JP2008052461A - Power distribution construction management system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To broadly notify power distribution construction information in real time. <P>SOLUTION: This power distribution construction management system comprises: a server installed in a management department to display map information including the region of power distribution construction; terminal equipment owned by the general consumer of a power connected through a communication line to the server; a construction content input means for inputting predetermined construction content relating to power distribution construction scheduled to a server; a construction mark addition means for adding predetermined marks showing power distribution construction places in the map information based on the input predetermined construction content; a map information display means for displaying the content of the map information on the display screen of the terminal equipment; a designation means for designating the predetermined spots on the map displayed on the display screen; and an enlargement display means for executing the enlargement display of the predetermined range including the designated predetermined spots including the construction marks A, B and C. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a power distribution management system, and in particular, can efficiently provide various information related to the progress of construction at each stage of power distribution work to general consumers, construction workers, etc., and perform various work related to power distribution work. The present invention relates to a distribution work management system that can be processed efficiently.

  Conventionally, when power distribution work is performed, printed materials (flyers) describing the details of the power distribution work are pasted near the power distribution site, and are also affected by general consumers affected by the power distribution work. It is distributed to certain households and factories, etc., and the date and time of distribution work is informed.

  In addition, in a company that conducts power distribution work, when the power supply company, for example, the power distribution company that orders the power distribution work is entrusted (ordered), the subsequent management work is a manual process that is mainly paper-based. The business is done in.

In other words, a paper-based consignment ledger is created for the distribution work consignment work after an order is received, and a quality plan is issued separately.In the distribution process management work, the process management ledger and the design management ledger are also carried out on a paper basis In the distribution materials business, necessary materials are summed up and entered manually, inventory management is also performed on an actual basis, and distribution work settlement work is also performed by manually inputting various data. .
nothing special

  As mentioned above, when power distribution work is performed, it is known to the general consumers in the vicinity where the power distribution work is performed by flyers, but it has been desired to notify this in a wide range and in real time. . In other words, the place where power distribution work is performed is likely to cause traffic congestion because part of the road is occupied for the work, and there is also a demand for drivers and other visitors to know the place in advance and avoid it there were. Furthermore, there is a demand for general consumers to reliably obtain information on power distribution work such as start time, end time, and work contents in order to protect electronic devices caused by power outages associated with power distribution work. Furthermore, there was a request from the power supply company as the orderer to grasp the progress of power distribution work in real time.

  In addition, as mentioned above, the management work of the construction company after receiving an order for power distribution work was mainly done manually and on a paper basis, so data is likely to be scattered and discrepancies in the aggregation process are likely to occur. There was an inconvenience.

  Therefore, the present invention is made in order to meet these demands and to solve the existing defects, and its purpose is to distribute power distribution work information such as start time, end time, work content, work location, etc. It is intended to provide a distribution work management system capable of notifying consumers and others in real time over a wide range and efficiently performing management work in a distribution work construction company.

