JP5063088B2 - Street light management system - Google Patents

Description

  The present invention relates to a computer system for maintaining and managing street lamps used by general passers-by.

  Street lights are installed on public roads, bridges, parks, etc. by local public bodies, residents' associations, companies, etc. to ensure the safety of ordinary passers-by. For this reason, it is a principle that the installer should perform the maintenance for each person.

  In general, street lamps are mostly fluorescent lamps, incandescent lamps, mercury lamps, etc., and it is necessary to replace the bulbs at regular intervals. In this case, there are many examples in which the installer recognizes that the lighting is not turned on for the first time by a report from a general passerby who has found the street light that has been turned off.

  However, since street lamps have different reporting destinations depending on the installer, it may be difficult for ordinary passers-by to find the reporting destination. For this reason, there is a case where a non-lighted street light is left unattended for a long time without notifying the installer, which is a problem in terms of safety measures.

  In addition, if the street lamps set up by residents' associations etc. are not lit, the chairman of the local government will replace the light bulb, but it may be difficult to determine the wattage of the light bulb etc. by the president who does not have expertise. is there. In addition, a new light bulb must be purchased at an electronic store, and a certain period of time is required for replacement.

  In addition, the cause of non-lighting is not limited to when the light bulb is burned out, but there may be a problem with the electric wires and power distribution facilities. In such a case, a self-government chairperson who does not have specialized knowledge cannot respond.

  Therefore, in practice, even if it is street light maintenance and management that should be performed by the street light manager, who is originally a supply and demand contractor, construction personnel such as power supply companies cooperate for free due to the above difficulties. There was a case.

In addition, a street light management system that performs street lamp maintenance management by creating a database of street lights together with map data has been proposed (see, for example, Patent Document 1).
JP 2004-1119030 A

  As mentioned above, proper maintenance of street lamps is also required from the viewpoint of safety measures, but it is difficult to grasp the report destination because the managers of the street lamps are different, and information on non-lighting reaches the managers. Takes a certain amount of time. Street lamps are also installed by local governments, but the time for reporting is limited from 9 am to 5 pm on weekdays, and reports are made when the street lights are actually on. There is a problem that can not be.

  Even after a report is made to the streetlight administrator, the streetlights set up by the residents' association have a problem of delaying the time of actual repairs because the chairpersons of the self-government, etc., who perform repairs work alongside normal work. There is.

  The present invention has been made in order to cope with the above-mentioned problem, and reports on all street lights are received centrally on a communication network that can be used by the public, such as the Internet. It is an object of the present invention to provide a street light management system that realizes appropriate street light management and reduces the burden on the persons involved in the management by having the person in charge of the construction work on behalf.

  The streetlight management system of the present invention is a streetlight management system for managing streetlight information, and a list of streetlights is displayed on a display unit of a terminal connected to a publicly available communication network via the communication network. And a street light information display means for displaying an input area corresponding to each street light, and obtaining failure information for receiving and storing the failure information data of the street light input to the input area via the communication network And a repair information extracting means for extracting construction information necessary for repairing the failure of the street light from the information of the street light held in advance.

  In other words, this is a system in which a power supply company, a local public organization, or the like, which is involved in street light management, centrally manages street lights in an area using a computer server.

  Here, the street light means a road illumination light mainly installed by a municipality or a prefecture, a crime prevention light installed by a neighborhood association, a shopping street light installed by a shopping association, or the like.

  The network that can be used by the public is an open network such as the Internet that can be accessed by general users, and includes a communication network that uses a mobile phone.

  The failure of the street light is not limited to non-lighting due to the light bulb being cut off, but includes cases where the light does not turn off even during the light-off time, or cases where the electric wire or power distribution equipment is broken.

The list of street lights is represented by a map showing the positions of the street lights.
That is, a more preferable effect can be achieved by specifically illustrating the street lamps under the control of the map.

  Further, in the street light management system of the present invention, the display unit of the terminal provided by the failed street light manager includes information on the failed street light, construction information necessary for repairing the failure, and necessity of repair application. The failure information display means for displaying the input area for inputting the data via the communication network, and the data regarding the necessity of the repair application input to the input area by the administrator of the failed street lamp, And a repair application acquisition means for determining whether the repair application is necessary and storing it.

