of the monitoring observation facility information 214. An observation information database 61 and monitoring observation information file data 62 are stored.

(2) System control unit 10
The system control unit 10 refers to the user information in the system control database 11, displays a process for determining permission of access from the terminal 1, and displays a top page for causing the terminal 1 to select sabo information, and is selected on the top page It is a processing unit that performs processing for starting up the ledger management unit 20 or the sabo base map management unit 30 depending on the type of information.

(3) Ledger management unit 20
The ledger management unit 20 is a processing unit that searches, browses, and updates specifications (name, date, place name, structure, related information, etc.) of each sabo information called a ledger.

The ledger management unit 20 searches the sabo information basic database 21 according to the search conditions set from the terminal 1, displays a list of corresponding sabo information on the terminal 1, and selects an item for which individual information is to be displayed from the list. The selected sabo information basic database 21 and the sabo information basic file data 22 are displayed on the terminal 1.

Here, when map information is selected from the list-displayed items, the ledger management unit 20 performs a process of starting the sabo base map management unit 30.

When the business progress database 51 associated with the business location information 219 is selected on the screen displaying the business location information 219 in the basic information of the sabo information, the ledger management unit 20 displays the business progress management unit 50. Process to start up.

Similarly, when the monitoring observation information database 61 associated with the monitoring observation facility information 214 is selected on the screen displaying the monitoring observation facility information 214 in the basic information of the sabo information, the ledger management unit 20 performs the monitoring. The process which starts the observation information analysis part 60 is performed.

(4) Sabo base map management unit 30
The sabo base map management unit 30 is a processing unit that browses various types of map information (such as sabo equipment position, sabo base map, and ortho aerial photograph) within the jurisdiction of the sabo office.

When the system control unit 10 is activated from the system control unit 10 by selecting an item of the sabo information basic map data 31 on the top page displayed on the terminal 1 by the system control unit 10, the sabo base map management unit 30 starts with the entire jurisdiction area. The sabo information basic map data 31 is displayed on the terminal 1, the destination area and facility are further designated from the entire map, and the corresponding sabo information basic map data 31 is displayed on the terminal 1.

Moreover, the sabo base map management unit 30 selects the map information from the list displayed on the terminal 1 by the ledger management unit 20, and when activated from the ledger management unit 20, the sabo information basic map data corresponding to the item. 31 is displayed on the terminal 1.

Further, when the display of the sabo information basic database 21 associated with the sabo information basic map data 31 displayed on the terminal 1 is selected from the terminal 1, the sabo base map management unit 30 activates the ledger management unit 20. Process.

On the other hand, when the display of the 3D map data 41 associated with the sabo information basic map data 31 displayed on the terminal 1 is selected from the terminal 1, the sabo base map management unit 30 activates the 3D analysis unit 40. Perform the process.

(5) Three-dimensional analysis unit 40
The three-dimensional analysis unit 40 is a processing unit that browses a cross-sectional view along an arbitrary measurement line drawn on various maps in the jurisdiction of the sabo office, and a three-dimensional map in an arbitrary range.

The three-dimensional analysis unit 40 is activated by the sabo base map management unit 30 and displays the three-dimensional map data 41 associated with the sabo information basic map data 31 displayed by the sabo base map management unit 30 on the terminal 1. Process.

(6) Business progress management department 50
The business progress management unit 50 includes a matrix table and a workflow chart as a list of various business locations (planned locations / business launch locations / under construction / existing locations) planned or currently in progress, and detailed progress of each business. And a processing unit for browsing the time table.

The business progress management unit 50 is started from the ledger management unit 20 and stores the business progress database 51 and the business progress file data 52 as the business progress information 510 associated with the business location information 219 in the basic information of the sabo information. 1 is displayed.

(7) Monitoring observation information analysis unit 60
The monitoring observation information analysis unit 60 performs a process of browsing a list of continuous rainfall, hourly rainfall, soil rainfall index, and a snake curve with respect to monitoring observation information (rainfall data) observed at a rainfall observation station within the jurisdiction of the sabo office. Part.

The monitoring observation information analysis unit 60 is activated from the ledger management unit 20 and includes monitoring observation information database 61 and monitoring observation information file data that are monitoring observation information 610 associated with the monitoring observation facility information 214 in the basic information of the sabo information. 62 is displayed on the terminal 1.

(Data structure)
The data used in the sabo related information management system of the present invention includes the system control database 11 in which user information is set, the sabo information basic database 21 associated with each other using the identification number as a key, and the sabo information as basic information of the sabo information. There is information basic file data 22 and sabo information basic map data 31.

Further, the data used in the sabo related information management system of the present invention includes three-dimensional map data 41 associated with the sabo information basic map data 31 and business associated with the business location information 219 as additional information of the sabo information. There are a progress database 51, business progress file data 52, and a monitoring observation information database 61 and monitoring observation information file data 62 associated with the monitoring observation facility information 214.

(1) System control database 11
The system control database 11 is data in which user information such as a user ID and a password and a user access authority is set for each user who uses the sabo related information management system of the present invention.

In addition, a code definition table or the like is set in the system control database 11 as necessary to unify data values used in the entire sabo related information management system.

(2) Basic information of sabo information The basic information of sabo information is roughly composed of three types of data: text data, file data, and map data. In the sabo related information management system of the present invention, the respective data are managed as the sabo information basic database 21, the sabo information basic file data 22, and the sabo information basic map data 31 while being associated with each other using the identification number as a key.

FIG. 3 schematically shows a method of associating the sabo information basic database 21, the sabo information basic file data 22, and the sabo information basic map data 31, and an example of each data display.

The ledger management unit 20 searches the folder name of the shared folder with the identification number set in the sabo information basic database 21, reads the matching sabo information basic file data 22, and displays the folder.

On the other hand, the sabo base map management unit 30 searches the attribute data based on the identification number set in the sabo information basic database 21, reads the matching sabo information basic map data 31, and displays the map position.

(I) Sabo Information Basic Database 21
The text data is text (character information) obtained by extracting the main items of sabo information, and is managed as a database to search for data, aggregate and calculate, and between sabo information (for example, sabo equipment information 210 and Sabo designated site information 211) and data (text data and map data, text data and file data) are realized. In the sabo related information management system of the present invention, text data is managed as a relational database (RDB) using, for example, Oracle (registered trademark) software (RDBMS).

In the description of the embodiment of the present invention, the text data of the basic information of the sabo information and the whole text data managed by the RDBMS are referred to as the sabo information basic database 21. Further, when referring to individual text data for each identification number, it is referred to as individual information in the sabo information basic database 21.

(Ii) Sabo information basic file data 22
File data refers to various file data (PDF files, Excel files, SXF files, Jpeg files, etc.) related to sabo information, such as data files, drawing files, and photo files. Therefore, it is easy to handle.

A document file is a file created by scanning a document composed mainly of characters, such as a report, a ledger, a contract, or an application document.

A drawing file is a document file that is a detailed description of the structure / process of a building, civil engineering, machine, etc., and that is mainly composed of CAD drawings.

A photo file is an image file obtained by photographing a structure or a site with a camera.

In the description of the embodiment of the present invention, the basic data file data of individual sabo information is referred to as sabo information basic file data 22.

