JP6184449B2 - Reporting system, management server, terminal device, and reporting method - Google Patents

Description

  The present invention relates to a notification system, a management server, a terminal device, and a notification method for more quickly reporting more accurate abnormality information when an abnormality occurs.

  Conventionally, there is a system for notifying a fire prevention object manager or the like of disaster prevention information (see, for example, Patent Document 1). Patent Document 1 discloses a disaster prevention information notification system configured to include a disaster prevention monitoring panel that outputs disaster prevention information of disaster prevention facilities, a server device that receives disaster prevention information, and a mobile phone that can communicate with the server device. Yes.

  The server device in the disaster prevention information notification system disclosed in Patent Literature 1 includes an address DB that stores an e-mail address of a mobile phone that is a notification destination of disaster prevention information. And if a server apparatus receives disaster prevention information from a disaster prevention monitoring board, the server apparatus will transmit the email containing the specific information for specifying the location of the web page for alert | reporting the said disaster prevention information to a mobile telephone.

  On the other hand, the mobile phone outputs an electronic mail transmitted from the server device by an electronic mailer. Further, the mobile phone acquires the web data of the web page by the web browser based on the specific information included in the e-mail, and outputs the web page.

JP 2002-183864 A

However, the prior art has the following problems. In the disaster prevention information notification system described in Patent Document 1, the following two operations are required to browse the disaster prevention information notified to the user of the mobile phone.
(1) First, the electronic mailer is activated to open the electronic mail.
(2) Furthermore, a Web browser is activated so as to browse a specific Web page based on the attached specific information.

  Mobile phone users need to actively perform these two operations. Therefore, there is a problem that disaster prevention information cannot be acquired quickly. Moreover, the disaster prevention information notification system described in Patent Document 1 is merely a distribution system that lacks a means for confirming disaster prevention information, and even reports false alarms.

  The present invention has been made to solve the above-described problems, and when an abnormality such as a fire occurs, a specific user is quickly notified of the abnormality, and the abnormality is quickly confirmed. It is an object of the present invention to obtain a notification system, a management server, a terminal device, and a notification method capable of promptly reporting the confirmed abnormality information to the user.

  The notification system according to the present invention generates notification information based on the abnormality information received from the monitoring target received via the communication line, and transmits the generated notification information via the communication line from the notification server. A function for acquiring an information identifier for identifying report information pushed through the communication line, and an information identifier from the management server by performing mutual communication with the management server via the communication line based on the acquired information identifier. A notification system including a plurality of terminal devices possessed by each user, and the management server uses the identifiers of the plurality of terminal devices. Corresponding the corresponding terminal ID, the notification ID corresponding to an identifier for the notification server to identify each of the plurality of terminal devices, and the attribute information of the user The abnormality information is stored in the information table by receiving abnormality detection information including abnormality position information that can identify the location where the abnormality has occurred as the abnormality information from the monitoring target. From the comparison result with the attribute information, the terminal ID of the report destination of the first report information requesting that abnormality confirmation is performed at the site where the abnormality has occurred is selected as the first terminal ID, and the selected first terminal ID is selected. And a first information ID corresponding to the first notification information is generated, and the first information ID is received from the notification server to the terminal device having the specified notification ID. In order to notify by the push notification, the first notification request including the notification ID and the first information ID is transmitted to the notification server, and the first communication is received from the terminal device that has received the first push notification. By receiving the first transmission request for requesting transmission of the first notification information corresponding to the first information ID included in the request, the first transmission request is transmitted to the terminal device that is the transmission source of the first transmission request. The first notification information corresponding to the information ID of the first information is transmitted, and as a response to the first notification information, the first notification information is received based on the operation input from the terminal device by the user who has received the first notification information. If the user who received the information receives the abnormality confirmation information by returning the abnormality confirmation information indicating that the abnormality has been confirmed at the site where the abnormality has occurred, the second notification is made based on the abnormality confirmation information. As the report destination of the abnormality determination information as information, the terminal IDs of all the monitoring target terminal devices that issued the abnormality detection information are selected as the second terminal IDs, and the notification IDs corresponding to the selected second terminal IDs are selected. With the report destination of 2 report information The second information ID corresponding to the second notification information is generated and the second information is sent from the notification server to the terminal device having the notification ID specified as the notification destination of the second notification information. In order to notify the ID by the second push notification, the second notification request including the notification ID and the second information ID is transmitted to the notification server, and the second push notification is received from the terminal device that has received the second push notification. By receiving the second transmission request for requesting transmission of the second notification information corresponding to the second information ID included in the notification request 2, the terminal device that is the transmission source of the second transmission request The second report information corresponding to the second information ID is transmitted, and the report information is transmitted by a two-stage report using the first report information and the second report information.