  That is, it is possible to notify the streetlight manager of a report on a streetlight failure from a passerby, and guide the repair agent and accept the application based on specific information.

  Furthermore, the street light management system of the present invention provides information on the failed street light, construction information necessary for repair, and acquisition of the repair application on a display unit of a terminal provided for a person in charge of repairing the failed street light. It is characterized by comprising construction request means for displaying, via a communication network, repair application data determined by the means as requiring repair application.

  As a result, it is possible to promptly request the construction of a broken street light for which a repair application has been made.

  In the street light management system of the present invention, the person in charge of repairing the faulty street light, the repair application data determined as requiring repair by the repair application acquisition means, and the street light stored in advance are stored. It is characterized by comprising a construction person selecting means that is selected based on the information of the construction person.

  Thereby, when there are two or more persons in charge of the construction, it is possible to select the person in charge of the construction as well as accepting the application.

  The construction request displayed by the construction requesting means includes an input area for inputting whether the construction person in charge accepts or rejects the construction request. Data regarding acceptance or rejection of the construction request input to the input area is transmitted via the communication network. The construction acceptance information acquisition means for determining whether the construction request is accepted and stored, and the construction request data determined by the construction acceptance information acquisition means to be accepted by the manager of the failed street light. Construction information display means for displaying via a communication network is provided on the display unit of the terminal provided.

  That is, when the person in charge of construction is an external contractor or the like and it is necessary to confirm whether or not the construction request is accepted, the construction schedule is acquired after confirming the acceptance or not in a series of network processing.

  Further, the street light management system of the present invention includes a completion report requesting means for displaying an input area for reporting the completion of construction on a display unit of a terminal provided for a construction worker who has received the construction request via a communication network. The completion report receiving means for receiving the construction completion report data input in the input area via a communication network, and the construction completion report data on the display unit of the terminal provided by the manager of the failed street lamp And a construction completion reporting means for displaying via a communication network.

  As a result, the completion of the construction can be managed and a report can be made to the manager of the street light who applied for repair.

  Further, the street light management system of the present invention is a repair price calculation for calculating a repair price for the failed street lamp based on the construction completion report data received by the completion report receiving means and information on the street lamp held in advance. And a repair charge requesting means for displaying invoice data based on the repair charge calculated by the repair charge calculating means on a display section of a terminal provided by the manager of the failed street light via a communication network. It is characterized by providing.

  Here, the type of completed construction is entered in the construction completion report data used to calculate the repair price, and the type of construction and its unit price are managed in the street lamp information held in advance. The repair fee is calculated based on these.

  ADVANTAGE OF THE INVENTION According to this invention, the notification of a streetlight, such as a non-lighting to the manager of a streetlight which was complicated by the general passerby until now, can be performed centrally on a homepage etc. of the Internet. It is possible to make a report 24 hours a day on an Internet homepage or the like, and by making a report while searching a map displayed on a browser or the like, a report from a general passerby is made much easier.

  In addition, even after receiving a report, a professional operator will perform the work on behalf of the company and charge the construction fee later, thereby realizing quick repairs and the burden on the streetlight managers, etc. Can be greatly reduced.

  Furthermore, by carrying out a series of stream lines of these operations on the network, it is possible to quickly complete the repair after a general passerby finds a street light such as a non-lighting. Therefore, the non-lighting period can be greatly shortened, and a great effect is recognized in terms of safety measures in the area.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a functional block diagram of a street lamp management system 1 according to the present invention, a computer terminal 3 for a construction worker, a computer terminal 4 for a street lamp manager, and a computer terminal 5 for a passer who are connected via a communication network 2. It is.

  The street light management system 1 includes a transmission / reception unit 11 that communicates with the communication network 2 and the like, a central processing unit 12 that performs arithmetic processing related to street light management, and a memory that stores data related to street lights and street light managers. The unit 13 includes an input unit 14 such as a keyboard for inputting data, and an output unit 15 such as a display device or a printer for outputting data.