(Iii) Sabo information basic map data 31
Map data is data indicating the geographical location of sabo information and is also referred to as GIS data. By using map data, it is possible to clarify position information that is difficult to understand with only text data and file data (construction position of sabo facilities, designated range of designated sabo sites, etc.).

The map data is classified into “vector data” and “raster data” according to a physical data format, and includes various elements relating to the map as attribute data in addition to shape and figure data.

Vector data can be divided into three elements of “point”, “line”, and “polygon” according to the data shape. Vector data expresses real-world features with figures of three types of points, lines, and polygons.

Raster data has substantially the same meaning as image data, and represents real-world features as a collection of pixels arranged in a grid.

In the description of the embodiment of the present invention, the map data of basic information of individual sabo information is referred to as sabo information basic map data 31.

The basic information of the sabo information includes various types of information having a relationship as shown in FIG. Each information will be described with reference to a related diagram among the sabo information basic database 21, the sabo information basic file data 22, and the sabo information basic map data 31. Although all types of information are preferably stored and used in the storage unit, only necessary types of information may be stored and used in the storage unit.

In the related diagrams referred to in the following description, each table summarizing the text data stored in the sabo information basic database 21 includes only the identification number that is essential as text data. Other text data can also be included.

(I) Sabo Equipment Information 210
The sabo facility information 210 is information related to a completed sabo facility within the jurisdiction of the directly controlled sabo office. As shown in FIG. 4, the sabo facility information 210 includes a sabo facility management table 210a as the sabo basin information basic database 21, a sabo facility ledger file 220a as the sabo basin information basic file data 22, a sabo facility completion drawing file 220b, and a sabo facility completion photo file. 220c, Sabo equipment inspection ledger file 220d, and Sabo equipment position map data 310 as Sabo information basic map data 31.

The sabo facility management table 210a is a table in which the main specifications of the sabo facility information 210 are extracted as text data. The text data for each sabo facility is identified by a sabo facility number uniquely assigned to each sabo facility.

In order to associate the sabo information basic file data 22 with the sabo information basic database 21, the sabo equipment ledger file 220a, the sabo equipment completion drawing file 220b, the sabo equipment completion photo file 220c, and the sabo equipment inspection book file which are the sabo information basic file data 22. A sabo equipment number is set to the name of the folder storing 220d.

Thus, the sabo related information management system searches the folder name by the sabo equipment number assigned to the designated sabo equipment in order to display the sabo information basic file data 22 related to the sabo equipment designated by the user. It is easy to read out the folder to be read.

5 to 8 show examples of data included in the sabo facility ledger file 220a, the sabo facility completion drawing file 220b, the sabo facility completed photo file 220c, and the sabo facility inspection ledger file 220d, respectively.

Further, in order to associate the sabo information basic map data 31 with the sabo information basic database 21, a sabo equipment number is set in the attribute data of the sabo equipment position map data 310 that is the sabo information basic map data 31.

Thereby, the sabo related information management system searches the attribute data by the sabo equipment number assigned to the designated sabo equipment in order to display the sabo information basic map data 31 related to the sabo equipment designated by the user. The sabo facility position map data 310 to be read can be easily read out.

FIG. 9 shows an example of the sabo facility position map data 310.

(B) Sabo designated site information 211
The sabo designated area information 211 is information related to the sabo designated area designated for the directly controlled sabo business within the jurisdiction of the directly controlled sabo office. As shown in FIG. 10, the sabo designated area information 211 includes a sabo designated area related sabo facility table 211a, a sabo designated area management table 211b, a sabo designated area related basin table 211c, and a sabo information basic file data 22 as the sabo information basic database 21. As Sabo Designated Land Register File 221a, Sabo Designated Area Map File 221b, Sabo Designated Location Map File 221c, Sabo Designated Location Name / Land Old and New Comparison Table File 221d, Sabo Designated Location Map Data 311 as Sabo Information Basic Map Data 31 Consists of.

The sabo designated area management table 211b is a main table for managing the sabo designated area among the tables in which the main specifications of the sabo designated area information 211 are extracted as text data. The text data for each sabo designated area is identified by a designated place number uniquely assigned to each sabo designated place.

The sabo designated area-related sabo equipment table 211 a is a table for managing information on sabo equipment related to the sabo designated area. The sabo designated area number assigned to the sabo designated area and the sabo equipment management table 210 a of the sabo designated information 210 are displayed. Manages with the sabo equipment number of the sabo equipment related to the designated sabo designated area. This sabo designated site-related sabo facility table 211a associates the sabo facility information 210 and the sabo designated site information 211 so that they can be referred to each other.

The sabo designated area-related basin table 211c is a table for managing information on the basin related to the sabo designated area, a designated area number assigned to the sabo designated area, a basin code identifying the basin associated with the sabo designated area, and Are managed in pairs.

These three tables are related by a designated land number.

In order to associate the sabo information basic file data 22 with the sabo information basic database 21, the sabo designated land register file 221a, the sabo designated area map file 221b, the sabo designated land number map file 221c, and the sabo designated A designated land number is set in the folder name for storing the land name / land number new and old comparison table file 221d.

Thus, the sabo related information management system searches the folder name with the designated land number assigned to the designated sabo designated area in order to display the sabo information basic file data 22 relating to the sabo designated area designated by the user. The process of reading out the matching folder can be facilitated.

FIG. 11 to FIG. 14 show examples of data included in the Sabo Designated Land Register File 221a, Sabo Designated Area Map File 221b, Sabo Designated Location Map File 221c, Sabo Designated Location Name / Land Number Old / New Comparison Table File 221d, respectively. .

Further, in order to associate the sabo information basic map data 31 with the sabo information basic database 21, a designated land number is set in the attribute data of the sabo designated ground area map data 311 which is the sabo information basic map data 31.

Thus, the sabo related information management system searches the attribute data with the designated land number assigned to the designated sabo designated area in order to display the sabo information basic map data 31 relating to the sabo designated area designated by the user. Thus, it is possible to easily read the matching sabo designated area map data 311.

FIG. 15 shows an example of the sabo designated area map data 311.

(C) Business information 212
The business information 212 is information related to the commissioned business performed in the directly controlled sabo project. As shown in FIG. 16, the business information 212 includes a business-related sabo equipment table 212a, a business management table 212b, a business-related basin table 212c as a sabo information basic database 21, and a business product file 222 as a sabo information basic file data 22, a sabo. The information basic map data 31 includes basin location map data 312.

The business management table 212b is a main table for managing business among tables in which items obtained by extracting main specifications of the business information 212 are collected as text data. The text data for each business is identified by a business number uniquely assigned to each business.

The business-related sabo facility table 212a is a table for managing information on sabo facilities related to business, and is related to the business number assigned to the business and the business set in the sabo facility management table 210a of the sabo facility information 210. Manage with the sabo equipment number of the sabo equipment. The business-related sabo facility table 212a associates the sabo facility information 210 and the business information 212 so that they can be referred to from any information.

The business-related basin table 212c is a table for managing basin information related to a business, and manages a business number assigned to a business and a basin code for identifying a business-related basin.

These three tables are related by a business number.

In order to associate the sabo information basic file data 22 with the sabo information basic database 21, a business number is set to the folder name in which the business product file 222 that is the sabo information basic file data 22 is stored.

As a result, the sabo related information management system searches the folder name by the business number assigned to the designated job in order to display the sabo information basic file data 22 related to the job designated by the user, and finds a matching folder. Reading process can be done easily.