In order to achieve the above goal, a power distribution work management system according to the present invention includes a server 1, a server 1 and a communication line 7 installed in a management department so as to display map information including a predetermined area in charge of power distribution work. The terminal devices 12 and 13 connected via the server, the construction content input means for inputting the predetermined construction contents relating to the planned power distribution work to the server 1, and the predetermined input inputted via the construction content input means Construction mark adding means for adding a predetermined mark indicating the distribution work location in the map information based on the construction contents, map information display means for displaying the contents of the map information on the display screens of the terminal devices 12 and 13, and the terminal device A designation means for designating a predetermined point on the map displayed on the display screens 12 and 13 and a predetermined range including the predetermined point designated by the designation means are added by the construction mark adding means. Predetermined mark A which, B, it is characterized by having a terminal display unit to enlarge including C.
The distribution work management system configured as described above is used for the distribution work scheduled by the construction content input means in the map information via the server 1 installed in the head office or the like of the construction company that performs the distribution work. Predetermined construction details are entered. Based on the input, predetermined marks A, B, and C are added to locations where power distribution work is performed in the map information. On the other hand, the terminal devices 12 and 13 corresponding to the client corresponding to the server 1 display the contents (map) of the map information output from the server 1, and when a predetermined location of the map is designated (clicked), That part is enlarged and displayed. In the enlarged map, locations where power distribution work is performed are displayed with display marks A, B, and C corresponding to the progress of the work.
In the distribution work management system according to the present invention, the terminal devices 12 and 13 are installed at an ordering party of distribution work or a general consumer of electric power.
In the distribution work management system according to the present invention, the communication line 7 is connected to the portable terminal 14 possessed by the person in charge of the distribution work, or the portable terminal 16 possessed by the monitoring personnel monitoring the distribution work. To do.
In the distribution work management system according to the present invention, the predetermined marks A, B, and C indicating the distribution work place are used to distinguish between the schedule of the distribution work, during the distribution work, and the end of the distribution work.
In the distribution work management system according to the present invention, the server 1 includes a commissioned work management processing apparatus that manages the commissioned work of the distribution work, a process management processing apparatus that manages the power distribution work process, parts used in the power distribution work, It may be configured by further connecting at least one of a material management processing device 10 that arranges materials, equipment, and other materials for power distribution work, and a payment management processing device 11 that manages the payment processing work associated with the power distribution work. it can.

  A power distribution work management system according to the present invention is connected to a server 1 installed in a management department so as to display map information including a predetermined area in charge of power distribution work, and the server 1 via a communication line 7. Terminal apparatus 12 and 13, construction content input means for inputting predetermined construction contents relating to planned distribution work to server 1, and distribution work location in map information based on the inputted predetermined construction contents Construction mark adding means for adding a predetermined mark, map information display means for displaying the contents of the map information on the display screens of the terminal devices 12 and 13, and designation means for designating a predetermined point on the displayed map The predetermined marks A, B,... Added by the construction mark adding means include a predetermined range including the specified predetermined point. Since it is composed of an enlarged display means for enlarging display including C, it is possible to notify the distribution work location over a wide range in real time.

  In addition, since the terminal devices 12 and 13 are installed at the distribution orderer or the general consumer of power, the power supply company that is the distribution orderer grasps the progress of the distribution work in real time. In addition, distribution information can be obtained in real time even for general consumers of electric power.

  Since the portable terminal 14 possessed by the person in charge of distribution work is connected to the communication line 7, it is possible to input distribution work information on the site via the portable terminal 14 and send the information to the server 1. . In addition, since the mobile terminal 16 possessed by the monitoring personnel monitoring the power distribution work is connected to the communication line 7, the power distribution work information is input in the field via the mobile terminal 16 and the information is stored in the server 1. Can be sent to.

  Predetermined marks A, B, and C indicating the location of power distribution work indicate the distribution work schedule, during power distribution work, and the completion of power distribution work, etc., so the progress of the power distribution work becomes clear at a glance depending on the display contents of the mark .

  Since the server 1 is connected to the processing apparatus 8 for managing the commissioned work for managing the commissioned work for the power distribution work, the commissioned work can be automated. In addition, a process management table 9 can be automatically created by connecting the server 1 with a process management processing device 9 that manages the process of power distribution work. By connecting the server 1 with a material management processing device 10 that arranges parts, materials, or equipment used in power distribution work, parts, materials, equipment, and other materials used in power distribution work are automatically arranged. can do. When the settlement management processing device 11 that manages the settlement processing work associated with the power distribution work is connected to the server 1, the settlement processing work can be automated.

  In addition, the code | symbol attached | subjected in the means for solving said subject, and each item of the effect of invention was attached | subjected in order to make easy reference with the part which shows each structure part described in drawing. The present invention is not limited to the structure and shape indicated by the reference numerals in the drawings.

  The best mode for carrying out the present invention will be described below with reference to the drawings. FIG. 1 is a block diagram of a power distribution work management system according to the present invention. Reference numeral 1 in the figure is installed in, for example, a management department (in the drawing, the head office of a construction company) in a construction contractor who performs power distribution work. A server composed of a relatively large computer. That is, the server 1 includes a calculation unit (CPU) 3 that performs a predetermined calculation process using a predetermined system program and working data stored in the memory 2.