  The transmission / reception unit 11 of the street light management system 1 is connected to a publicly available communication network 2 such as the Internet, such as a computer terminal 3 for a construction worker, a computer terminal 4 for a street light manager, a computer terminal 5 for a passerby, etc. Connect to.

  The computer terminal 3 of the person in charge of construction and the computer terminal 4 of the street light manager may be connected by a dedicated network.

  The storage unit 13 includes a street lamp DB 131 that stores information such as street lamp ID, location, and type, a map DB 132 that stores map data of the area under the control of the street lamp, the name, address, and contact information of the manager of the street lamp. DB 133 that holds information regarding, construction worker DB 134 that manages information of construction personnel who perform construction necessary for street light repair, repair DB 135 that retains information regarding street light repair, information regarding billing for repair costs, etc. Is constituted by a billing DB 136 or the like.

  The central processing unit 12 is used by a general passerby, a transmission / reception processing unit 501 for exchanging data with the transmission / reception unit 11, an input / output processing unit 502 for exchanging data with the input unit 14 or the output unit 15. Streetlight information display means 503 for displaying streetlight information on the terminal, failure information acquisition means 504 for obtaining failure information of the streetlight input in the input area of the streetlight information display screen, and acquired streetlight failure information Based on the above, the repair information extracting means 505 for extracting the failure street light manager and the construction information necessary for repairing the street light, and the failure information of the street light to the computer terminal provided for the failed street light manager. The failure information display means 506 to display, the repair application acquisition means 507 for accepting the repair application input in the input area of the failure information display screen, and the person in charge of construction for repair Construction person selecting means 508 to be determined, construction requesting means 509 for requesting the construction person to perform construction, construction acceptance information obtaining means 510 for confirming the construction by the construction person who has received the request, and construction work scheduled by the construction person Construction information display means 511 for notifying the streetlight manager of information, a completion report request means 512 for displaying the construction completion report format to the construction staff, a completion report receiving means 513 for receiving construction completion reports from the construction staff, A construction completion report means 514 for displaying a construction completion report to a streetlight manager, a repair price calculation means 515 for calculating a streetlight repair price, and a repair price requesting means 516 for charging the streetlight manager a repair price. .

Next, a configuration example of the database held by the storage unit 13 will be described.
The street light DB 131 manages information on all street lights in the jurisdiction area. Each street lamp is assigned with an individual street lamp ID as a main key, and holds street lamp information such as the location, latitude / longitude, and type of the street lamp. The street lamp DB 131 includes a street lamp type master and manages the types of street lamps such as fluorescent lamps, incandescent lamps, and mercury lamps (FIGS. 2A and 2B).

  Further, since the street light DB 131 holds the latitude and longitude information of each street light, it can be called by plotting the position of the street light on the map data having the latitude and longitude information held by the map DB 132 (FIG. 2). (B)).

  Furthermore, the street lamp DB 131 holds the manager ID, which is the primary key of the manager DB 133, and can refer to the name / name, address, telephone number, mail address, etc. of the manager of the street lamp (FIG. 2 ( b)).

  In the repair DB 135, a unique repair project ID is assigned to each repair project, and information on repairs such as repair application date, repair date, repair type, and the like is managed (FIG. 3A).

  The repair DB 135 includes a repair type master and manages construction information for each repair type, such as replacement of a fluorescent lamp and replacement of a mercury lamp. In addition, the repair type master also manages the inventory of replacement bulbs, etc., necessary for repairing unlit street lamps, so that the number of applicable bulbs can be reduced after the bulb replacement is completed. It has been set (FIG. 3B).

  The repair DB 135 holds the street lamp ID of the street lamp related to the repair, and can refer to information on various street lamps held by the street lamp DB 131. From the street light ID, various types of information held by the administrator DB 133 can be referred to via the administrator ID (FIG. 3B).

  Further, the repair DB 135 holds a construction worker ID that is the primary key of the construction worker DB 134. The construction manager DB 134 manages information on a construction department in charge of construction or an external construction company (FIG. 3B).

  The billing DB 136 shown in FIG. 4 manages billing processing for repair costs generated by street lamp repair. Specifically, a billing ID is assigned for each billing, and a repair case ID to be billed, a billing date, a manager ID to be billed, and the like are managed. The repair price, which is the amount billed, is calculated by the repair price calculation means 515 based on the data held in the repair DB 135.