FIG. 17 shows an example of data included in the work product file 222.

In the case of the business information 212, there is no map data indicating the business itself, and it is required to display map data relating to the basin where the business is performed. Therefore, a basin code for identifying a basin associated with a business paired with the business number managed in the business-related basin table 212c is used for association.

Therefore, in order to associate the sabo information basic map data 31 of the business information 212 with the sabo information basic database 21, the basin code is set in the attribute data of the basin position map data 312 which is the sabo information basic map data 31.

As a result, the sabo related information management system displays the sabo information basic map data 31 related to the job specified by the user in order to display the attribute data with the basin code paired with the job number assigned to the specified job. Can be easily retrieved and the matching basin location map data 312 can be read out.

(D) Construction information 213
The construction information 213 is information related to the contract work performed in the directly controlled sabo project. As shown in FIG. 18, the construction information 213 includes a construction-related sabo facility table 213a, a construction management table 213b, a construction-related basin table 213c as a sabo information basic database 21, and a construction ledger file 223a as a sabo information basic file data 22. The book file 223b and sabo information basic map data 31 are constituted by basin location map data 312.

The construction management table 213b is a main table that manages the construction information 213 among tables in which items obtained by extracting main specifications of the construction information 213 are collected as text data. The text data for each construction is identified by a construction number uniquely assigned to each work. As the construction number format, a construction execution year + sequential number for each fiscal year (for example, H18005 (H18 work + 005)) or the like is used.

The construction-related sabo facility table 213a is a table for managing information on sabo facilities related to construction. The construction-related sabo facility table 213a is associated with the construction number assigned to the construction and the construction set in the sabo facility management table 210a of the sabo facility information 210. Manage with the sabo equipment number of the sabo equipment. The construction-related sabo facility table 213a associates the sabo facility information 210 and the construction information 213 so that they can be referred to from any information.

The construction-related basin table 213c is a table for managing basin information related to construction, and manages a construction number assigned to construction and a basin code for identifying a basin associated with construction.

These three tables are related by a construction number.

In order to associate the sabo information basic file data 22 with the sabo information basic database 21, a construction number is set to the folder name for storing the construction ledger file 223a and the construction completion book file 223b as the sabo information basic file data 22.

Thereby, the sabo related information management system searches the folder name by the construction number assigned to the designated construction in order to display the sabo information basic file data 22 related to the construction designated by the user, and finds a matching folder. Reading process can be done easily.

19 and 20 show examples of data included in the construction ledger file 223a and the construction completion book file 223b, respectively.

In the case of the construction information 213, there is no map data indicating the construction itself, and it is required to display map data relating to the basin where the construction is being performed. For this reason, a basin code for identifying a basin related to a construction paired with a construction number managed in the construction-related basin table 213c is used for association.

Therefore, in order to associate the sabo information basic map data 31 of the construction information 213 with the sabo information basic database 21, a basin code is set in the attribute data of the basin position map data 312 which is the sabo information basic map data 31.

As a result, the sabo related information management system displays the sabo information basic map data 31 related to the work designated by the user in order to display the attribute data with the basin code paired with the work number assigned to the designated work. Can be easily retrieved and the matching basin location map data 312 can be read out.

(E) Monitoring and observation facility information 214
The monitoring observation facility information 214 is information relating to the monitoring observation facility (such as a monitoring camera, a rain gauge, and a water level gauge) installed in the jurisdiction of the sabo office. As shown in FIG. 21, monitoring observation facility information 214 includes monitoring observation facility management table 214 a as sabo information basic database 21, monitoring observation facility ledger file 224 as sabo information basic file data 22, and monitoring observation as sabo information basic map data 31. It is composed of facility location map data 314.

The monitoring observation facility management table 214a is a table in which items obtained by extracting main specifications of the monitoring observation facility information 214 are collected as text data. The text data for each monitoring observation facility is identified by the monitoring observation facility number uniquely assigned to each monitoring observation facility. As the format of the monitoring observation facility number, monitoring observation type + “− (hyphen)” + serial number for each monitoring observation type (for example, UR-05 (rain gauge + 05)) is used.

In order to associate the sabo information basic file data 22 with the sabo information basic database 21, the monitoring observation facility number is set to the folder name storing the monitoring observation facility ledger file 224 which is the sabo information basic file data 22.

Thereby, the sabo related information management system searches the folder name by the monitoring observation facility number assigned to the designated monitoring observation facility in order to display the sabo information basic file data 22 related to the monitoring observation facility designated by the user. In addition, the process of reading out the matching folder can be easily performed.

FIG. 22 shows an example of data included in the monitoring observation facility ledger file 224.

In order to associate the sabo information basic map data 31 of the monitoring observation facility information 214 with the sabo information basic database 21, the monitoring observation facility number is set in the attribute data of the monitoring observation facility position map data 314 which is the sabo information basic map data 31.

Thereby, the sabo related information management system searches the attribute data by the monitoring observation facility number assigned to the designated monitoring observation facility in order to display the sabo information basic map data 31 related to the monitoring observation facility designated by the user. In addition, it is possible to easily read the matching monitoring observation facility position map data 314.

FIG. 23 shows an example of the monitoring observation facility location map data 314.

(F) Optical cable information 215
The optical cable information 215 is information related to the optical cable laid in the directly controlled sabo office. 24, the optical cable information 215 includes the optical cable management table 215a as the sabo information basic database 21, the optical cable installation plan view file 225 as the sabo information basic file data 22, and the optical cable position map data 315 as the sabo information basic map data 31. Composed.

The optical cable management table 215a is a table in which items obtained by extracting main specifications of the optical cable information 215 are collected as text data. The text data for each optical cable is identified by an optical cable work number uniquely assigned to each optical cable. As the format of the optical cable construction number, a construction execution year + sequential number for each year (for example, H18005 (H18 construction + 005)) or the like is used.

In order to associate the sabo information basic file data 22 with the sabo information basic database 21, the optical cable construction number is set to the folder name in which the optical cable laying plan view file 225 as the sabo information basic file data 22 is stored.

Thereby, the sabo related information management system searches the folder name by the optical cable construction number assigned to the designated optical cable in order to display the sabo information basic file data 22 related to the optical cable designated by the user, and matches the folder. Can be easily read out.

FIG. 25 shows an example of data included in the optical cable installation plan view file 225.

In order to associate the sabo information basic map data 31 of the optical cable information 215 with the sabo information basic database 21, the optical cable construction number is set in the attribute data of the optical cable position map data 315 that is the sabo information basic map data 31.

Thus, the sabo related information management system searches the attribute data by the optical cable construction number assigned to the designated optical cable in order to display the sabo information basic map data 31 related to the optical cable designated by the user, and matches the optical cable. The process of reading the position map data 315 can be easily performed.

FIG. 26 shows an example of the optical cable position map data 315.

(G) Construction road information 216
The construction road information 216 is information related to the construction road prepared for the direct control sabo project. As shown in FIG. 27, the construction road information 216 includes the construction road management table 216a as the sabo information basic database 21, the construction road ledger file 226 as the sabo information basic file data 22, and the construction sabo information basic map data 31. It is constituted by road position map data 316.

The construction road management table 216a is a table in which items obtained by extracting the main specifications of the construction road information 216 are collected as text data. The text data for each construction road is identified by a construction road number uniquely assigned to each construction road.