  The management server according to the present invention generates report information based on the abnormality information from the monitoring target received via the communication line, and each user possesses the generated report information via the communication line. A management server for sending to a plurality of terminal devices, a function for acquiring an information identifier for identifying notification information pushed through the communication line from the notification server, and a communication line based on the acquired information identifier. Terminal ID corresponding to the identifier of a plurality of terminal devices having a function of receiving and providing report information corresponding to the information identifier from the management server by performing mutual communication with the management server, and the notification server having a plurality of terminals A storage unit for storing an information table in which a notification ID corresponding to an identifier for identifying each device and user attribute information is associated; Based on the information table stored in the unit, the controller includes a control unit that executes transmission of the report information by two-step notification using the first report information and the second report information. By receiving abnormality detection information including abnormal position information that can identify the location where the error occurred from the monitoring target, it is possible to confirm the abnormality at the site where the abnormality occurred based on the comparison result between the abnormal position information and the attribute information stored in the information table. The report destination terminal ID of the first report information that is requested to be selected is selected as the first terminal ID, the notification ID corresponding to the selected first terminal ID is specified, and the received abnormality information is supported. In order to generate the first information ID and notify the terminal device having the specified notification ID of the first information ID from the notification server by the first push notification, the notification server The first notification request including the notification ID and the first information ID is transmitted, and the first information corresponding to the first information ID included in the first notification request is received from the terminal device that has received the first push notification. By receiving the first transmission request for requesting transmission of the report information, the first report information corresponding to the first information ID is transmitted to the terminal device that is the transmission source of the first transmission request, As a response to the first notification information, the user who has received the first notification information based on an operation input from the terminal device by the user who has received the first notification information has generated an abnormality at the site where the abnormality has occurred. When the failure confirmation information is received by returning the failure confirmation information indicating that the failure confirmation information has been confirmed, the failure detection information is issued as the notification destination of the failure determination information as the second notification information based on the failure confirmation information. All monitored terminal devices The terminal ID is selected as the second terminal ID, the notification ID corresponding to the selected second terminal ID is specified as the report destination of the second report information, and the second information corresponding to the second report information In order to generate the ID and notify the terminal device having the notification ID specified as the notification destination of the second notification information from the notification server to notify the second information ID by the second push notification to the notification server The second notification request including the notification ID and the second information ID is transmitted, and the second information ID corresponding to the second information ID included in the second notification request is received from the terminal device that has received the second push notification. Sending the second report information corresponding to the second information ID to the terminal device that is the transmission source of the second transmission request by receiving the second transmission request for requesting transmission of the report information It is.

  Further, the terminal device according to the present invention is a terminal device that receives report information generated by the management server based on the abnormality information from the monitoring target via a communication line, and the report device receives the report information received from the management server. A display unit that performs display, an operation unit that receives an operation input from a user who owns the terminal device, and an information identifier that identifies notification information that is pushed from the notification server via a communication line is acquired, and the acquired information Based on the identifier, it obtains report information corresponding to the information identifier received from the management server by performing mutual communication with the management server via a communication line, and performs display processing and operation on the display unit according to the obtained report information A control unit that executes an operation input process by the control unit, and the control unit is required as a step before requesting that the abnormality be confirmed at the site where the abnormality has occurred. When the first push notification including the first information ID corresponding to is received from the notification server, the application software is activated to request transmission of information requesting the management server to perform abnormality confirmation. When the first transmission information is transmitted from the management server as the information for requesting the abnormality confirmation as the response to the first transmission request, the first notification information is transmitted. The corresponding information is displayed on the display unit, and when the operation input of the abnormality confirmation information indicating that the abnormality has been confirmed is made by the user at the site where the abnormality has occurred, the abnormality confirmation received via the operation unit The information is returned to the management server, and a second push notification including the second information ID corresponding to the second notification information as abnormality determination information based on the abnormality confirmation information is notified. In the case of receiving from the server, a second transmission request for transmitting the second notification information to the management server is transmitted, and the second notification information is transmitted from the management server as a response to the second transmission request. If received, information corresponding to the second report information is displayed on the display unit, and the reception of the report information is made according to the location of occurrence of the abnormality and the attribute of the user. This is performed by two-step notification based on the first notification information or one-step notification based on the second notification information.