FIG. 5 is a flowchart according to the embodiment of the street light management system 1 of the present invention.
First, a passer-by who uses a street light when traveling finds a street light that is not lit (S201). When a passerby reports a non-lighted street light, the street light information is displayed on the monitor of the output unit 55 of the computer terminal 5 by accessing the corresponding URL on the Internet (street light information Display means 503, S202).

  The same operation can be performed in an information service using a cellular phone network. According to the mobile phone, access can be made simultaneously with the discovery of a non-lighted street light, and the information collecting ability of the system is further increased.

  On the street light information page, all street lights in the jurisdiction area are displayed in a list on the map. In the present embodiment, a map of the entire jurisdiction area is displayed on the top page, and an enlarged view for each area is displayed by clicking the corresponding area (FIG. 6). In the enlarged view, along with the surrounding landmarks, the positions of all street lamps in the area are displayed as marks. A unique number is assigned to each street light, but in the present embodiment, the street light number is also written in the mark for convenience of confirming whether or not the passerby is the corresponding street light.

  It is also possible to plot the position of the street lamp on an individual area map that is easy to handle, and manage it by associating it with a link.

  The map data used here is a single digital map that covers the entire jurisdiction area, and can be freely enlarged or reduced. The display of the position and number of the indication mark of the street light is plotted at the corresponding position in the dedicated layer based on the latitude and longitude data of the street light held in the street light DB 131. In addition, according to this method, the map display can be easily updated by updating the latitude / longitude information in the street light DB 131 even when the street light is frequently installed, moved, or removed.

  The passerby who makes the report searches for the streetlights that are not lit up on the map and clicks the indication mark and number of the target streetlight to display the linked failure information input screen. It is displayed (S203). On the input screen, input items such as the content of the failure such as not lighting at night (not lit) and not turning off even during the day, and the date and time when the failure of the street light is confirmed are displayed. In the case of a general failure, the passerby can report to the administrator by selecting a check box in which the relevant content is described.

  The street lamp information display screen can be set so that it can be searched from the street lamp number, address, etc. in addition to the search by map.

  In addition, if you want to know the repair status of street lights that have been turned off, the check-in box for “Report repair status” must be entered and the email address entered. Thus, when the repair of the street lamp is completed, an email to that effect is transmitted (S222).

  The information on the non-lighted street light entered by the passerby on the input screen is checked by the failure information acquisition means 504 through the communication network 2 for necessary information. The information is displayed on the monitor (output unit 55) of the terminal 5 of the passerby, and the input of the failure information that has solved the deficiencies is requested again. If there is no deficiency, the failure information is received, and the street light ID of the specified street light, the content of the failure, the date and time when the failure information was received, the information of the person reporting the failure information, and the like are acquired. The failure information acquisition unit 504 stores the acquired information in the repair DB 135 of the storage unit 13 (S204).

  The repair information extraction unit 505 extracts information necessary for repair from the street lamp information held in the street lamp DB 131 of the storage unit 13 based on the acquired street lamp ID. Specifically, information such as the manager of the street lamp, the location of the street lamp, and the type of the street lamp is extracted (S205).

  The extracted repair information is displayed by the failure information display means 506 on the monitor of the output unit 45 of the terminal 4 provided in the street light manager. In the present embodiment, based on the target street lamp ID extracted by the repair information extraction means 505, the administrator's mail address is acquired from the manager DB 133 of the storage unit 13, and the street lamp location and the map DB 132 hold corresponding to it. Information such as area map data and street lamp type is transmitted as an HTML mail (S206).

  Thereby, even if the manager of the street light has not recognized that the street light is not lit up to that point, the administrator can know by receiving the mail.

  The failure information displayed by the failure information display means 506 is provided with a repair application format, and the street light manager can apply for repair of the unlit street light by inputting necessary items (S207). Specifically, this is done by checking “Yes” in the check box asking whether there is a repair application. On the other hand, in the case where the manager of the street light performs repairs himself, check “None” in the check box asking whether there is a repair application.