In order to associate the sabo information basic file data 22 with the sabo information basic database 21, a construction road number is set to the folder name storing the construction road ledger file 226 which is the sabo information basic file data 22.

Thus, the sabo related information management system searches the folder name by the construction road number assigned to the designated construction road in order to display the sabo information basic file data 22 related to the construction road designated by the user. In addition, the process of reading out the matching folder can be easily performed.

FIG. 28 shows an example of data included in the construction road ledger file 226.

In order to associate the sabo information basic map data 31 of the construction road information 216 with the sabo information basic database 21, a construction road number is set in the attribute data of the construction road position map data 316 that is the sabo information basic map data 31.

Thereby, the sabo related information management system searches the attribute data by the construction road number assigned to the designated construction road in order to display the sabo information basic map data 31 related to the construction road designated by the user. Thus, it is possible to easily read the matching construction road position map data 316.

FIG. 29 shows an example of construction road position map data 316.

(H) Disaster record information 217
The disaster record information 217 is information on the records and damage status of landslide disasters that occurred within the jurisdiction of the sabo office. As shown in FIG. 30, the construction road information 216 includes a sabo information basic database 21 as a disaster record related sabo facility table 217 a, a disaster record management table 217 b, a disaster record related monitoring and observation facility table 217 c, and a sabo information basic file data 22. The disaster record file 227 and the sabo information basic map data 31 are constituted by the disaster occurrence position map data 317.

The disaster record management table 217b is a table in which items obtained by extracting main specifications of the disaster record information 217 are collected as text data. The text data for each disaster record is identified by a disaster record number uniquely assigned to each disaster record.

The disaster record-related sabo facility table 217 a is a table for managing information on sabo facilities related to the disaster record. The disaster record number assigned to the disaster record and the sabo facility management table 210 a of the sabo facility information 210 are set. Manage with the sabo equipment number of the sabo equipment related to the construction. By this disaster record related sabo facility table 217a, the sabo facility information 210 and the disaster record information 217 are associated with each other and can be referred to from any information.

The disaster record related monitoring observation facility table 217c is a table for managing information on the monitoring observation facility related to the disaster record. The disaster record number assigned to the disaster record and the monitoring observation facility management table 214a of the monitoring observation facility information 214 are displayed. The monitoring observation facility number assigned to the monitoring observation facility related to the disaster record set in is managed in combination. The monitoring observation facility information 214 and the disaster recording information 217 are associated with each other by the disaster record related monitoring observation facility table 217c, and can be referred to each other from any information.

These three tables are related by disaster record numbers.

In order to associate the sabo information basic file data 22 with the sabo information basic database 21, a disaster record number is set in the folder name storing the disaster record file 227 which is the sabo information basic file data 22.

Thereby, the sabo related information management system searches the folder name by the disaster record number assigned to the designated disaster record in order to display the sabo information basic file data 22 related to the disaster record designated by the user. It is easy to read out the folder to be read.

In order to associate the sabo information basic map data 31 of the disaster record information 217 with the sabo information basic database 21, a disaster record number is set in the attribute data of the disaster occurrence position map data 317 that is the sabo information basic map data 31.

Thereby, the sabo related information management system searches the attribute data by the disaster record number assigned to the designated disaster record in order to display the sabo information basic map data 31 related to the disaster record designated by the user. It is possible to easily read out the disaster occurrence position map data 317 to be read.

FIG. 31 shows an example of the disaster occurrence position map data 317.

(R) Boring survey result information 218
The borehole survey result information 218 is information related to the borehole survey result carried out in the jurisdiction of the sabo office. As shown in FIG. 32, the boring survey result information 218 includes a boring survey result-related sabo facility table 218 a, a boring survey result management table 218 b as the sabo information basic database 21, and a boring replacement file 228 a as the sabo information basic file data 22. The figure file 228b, the core photo file 228c, and the sabo information basic map data 31 are constituted by the boring position map data 318.

The boring survey result management table 218b is a table in which items extracted from the main specifications of the boring survey result information 218 are collected as text data. The text data for each boring survey result is identified by a boring number uniquely assigned to each boring survey result.

The boring survey result-related sabo facility table 218 a is a table for managing information on the sabo facilities related to the boring survey result, and is set in the boring number assigned to the boring survey result and the sabo facility management table 210 a of the sabo facility information 210. It is managed in combination with the sabo equipment number of the sabo equipment related to the drilling. This drilling survey result related sabo facility table 218a associates the sabo facility information 210 with the boring survey result information 218, and can refer to each other from any information.

In order to associate the sabo information basic file data 22 with the sabo information basic database 21, a boring number is set in the folder name for storing the boring replacement file 228a, the columnar diagram file 228b, and the core photo file 228c, which are the sabo information basic file data 22. To do.

Thereby, the sabo related information management system searches the folder name by the boring number assigned to the designated boring survey result in order to display the sabo information basic file data 22 related to the boring survey result designated by the user, The process of reading out the matching folder can be easily performed.

33 to 35 show examples of the boring replacement file 228a, the columnar diagram file 228b, and the core photo file 228c.

In order to associate the sabo information basic map data 31 of the drilling survey result information 218 with the sabo information basic database 21, a boring number is set in the attribute data of the boring position map data 318 which is the sabo information basic map data 31.

Thereby, the sabo related information management system searches the attribute data with the boring number assigned to the designated boring survey result in order to display the sabo information basic map data 31 related to the boring survey result designated by the user, The process of reading the matching boring position map data 318 can be facilitated.

FIG. 36 shows an example of the boring position map data 318.

(Nu) Business location information 219
The business location information 219 is information related to a location where a project undertakes, a business start, a construction start, and a completed direct control sabo project. As shown in FIG. 37, the business location information 219 includes a business location related sabo facility table 219a, a business location management table 219b as the sabo information basic database 21, and a business location related file 229 as the sabo information basic file data 22, and a sabo information basic map. The data 31 includes business location map data 319a and business location location map data 319b.

The business location management table 219b is a table in which items obtained by extracting main specifications of the business location information 219 are collected as text data. The text data for each business location is identified by the business location number uniquely assigned to each business location.

The business location-related sabo facility table 219 a is a table that manages information on sabo facilities related to the business location, and is set in the business location number assigned to the business location and the sabo facility management table 210 a of the sabo facility information 210. Manage with the sabo equipment number of the sabo equipment related to the business location. By this business location related sabo facility table 219a, the sabo facility information 210 and the business location information 219 are associated with each other and can be referred to each other from any information.

In order to associate the sabo information basic file data 22 with the sabo information basic database 21, a business location number is set in the folder name in which the business location related file 229, which is the sabo information basic file data 22, is stored.

Thereby, the sabo related information management system searches the folder name by the business location number assigned to the designated business location in order to display the sabo information basic file data 22 related to the business location designated by the user. It is easy to read out the folder to be read.

In order to associate the sabo information basic map data 31 of the business location information 219 with the sabo information basic database 21, the business location number is assigned to the attribute data of the business location map data 319a and the business location location map data 319b as the sabo information basic map data 31. Set.

Thereby, the sabo related information management system searches the attribute data by the business location number assigned to the designated business location in order to display the sabo information basic map data 31 related to the business location designated by the user. The business location map data 319a and business location location map data 319b to be read can be easily read out.