  A map data storage unit 4 is connected to the calculation unit (CPU) 3. The map data storage unit 4 stores map information (see FIG. 3 to be described later) of the area in charge of the power distribution construction contractor. The storage of the map data in the map data storage unit 4 can be input via the input unit 5, but is configured so that the latest map information can be stored by inputting from the outside via the communication control unit 6. Yes. That is, the map information provided by the map information provider via the communication control unit 6 and the communication line 7 including the Internet is taken in and stored in the map data storage unit 4. The map information can be configured without the map data storage unit 4 by linking to the map data provided by the map information provider.

  The input unit 5 is configured to include known input devices such as a keyboard and a numeric keypad, and when the distribution work is entrusted (order received) from the power supply company that is the orderer of the distribution work, the predetermined construction related to the entrustment is performed. The work content data such as various data related to the content and other power distribution work can be input. This construction content data is formed by, for example, identification data of telephone poles for which power distribution work is performed, design matters, deadlines, timing, places, and other construction details. Note that all or a part of the construction content data is automatically input from the distribution management host computer of the distribution work orderer (power supply company) via the communication control unit 6 and the communication base station. May be.

  Information generally displayed as the contents of construction can be, for example, the address / region name of the construction site, the scope of regulation, the scheduled start / end date of construction, the scale of construction, the distinction between ground, underground, aerial, etc.

  Reference numeral 6 in the figure denotes an output unit connected to the calculation unit (CPU) 3 and is composed of a known output device including a display screen and a printer. In addition, the computing unit (CPU) 3 is a computer that creates a form accompanying a power distribution work contract such as a consignment ledger and a quality plan when the power distribution work is commissioned from a distribution work ordering source via the communication control unit 6. Is connected to a processing apparatus 8 for contracted work management. Further, a process management processing device 9 mainly connected to a computer is connected to the power distribution work process so that the process can be individually displayed on the screen, and the location of the design document and the like are managed in an integrated manner. In addition, a material management processing apparatus 10 mainly composed of a computer that arranges various materials for power distribution work such as clamps necessary for power distribution work, materials such as electric wires, and equipment, and inventory management. Is connected. In addition, a billing management processing device 11 mainly connected to a computer is connected, which processes the amount charged for the costs associated with power distribution work and automatically totals the design inventory at the end of the period. In addition, although each said processing apparatus 8, ... 11 is made into the different structure from the server 1, you may make it give the server 1 a part or all of the function of each processing apparatus 8, ... 11. .

  Reference numeral 12 in the figure is a terminal device that is installed at a power supply company that is an orderer of power distribution work and is connected to the communication line 7 and is composed of a personal computer corresponding to a client corresponding to the server 1. Similarly, reference numeral 13 denotes a terminal device (client) that is installed in a general household, a factory, an office, or the like that is a general consumer of electric power and connected to the communication line 7.

  Reference numeral 14 in the figure denotes a portable terminal device having a wireless communication function possessed by a power distribution worker connected to the communication line 7 via the communication base station 15. Reference numeral 16 denotes a portable terminal having a wireless function possessed by a monitoring person who monitors power distribution work, which is similarly connected to the communication base station via the communication base station 15. These portable terminals 14 and 16 can also use known PADs. In addition, a mobile phone (including PHS) can be provided with an information input function to be a mobile terminal.

  Next, the data storage control operation to the map data storage unit 4 in the server 1 will be described using the flowchart of FIG. Now, it is assumed that a predetermined distribution work has been entrusted from a power distribution company (power supply company) (step 100, hereinafter referred to as step “S”). In this case, predetermined construction information such as predetermined identification information (hereinafter referred to as “ID”), construction date and time information, power pole ID related to the power distribution work, construction content, etc. is set via the input unit 5. (S102).

  When various types of data related to predetermined construction contents are input by the input unit 5, the installation location of the power distribution work is determined, so that the installed power pole and other locations related to the construction are determined. Then, a predetermined construction schedule mark A indicating the schedule of the power distribution work is added to the map data information stored in the map data storage unit 4 corresponding to the installation location (S104). That is, since the map data storage unit 4 stores the map information of the area in charge of the distribution contractor, a predetermined construction schedule mark indicating the construction schedule (see reference numeral A in FIG. 6 described later). Is added.

