JP2014214020A - Wide area disaster recovery support system and monitoring center in system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To divide a disaster area into a plurality of areas and display a recovery rate in the divided area, and thereby the intensive work by workers is avoided to enable precise recovery work instructions.SOLUTION: A wide area disaster recovery support system includes a monitoring device 2 for transmitting abnormality notification and recovery notification of an elevator, and a monitoring center 10 for receiving the notification through a communication line 3. The monitoring center 10 includes: a storage unit 13 for storing the abnormality notification and the recovery notification for every elevator; a property information unit 14 for maintaining position information of the elevator; a map information unit 15 for storing map information; area dividing means 23 for dividing the map of a wide area into predetermined areas on the basis of the map information; property extraction means 22 for extracting the elevator installed in the predetermined area on the basis of the position information of the property information unit; recovery rate calculation means 21 for calculating the recovery rate in the predetermined area based on the numbers of the abnormality notifications and recovery information stored in the storage unit; and a display device 24 for displaying the recovery rate for every predetermined area on the map.

Description

  The present invention relates to a wide area disaster recovery support system that efficiently promotes recovery work when a wide area disaster occurs.

  2. Description of the Related Art Conventionally, there has been proposed a wide area disaster support system that provides support information related to restoration work of an elevator to a worker such as a maintenance worker engaged in restoration work when a wide area disaster occurs.

  As this type of conventional technology, for example, in Patent Document 1, in order to promptly notify each worker of a list of disaster target properties and disaster status, and to ensure the recovery status on the disaster maintenance service center side. In the event of a disaster, an elevator control panel or monitoring device that sends an abnormality report including property identification data and disaster status data of the disaster recovery target property, and an abnormality report sent from this elevator control panel or monitoring device Maintenance service management center that receives property identification data and disaster status data, including information related to disaster recovery properties, disaster recovery workers and disaster recovery management maps with disaster status such as disaster status, and disaster occurrence At the time of access, the maintenance service management center provides a disaster recovery management map with a disaster situation and displays it on the display unit. Wide-area disaster communication system which includes a portable terminal, the each disaster recovery operator to possession have been disclosed.

JP 2011-1156 A

  In the prior art as disclosed in Patent Document 1 above, the restoration status and the property information to be restored next are displayed to the worker by displaying the disaster recovery target, restored property display and property list on the map. However, it is difficult to understand the recovery information for each region in the property information and property list on the map, and there is a risk that workers will concentrate in some areas. Further, when the worker manager gives an instruction to the worker, there is a problem that it is difficult to grasp which region the worker is to be sent to.

  The purpose of the present invention is to divide the affected area into areas by municipality, area for each main road, or station area along the railway when a wide-area disaster occurs, and display the recovery rate in the divided area. An object is to provide a wide area disaster recovery support system that allows an administrator to give an accurate recovery work instruction while avoiding the concentration of workers.

In order to solve the above problems, the present invention mainly adopts the following configuration.
A monitoring device that detects an abnormality in the operation of a person carrying means installed in a building and transmits an abnormality report, and transmits a recovery notification when the detected abnormality is recovered, and the monitoring device via a communication line In a wide area disaster recovery support system with a monitoring center that receives abnormality reports and recovery reports from
The monitoring center includes a storage unit that stores the abnormality report and the recovery report for each human transport unit, a property information unit that holds position information where the human transport unit is installed, and the human transport unit. A map information unit for storing map information of the area provided, and a processing unit for processing and controlling each component in the monitoring center,
Further, the monitoring center is installed in the predetermined area based on the location information of the property information section and area dividing means for dividing the wide area map into the predetermined area based on the map information of the map information section. Of the property extraction means for extracting the person conveyance means that has been extracted, and the number of cases of the abnormality report and the number of the recovery information stored in the storage unit among the person conveyance means extracted by the property extraction means A recovery rate calculating means for calculating a recovery rate in the predetermined area on the basis thereof, and a display device for displaying the recovery rate for each predetermined area on a map.

  According to the present invention, by dividing the affected area into areas and displaying the property restoration rate in each divided area, it is possible to avoid the concentration of workers and enable an accurate restoration work.