  Furthermore, the notification method according to the present invention generates report information based on the abnormality information from the monitoring target received via the communication line, and generates the generated report information and an information identifier for identifying the report information. A management server that sends information via the communication line, a function that acquires an information identifier that is pushed from the notification server via the communication line, and a mutual communication with the management server via the communication line based on the acquired information identifier. A notification method executed in a notification system having a plurality of terminal devices possessed by each user, having a function of receiving and outputting report information corresponding to an information identifier from a management server In the management server, the terminal ID corresponding to the identifier of the plurality of terminal devices and the identification for the notification server to identify each of the plurality of terminal devices A first step of storing in the storage unit an information table in which the notification ID corresponding to the user ID and the user attribute information are associated with each other, and the management server including the abnormal position information that can identify the location where the abnormality has occurred as the abnormal information By receiving the sensing information from the monitoring target, the first terminal obtains the terminal ID for requesting the abnormality confirmation at the site where the abnormality has occurred, based on the comparison result between the abnormal position information and the attribute information stored in the information table. The second step of selecting the ID and the management server specifies the notification ID corresponding to the first terminal ID selected in the second step, and requests that the abnormality confirmation be performed at the site where the abnormality has occurred. A third step of generating a first information ID corresponding to one notification information, and a notification ID specified in the third step in the management server A first notification request including a notification ID and a first information ID is transmitted to the notification server in order to notify the terminal device of the first information ID from the notification server by the first push notification. In step 4, the terminal device starts application software upon reception of the first push notification, and requests transmission of the first notification information corresponding to the first information ID included in the first notification request. A fifth step of transmitting the first transmission request to the management server, and the management server receives the first notification request transmitted from the terminal device in the fifth step, and at the transmission source of the first transmission request A sixth step of transmitting the first report information corresponding to the first information ID to a certain terminal device; and an input from the terminal device by the user who has received the first report information in the terminal device. 7th step of transmitting to the management server abnormality confirmation information indicating that the occurrence of abnormality at the site where the abnormality has occurred based on the force operation, and the management server as a response to the first notification information When the confirmation information is received, the terminal IDs of all the monitoring target terminal devices that have issued the abnormality detection information are used as the second terminal as the notification destination of the abnormality determination information as the second notification information based on the abnormality confirmation information. The eighth step selected as the ID and the management server specify the notification ID corresponding to the second terminal ID selected in the eighth step and generate the second information ID corresponding to the second report information In the management server, the second information ID is sent from the notification server to the terminal device having the notification ID specified in the ninth step. A tenth step of transmitting a second notification request including a notification ID and a second information ID to the notification server, and a terminal device with the reception of the second push notification. In the management server, an eleventh step of transmitting a second transmission request for requesting transmission of the second notification information corresponding to the second information ID included in the second notification request to the management server; The second transmission request transmitted from the terminal device in the eleventh step is received, and the second notification information corresponding to the second information ID is transmitted to the terminal device that is the transmission source of the second transmission request. And sending the report information by a two-stage report based on the first report information and the second report information.

  According to the present invention, it is possible to automatically display notification information related to an abnormality on the terminal device when an abnormality occurs, and to select a specific user who can confirm the abnormality appropriately according to the location of the abnormality. It is configured to promptly check for abnormalities before requesting confirmation and reporting to many users. As a result, when an abnormality such as a fire occurs, a specific user is immediately notified of the abnormality, the abnormality is promptly confirmed, and the confirmed abnormality information is promptly notified to the user. Reporting system, management server, terminal device, and reporting method can be obtained.