  Thus, the map information to which the construction schedule mark A indicating the schedule of the power distribution work is added is made public via the communication line (Internet) 7 when a predetermined number of days before the power distribution work (for example, 10 days before). (S106 step, S108). In the published map information, the construction mark B is displayed during the power distribution work, and after the power distribution work is completed, it is switched to the work completion mark C. After several days (for example, 10 days), all of the power distribution work The mark is erased (step S110).

  Next, a method for obtaining power distribution work using the terminal device 12 possessed by the orderer (power supply company) of the power distribution work and the terminal device 13 possessed by the general consumer will be described using the flowchart of FIG. In addition, since the information acquisition method of both the apparatuses 12 and 13 is the same, it demonstrates here taking the terminal device 13 of a general consumer as an example. The power distribution work information can be obtained without limitation as long as it is a terminal device connected to the communication line (Internet) 7. Therefore, it can also be obtained by a trader or the like who provides road traffic information, and appropriate road traffic information can be provided based on the obtained power distribution work information.

  Now, it is assumed that the terminal device 13 of a general consumer is activated and is set to a distribution work search mode (step S200). With this mode setting, the entire screen in charge of the power distribution contractor shown in FIG. 3 is displayed on the display screen of the terminal device 13 (S202). For example, when the general consumer designates the vicinity of his / her own house (clicking) (step S204), the first enlarged area including the designated area (for example, a sales office / business jurisdiction unit in a construction company) is expanded. The contents of the map information are displayed (S206). An example of the first enlarged map information is shown in FIG. 5, which is enlarged and displayed, for example, about 1.2 to 1.5 times the surrounding area so that the selected area can be seen at a glance. I have to.

  The first enlarged map makes it possible to clarify the area to be confirmed, for example, to specify the vicinity of his / her home. When a general consumer designates a predetermined location of the first enlarged map in detail (clicking), the second map information further enlarged than the first enlarged map as shown in FIG. Is displayed (steps S208 and S210). In the second enlarged map, a construction schedule mark indicating a schedule of power distribution work indicated by a black circle (see symbol A in FIG. 6), a vehicle under construction (in FIG. 6), corresponding to the progress of construction. A work in progress mark indicating that the power distribution work is being performed indicated by a symbol B) and a work completion mark indicating the end of the power distribution work indicated by a white circle (refer to the symbol C in FIG. 6) are displayed.

  The construction schedule mark A described above is added by inputting construction details via the input unit 5 as described above. The construction in progress mark B and the construction end mark C are received when the server 1 receives predetermined information indicating that the work is in progress prior to the start of the power distribution work from the portable terminal 14 possessed by the worker of the power distribution work. The construction schedule mark A is switched to the construction mark B. Further, when the power distribution work is completed, the construction mark B is switched to the work completion mark C when the server 1 receives predetermined information indicating the completion of the work from the mobile terminal 14.

  When the location of the predetermined marks A, B, and C related to power distribution work is designated (clicked) by a general customer, the details of the on-site enlarged map in which more detailed information is displayed (the third in the flowchart of FIG. 4) Is displayed) (steps S212 and S214). The on-site enlarged map for displaying this detailed information is displayed in a dialog-like manner on the second enlarged map on the screen, and can be moved on the screen by a drag operation. FIG. 7 is an example of the contents of the site expansion map when the construction schedule mark A indicating the schedule of one power distribution work in FIG. 6 is designated (the symbol A in FIG. 7 indicates the construction schedule mark). .) FIG. 8 is an example of the contents of the on-site enlarged map when a construction mark B indicating that one power distribution work in FIG. 6 is designated (the symbol B in FIG. 8 indicates the construction mark). .) FIG. 9 is an example of the contents of the site expansion map when the construction end mark C indicating the end of one distribution work in FIG. 6 is designated (the reference C in FIG. 9 indicates the construction end mark). ing.). The display of information regarding the progress status of these construction contents is performed until the distribution work search mode is completed (step S216). In these detailed site expansion maps, the address of the distribution work site is posted along with the map display, and the message of the construction company is also displayed.

