JP2006155471A - Electric power distribution design support system, electric power distribution design support method and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To reduce the labor of double input. <P>SOLUTION: A new/extensional construction system 10 for managing application information to a electric power supply service is communicatively connected to a electric power distribution map information system 50 for making designing related with electric power distribution. Supply application information inputted to the new/extensional construction system 10 is transmitted to the electric power distribution map information system 50, and registered in a supply application information database 551 installed in an electric power distribution map information system 50. In the electric power distribution map information system 50, the supply application information registered in the supply application information database 551 is displayed as a list. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a power distribution design support system, a power distribution design support method, and a program.

At the start of the power supply service or when repairing the distribution facilities, the design for distribution work is performed. A paper slip printed with information on application for power supply service and repair of distribution facilities is circulated, and the designer receives the circulated paper slip to design, and the slip required when creating the design document As for the above information, data was re-input as necessary while referring to the matters described in the paper slip.
Japanese Patent Laid-Open No. 11-79362

  However, since the design is performed when the paper form is circulated, the design is not started while the paper form is circulated manually, and the design is started after a service or repair is requested. It took a long time before. In addition, although the slip entry items to be described in the design document are data input in another system, it takes a double labor for the designer to input again referring to the paper slip. It was.

  The present invention has been made in view of such a background, and an object thereof is to provide a power distribution design support system, a power distribution design support method, and a program that can reduce the labor of double input.

The invention described in claim 1 among the present invention for solving the above problems is a system for supporting design related to power distribution work, and an application management server for managing application information for matters requiring power distribution work; Connected to be communicable, an output device, an application information receiving unit that receives application information input to the application management server from the application management server, an application information storage unit that stores the received application information, and the application An application information output unit that outputs a list of the application information stored in the information storage unit to the output device.
According to the power distribution design support system of the present invention, the application information input to the application management server can be output as a list from the output device of the power distribution design support system. Therefore, the designer who performs the design related to the power distribution work can easily browse the information already input to the application management server without inputting again. Therefore, the designer can efficiently perform the business.

  The invention according to claim 2 of the present invention is the power distribution design support system according to claim 1, wherein the distribution work requires installation of new power distribution equipment and expansion of power distribution equipment. Including at least one of repair of power distribution equipment and relocation of trouble.

  Further, the invention according to claim 3 of the present invention is the power distribution design support system according to claim 1, wherein the application specifying information for specifying the application information and the application management server are input. A change receiving unit that receives a change to the application information from the application management server; and an application information updating unit that updates the application information specified by the received application specifying information according to the received change. I will prepare.

  The invention according to claim 4 of the present invention is the power distribution design support system according to claim 1, which is a work for managing work plan information related to a power distribution work plan performed in response to the application information. A construction plan information receiving unit that is communicably connected to the management server and receives construction plan information input to the construction management server from the construction management server; and a construction plan information storage unit that stores the received construction plan information; A construction plan information output unit that outputs a list of the construction plan information stored in the construction plan information storage unit to the output device.

  The invention according to claim 5 of the present invention is the power distribution design support system according to claim 4, wherein the work plan specifying information for specifying the work plan information is input to the work management server. A construction plan change receiving unit that receives the received change to the construction plan information from the construction management server, and the construction plan information specified by the received construction plan specification information is changed to the received construction plan information. And a construction plan information updating unit that updates it accordingly.

  Further, the invention according to claim 6 of the present invention is the power distribution design support system according to claim 4, wherein the application specifying information for specifying the application information and the construction performed in response to the application information A construction plan cause information storage unit that associates and stores construction plan identification information that identifies the construction plan information related to a plan, and construction plan identification information that identifies one of the construction plan information output as a list on the output device A construction plan specifying information input unit for receiving the input, and the application information output unit stores the application information corresponding to the construction plan specifying information input to the construction plan specifying information input unit. The application information thus taken out is displayed as a list on the output device.

  The invention according to claim 7 of the present invention is a system for supporting a design related to power distribution work, a usage management server for managing an application for starting use of electricity, and a repair management for managing an application for repair. Distributing design support that supports design related to distribution work that is performed in response to at least one of the server, the trouble transfer management server that manages applications for transfer of distribution lines, and the start of use, repair, and transfer of electricity Each of the repair management server, the usage management server, and the trouble transfer management server is communicably connected to the power distribution design support device, and the usage management server uses the electricity A use application information input unit that accepts input of use application information indicating start application content; a use application information transmission unit that transmits the input use application information to the power distribution design support device; The repair management server includes a repair application information input unit that receives input of repair application information indicating the contents of the repair application, and repair application information transmission that transmits the input repair application information to the power distribution design support device. A transfer application information input unit that receives input of transfer application information indicating the application details of the transfer, and transmits the input transfer application information to the power distribution design support device. A transfer application information transmission unit, and the power distribution design support device includes an output device, the use management server, the repair application management server, and the trouble transfer management server. An application information receiving unit that receives at least one of repair application information and the transfer application information; the received use application information; the repair application information; and An application information storage unit that stores at least one of the transfer application information, and at least one of the use application information, the repair application information, and the transfer application information stored in the application information storage unit. And an application information output unit for outputting a list.

  The invention according to claim 8 of the present invention is the power distribution design support system according to claim 7, which includes a work management server for managing work plan information related to power distribution work, and the work management server and the The construction management server is communicably connected to the power distribution design support device, the construction management server receives a construction plan information input unit, a registration unit that registers the construction plan information according to the input, and the construction plan information A transmission unit that transmits construction plan information to the power distribution design support device according to registration of the power distribution design support device, wherein the power distribution design support device receives the work plan information transmitted from the construction management server. A construction plan information storage unit for storing the construction plan information, and a construction plan information output for outputting a list of the construction plan information stored in the construction plan information storage unit to the output device. And further comprising a part, the.