  In addition, in the construction of a non-lighted street light, it is usually not necessary to set a scheduled construction date, but if there are special circumstances, a desired date and time is input. Check the appropriate check box even if you already have a bulb to replace.

  In addition, the scheduled repair amount can be calculated in advance by activating a repair price calculation unit 519 described later based on the street light type and the repair type acquired by the repair information extraction unit 505. By including the scheduled repair amount in the repair information transmitted to the manager of the street light by the failure information display means 506, it can also function as an estimate of the repair price.

  In FIG. 7, the flow of data upon completion of construction from the application for repair from the manager of the street light is shown.

  In the repair application format in which necessary items are inputted, a browser is started by pressing a predetermined button in an HTML mail, and the procedure of the repair application acquisition means 507 is started via the communication network 2 (S101) (FIG. 5. S208). The repair application acquisition means 507 confirms the deficiencies in the necessary information, and if there are deficiencies, displays it on the streetlight manager's browser and re-enters the repair application that resolved the deficiencies. Ask. If there are no deficiencies, the data entered in the repair application format is stored in the repair DB 135.

  Next, the construction worker selecting means 508 selects a construction department or an external construction company in charge of the construction for the non-lighted street light whose repair application is “Yes” (S102). Usually, a construction worker is selected based on the construction schedule held in the construction worker DB 134 so that the construction is performed in the shortest time (S103) (FIG. 5, S209). However, if the scheduled date of construction is specified in the repair application data, a person in charge of construction who can perform the construction is selected on the scheduled date of construction.

  In addition, as a method of assigning the person in charge of the construction, a repair project is a specific street light or a specific street light manager by associating the street light ID or manager ID with the construction person in charge in the repair DB 135. In some cases, it can be set to automatically determine the person in charge of construction.

  In addition, when the person in charge of construction is assigned according to the area, the latitude / longitude data of the street light or the range of the postal code of the location in the street light DB 131 associated with the street light ID is assigned to each construction person in charge. It can also be set to automatically determine the person in charge of construction.

  The accepted repair application requests the construction department selected by the construction requesting means 509 or a construction person in charge of an external construction company (S104) (FIG. 5, S210). Specifically, the street light, the location, the manager, the repair type, and the like related to the request are displayed on the monitor of the output unit 35 provided in the computer terminal 3 of the person in charge of the construction via the communication network 2.

  Note that these pieces of information are information acquired by the repair application acquisition unit 507 and information extracted by the repair information extraction unit 505. Here, the repair type is determined in accordance with the failure information input in the repair application format. For example, a failure reported as not lighting at night in the repair application format is determined as a repair type in which repair is performed without lighting.

  The construction request displayed by the construction request means 509 is provided with a construction schedule format, and the construction staff can notify permission of the construction request by inputting necessary items and can also present the construction schedule ( S105) (FIG. 5, S211).

  If the person in charge of the construction approves the contents of the construction request, he checks the “accept” check box for accepting or rejecting the construction request, and inputs the scheduled construction date and time. The construction acceptance information acquisition means 510 confirms the deficiencies in the necessary items. If there are deficiencies, the construction acceptance information acquisition means 510 displays that fact on the monitor (output unit 35) of the terminal 3 provided by the person in charge of the construction, and again the deficiencies. Require input of construction schedule that solved the problem. If there is no deficiency, the construction schedule format is received and stored in the repair DB 135 (S105) (FIG. 5, S212).

  If the order is determined as “No” (S106), the construction acceptance information acquisition means 510 detects it, and again, the construction person in charge is selected by the construction person selection means 508, and the subsequent processing is performed. Repeat (S103).

  When the person in charge of the construction is confirmed, the construction schedule acquired by the construction acceptance information obtaining unit 510 by the construction information display unit 511 is displayed on the monitor of the output unit 45 provided in the terminal 4 of the street light manager. It is displayed (S107) (FIG. 5, S213). Thereby, the manager of the street lamp can know in advance the person in charge of the construction of the street lamp and the date and time of the construction.