38 and 39 show examples of the business location map data 319a and the business location location map data 319b.

The various basic information of the sabo information is associated with each other as shown in FIG. 2 by taking the configuration described above. Thereby, the sabo related information management system of this invention can display required information quickly only by selecting the item of the related information which a user wants to display on the screen of the terminal 1. FIG.

FIG. 2 also shows that monitoring observation facility information 214 and monitoring observation information 610 of basic information, business location information 219 and business progress information 510 of basic information are associated with a monitoring observation facility number and a business location number, respectively. It is.

In addition, the sabo equipment number, designated area, which is uniquely assigned to identify each information, and is used for associating between the sabo information basic database 21, the sabo information basic file data 22, and the sabo information basic map data 31. The number, business number, basin code, construction number, monitoring and observation facility number, optical cable construction number, construction road number, disaster record number, boring number, business location number, etc. are collectively referred to as an identification number.

(3) Three-dimensional map data 41
The three-dimensional map data 41 is map data related to the sabo information basic map data 31 and is displayed by the three-dimensional analysis unit 40.

As shown in FIG. 40, the three-dimensional map data 41 sets various identification numbers used for associating the sabo information basic database 21 and the sabo information basic map data 31 to the attribute data, and the sabo information basic map data 31. Associated with

(4) Business progress information 510
The business progress information 510 is information such as a matrix table, a workflow diagram, and a time table indicating detailed progress of various business locations that are planned or currently in progress. The business progress information 510 is associated with the business location information 219 in the basic information of the sabo information, and includes a business progress database 51 and business progress file data 52.

As shown in FIG. 41, the business progress information 510 includes a business progress related business location table 510 a as a business progress database 51, a business progress management table 510 b, and a business progress related file 520 as business progress file data 52.

The business progress management table 510b is a table in which items obtained by extracting main specifications of the business progress information 510 are collected as text data. The text data for each business progress is identified by a business progress number uniquely assigned to each business progress.

The business progress-related business location table 510a is a table for managing business location information related to business progress, and is set in the business location management table 219b of the business location information 219 and the business progress number assigned to the business progress. Manage the business location number associated with the business progress as a set. By this business progress related business location table 510a, the business location information 219 and the business progress information 510 are associated with each other and can be referred to each other from any information.

In order to associate the business progress file data 52 with the business progress database 51, a business progress number is set to the folder name for storing the business progress related file 520 as the business progress file data 52.

As a result, the sabo related information management system searches the folder name by the business progress number assigned to the designated business progress and displays a match in order to display the business progress file data 52 relating to the business progress designated by the user. The process of reading a folder can be easily performed.

FIG. 42 shows an example of the business progress related file 520.

(5) Monitoring observation information 610
The monitoring observation information 610 is rainfall data such as continuous rainfall, hourly rainfall, and soil rainfall index observed at a rainfall monitoring station managed as a monitoring observation facility. The monitoring observation information 610 includes a monitoring observation information database 61 and monitoring observation information file data 62 associated with the monitoring observation facility information 214 in the basic information of the sabo information.

As shown in FIG. 43, the monitoring observation information 610 is transmitted by the monitoring observation information related file 620 as the monitoring observation information database 61 as the monitoring observation information related monitoring observation facility table 610a, the monitoring observation information management table 610b. Composed.

The monitoring observation information management table 610b is a table in which items obtained by extracting main specifications of the monitoring observation information 610 are collected as text data. The text data for each monitoring observation information 610 is identified by the monitoring observation information number uniquely assigned to each monitoring observation information 610.

The monitoring observation facility related monitoring observation facility table 610 a is a table for managing monitoring observation facility information related to the monitoring observation information 610. The monitoring observation information number assigned to the monitoring observation information 610 and the monitoring observation facility information 214 The monitoring observation facility number of the monitoring observation facility related to the monitoring observation information 610 set in the monitoring observation facility management table 214a is managed as a set. This monitoring observation information related monitoring observation facility table 610a associates the monitoring observation facility information 214 and the monitoring observation information 610 so that they can be referred to from any information.

In order to associate the monitoring observation information file data 62 with the monitoring observation information database 61, a monitoring observation information number is set to the folder name in which the monitoring observation information related file 620 that is the monitoring observation information file data 62 is stored.

As a result, the sabo related information management system displays the monitoring observation information file data 62 related to the monitoring observation information 610 specified by the user in order to display the folder name with the monitoring observation information number assigned to the specified monitoring observation information 610. It is possible to easily search for and read out the matching folder.

44 and 45 show examples of the monitoring observation information related file 620. FIG.

(Processing of system control unit 10, ledger management unit 20, and sabo base map management unit 30)
Each process of the system control part 10, the ledger management part 20, and the sabo base figure management part 30 which comprise a sabo related information management system is demonstrated, referring FIGS. 46-64.

The user activates a web browser on the terminal 1, designates a place where the sabo related information management system is mounted on the communication network 2, and activates the sabo related information management system (d1).

Upon receiving the activation from the terminal 1, the system control unit 10 of the sabo related information management system displays the top page of the sabo related information management system on the terminal 1 as shown in FIG. 48 (S10).

The user inputs a user ID and password in the login field c1 on the top page of FIG. 48 (d2), and requests permission to access information.

The system control unit 10 searches the system control database 11 using the input user ID and password, performs access authentication (S11), and if registered, permits the user access. Although not shown, if it is not registered, a rejection message or the like is displayed on the terminal 1.

After the access is permitted, the user selects information to be searched from the items displayed on the top page of FIG. 48 (d3). For example, various basic information displayed in a list in the ledger management system column c2 in the top page or a map display c3 displayed on the right side in the top page is clicked.

The system control unit 10 determines the type of the selected information, and activates the processing unit that manages the corresponding information, that is, the ledger management unit 20 or the sabo base map management unit 30 (S12).

46 shows the flow of processing when the ledger management unit 20 is activated by the system control unit 10, and the ledger management unit 20 displays an information search page as shown in FIG. S20).

The user inputs necessary search conditions on the information search page displayed on the terminal 1 by the ledger management unit 20 (d4).

The ledger management unit 20 searches for information in the sabo information basic database 21 according to the input search conditions (S21), creates a list of corresponding information, and displays it on the terminal 1 as a search result (S22). FIG. 50 shows a display example of the search result.

The user designates desired individual information from the list of search results displayed on the terminal 1 by the ledger management unit 20 (d5).

The ledger management unit 20 reads the designated individual information from the sabo information basic database 21 and displays it on the terminal 1 (S23). FIG. 51 shows an example of individual information displayed on the terminal 1 when one sabo facility in the list of search results is selected as individual information.

As shown in FIG. 51, in order to display the sabo information basic file data 22 and the sabo information basic map data 31 associated with the individual information of the displayed sabo information basic database 21 on the page on which the individual information is displayed. Sabo information basic file data display button ("ledger / drawing / photo" button b1) and sabo information basic map data display button ("map display" button b2) are provided.

The user designates information to be further displayed with respect to the individual information displayed on the terminal 1 (d6).

The ledger management unit 20 determines the type of data as to whether the specified information is file data or map data (S24).

When the designated information is file data, the ledger management unit 20 searches for a folder whose identification number assigned to the individual information is the folder name, so that the sabo information basic information associated with the sabo information basic database 21 is obtained. The file data 22 is read, and a list of corresponding sabo information basic file data 22 is displayed on the terminal 1 (S25).