  The invention according to claim 9 is the power distribution design support system according to claim 8, wherein the power distribution design support device includes application specifying information for specifying the application information, and the application information. A construction plan cause information storage unit for storing the construction plan identification information for identifying the construction plan information related to the construction plan performed in accordance with the construction plan, and one of the construction plan information output as a list on the output device A construction plan specifying information input unit for receiving input of construction plan specifying information for specifying the application, and the application information output unit corresponding to the construction plan specifying information input to the construction plan specifying information input unit Information is extracted from the application information storage unit, and the extracted application information is displayed in a list on the output device.

  The invention according to claim 10 of the present invention is a method for supporting design related to power distribution work, and a computer including a CPU, a memory, and an output device is provided for matters requiring power distribution work. It connects to the application management server which manages application information so that communication is possible, receives the application information input into the application management server from the application management server, stores the received application information in the memory, and stores it in the memory The application information that has been processed is output as a list to the output device.

  The invention according to claim 11 of the present invention is a program for supporting design related to power distribution work, and includes a CPU, a memory, and an output device, and application information for matters requiring power distribution work. Receiving the application information input to the application management server from the application management server to a computer communicably connected to the application management server for managing the application, and storing the received application information in the memory; And outputting the list of the application information stored in the memory to the output device.

  According to the present invention, it is possible to reduce the labor of double input.

=== System configuration ===
FIG. 1 is a diagram illustrating an overall configuration of a power distribution design support system according to the present embodiment. As shown in FIG. 1, the power distribution design support system includes a new extension work system 10, a repair slip management system 20, a trouble transfer compensation system 30, a work management system 40, and a power distribution map information system 50. Each of the new extension construction system 10, the repair slip management system 20, the trouble transfer compensation system 30, and the construction management system 40 is connected to the distribution map information system 50 via the communication network 60. The communication network 60 is constructed using, for example, a LAN (Local Area Network), the Internet, a public telephone line, ATM (Asynchronous Transfer Mode), a frame relay, or the like.

  The new expansion construction system 10 is a system that manages application information related to an application for an electric power supply service by an electric power company, information related to new installation and expansion of a distribution facility that is required to provide the electric power supply service, and the like. The repair slip management system 20 outputs the contents (hereinafter referred to as “repair slip”) of the form (hereinafter referred to as “repair slip”) that outputs the details of the fault of the power distribution facility when the power company has found a fault in the power distribution facility. It is a system that manages “vote information”. The obstacle relocation compensation system 30 is a system that manages information related to the relocation of distribution lines such as telephone poles that hinder the construction of a building or road (hereinafter referred to as “disability relocation information”). . The construction management system 40 is a system for managing information related to construction (hereinafter referred to as “construction management information”) such as processes related to power distribution work and the date and time of power outage.

  The distribution map information system 50 is a system for performing design related to distribution work while displaying map information. The distribution map information system 50 according to the present embodiment includes application information, repair slip information, trouble transfer information, and construction from each of the new extension work system 10, the repair slip management system 20, the trouble transfer compensation system 30, and the work management system 40. Management information and the like are received, stored in a database, and the information is output as a form in accordance with an instruction from the designer.

  Each of the new extension construction system 10, the repair slip management system 20, the trouble transfer compensation system 30, the construction management system 40, and the distribution map information system 50 is constituted by one or more computers. As a computer used in each of the above systems, for example, a personal computer, a workstation, a main frame, or the like can be used.

  FIG. 2 is a diagram showing a typical hardware configuration example of a computer used in the new extension construction system 10, the repair slip management system 20, the trouble transfer compensation system 30, the construction management system 40, and the distribution map information system 50. is there. As shown in FIG. 2, the computer includes a CPU 101, a memory 102, a storage device 103, a recording medium reading device 104, a communication interface 105, an input device 106, and an output device 107.

  The storage device 103 is a device that stores programs and data. Read to the storage device 103. As the storage device 103, for example, a hard disk can be used. The storage medium reading device 104 is a device for reading a program and data recorded on the recording medium 108. As the recording medium 108, for example, a CD-ROM, DVD-ROM, MO, floppy disk, magnetic tape or the like can be used. As the recording medium reader 104, for example, a CD-ROM drive, a DVD-ROM drive, An MO drive, floppy disk drive, magnetic tape drive, or the like can be used. Programs and data read by the recording medium reading device 104 are stored in the storage device 103. The CPU 101 implements various functions by reading a program stored in the storage device 103 into the memory 102 and executing it. The communication interface 105 is an interface for connecting to the communication network 60. As the communication interface 105, for example, an Ethernet (registered trademark) adapter, a modem connected to a telephone line, an ATM interface, or the like can be used. The input device 106 is a device that receives data input from a user. As the input device 106, for example, a keyboard, mouse, pen tablet, touch panel, microphone, or the like can be used. The output device 107 is a device that outputs data. For example, a display, a printer, a speaker, or the like can be used as the output device 107.

=== New expansion construction system 10 ===
FIG. 3 is a functional block diagram showing some of the functions of the new extension construction system 10. As shown in FIG. 3, the new extension construction system 10 includes a supply application information input unit 111, a transfer load information input unit 112, a supply application cooperation request transmission unit 113, a planned completion date input unit 114, and a planned completion date change request transmission unit. 115, a supply application information database 151, and a transfer load information database 152.