  After the construction schedule is obtained by the construction acceptance information obtaining unit 510, the construction completion report format is displayed by the completion report requesting unit 512 on the monitor of the output unit 35 provided in the terminal 3 of the person in charge of the construction (S108) (FIG. 5). -S216). The person in charge of construction makes a construction completion report by inputting the construction date, construction type, etc. (S110) (FIG. 5, S218) after the construction of the street lamp is completed (S109) (FIG. 5, S215).

  Even in the case where the manager of the street lamp has repaired himself / herself, it is preferable to receive an input to the construction completion report format from the viewpoint of centralized management of the street lamp. Specifically, a monitor (output) provided in the terminal 4 of the street light manager is detected by detecting a check in the check box indicating that repair is performed by the repair application format acquired by the repair application acquisition unit 507 described above. Section 45) displays the construction completion report format (S112).

  In the construction completion report format in which necessary items are input, the completion report receiving means 512 confirms the deficiencies in the necessary items, and if there are deficiencies, monitors the terminal 3 of the person in charge of the construction (output unit 35). And ask for the completion report again. If there are no deficiencies, the data input in the construction completion report format is stored in the repair DB 135.

  Also, the construction completion report information is transmitted by the construction information display means 511 to the terminal 4 provided to the manager of the street light (S111) (FIG. 5, S219). As a result, the manager of the street lamp can know the type of construction actually performed by the person in charge of construction.

  When the input to the construction completion report format is detected, the repair price calculation means 515 is activated to accumulate the construction price performed by the person in charge of the construction (S220 in FIG. 5). Specifically, the calculation is made based on the contents entered for the construction type in the construction completion report format and information stored in advance in the database. For example, in the work for replacing the light bulb of the street light, the contents of the work differ depending on the type of the street light, and the basic construction fee and the light bulb fee are managed by the repair type master provided in the repair DB 135.

  However, in the construction completion report format, if the check box “preparation of light bulb by street light manager” is checked, the price of the light bulb is not added.

  In the past, there has been a practice that an administrator purchases a light bulb for each repair case, but in the present embodiment, a power supply company or a construction worker purchases the light bulb in a batch for management. This has the merit that the light bulb can be purchased at low cost.

  As described above, the repair price calculated by the repair price calculation unit 515 is stored in the repair DB 135.

  The repair charge requesting means 516 requests the repair fee for the street light manager. In this embodiment, the repair price requesting means 516 is activated by detecting a predetermined date in the current month, and refers to the date of the repair date held in the repair DB 135 to list the repair cases performed in the current month. The listed repair cases are grouped for each manager ID. The billing amount refers to the repair price held in the repair DB 135 based on the repair project ID. The referenced repair fee is totaled for each grouped manager, and an invoice is created.

  The created bill data is displayed on the monitor of the output unit 45 provided in the terminal 4 of the streetlight manager via the communication network 2 (S221 in FIG. 5).

  In addition, although the electric charge of a streetlight is paid to an electric power supply company by the administrator of a streetlight, the convenience is further enhanced by setting the repair fee to be included in the payment of the electric charge.

  As described above, according to the street light management system of the present invention, it is possible to centrally manage street lights that have been individually handled so far, and the user can be significantly reduced by shortening the non-lighting period. The profit is great.

  In addition, a manager of a street light can reasonably request a specialized contractor for a task such as complicated light bulb replacement. The power supply company in the present embodiment can also cooperate with the streetlight manager, which has been performed free of charge, for a fee as well as improving the service, and has an advantage in terms of business.

  Furthermore, centralizing street lamps in a database can be expected to have a significant effect on support for community development by local governments.

1 is a functional block diagram of a street light management system 1 according to an embodiment of the present invention, a computer terminal 3 of a construction worker, a computer terminal 4 of a street light manager, a computer terminal 5 of a passerby, and the like. (A) (b) It is an example of a structure of street light DB131, map DB132, and administrator DB133 in the memory | storage part 13 of FIG. (A) (b) It is a structural example of repair DB135 and construction person in charge DB134 in the memory | storage part 13 of FIG. It is an example of a structure of claim DB136 in the memory | storage part 13 of FIG. In the street light management system 1 according to the embodiment of the present invention, a server device of a system administrator of the system, a computer terminal 3 of a construction worker, a computer terminal 4 of a street light manager, and a computer terminal 5 of a passerby FIG. It is the figure which illustrated about the map of the streetlight displayed on the homepage of the internet by the streetlight information display means 503 of the streetlight management system 1 concerning embodiment of this invention. It is a figure which shows the data flow from the repair application (repair application acquisition means 507) to the construction completion report (construction completion report means 514) of the street light management system 1 according to the embodiment of the present invention.