When the user selects a desired file from the list of sabo information basic file data 22, for example, sabo information basic file data 22 as illustrated in FIGS. 5 to 8 is displayed on the screen.

When the designated information is map data, the ledger management unit 20 activates the sabo base map management unit 30.

The activated sabo base map management unit 30 reads the sabo information basic map data 31 associated with the sabo information basic database 21 using the identification number assigned to the individual information as a key, and the corresponding sabo information as shown in FIG. The sabo information basic map data 31 to be displayed is displayed on the terminal 1.

The above is the basic processing flow of the sabo related information management system of the present invention. Next, other processes included in the sabo related information management system will be described.

As shown in FIG. 51, on the page on which the individual information is displayed, a related information display button (for example, a “Sabo designated place” button b3, A “business” button b4, a “construction” button b5, and a “disaster record” button b6) are provided.

For example, in FIG. 51 displaying the sabo facilities information 210, an example is shown in which the “Sabo designated place” button b3 is selected to display the sabo designated place information 211 as other basic information of the sabo information basic database 21. The processing of the ledger management unit 20 will be described.

First, the ledger management unit 20 uses the identification number (sabo equipment number) assigned to the individual information of the sabo equipment information 210 displayed in FIG. 51 as a key for the sabo designated area related sabo equipment table in the sabo designated area information 211. 211a is searched, and the designated designated place number is read out.

Next, another table of the sabo designated site information 211 associated with the read designated site number as a key, that is, the sabo designated site management table 211b and the sabo designated site related basin table 211c are searched, and the sabo designated site management table is searched. The text data stored in the basin table 211c associated with the designated sabo area is read out.

If a plurality of designated land numbers are associated with each other, as shown in FIG. 53, the list is displayed on the terminal 1 to be selected by the user, and the sabo designated land information 211 selected by the user as shown in FIG. Are displayed on the terminal 1.

On the page displaying the individual information shown in FIG. 54, similarly to FIG. 51, the sabo information basic file data 22 and the sabo information basic map data 31 associated with the individual information of the displayed sabo information basic database 21 are displayed. A “ledger / drawing / photo” button b1 and a “map display” button b2 are provided.

Therefore, similarly to the case of FIG. 51, it is possible to proceed from the page displaying the individual information shown in FIG. 54 to the process of displaying the associated sabo information basic file data 22 and sabo information basic map data 31. It is.

Thus, in the sabo related information management system of the present invention, various individual information associated in the sabo information basic database 21 is obtained from the individual information page of the sabo information basic database 21 displayed on the terminal 1. The sabo information basic file data 22 and the sabo information basic map data 31 associated with the individual information in the selected sabo information basic database 21 can be displayed one after another.

Next, the sabo base activated by selecting the map display c1 on the top page shown in FIG. 48 or selecting the “map display” button b2 on the page displaying the individual information as shown in FIG. Processing of the diagram management unit 30 will be described.

As shown in FIG. 55, the page displayed on the terminal 1 by the activated sabo base map management unit 30 includes a map operation menu c4, a map operation toolbar c5, and a map display unit c6.

In the map operation menu c4, buttons for performing basic operations of map data by the sabo base map management unit 30 are displayed such as enlargement / reduction, movement, and measurement.

The map operation toolbar c5 is a toolbar for performing map data application operations in the sabo base map management unit 30, and does not fit within the range of the map operation menu c4 such as map layer list display, basin search, and memo display / registration. The operation is displayed.

The map operation toolbar c5 displays the details of the toolbar as shown in FIG. 56 (b) by clicking the “▽” button on the toolbar arranged in the fixed frame as shown in FIG. 56 (a). The Also, as shown in FIG. 56 (c), by clicking the “>>” button, the tool can be removed from the fixed frame, and the tool bar can be freely arranged in the screen displayed by the sabo base map management unit 30. The details of the toolbar are displayed by clicking the “▽” button on the toolbar on the spot as shown in (d) of FIG. A toolbar that is out of the fixed frame can be returned to the fixed frame again by clicking the “<<” button.

The map display unit c6 displays the sabo information basic map data 31 in the designated directly controlled sabo pipe.

The functions of the sabo base map management unit 30 include a function for searching desired data in the sabo information basic map data 31 such as basin search and address search, data such as an entire map display, an enlarged / reduced display, and an attribute display. There are a display function and a function for measuring coordinate values, distances, and areas on the map displayed on the map display unit.

When performing the basin search, as shown in FIG. 57, the “▽” button on the “basin search” toolbar c51 is clicked to display a list of small basins within the jurisdiction of the sabo office. Here, the small basins are classified into large basins.

When a small basin to be displayed is clicked from the displayed small basin list, a map of the range of the clicked small basin is enlarged and displayed on the map display unit c6.

When performing an address search, as shown in FIG. 58 (a), when the “▽” button on the “address search” toolbar c52 is clicked, a text box for entering an arbitrary address is displayed. Enter. FIG. 58B is an enlarged view of a text box to be displayed. The types of addresses that can be searched are place names, mountain stream names, sabo equipment names, and public facility names, which can be entered in either Kanji or Hiragana. Here, as an example, "Oshiro" is entered and the "Search" button is clicked.

The sabo base map management unit 30 searches the sabo information basic map data 31 of the address with the name “Oshiro” and displays the list. When an arbitrary address is clicked from the searched list, a map of the location of the selected address is displayed at a scale of 1 / 5,000 on the map display part c6 in FIG.

When performing the measurement function, as shown in FIGS. 59 (a) and 59 (b), when the “measurement” button c41 in the map operation menu c4 is clicked, the “coordinate measurement” button c42, “ A “measurement tool” screen c411 in which a “distance measurement” button c43 and an “area measurement” button c44 are installed is displayed.

In the case of coordinate measurement, when the “coordinate measurement” button c42 in the “measurement tool” screen c411 is selected and an arbitrary point on the map displayed on the map display unit c6 is clicked, the coordinate value of the clicked point ( Public coordinate system 1-19: JGD2000) is displayed. FIG. 59B shows an enlarged view of the coordinate measurement result on the “measurement tool” screen c411 displayed on the map display unit c6.

In the case of distance measurement, as shown in (a) of FIG. 60, when a “distance measurement” button c43 is selected and a line is drawn while clicking a plurality of points on the map displayed on the map display unit c6, The length between the drawn points is displayed. FIG. 60B shows an enlarged view of the distance measurement result on the “measurement tool” screen c411 displayed on the map display unit c6.

In the case of area measurement, as shown in FIG. 61A, the “area measurement” button c44 is selected, and polygons in the area are drawn while clicking on a plurality of points on the map displayed on the map display unit c6. Then, the area of the drawn area is displayed. FIG. 61B shows an enlarged area measurement result on the “measurement tool” screen c411 displayed on the map display unit c6.

Next, the process of starting the ledger management unit 20 from the sabo base map management unit 30 and displaying the information in the sabo information basic database 21 will be described using the sabo facility information 210 as an example.

As shown in FIG. 62, “Sabo Equipment” is selected from the “Search from Map” combo box c45 in the map operation menu c4 with the Sabo information basic map data 31 of the Sabo equipment displayed on the map display section c6. To do. By selecting “Sabo Equipment” here, the sabo equipment is set as a search target as map information.