  The supply application information database 151 stores information (hereinafter referred to as “supply application information”) including application information for the power supply service and information related to new installation or addition of power distribution equipment. Supply application information can also be used for applications for new installations or expansions of distribution facilities related to distribution work. FIG. 4 shows a configuration example of supply application information stored in the supply application information database 151. As shown in Fig. 4, the supply application information includes the application reception number, application office, application year, contract number, customer name (customer name), address, and telephone number. , Application type, load equipment information, indoor line construction company, service line construction company, instrument construction company, service pole number, track code, branching, etc., power supply method, contract power capacity, construction date , Including construction costs. Here, the load facility information is information related to a facility that consumes power to be the target of the power supply service (hereinafter referred to as “load facility”). FIG. 5 shows an example of load facility information related to general load facilities used for electric lamps. As shown in FIG. 5, the general load facility information includes the name of the facility, the model code of the facility, the electric capacity, the number of facilities, and the like. Note that the load facility information varies depending on the type of facility to which power is supplied. For example, in the case where the power supply destination is a facility such as a street light, the street light number for identifying the street light, the type of whether the street light is a public street light or an agricultural street light, etc. are included. If it is a load, its use, total power capacity, and the like are included.

  The supply application information input unit 111 accepts input of the application information via, for example, a screen 71 as shown in FIG. As shown in FIG. 6, on the screen 71, the contract number of the power supply service, the address and name of the customer to whom the service is provided, the date of construction, the name of the construction shop and the person in charge, etc. are entered. Can be done. When the registration button 711 on the screen 71 is pressed, the supply application information input unit 111 stores supply application information in which various input information is set in the supply application information database 151. Further, when the check box 712 for designating whether or not the work of the outside line displayed on the screen 71 is necessary is checked, the supply application information is the distribution map information system 50 as described later. Sent to.

  The change load information database 152 stores information related to the power consumption service and the load that consumes power (hereinafter referred to as “change load information”). FIG. 7 shows a configuration example of the change load information stored in the change load information database 152. As shown in FIG. 7, the transfer load information includes the application reception number, the sales office that received the application, the reception year, the contract number of the power supply service, the contract capacity, the number of loads, and the capacity of power used for cooling. , The capacity of power used for heating, the number of water heaters, and the like.

  The change load information input unit 112 accepts the input of the change load information via a screen 72 as shown in FIG. 8, for example. The transfer load information input unit 112 receives an input such as a reception number, acquires supply application information from the supply application information database 151, and displays the acquired supply application information in the supply application information display field 721 of the screen 72. Each item of the change load information can be input on the screen 72. When the "Register" button 722 or the "Online design contact" button 723 on the screen 72 is pressed, the change load information input unit 112 is displayed. Registers the changed load information in which the input information is set in the changed load information database 152. Further, when the “external line construction” check box 724 for designating whether or not external line construction is necessary is checked, the transfer load information is transmitted to the distribution map information system 50 as described later. The

  The supply application cooperation request transmission unit 113 sends a command (hereinafter referred to as “supply application cooperation request”) instructing to perform the operation of registration, update, or deletion of the supply application information or the transfer load information to the outside line construction. It transmits to the distribution map information system 50 which performs the design concerned. In the above screen 71 shown in FIG. 6, when the “registration” button 711 is pressed while the “external line work required” check box 712 is checked, the supply application cooperation request transmission unit 113 registers the supply application information. And a supply application cooperation request in which the supply application information is set is transmitted to the distribution map information system 50. When the “Register” button 722 is pressed while the “External line construction” check box 724 is checked on the screen 72 shown in FIG. 8, the supply application cooperation request transmission unit 113 displays the transfer load information. And a supply application cooperation request in which the supply application information and the transfer load information are set, is transmitted to the distribution map information system 50. When the “online design contact” button 723 is pressed, a supply application cooperation request is transmitted to the distribution map information system 50 regardless of the state of the “external line construction” check box 724.

  Note that the screen 71 shown in FIG. 6 and the screen 72 shown in FIG. 8 can also be used when editing information already registered in the database. In this case, the supply application information input unit 111 or the transfer load information input unit 112 sets each item of the screen 71 or the screen 72 in advance based on the information read from the supply application information database 151 or the transfer load information database 152. deep. Here, when the “external line construction required” check box 712 on the screen 71 or the “external line construction necessary” check box 724 on the screen 72 is unchecked, the supply application cooperation request transmission unit 113 displays the supply application information or the change. A supply application cooperation request specifying an instruction to delete load information and a reception number is transmitted to the distribution map information system 50.

The planned completion date input unit 114 accepts input of the planned date when changing the planned completion date of the construction related to the application. The planned completion date input unit 114 updates the construction date of the supply application information registered in the supply application information database 151 to the input planned completion date.
The scheduled completion date change request transmission unit 115 sends a command (hereinafter referred to as “scheduled completion date change request”) for instructing the distribution map information system 50 to change the scheduled completion date of the construction related to the application for the power supply service. Send. In the request for changing the scheduled completion date, the receipt number of the supply application information and the scheduled date input to the planned completion date input unit 114 are set.

  Each of the functional units 111 to 115 is realized by the CPU 101 of the computer used as the new extension construction system 10 reading out the program stored in the storage device 103 to the memory 102 and executing it. The supply application information database 151 and the transfer load information 152 are constructed in a storage area provided by the memory 102 or the storage device 103 of the computer used as the new expansion work system 10.