It is a block diagram which shows the whole structure of the wide area disaster recovery assistance system which concerns on embodiment of this invention. It is a figure which shows the procedure of the operation | movement process in the wide area disaster recovery assistance system which concerns on this embodiment. It is an example of the display screen which shows the recovery rate of the abnormal report property in the stricken area classified for every municipality in this embodiment. It is an example of the display screen which shows the recovery rate of the abnormality report article in the stricken area classified for every main road in this embodiment. It is an example of the display screen which shows the recovery rate of the abnormality report property in the stricken area divided for every station along the railway in this embodiment.

  A wide area disaster recovery support system according to an embodiment of the present invention will be described below with reference to FIG. FIG. 1 is a block diagram showing the overall configuration of a wide area disaster recovery support system according to an embodiment of the present invention.

  In FIG. 1, a wide area disaster recovery support system according to an embodiment of the present invention includes a human transportation means 1 (hereinafter referred to as an elevator 1) installed in a building such as an elevator or an escalator as a wide area disaster target, It comprises a monitoring device 2 that monitors whether the elevator 1 is abnormal, a communication line 3 such as a public telephone line, and a monitoring center 10 that receives an abnormality report and a recovery report from the monitoring device 2 through the communication line 2. Yes.

  The monitoring center 10 installed in the remote place includes a communication unit 11 that receives information from the monitoring device 2, a storage unit 13 that will be described later based on information from the communication unit 11 and operation information from the console 16. A processing unit 12 that performs information processing between the information unit 14 and the map information unit 15 (controls processing of each component in the monitoring center 10 by a report from the monitoring device 2 and an operation signal from the console 6 ), A recovery rate calculation means 21, a property extraction means 22, an area division means 23, and a display device 20 comprising a display screen 24. Here, each means 21, 22, 23 need not be a component built in the display device 21, and each means 21, 22, 23 may be in the monitoring center 10.

  The elevator 1 is always monitored by the monitoring device 2 to determine whether the operation is abnormal. When an abnormality occurs in the elevator 1, the abnormality is reported to the monitoring center 10 via the communication line 3 such as a public telephone line. I do.

  The monitoring center 10 that has received the abnormality report stores the abnormality report in the storage unit 13 through the communication unit 11 and the processing unit 12, and also due to the situation of the worker's on-site response or the situation where a power failure has been restored. When the recovery notification is generated in the monitoring device 2, the storage unit 13 is similarly made to store the notification of the recovery. At this time, an abnormality report and / or a recovery report in an article such as an elevator as a wide area disaster target may be displayed on the display screen 24 as necessary.

  Further, the monitoring center 10 reads the position information of the elevator that has issued the abnormality report from the property information section 14 that holds the position information of the property in advance through the processing unit 12, and the position information of the elevator 1 that has reported the abnormality. And the abnormal content may be displayed on the display screen 24.

  The operator of the monitoring center 10 can instruct the sales office of the jurisdiction to dispatch the worker by grasping the abnormal contents and position information of the elevator 1. At this time, a map is displayed on the display screen 24 based on the position information of the elevator 1 and the map information of the map information unit 15 that holds the map information in advance, and the elevator 1 is displayed on the displayed map. The position can also be displayed.

  Next, the operation of the wide area disaster recovery support system according to the embodiment of the present invention will be described. For example, when a wide-area disaster such as an earthquake occurs, if the elevator 1 is stopped due to an operation of a seismometer (not shown) or the elevator 1 is stopped due to a failure associated with the earthquake, the monitoring device 2 issues an abnormality report. In this case, due to the occurrence of a wide-area disaster, a large number of monitoring devices 2 generate similar abnormality reports. Then, a restoration activity is carried out by a worker dispatched to the site, and the monitoring device 2 of the elevator 1 restored from the seismometer operation or failure performs a restoration report. During this time, the monitoring center 10 stores the received abnormality report and recovery report in the storage unit 13.

  At the occurrence and recovery of a wide area disaster, the operator manager or the manager of the corresponding sales office in the area where the wide area disaster has occurred operates the console 16 to check the recovery status and grasp the unrecovered area. By activating the area dividing means 23, the map information of the map information section 15 is used to classify the area into areas by municipalities, areas for each main (main) road, or areas for each railway station ( Division).