Next, as shown in FIG. 63, a range including a figure indicating a sabo facility is selected as a rectangle on the map displayed on the map display unit c6.

The sabo base map management unit 30 highlights the sabo facilities included in the range selected by the rectangle, and simultaneously activates the ledger management unit 20 to display the sabo facility numbers assigned to the sabo facilities included in the range selected by the rectangle. As shown in FIG. 64, a list of sabo facilities is displayed on the terminal 1.

By clicking each sabo equipment name on this screen, the user can display the individual information in the sabo information basic database 21 of the corresponding sabo equipment on the screen by the ledger management unit 20. In the sabo related information management system of the present invention, the sabo information basic database 21 and the sabo information basic map data 31 are associated with each other by an identification number, so that a simple operation can be performed between the ledger management unit 20 and the sabo base map management unit 30. It is possible to refer to each other's data.

(Processing of the three-dimensional analysis unit 40)
The sabo related information management system further stores the 3D map data 41 including the 3D terrain model data (TIN) associated with the sabo information basic map data 31 by the identification number in the storage means and displays it. Part 40 is included.

As shown in FIG. 65, the three-dimensional analysis unit 40 displays the “cross-sectional view” displayed by clicking the “▽” button on the “three-dimensional analysis” toolbar c53 on the screen displayed by the sabo base map management unit 30. This is activated by selecting a “line drawing” button c531 or a “three-dimensional display” button c532.

When drawing a survey line of a sectional view, select a “drawing a survey line of sectional view” button c531, and click on the map displayed on the map display part c6 on the screen to draw a position (measurement line) to display a cross section. Finally double-click to confirm the drawing.

When the line drawing is confirmed, the three-dimensional analysis unit 40 displays a cross-sectional view at the designated position on the screen based on the associated three-dimensional map data 41 as shown in FIG.

On the other hand, when performing the three-dimensional display, the “three-dimensional display” button c532 is selected in a state in which the map and range to be displayed in the bird's eye view are displayed on the map display unit c6 of the screen.

When the “3D display” button c532 is selected, the 3D analysis unit 40, as shown in FIG. 67, the 3D map associated with the identification number of the map data displayed on the map display unit c6. A bird's eye view of the data 41 is displayed on the screen.

(Processing of the business progress management unit 50)
The sabo related information management system further includes a business progress database 51 associated with the business location information 219 of the sabo information basic database 21 by the business location number, and business progress file data 52 associated with the business progress database 51 by the business progress number. Is stored in the storage means and includes a business progress management unit 50 for displaying.

First, the user selects “business location” from the items displayed in the list in the ledger management system column c2 on the top page displayed by the system control unit 10, and activates the ledger management unit 20 to display the business location information 219. .

Next, when progress information display of a desired business location is selected from the displayed business location information 219, the business progress management unit 50 is activated from the ledger management unit 20.

The activated business progress management unit 50 searches the business progress related business location table 510a of the business progress database 51 using the business location number of the selected business location as a key, and the business progress number associated with the business location number. Read out.

Next, the business progress management unit 50 searches the business progress management table 510b associated with the read business progress number as a key, reads the text data stored in the business progress management table 510b, and the terminal 1 To display.

Further, the business progress management unit 50 searches the business progress file data 52 associated with the business progress number as a key in response to a request from the user, reads the corresponding business progress related file 520, and is illustrated in FIG. As shown in FIG.

(Processing of the monitoring observation information analysis unit 60)
The sabo related information management system is further associated with the monitoring observation information database 61 associated with the monitoring observation facility information 214 of the sabo information basic database 21 by the monitoring observation facility number, and with the monitoring observation information database 61 by the monitoring observation information number. A monitoring observation information analysis unit 60 that stores and displays the monitoring observation information file data 62 in the storage means is included.

First, the user selects “monitoring observation facility” from the items listed in the ledger management system column c2 on the top page displayed by the system control unit 10, activates the ledger management unit 20, and displays the monitoring observation facility information 214. Display.

Next, when the monitoring observation information display of a desired monitoring observation facility is selected from the displayed monitoring observation facility information 214, the monitoring observation information analysis unit 60 is activated from the ledger management unit 20.

The activated monitoring observation information analysis unit 60 searches the monitoring observation facility table 610a in the monitoring observation information database 61 using the monitoring observation facility of the selected monitoring observation facility as a key, and associates it with the monitoring observation facility number. Read out the monitoring observation information number.

Next, the monitoring observation information analysis unit 60 searches the monitoring observation information management table 610b associated with the read monitoring observation information number as a key, and reads the text data stored in the monitoring observation information management table 610b. However, it is displayed on the terminal 1.

Further, the monitoring observation information analysis unit 60 searches the monitoring observation information file data 62 associated with the monitoring observation information number as a key in response to a request from the user, reads the corresponding monitoring observation information related file 620, 44 and displayed on the terminal 1 as illustrated in FIG.

Other embodiments

Although the information display process in the sabo related information management system of the present invention has been described above, the information input process will be described below.

Information can be broadly divided into information that should be updated as appropriate by the system administrator inputting, changing, or deleting information, and information that each user can always update with a certain degree of freedom.

In the sabo related information management system of the present invention, the former includes the system control database 11, the sabo information basic database 21, the sabo information basic map data 31, the three-dimensional map data 41, the business progress database 51, and the monitoring observation information database 61. Equivalent to.

The latter corresponds to the sabo information basic file data 22, the business progress file data 52, and the monitoring observation information file data 62.

However, this classification is merely an example, and the classification may be changed depending on the operation method.

The system administrator inputs the sabo information into the storage means by the input means of the computer. Since it is necessary to associate the sabo information with the identification number as a key, the sabo related information management system of the present invention is Processing to explain.

When a system administrator uses RDBMS to add a record of sabo information to the sabo information basic database 21, an identification number (for example, a uniquely assigned sabo equipment number) is automatically assigned to the record.

Further, in order to accurately associate the sabo information basic database 21 and the sabo information basic file data 22, a new folder is automatically generated using the identification number assigned to the added sabo information record as a folder name.

Similar processing is also applied between the business progress database 51 and the business progress file data 52 and between the monitoring observation information database 61 and the monitoring observation information file data 62.

These processes may be provided in the ledger management unit 20, the business progress management unit 50, and the monitoring observation information analysis unit 60, respectively, or may be provided independently in the sabo related information management system as an input processing unit. .

The user can open the associated folder from the screen on which the target sabo information is displayed on the terminal 1, and save information related to the sabo information, such as materials and images created by the user, in the folder.

Here, the consistency of information is displayed by displaying a message on the user's terminal 1 to make the user confirm again whether the information to be stored is really related to the currently-controlled sabo information. You may provide the process which ensures.

In the conventional information management system, in order not to break the association of information, the information created by the user must also be input to the storage unit by requesting the system administrator to input information one by one.

However, in the sabo related information management system of the present invention, information that can be freely updated by the user can be managed while securing the association as described above, so that information can be quickly shared with other users. I can do it now.

As described above, the sabo related information management system of the present invention is basically composed of the system control unit 10, the ledger management unit 20, and the sabo base map management unit 30, and includes the sabo information basic database 21, the sabo information basic file data 22, and the sabo information basics. By associating the map data 31 with each other using the identification number as a key, it is possible to refer to each other's data with a simple operation and to efficiently manage the basic information of the sabo information.