=== Repair slip management system 20 ===
FIG. 9 is a functional block diagram showing some of the functions of the repair form management system 20. As illustrated in FIG. 9, the repair slip management system 20 includes a repair slip information input unit 211, a repair slip cooperation request transmission unit 212, a supply application cooperation notification reception unit 213, and a repair slip information database 251.

  The repair slip information database 251 stores repair slip information such as the contents of defective distribution facilities. FIG. 10 is a diagram illustrating a configuration example of repair slip information stored in the repair slip database 251. As shown in FIG. 10, the repair slip information includes a repair slip number for identifying the repair slip, a business site code, a telephone pole number, a desired date of construction, and a form such as an application causing the construction (hereinafter referred to as “original slip”). Type and number (original document number), urgency, work contents, track code, trunk line number, description of repair, equipment classification, condition of defective equipment, repair method, date of inspection of defective condition, etc. It is. In the present embodiment, the above-mentioned supply application information reception number, repair sheet information repair sheet number, or trouble transfer information reception number described later is used as the original sheet number.

  The repair slip information input unit 211 receives input of each item included in the repair slip information via a screen 73 as shown in FIG. 11, for example. When repair slip information is entered in each entry field of the screen 73 and the “Register” button is pressed, the repair slip information input unit 211 registers the repair slip information in which the input information is set in the repair slip information database 251. To do.

  The repair slip cooperation request transmission unit 212 transmits a command (hereinafter referred to as “repair slip cooperation request”) instructing to perform registration, update, or deletion of repair slip information to the distribution map information system 50. When the “Register” button 731 on the screen 73 shown in FIG. 11 is pressed, the repair slip linkage request transmission unit 212 sets a repair slip linkage request in which an instruction to register repair slip information and the repair slip information is set. Is transmitted to the distribution map information system 50. When the “delete repair slip” button 732 is pressed, a repair slip linkage request in which an instruction to delete repair slip information and a repair slip number of the repair slip information is set is transmitted to the distribution map information system 50. .

  The repair slip information input unit 211 reads the repair slip information already registered in the repair slip information database 251, and displays the screen 73 in a state where information is set for each item based on the read repair slip information. The existing repair slip information may be corrected.

  The supply application cooperation notification receiving unit 213 indicates that supply application information stored in a database of a power distribution map information system 50 described later has been registered, updated, or deleted related to an application for a power supply service related to repair. A message (hereinafter referred to as “supply application cooperation notification”) is received from the distribution map information system 50. When the received supply application cooperation notification is a message indicating registration or update of supply application information, the supply application cooperation notification reception unit 213 is based on the supply application information set in the received supply application cooperation notification. Thus, the repair slip information registered in the repair slip information database 251 is updated. When the received supply application cooperation notification is a message indicating the deletion of the supply application information, the supply application information cooperation notification reception unit 213 receives the supply application information reception number set in the supply application cooperation notification. Then, the repair slip information set as the cause slip number is deleted from the repair slip information database 251.

  The functional units 211 to 213 are realized by the CPU 101 of the computer used as the repair slip management system 20 reading the program stored in the storage device 103 into the memory 102 and executing it. The repair slip information database 251 is constructed in a storage area provided by the memory 102 or the storage device 103.

=== Disability Transfer Compensation System 30 ===
FIG. 12 is a functional block diagram showing some of the functions of the trouble transfer compensation system 30. As shown in FIG. 12, the obstacle transfer compensation system 30 includes an obstacle transfer information input unit 311, an obstacle transfer cooperation request transmission unit 312, and an obstacle transfer information database 351.

  The trouble relocation information database 351 stores trouble relocation information related to the relocation of distribution lines such as telephone poles that hinder the construction. FIG. 13 is a diagram illustrating a configuration example of trouble transfer information registered in the trouble transfer information database 351. As shown in Fig. 13, the trouble relocation information includes the receipt number and date when the application for relocation of the distribution line was accepted, the date of relocation, the paid or free category, the applicant's name, address, telephone The number, reason for application, place where it will be hindered, property that hinders, etc. are included.

  The trouble transfer information input unit 311 receives input of trouble transfer information via a screen 74 as shown in FIG. 14, for example. On the screen 74, the trouble transfer information processing classification 741 is displayed, and “new” creation of the trouble transfer information is selected, and “correction” or “deletion” of the trouble transfer information registered in the trouble transfer information database 351 is selected. The When “new” is selected in the processing section 741, information is input to each item, and the registration button 742 displayed at the bottom of the screen 74 is pressed, the trouble transfer information input unit 311 inputs the input information Is registered in the trouble relocation information database 351. When “correction” or “deletion” is selected in the processing section 741, a reception number is input in the reception number input field 743 and the search button 744 is pressed, the trouble transfer information input unit 311 displays the trouble transfer information database 351. And search for trouble transfer information using the receipt number as a key. The trouble relocation information input unit 311 sets each item of the retrieved trouble relocation information in each input column of the screen 74. When the registration button 742 is pressed here, the trouble transfer information input unit 311 updates the trouble transfer information registered in the trouble transfer information database 351 with the input information. When the delete button 745 is pressed, the trouble transfer information input unit 311 deletes the corresponding trouble transfer information from the trouble transfer information database 351.