  As described above, the power distribution work management system according to the present invention has a feature that it can widely notify the status of power distribution work in real time via the terminal devices 12 and 13. Further, since information is also input to the server 1 from the portable terminal 16 possessed by the supervisor who monitors the power distribution work, for example, even if additional work is required, it can be dealt with promptly.

  In addition, since the progress of the distribution work ID is input to the server 1 from the portable terminal 14 possessed by the worker, not only the process management can be automatically performed but also daily work such as daily work reports. It has a feature that the creation of documents such as various reports is automated.

  In the above-described example, the map information displayed on the terminal devices 12 and 13 is enlarged and displayed in three stages. However, this can be made in two stages. In this case, the content shown in FIG. 5 is omitted from the initial display content shown in FIG. 3, and the content shown in FIG. 6, for example, is obtained.

  The distribution work management system according to the present invention makes it possible to grasp in real time the progress status of various power distribution works in the power distribution facilities, in particular, the cable laying route. You can also. For example, it can be applied to notification of progress in waterworks, gas works and various road works.

It is a block diagram of a power distribution work management system according to the present invention. It is a flowchart which shows control operation. It is an example of the content of the map information which the construction contractor of power distribution construction takes charge of. It is a flowchart which shows control operation. It is an example of the content of the 1st enlarged map information. It is an example of the content of the 2nd expanded map information. It is an example of the site expansion map on which the construction schedule mark of power distribution work is displayed. It is an example of the site expansion map on which the under construction mark indicating that the power distribution work is in progress is displayed. It is an example of the site expansion map in which the construction completion mark which shows the distribution work completion is displayed.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Server 2 ... Memory 3 ... Operation part (CPU) 4 ... Map data memory | storage part 5 ... Input unit 6 ... Communication control part 7 ... Communication line 8 ... Processing apparatus 9 for consigned work management ... Process management processing apparatus 10 ... Material Management processing device 11 ... Payment management processing device 12 ... Terminal device 13 ... Terminal device 14 ... Mobile terminal 15 ... Communication base station 16 ... Mobile terminal A ... Construction schedule mark B ... Under construction mark C ... Construction end mark

Claims (9)

  A server installed in the management department to display map information including a predetermined area in charge of power distribution work, a terminal device connected to the server via a communication line, and a predetermined power distribution work Construction content input means for inputting the construction content of the server to the server, and construction mark addition means for adding a predetermined mark indicating the distribution work location in the map information based on the predetermined construction content input via the construction content input means A map information display means for displaying the contents of the map information on the display screen of the terminal device, a designation means for designating a predetermined point on the map displayed on the display screen of the terminal device, and a designation means designated by the designation means A power distribution work management system comprising terminal display means for enlarging and displaying a predetermined range including a predetermined point including the predetermined mark added by the work mark adding means.   2. The distribution work management system according to claim 1, wherein the terminal device is installed at an ordering party of distribution work or a general consumer of electric power.   3. The distribution work management system according to claim 1 or 2, wherein a portable terminal possessed by a person in charge of the distribution work is connected to the communication line.   4. The distribution work management system according to claim 1, wherein a portable terminal possessed by a monitoring person who monitors the distribution work is connected to the communication line.   The distribution work management system according to any one of claims 1 to 4, wherein the predetermined mark indicating the location of the power distribution work distinguishes between the schedule of the power distribution work, during the power distribution work, and the end of the power distribution work. Distribution system management system.   6. The distribution work management system according to claim 1, further comprising a contract work management processing device for managing the trust work of the power distribution work.   The distribution work management system according to any one of claims 1 to 6, wherein the server is connected to a process management processing device for managing a distribution work process.   The distribution management system according to any one of claims 1 to 7, wherein the server is connected to a material management processing device that arranges parts, materials, equipment and other materials used in the distribution. A distribution system management system that is characterized. 9. The distribution work management system according to claim 1, wherein a settlement management processing device for managing a settlement process associated with the distribution work is connected to the server. .

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