1 is an overall configuration diagram of a disaster prevention support system including a notification system according to Embodiment 1 of the present invention. It is a figure which shows the internal structure of the disaster prevention management server provided in the alerting | reporting system in Embodiment 1 of this invention. It is the figure which showed the data structure of the information table memorize | stored in the user database in Embodiment 1 of this invention. It is a figure which shows the internal structure of the notification server which can communicate with the disaster prevention management server and several terminal device in the alerting | reporting system in Embodiment 1 of this invention. It is the figure which showed the data structure memorize | stored in the notification destination database in Embodiment 1 of this invention. It is a figure which shows the internal structure of the terminal device contained in the alerting | reporting system in Embodiment 1 of this invention. In Embodiment 1 of this invention, it is a flowchart of the registration operation | movement which registers a terminal device with a disaster prevention management server and a notification server. It is a flowchart of a series of operations related to the first notification requesting abnormality confirmation at the abnormality occurrence site from abnormality detection to abnormality determination by the notification system in the first embodiment of the present invention. It is a flowchart of the abnormality notification operation | movement as a 2nd notification step after abnormality determination by the notification system in Embodiment 1 of this invention. It is a whole block diagram of the disaster prevention support system containing the notification system in the modification 1 of this invention.

The present invention has the following technical features.
(1) In order to quickly transmit abnormality information to the terminal device, a push notification is adopted, and a message is actively notified to the terminal device.

(2) When anomaly information is generated, a specific user is selected and the first notification is made to confirm the anomaly at the site where the anomaly has occurred, indicating that the anomaly has been confirmed at the site. After the abnormality confirmation information is obtained, the notification range is expanded and the second notification is made to a larger number of users, thereby promptly reporting the abnormality determination information.

(3) The selection of the terminal device that performs the first report requesting confirmation of the site where the abnormality has occurred includes the abnormal position information for identifying the abnormal position included in the abnormal information and the terminal apparatus. Based on the comparison with the attribute information of the user, it is appropriately performed according to the abnormality occurrence position.

(4) The attribute information can be composed of a plurality of pieces of identification information as parameters for selecting a transmission destination of the first notification requesting confirmation of the site by selecting confirmation personnel. In addition, when the terminal device has a function capable of measuring the current position, or in conjunction with the entrance / exit management, the current position of each terminal device or the entrance / exit status is adopted as attribute information, The attribute information can also be updated dynamically. Further, attribute information stored in advance and dynamically updated attribute information can be used in combination.

  Therefore, based on such technical features, preferred embodiments of a notification system, a management server, a terminal device, and a notification method of the present invention will be described below with reference to the drawings.

Embodiment 1 FIG.
FIG. 1 is an overall configuration diagram of a disaster prevention support system for supporting self-defense firefighting activities, including a notification system according to Embodiment 1 of the present invention. The notification system 100 according to the first embodiment is configured to communicate with an automatic fire notification facility 200 (hereinafter referred to as a self-fire notification facility 200) installed in a building and operate in cooperation.

  The notification system 100 according to the first embodiment has a configuration in which each of the disaster prevention management server 1 as a management server, the notification server 4, and the plurality of terminal devices 2 can communicate with each other via the communication line 3.

Here, the terminal device 2 is roughly divided into a personnel terminal 2A, a user terminal 2B, and an electronic mail user terminal 2C as follows.
Personnel terminal 2A: corresponds to the terminal device 2 to be notified of the first notification requesting the abnormality confirmation at the site where the abnormality has occurred, and is a terminal device that is selected by the disaster prevention management server 1 according to the abnormality occurrence state. The second notification is also notified to the personnel terminal 2A.
User terminal 2B: corresponding to the terminal device 2 to be notified of the second report, a terminal that is selected by the disaster prevention management server 1 according to the abnormality occurrence status and that is notified of abnormality determination information after the abnormality is confirmed Device.
E-mail user terminal 2 </ b> C: a portable terminal device that corresponds to the terminal device 2 having a function of receiving e-mail, and that can acquire abnormality information by receiving the e-mail transmitted from the disaster prevention management server 1. is there.

  Therefore, the personnel terminal 2A and the user terminal 2B are not distinguished from the beginning, but are terminal devices that are dynamically selected by the disaster prevention management server 1 based on the location where the abnormality occurs.

  The communication line 3 is a communication network such as the Internet, a wireless communication network compliant with IMT-2000, a wireless LAN compliant with iEE802.11. The communication line 3 is connected to the terminal device 2 by wireless communication, and the disaster prevention management server 1 and the notification server 4 are connected by wired communication or wireless communication.

  The disaster prevention management server 1 is an example of a reporting device connected to the communication line 3 by wire or wireless. The disaster prevention management server 1 communicates with each of the notification server 4, the terminal device 2, and the self-reporting equipment 200 installed in the monitored facility via the communication line 3.

  On the other hand, the self-reporting equipment 200 includes a fire detector 5, a gas leak detector 6, a district sound device 7, repeaters 8, 9 and a fire receiver 10, and these devices are arranged from the first floor of the building. An example arranged on the third floor is shown in FIG.