  The obstacle relocation cooperation request transmission unit 312 transmits a command (hereinafter referred to as “disability relocation cooperation request”) instructing to perform registration, update, or deletion of trouble relocation information to the distribution map information system 50. In the above screen 74, when “new” is selected in the processing category 741 and the registration button 742 is pressed, the trouble transfer cooperation request transmission unit 312 sets an instruction to register trouble transfer information and the input information The trouble transfer cooperation request in which the above trouble transfer information is set is transmitted to the distribution map information system 50. When “correction” is selected in the processing section 741 and the registration button 742 is pressed, the trouble transfer cooperation request transmission unit 312 receives the instruction to update the trouble transfer information and the above trouble transfer information in which the input information is set. The trouble transfer cooperation request in which is set to be transmitted to the distribution map information system 50. When the delete button 745 is pressed on the screen 74, the trouble transfer cooperation request transmission unit 312 sends a trouble transfer cooperation request in which an instruction to delete trouble transfer information and a reception number are set to the distribution map information system 50. Send to.

  The trouble transfer information input unit 311 and the trouble transfer cooperation request transmission unit 312 read the program stored in the storage device 103 from the CPU 101 of the computer used as the trouble transfer compensation system 30 and execute it. Is realized. The designated transfer information database 351 is constructed in a storage area provided by the memory 102 or the storage device 103 of the computer used as the trouble transfer compensation system 30.

=== Construction management system 40 ===
FIG. 15 is a functional block diagram showing some of the functions provided in the construction management system 40. As shown in FIG. 15, the construction management system 40 includes a construction management information input unit 411, a construction management cooperation request transmission unit 412, a supply application cooperation notification reception unit 413, and a construction management information database 451.

  The construction management information database 451 stores construction management information. FIG. 16 shows a configuration example of construction management information registered in the construction management information database 451. As shown in FIG. 16, the construction management information includes a subject number assigned for each construction, identification information (cause number) of the cause report of this construction, business place, construction type, sales office, and classification of power provided. , Date of power outage, contents of work, etc. are included.

  The construction management information input unit 411 receives input of construction management information via, for example, a screen 75 as shown in FIG. When each item on the screen 75 is input and the registration button 751 is pressed, the construction management information input unit 411 registers the construction management information in which the input information is set in the construction management information database 451. When the subject number is entered in the subject number input field 752 and the search button 753 is pressed, the construction management information input unit 411 displays the construction management information corresponding to the inputted subject number as construction management information. Each item of the acquired construction management information acquired from the database 451 is set in the input field of the corresponding screen 75. When the subject number is entered in the subject number 752 of the screen 75 and the delete button 754 is pressed, the construction management information input unit 411 displays the construction management information corresponding to the inputted subject number in the construction management information database 451. Delete from.

  The construction management cooperation request transmission unit 412 transmits a command (hereinafter referred to as “construction management cooperation request”) instructing to perform registration, update, or deletion operations of construction management information to the distribution map information system 50. In the above screen 75, when each item is input and the registration button 751 is pressed, the construction management cooperation request transmission unit 412 receives an instruction to register construction management information, construction management information including each input item, and Is transmitted to the distribution map information system 50.

  The supply application cooperation notification receiving unit 413 receives, from the distribution map information system 50, supply application cooperation notification regarding supply application information related to the construction and stored in a database of the distribution map information system 50 described later. When the received supply application cooperation notification is a message indicating registration or update of supply application information, the supply application cooperation notification reception unit 413 is based on the supply application information set in the received supply application cooperation notification. The construction management information database 451 is updated. When the received supply application cooperation notification is a message indicating the deletion of supply application information, the supply application cooperation notification reception unit 413 indicates that the receipt number of the supply application information set in the supply application cooperation notification is The construction management information set as the original document number is deleted from the construction management information database 451.

  The functional units 411 to 413 are realized by the CPU 101 of the computer used as the construction management system 40 reading the program stored in the storage device 103 into the memory 102 and executing it. The construction management information database 451 is constructed in a storage area provided by the memory 102 or the storage device 103 of the computer used as the construction management system 40.

=== Distribution Map Information System 50 ===
FIG. 18 is a functional block diagram showing main functions of the distribution map information system 50. As shown in FIG. 18, the distribution map information system 50 includes a design processing unit 511, a supply application cooperation request reception unit 512, a scheduled completion date change request reception unit 513, a supply application cooperation notification transmission unit 514, and a change load cooperation request reception unit. 515, repair form cooperation request receiving unit 516, trouble transfer cooperation request receiving part 517, construction management cooperation request receiving part 518, cause form list display part 519, form designation input part 520, form detail display part 521, supply application information database 551 , A transfer load information database 552, a repair slip information database 553, a trouble transfer information database 554, and a construction management information database 555.

  The supply application information database 551 (corresponding to the “application information storage unit” of the present invention) and the transfer load information database 552 are the same as the supply application information database 151 and the transfer load information database 152 of the new extension construction system 10 described above. It is a configuration. The repair slip information database 553 has the same configuration as the repair slip information database 251 of the repair slip management system 20 described above. The trouble transfer information database 554 has the same configuration as the trouble transfer information database 351 of the trouble transfer compensation system 30 described above. The construction management information database 555 has the same configuration as the construction management information database 451 of the construction management system 40 described above.

  The design processing unit 511 performs processing related to design related to power distribution work. The design processing unit 511 displays, for example, a map of a region where power distribution work is performed, and places power distribution facilities such as utility poles and tracks on the map according to inputs from the designer. Process related to design.

  The supply application cooperation request reception unit 512 (corresponding to the “application information reception unit” of the present invention) receives the supply application cooperation request transmitted from the new expansion construction system 10. The supply application cooperation request receiving unit 512 registers, updates, or deletes supply application information in the supply application database 551 in accordance with an instruction set in the received supply application cooperation request.

  The scheduled completion date change request receiving unit 513 receives the planned completion date change request transmitted from the new expansion construction system 10 and receives the construction date of the supply application information set in the supply application information database 551. Update to the date set in the date change request.