Furthermore, the sabo related information management system of the present invention adds the 3D analysis unit 40, the business progress management unit 50, and the monitoring observation information analysis unit 60 to the basic configuration, and converts the 3D map data 41 into the sabo information basic map data 31. , The project progress database 51 and the project progress file data 52 are associated with the project location information 219, and the monitoring observation information database 61 and the monitoring observation information file data 62 are managed in association with the monitoring observation facility information 214. Additional information can also be referenced from basic information with a simple operation and can be managed efficiently.

Further, the sabo related information management system of the present invention can be expanded by incorporating other information management systems and the like by using an interface between the ledger management unit 20, the business progress management unit 50, and the monitoring observation information analysis unit 60. Can do.

DESCRIPTION OF SYMBOLS 1 Terminal 2 Communication network 10 System control part 20 Ledger management part 30 Sabo base map management part 40 Three-dimensional analysis part 50 Business progress management part 60 Monitoring observation information analysis part 11 System control database 21 Sabo information basic database 22 Sabo information basic file data 31 Sabo Information Basic Map Data 41 3D Map Data 51 Business Progress Database 52 Business Progress File Data 61 Monitoring Observation Information Database 62 Monitoring Observation Information File Data 210 Sabo Equipment Information 211 Sabo Designated Area Information 212 Business Information 213 Construction Information 214 Monitoring Observation Facility Information 215 Optical cable information 216 Construction road information 217 Disaster record information 218 Boring survey result information 219 Project location information 210a Sabo equipment management table 220a Sabo equipment ledger file 220b Sabo equipment completion drawing Ile 220c Sabo Equipment Complete Photo File 220d Sabo Equipment Inspection Ledger File 211a Sabo Designated Area Related Sabo Equipment Table 211b Sabo Designated Area Management Table 211c Sabo Designated Area Related Basin Table 221a Sabo Designated Land Register File 221b Sabo Designated Area Map File 221c Sabo Designated Location code map file 221d Sabo designated location name / location number old and new contrast table file 212a Business-related sabo facility table 212b Business management table 212c Business-related basin table 222 Business outcome product file 213a Construction-related sabo facility table 213b Construction management table 213c Construction-related basin table 223a Construction ledger file 223b Construction completed book file 214a Monitoring observation facility management table 224 Monitoring observation facility ledger file 215a Optical cable management table 22 Optical cable laying plan file 216a Construction road management table 226 Construction road ledger file 217a Disaster record related sabo facility table 217b Disaster record management table 217c Disaster record related monitoring observation facility table 227 Disaster record file 218a Boring investigation result related sabo facility table 218b Boring investigation result management table 228a Boring replacement file 228b Column diagram file 228c Core photo file 219a Business site related sabo equipment table 219b Business site management table 229 Business site related file 310 Sabo equipment location map data 311 Sabo designated area map data 312 Basin Location map data 314 Monitoring and observation facility location map data 315 Optical cable location map data 316 Construction road location map data 317 Location map data 318 Boring location map data 319a Business location map data 319b Business location location map data 510a Business progress related business location table 510b Business progress management table 520 Business progress related file 610a Monitoring observation information related monitoring observation facility table 610b Monitoring observation information management Table 620 Monitoring observation information related file b1 “Ledger / drawing / photo” button b2 “Map display” button b3 “Sabo designated place” button b4 “Business” button b5 “Construction” button b6 “Disaster record” button c4 Map operation menu c5 Map operation toolbar c6 Map display section c41 “Measurement” button c42 “Measure coordinate” button c43 “Distance measurement” button c44 “Area measurement” button c45 “Search from map” combo box c411 “Measurement tool” screen c51 “ Frequency search "toolbar c52" Find Address "toolbar c53" three-dimensional analysis "survey line drawing of the toolbar c531" sectional view "button c532" three-dimensional display "button

Claims (12)

A sabo related information management system that displays sabo information stored in advance by access from a terminal connected via a communication network,
A system control database in which user information is set, and at least one sabo information basic database, sabo information basic file data, and sabo information basic map data that are associated with each other using an identification number as a key as basic information of the sabo information. Storage means;
A system control unit that refers to the user information in the system control database and determines permission of access from the terminal;
A ledger management unit that is connected to the system control unit and displays the individual information of the sabo information basic database and the sabo information basic file data on the terminal;
A sabo related information management system comprising: a sabo base map management unit connected to the system control unit and the ledger management unit and displaying the sabo information basic map data on the terminal. The sabo information management system according to claim 1, wherein the sabo information basic file data is associated with the sabo information basic database by setting the identification number in a folder name of the sabo information basic file data. The sabo related information management system according to claim 1, wherein the sabo information basic map data is associated with the sabo information basic database by setting the identification number in attribute data of the sabo information basic map data. The types of basic information of the sabo information include sabo equipment information, sabo designated site information, business information, construction information, monitoring and observation facility information, optical cable information, construction road information, and disaster record information. The sabo related information management system according to claim 1, comprising boring survey result information and business location information. The ledger management unit, on the screen displaying the individual information of the sabo information basic database on the terminal,
A sabo information basic file data display button for displaying the sabo information basic file data associated with the displayed individual information;
5. The sabo-related information according to claim 1, further comprising: a sabo information basic map data display button for displaying the sabo information basic map data associated with the displayed individual information. Information management system. The ledger management unit has the basic information of the other types of the sabo information in the sabo information basic database associated with the individual information displayed on the screen displaying the individual information of the sabo information basic database on the terminal. The sabo related information management system according to any one of claims 1 to 5, further comprising a process of displaying a related information display button for displaying. The sabo-related information management system according to any one of claims 1 to 6, wherein the sabo base map management unit can freely arrange a map operation toolbar within a screen on which the sabo information basic map data is displayed. The sabo base map management unit measures the coordinates of a point designated on the displayed sabo information basic map data;
A process of measuring the distance of a section designated by a plurality of points on the displayed sabo information basic map data;
The sabo related information management system according to any one of claims 1 to 7, further comprising a process of measuring an area of an area designated by a plurality of points on the displayed sabo information basic map data. The sabo base map management unit specifies an arbitrary range on the displayed sabo information basic map data, passes the identification number set in the map information included in the range to the ledger management unit, and manages the ledger management 9. The processing according to claim 1, further comprising: causing the unit to search the sabo information basic database using the identification number as a key and to display the individual information of the associated sabo information basic database. Sabo related information management system. As the sabo information, the three-dimensional map data associated with the sabo information basic map data using the identification number as a key is stored in the storage means, connected to the sabo base map management unit, and the three-dimensional map data is stored in the storage unit. The sabo related information management system according to any one of claims 1 to 9, further comprising a three-dimensional analysis unit to be displayed on the terminal. As the sabo information, a business progress database and business progress file data associated with the business location information using the identification number as a key are stored in the storage means, connected to the ledger management unit, and the business progress database and the business The sabo related information management system according to any one of claims 4 to 10, further comprising a business progress management unit that displays progress file data on the terminal.   As the sabo information, the monitoring observation information database and the monitoring observation information file data associated with the monitoring observation facility information as a key are stored in the storage means, connected to the ledger management unit, and the monitoring observation information The sabo related information management system according to any one of claims 4 to 11, further comprising a monitoring observation information analysis unit for displaying a database and the monitoring observation information file data on the terminal.