Explanation of symbols

1 street light management system 2 communication network 3 construction staff (computer terminal)
4 Street light manager (computer terminal)
5 Passerby (computer terminal)
11, 31, 41, 51 Transmission / reception unit 12, 32, 42, 52 Central processing unit 13, 33, 43, 53 Storage unit 14, 34, 44, 54 Input unit 15, 35, 45, 55 Output unit 131 Street light DB
132 Map DB
133 Administrator DB
134 construction person in charge DB
135 Repair DB135
136 Claim DB 136
501 Transmission / reception processing means 502 Input / output processing means 503 Street lamp information display means 504 Failure information acquisition means 505 Repair information extraction means 506 Failure information display means 507 Repair application acquisition means 508 Construction person selection means 509 Construction request means 510 Acquisition of construction acceptance information Means 511 Construction information display means 512 Completion report request means 513 Completion report reception means 514 Construction completion report means 515 Repair price calculation means 516 Repair price request means

Claims (4)

A street light management system that manages street light information,
On a display unit of the terminal connected to the communication network, a list of city road lights, and street lamps information display means for displaying the input area of the data of the failed information corresponding to the respective street lights,
Failure information acquisition means for receiving the failure information data of the street light input to the input area;
Repair information extraction for extracting information on the manager of the failed street lamp and construction information necessary for repairing the failure of the street lamp based on the street lamp failure information data and the previously stored street lamp information. Means,
On the display unit of the terminal provided by the administrator of the failed street light, the construction information necessary for repairing the failure extracted by the repair information extracting means, and the input area regarding the repair application of the failed street light, a communication network Fault information display means for displaying via
A repair application acquisition means for receiving input to the input area relating to the repair application of the failed street light and determining whether or not there is a repair application;
When the repair application acquisition means determines that the repair application is “Yes”, a construction person selecting means for selecting a person in charge of the construction of the failed street lamp based on the information of the person in charge of the construction of the street lamp held in advance; ,
Construction request means for displaying information on the faulty street lamp and construction information necessary for repairing the street lamp on a display unit of the terminal provided by the construction staff, via a communication network;
A completion report requesting means for displaying an input area for reporting the completion of construction on the display section of the terminal provided by the construction person in charge;
A completion report receiving means for receiving construction completion report data input to the input area;
Construction completion report means for displaying construction completion report data received by the completion report receiving means on a display unit of a terminal provided by the manager of the failed street light;
Equipped with a,
The repair application acquisition means activates the completion report request means without activating the construction person selecting means and the construction request means when it is determined that the repair application is "None",
The completion report requesting means displays an input area for reporting the completion of construction on a display unit of a terminal provided by an administrator of the failed street light,
The completion report receiving unit receives data of the inputted work completion report to the input area, without starting the work completion reporting means, street light management system characterized that you complete the process.   The street light management system according to claim 1, wherein the list of street lights is represented by a map indicating the positions of the street lights. The construction request displayed by the construction request means includes an input area for performing an input regarding acceptance / rejection of the construction request by the person in charge of construction,
Construction acceptance information acquisition means for receiving data relating to acceptance / rejection of the construction request input in the input area via a communication network, determining acceptance / rejection of the construction request and storing;
Construction information display means for displaying the data of the construction request determined to accept the construction request by the construction acceptance information acquisition means on the display unit of the terminal provided by the manager of the failed street light via a communication network;
The street light management system according to claim 1 or 2, further comprising: Repair cost calculation means for calculating the repair price of the failed street lamp based on the construction completion report data received by the completion report reception means and information on the street lamp held in advance;
Repair price billing means for displaying the bill data based on the repair price calculated by the repair price calculation means on the display unit of the terminal provided by the manager of the failed street light via a communication network;
The street light management system according to any one of claims 1 to 3 , further comprising:

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