  When the supply application information is registered, updated, or deleted by the supply application cooperation request receiving unit 512, or the supply application information is updated by the scheduled completion date change request receiving unit 513. If there is a failure, a supply application cooperation notice is transmitted to the repair form management system 20 and the construction management system 40. Supply application information that is the object of registration, update, or deletion is set in the supply application cooperation notification.

  The change load cooperation request receiving unit 515 receives the change load cooperation request transmitted from the new extension construction system 10. The change load cooperation request reception unit 515 registers, updates, or deletes change load information in the change load information database 552 in accordance with an instruction set in the received change load cooperation request.

  The repair slip cooperation request receiving unit 516 receives the repair slip cooperation request transmitted from the repair slip management system 20. The repair slip linkage request receiving unit 516 registers, updates, or deletes the repair slip information in the repair slip information database 553 according to the instruction set in the received repair slip linkage request.

  The trouble transfer cooperation request receiving unit 517 receives the trouble transfer cooperation request transmitted from the trouble transfer compensation system 30. The trouble transfer cooperation request 517 registers, updates, or deletes the trouble transfer information with respect to the trouble transfer information database 554 according to the instruction set in the received trouble transfer cooperation request.

  The construction management cooperation request receiving unit 518 receives the construction management cooperation request transmitted from the construction management system 40. The construction management cooperation request receiving unit 518 registers, updates, or deletes construction management information in the construction management information database 555 according to the instruction set in the received construction management cooperation request.

  The cause report list display unit 519 (corresponding to the “application information output unit” of the present invention) applies for power supply, registration of change load information, changes, and repairs that caused the distribution work to be designed. Display a list of various cause forms related to applications for relocation. The cause form list display unit 519 includes supply application information registered in the supply application information database 551, change load information registered in the transfer load information database 552, repair form information registered in the repair form database 553, trouble Each of the trouble transfer information registered in the transfer information database 554 and the construction management information registered in the construction management information database 555 is output as a list to the output device 107. FIG. 19 is an example of a screen 76 on which a list of cause forms is displayed by the cause form list display unit 519. A screen 76 shown in FIG. 19 shows a state where a tab 751 for displaying a list of supply application information is selected. FIG. 19 shows an example in which the supply information reception number, customer address, service column number, and the like are displayed in the display field 752 for displaying the outline of the supply application information. The cause form list display unit 519 displays a list of transfer load information when the tab 753 is selected, a list of repair form information when the tab 754 is selected, and a trouble when the tab 755 is selected. A list of relocation information is displayed on the screen 75 when the tab 755 is selected, and a list of trouble relocation information is displayed when the tab 756 is selected. In the example of FIG. 19, an example of a screen that is output when the output device 107 is a display device such as a display is shown. However, a list of cause reports can be printed by a printer or the like. .

  The form designation input unit 520 receives one designation of the cause form displayed by the cause form list display unit 519 from the designer. For example, when the supply application information display field 752 on the screen 75 shown in FIG. 19 is clicked with a pointing device such as a mouse, the form specification unit 520 receives the input of the supply application information reception number. , Accept the cause form designation.

  The form detail display unit 521 displays the supply application information, the change load information, the repair table information, the trouble transfer information, or the construction management information corresponding to the cause form designated by the form designation input unit 520, in each of the databases 551- The data is read from any one of 555 and displayed. For example, when the display field 752 of the screen 75 is clicked, the form detail display unit 521 displays the content of the supply application information on a screen 76 as shown in FIG.

  The functional units 511 to 521 are realized by the CPU 101 of the computer used as the distribution map information system 50 reading out the program stored in the storage device 103 to the memory 102 and executing it. Each of the databases 552 to 555 is constructed in a storage area provided by the memory 102 or the storage device 103 of the computer used as the distribution map information system 50.

FIG. 21 is a diagram for explaining the exchange of data between the systems 10 to 50 described above.
When the new expansion construction system 10 transmits a supply application cooperation request to the distribution map information system 50 (S801), the distribution map information system 50 supplies supply application information to the supply application information database 551 in response to the received supply application cooperation request. Is registered, updated, or deleted (S802). Further, when a request for changing the scheduled completion date is transmitted from the new expansion construction system 10 to the distribution map information system 50 (S803), the distribution map information system 50 supplies the supply application information stored in the supply application information database 551. The repair slip information stored in the repair slip information database 553 and the construction management information stored in the construction management information database 555 are updated (S804).

  When the supply application information is registered, updated, or deleted from the supply application information database 551 in response to the supply application cooperation request or the scheduled completion date change request, the distribution map information system 50 sends the supply application cooperation notification to the construction management system. 40 (S805). The supply application cooperation notification is also transmitted to the repair form management system 20 (S806). In the construction management system 40, the construction management information stored in the construction management information database 451 of the construction management system 40 is updated in response to the received supply application cooperation notification (S807). The repair slip management system 20 also updates the repair slip information stored in the repair slip information database 251 of the repair slip management system 20 in response to the received supply application cooperation notification (S808).

  On the other hand, when the transfer load cooperation request is transmitted from the new extension construction system 10 to the distribution map information system 50 (S809), the distribution map information system 50 applies the change load information database 552 to the transfer load information database 552 in response to the received transfer load cooperation request. The transfer load information is registered, updated, or deleted (S810).

  When a repair slip linkage request is transmitted from the repair slip management system 20 to the distribution map information system 50 (S811), the distribution map information system 50 repairs the repair slip for the repair slip information database 553 in response to the received repair slip linkage request. Information is registered, updated, or deleted (S812).