  The property extracting unit 22 of the display device 20 extracts properties (for example, elevators) having position information in the divided (divided) area in the map information based on the position information of the property information section 14. Moreover, the recovery rate calculation means 21 of the display device 20 calculates the recovery rate for each specified area from the abnormality report and the recovery report reception information in the storage unit 13 regarding the damage status of the property extracted in the specified area. .

  The calculated restoration rate for each area is, for example, as shown in FIG. 3 for each municipality by administration (may be for a predetermined number of municipalities), or for the main (main) road as shown in FIG. It is displayed on the display screen 24 in units of enclosed (enclosed) areas, or in units of station areas along the railway as shown in FIG. Here, FIG. 3 is an example of a display screen showing the recovery rate of the abnormality report property in the disaster area divided (divided) for each municipality in this embodiment, and FIG. 4 is divided for each main road in this embodiment ( FIG. 5 is an example of a display screen showing the recovery rate of abnormal report properties in the disaster area that has been divided, and FIG. 5 shows the recovery rate of abnormal report properties in the disaster area divided (divided) for each station along the railway in this embodiment. It is an example of the display screen shown.

  In addition, the operation of the console 16 on the display device 20 and the display on the display screen 24 are performed by a communication facility such as an in-house LAN (not shown), a corresponding branch office (not shown) in a wide-area disaster occurrence area, or a personal computer (not shown) of a corresponding sales office (not shown). And may be operated and displayed. As a result, an area with a low recovery rate can be easily grasped, and recovery can be promptly promoted by focusing on workers.

  Next, the procedure of the operation process in the wide area disaster recovery support system according to the embodiment of the present invention will be described below with reference to the flowchart of FIG. In FIG. 2, the processing procedure of the monitoring center 10 is described with a number added to S, and the processing procedure of the display device 20 is written with a number added to T.

  When an abnormality occurs in the elevator 1, the monitoring device 2 sends an abnormality report to the monitoring center 10 via the communication line 3 (eg, public telephone line). At this time, the communication part 11 confirms the presence or absence of report reception (Sl). If there is no report (S1 NO), S1 is repeated.

  When the communication unit 11 receives an abnormality report (YES in S1), the processing unit 12 confirms the type of report (S2). When the abnormality report is received (YES in S2), the abnormality report is stored in the storage unit 13 (S3). When the recovery notification is received (NO in S2), the recovery notification is stored in the storage unit 13 (S4).

  Next, the processing unit 12 reads out the position information of the property in the property information unit 14 from the received data of the report receiving property (S5). Subsequently, the processing unit 12 displays the abnormality content and position information of the elevator 1 that has received the abnormality report on the display screen 24 (S6). Next, the necessity of display of map information is confirmed (S7). If the display of the map information is unnecessary (NO in S7), the monitoring center 10 ends the process, and the operator of the operator console dispatches the worker to the sales office having jurisdiction from the displayed abnormality details and position information of the elevator 1. Instruct.

  If display of map information is necessary (YES in S7), the position information of the elevator 1 read in S6 and the map information of the map information unit 15 that holds map information in advance are acquired (S8). Subsequently, the map of the position of the elevator 1 is displayed on the display screen 24 (S9), and the process ends.

  Next, a processing procedure in the case where a wide-area disaster or the like occurs and the administrator of the monitoring center 10 uses the display device 20 for confirming the recovery status or grasping the unrecovered area will be described. The display device 20 confirms whether or not there is an area division (segmentation) operation from the console 16 (Tl). If there is no area division (segmentation) operation from the console 16 (NO in Tl), T1 is repeated.

  When there is an area division (partitioning) operation from the console 16 (YES in Tl), and in a case of division (partitioning) operation into areas by municipalities (YES in T2), the area dividing means 23 from the map information unit 15 is in units of municipalities. Is read out (T5). When it is not a division operation for each municipality (NO in T2), in a case of an area division operation for each main road (YES in T3), the area division unit 23 reads the map information of the area for each main road from the map information unit 15. (T6).