When the trouble transfer cooperation request is transmitted from the trouble transfer guarantee system 30 to the distribution map information system 50 (S813), the distribution map information system 50 transfers the trouble to the trouble transfer information database 554 in accordance with the received trouble transfer information request. Information is registered, updated, or deleted (S814).
When a construction management cooperation request is transmitted from the construction management system 40 to the distribution map information system 50 (S815), the distribution management map information system 50 registers, updates, or deletes construction management information in the construction management information database 555. (S816).

  Note that the command transmission in each of the above (S801), (S803), (S809), (S811), (S813), and (S815) is performed asynchronously regardless of the order shown in FIG. In addition, the supply application cooperation notification in (S805) and the supply application cooperation notification in (S806) transmitted from the distribution map information system 50 in response to the request for changing the scheduled completion date in (S803) are also shown in FIG. It is transmitted to each of the construction management system 40 and the repair form management system 20 asynchronously regardless of the order.

  As described above, in the power distribution design support system of the present embodiment, the supply application information and transfer load information input to the new extension construction system 10, the repair slip information input to the repair slip management system 20, and the trouble transfer compensation system The trouble transfer information input to 30 and the construction management information input to the construction management system 40 are transmitted to the distribution map information system 50 and registered in the respective databases 551 to 555 of the distribution map information system 50. Therefore, it is possible to reduce the double labor of inputting information registered in each system again. In addition, since the designer can easily browse the information related to the work to be designed and the cause form related to the work, the work can be carried out reliably and efficiently.

  In the present embodiment, each of the systems 10 to 50 included in the power distribution design support system is configured by one or more computers, but a plurality of systems among the above systems 10 to 50 are defined as one. It can also be realized with a single computer. In this case, the CPU 101 reads out a plurality of programs stored in the storage device 103 to the memory 102 and executes them in one computer, thereby realizing the various functions of the plurality of systems 10 to 50 described above.

  Although the present embodiment has been described above, the above embodiment is intended to facilitate understanding of the present invention and is not intended to limit the present invention. The present invention can be changed and improved without departing from the gist thereof, and the present invention includes equivalents thereof.

It is a figure showing the whole power distribution design support system composition concerning this embodiment. Typical computer hardware configuration used for new extension construction system 10, repair slip management system 20, trouble transfer compensation system 30, construction management system 40, and distribution map information system 50 according to an embodiment of the present invention It is a figure which shows an example. It is a functional block diagram which shows a part of function with which the new expansion construction system 10 by one embodiment of this invention is provided. It is a figure which shows the structural example of the supply application information memorize | stored in the supply application information database 151 by one embodiment of this invention. It is a figure which shows an example of the load installation information regarding the general load installation used for an electric lamp etc. by one embodiment of this invention. It is a figure which shows an example of the screen 71 for receiving the input of application information by one embodiment of this invention. It is a figure which shows the structural example of the change load information memorize | stored in the change load information database 152 by one embodiment of this invention. It is a figure which shows an example of the screen 72 for receiving the input of transfer load information by one embodiment of this invention. It is a functional block diagram which shows a part of function with which the repair slip management system 20 with one embodiment of this invention is provided. It is a figure which shows the structural example of the repair slip information memorize | stored in the repair slip database 251 by one embodiment of this invention. It is a figure which shows an example of the screen 73 for receiving the input of each item contained in repair slip information by one embodiment of this invention. It is a functional block diagram which shows a part of function with which the trouble transfer compensation system 30 with one embodiment of this invention is provided. It is a figure which shows the structural example of the trouble transfer information registered into the trouble transfer information database 351 by one embodiment of this invention. It is a figure which shows an example of the screen 74 for receiving the input of trouble transfer information by one embodiment of this invention. It is a functional block diagram which shows a part of function with which the construction management system 40 is provided by one embodiment of this invention. It is a figure which shows the structural example of the construction management information registered into the construction management information database 451 by one embodiment of this invention. It is a figure which shows an example of the screen 75 for receiving the input of construction management information by one embodiment of this invention. It is a functional block diagram which shows the main functions of the distribution map information system 50 by one embodiment of this invention. It is a figure which shows an example of the screen 76 on which the list of cause forms was displayed by one embodiment of this invention. It is a figure which shows an example of the screen 76 for displaying the content of supply application information by one embodiment of this invention. It is a figure which shows the flow of the exchange of data between each system by one embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 New expansion construction system 20 Repair form management system 30 Disability transfer compensation system 40 Construction management system 50 Distribution map information system 60 Communication network 101 CPU 102 Memory 103 Storage device 104 Recording medium reader 105 Communication interface 106 Input device 107 Output device 108 Recording Medium 111 Supply application information input unit 112 Change load information input unit 113 Supply application cooperation request transmission unit 114 Scheduled completion date input unit 115 Scheduled completion date change request transmission unit 151 Supply application information database 152 Change load information database 211 Repair slip information input unit 212 Repair slip cooperation request transmission unit 213 Supply application cooperation notification reception unit 251 Repair slip information database 311 Failure transfer information input unit 312 Failure transfer cooperation request transmission unit 351 Failure transfer information database 411 Construction management information input unit 412 Construction management cooperation request transmission unit 413 Supply application cooperation notification reception unit 451 Construction management information database 511 Design processing unit 512 Supply application cooperation request reception unit 513 Scheduled completion date change request reception unit 514 Supply application cooperation notification Transmission unit 515 Change load cooperation request reception unit 516 Repair form cooperation request reception part 517 Trouble transfer cooperation request reception part 518 Construction management cooperation request reception part 519 Cause report list display part 520 Form specification input part 521 Form detail display part 551 Supply application information Database 552 Transfer load information database 553 Repair slip information database 554 Disability transfer information database 555 Construction management information database

Claims (11)

A system that supports design related to power distribution work,
Connect to the application management server that manages the application information for matters that require power distribution work.
An output device;
An application information receiving unit for receiving application information input to the application management server from the application management server;
An application information storage unit for storing the received application information;
An application information output unit that outputs a list of the application information stored in the application information storage unit to the output device;
A power distribution design support system characterized by comprising: The power distribution design support system according to claim 1,
The matters requiring the power distribution work include installation of new power distribution equipment, expansion of power distribution equipment, repair of power distribution equipment, and / or relocation of trouble.
Power distribution design support system. The power distribution design support system according to claim 1,
A change receiving unit for receiving from the application management server application specifying information for specifying the application information and a change to the application information input to the application management server;
An application information update unit that updates the application information identified by the received application identification information according to the received change;
A power distribution design support system characterized by comprising: The power distribution design support system according to claim 1,
A communication with a construction management server that manages construction plan information related to a distribution work plan performed in response to the application information,
A construction plan information receiving unit for receiving construction plan information input to the construction management server from the construction management server;
A construction plan information storage unit for storing the received construction plan information;
A construction plan information output unit that outputs a list of the construction plan information stored in the construction plan information storage unit to the output device;
A power distribution design support system characterized by comprising: The power distribution design support system according to claim 4,
A construction plan change receiving unit for receiving, from the construction management server, construction plan identification information for identifying the construction plan information and a change to the construction plan information input to the construction management server;
A construction plan information update unit that updates the construction plan information identified by the received construction plan identification information according to a change to the received construction plan information;
A power distribution design support system characterized by comprising: The power distribution design support system according to claim 4,
A construction plan cause information storage unit for storing the application specification information for identifying the application information and the construction plan identification information for identifying the construction plan information for the construction plan performed in response to the application information;
A construction plan identification information input unit that accepts input of construction plan identification information that identifies one of the construction plan information output in a list on the output device;
The application information output unit takes out the application information corresponding to the construction plan identification information input to the construction plan identification information input unit from the application information storage unit, and displays the retrieved application information in a list on the output device To do,
Power distribution design support system. A system that supports design related to power distribution work,
A usage management server that manages applications for the start of use of electricity;
A repair management server for managing repair applications;
A trouble relocation management server that manages applications for relocation of distribution lines,
A power distribution design support device that supports design related to power distribution work performed in response to an application for at least one of the start of use, repair, and transfer of electricity;
Comprising
Each of the repair management server, the use management server, and the trouble transfer management server is communicably connected to the power distribution design support device,
The usage management server is:
A use application information input unit that accepts input of use application information indicating the application details of the start of use of the electricity;
A use application information transmission unit that transmits the input use application information to the power distribution design support device,
The repair management server is
A repair application information input unit for receiving input of repair application information indicating the content of the repair application;
A repair application information transmission unit for transmitting the input repair application information to the power distribution design support device,
The trouble transfer management server
A transfer application information input unit for receiving input of transfer application information indicating the application details of the transfer;
A transfer application information transmitting unit for transmitting the input transfer application information to the power distribution design support device,
The power distribution design support device
An output device;
An application information receiving unit that receives at least one of the use application information, the repair application information, and the transfer application information from at least one of the use management server, the repair application management server, and the trouble transfer management server; ,
An application information storage unit that stores at least one of the received use application information, the repair application information, and the transfer application information;
An application information output unit that outputs a list of at least one of the use application information, the repair application information, and the transfer application information stored in the application information storage unit, to the output device;
Power distribution design support system. The power distribution design support system according to claim 7,
Includes a construction management server that manages construction plan information related to power distribution work,
The construction management server and the power distribution design support device are communicably connected,
The construction management server
A construction plan information input unit that accepts input of construction plan information;
A registration unit that registers construction plan information in response to input,
A transmission unit that transmits the construction plan information to the power distribution design support device according to the registration of the construction plan information,
The power distribution design support device
A construction plan information receiving unit for receiving the construction plan information transmitted from the construction management server;
A construction plan information storage unit for storing the construction plan information;
A construction plan information output unit that outputs a list of the construction plan information stored in the construction plan information storage unit to the output device;
Providing
Power distribution design support system. A power distribution design support system according to claim 8,
The power distribution design support device
A construction plan cause information storage unit for storing the application specification information for identifying the application information and the construction plan identification information for identifying the construction plan information for the construction plan performed in response to the application information;
A construction plan identification information input unit that accepts input of construction plan identification information that identifies one of the construction plan information output in a list on the output device;
The application information output unit takes out the application information corresponding to the construction plan identification information input to the construction plan identification information input unit from the application information storage unit, and displays the retrieved application information in a list on the output device To do,
Power distribution design support system. A method for supporting design related to power distribution work,
A computer including a CPU, a memory, and an output device
Connect to the application management server that manages the application information for matters that require power distribution work.
Receiving the application information input to the application management server from the application management server;
Storing the received application information in the memory;
Listing the application information stored in the memory to the output device;
Power distribution design support method characterized by A program for supporting design related to power distribution work,
A computer that includes a CPU, a memory, and an output device, and that is communicably connected to an application management server that manages application information for matters requiring power distribution work.
Receiving the application information input to the application management server from the application management server;
Storing the received application information in the memory;
Listing the application information stored in the memory to the output device;
A program for running

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