  When it is not an area dividing operation for each main road (NO in T3), in the case of a dividing operation in units of station areas along the railway (YES in T4), the area dividing means 23 from the map information unit 15 determines the station area unit along the railway. Is read out (T7). If it is not a division operation for each station area along the railway (NO in T4), T1 is repeated.

  Next, the property extraction means 22 reads the property having the position information located in the read map information from the property information section 14 (T8). Subsequently, the restoration rate calculation means 21 reads the number of each of the abnormality notification and restoration notification of the property read in the map information unit from the storage unit 13 and calculates the restoration rate (T9).

  The calculated recovery rate is displayed on the display screen 24 for each read map information unit. At this time, when an area by municipality is selected, the restoration rate is displayed for each area by municipality (which may be an area in which a predetermined number of municipalities are collected) as shown in FIG.

  In addition, when an area for each main road is selected, the restoration rate is displayed on the display screen 24 for the area unit divided for each main road as shown in FIG. When selected, the recovery rate is displayed on the display screen 24 for the area units divided for each station along the railway as shown in FIG. 5 (TlO).

  As described above, according to the wide area disaster recovery support system according to the embodiment of the present invention, the affected area is divided into areas divided by municipalities, divided into areas divided by highways, or railways. By dividing into areas divided by stations along the line and displaying the property restoration rate in each divided area, it is possible for worker managers to avoid the concentration of workers and to provide accurate restoration work instructions. Can do. In other words, it is possible to grasp the property restoration rate for each area of the concept (eg, municipality, arterial road, or railroad station) divided by the worker manager, so that the worker can be dispatched to the restoration activity accurately, Rapid recovery can be possible.

DESCRIPTION OF SYMBOLS 1 ... Elevator 2 ... Monitoring apparatus 3 ... Public line 10 ... Monitoring center 11 ... Communication part 12 ... Processing part 13 ... Memory | storage part 14 ... Property information part 15 ... Map information part 16 ... Console 20 ... Display apparatus 21 ... Restoration rate calculation Means 22 ... Property extraction means 23 ... Area division means 24 ... Display screen

Claims (3)

A monitoring device that detects an abnormality in the operation of the person carrying means installed in the building and transmits an abnormality report, and transmits a recovery report when the detected abnormality is recovered;
In a wide area disaster recovery support system comprising a monitoring center that receives an abnormality report and a recovery report from the monitoring device via a communication line,
The monitoring center includes a storage unit that stores the abnormality report and the recovery report for each human transport unit, a property information unit that holds position information where the human transport unit is installed, and the human transport unit. A map information unit for storing map information of the area provided, and a processing unit for processing and controlling each component in the monitoring center,
Further, the monitoring center is installed in the predetermined area based on the location information of the property information section and area dividing means for dividing the wide area map into the predetermined area based on the map information of the map information section. Of the property extraction means for extracting the person conveyance means that has been extracted, and the number of cases of the abnormality report and the number of the recovery information stored in the storage unit among the person conveyance means extracted by the property extraction means A wide area disaster recovery support system comprising: a recovery rate calculation means for calculating a recovery rate in the predetermined area based on the display; and a display device for displaying the recovery rate for each predetermined area on a map. In claim 1,
The area dividing means, for the map of the wide area, divided into areas by municipalities, divided into areas divided by main roads, can be divided into areas in units of railway stations,
The wide area disaster recovery support system, wherein the wide area map is divided for each area using at least one division method for each municipality, the main road segmentation, and the railway station unit. In the monitoring center that receives an abnormality report indicating an abnormality in the operation of the human transportation means installed in the building and a recovery report indicating that the abnormality has been recovered,
A storage unit that stores the abnormality report and the recovery report for each person transportation means;
A property information section that holds location information of the person carrying means;
A map information section for storing map information of the area where the person carrying means is provided;
Area dividing means for dividing a wide area map into predetermined areas based on the map information of the map information section;
Property extracting means for extracting the person carrying means installed in the predetermined area based on the position information of the property information section;
A restoration that calculates a restoration rate in the predetermined area based on the number of the abnormality reports and the number of the restoration information stored in the storage unit among the person carrying means extracted by the property extraction means Rate calculation means,
A display device for displaying a restoration rate for each predetermined area on a map;
And a processing unit that controls processing of each component in the monitoring center.