  When the sensing means such as the fire detector 5 or the gas leak detector 6 detects an abnormality of the monitoring target such as a fire or gas leak, the fire receiver 10 issues an alarm itself and the district acoustic device 7 causes each floor in the facility. Alarm. Furthermore, the fire receiver 10 has communication means for communicating with the disaster prevention management server 1 via the communication line 3, and sends out abnormality detection information to the disaster prevention management server 1.

  The abnormality detection information includes abnormality position information that can identify the location where the abnormality has occurred. This abnormal position information includes an identifier unique to the fire detector 5 or the gas leak detector 6 that has detected the abnormality, position information based on the identifier, and a partition number indicating a partition such as a room or a floor in which these detection means are installed. Etc.

  In addition, when a warning is given, a warning may be given by a distinctive ringing if the number of floors excluding the basement is 5 or more and the fire prevention object has a total area exceeding 3,000 square meters or a portion thereof. For example, when the sensing means senses a fire, the fact that the sensing means senses a fire is notified by voice or the like only on the fire floor and directly above.

  For example, in a situation where a fire is confirmed (including a case where a predetermined time set within 10 minutes has elapsed even in a situation where a fire is not confirmed), the entire building is warned that a fire has been confirmed. In a situation where a fire has been confirmed, an evacuation guidance message is issued in order of evacuation at different timings according to sections, for example, floors, based on a predetermined firefighting plan to prevent congestion on the evacuation routes such as evacuation stairs. May be.

The self-reporting equipment 200 distinguishes and transmits the following three types of signals including “fire detection signal” as abnormality detection information (detector notification information) indicating that the detection means has detected an abnormality. There is something. These signals are sent from the fire receiver 10 to the disaster prevention management server 1 via the communication means and the communication line 3 as in the case of the abnormality detection information, and the terminal using the notification system 100 as described later. The device 2 can be notified. These signals are collectively called abnormal information.
・ "Fire detection signal" as abnormality detection information indicating that the detection means has detected an abnormality
・ "Fire determination signal" as abnormality determination information indicating that the abnormality detected by the sensing means has been confirmed
・ "Non-fire signal" as non-abnormal determination information indicating that the abnormality detected by the sensing means was false and not abnormal

  For example, when the fire detector 5 detects a fire, the self-reporting equipment 200 transmits a “fire detection signal”. In addition, for example, when a fire transmitter (not shown) or an emergency call is operated, the self-reporting equipment 200 transmits a “fire determination signal” as a result of a person confirming and operating a fire.

  For example, when the fire detector 5 in the alert area different from the fire detector 5 that first detected the fire detects the fire continuously, the self-reporting apparatus 200 determines that the fire has expanded. Sends a "confirmation signal".

  For example, the self-reporting apparatus 200 sends a “fire determination signal” when a fire detected by the fire detector 5 is confirmed by a disaster prevention center staff or a self-defense fire brigade and a fire determination operation is performed. To do.

  For example, if the predetermined time set within 10 minutes elapses after the fire detector 5 detects a fire, the self-reporting equipment 200 is left without being confirmed as false information and evacuated. Send out a “fire determination signal” because it may cause trouble.

  For example, the self-reporting apparatus 200 may be configured such that when a fire detected by the fire detector 5 is not a fire by a disaster prevention center staff or a self-defense fire brigade, and a non-fire operation is performed, Send a “non-fire signal”.

  In addition, at the stage of transmitting a fire detection signal, a fire determination signal, and a non-fire signal, audio corresponding to the situation in which each signal is transmitted from the district acoustic device 7 as an audio output means or an emergency broadcasting facility (not shown) There is also a self-reporting facility 200 that outputs a message.

  The voice message output from the self-reporting equipment 200 is, for example, in the stage of sending out a fire detection signal, that is, in the situation where the fire detector 5 detects a fire, following the signal sound, “The fire detector has been activated. "Please check the next broadcast as the staff has confirmed." This is a predetermined multiple alert message.

  In addition, the voice message output from the self-reporting equipment 200 is, for example, in the stage of sending a fire determination signal, that is, in the situation where the fire detected by the fire detector 5 is confirmed, “The fire broke out. Please calm down and evacuate.” Furthermore, a sweep sound is emitted and repeated until extinguishing.

  In addition, the voice message output by the self-reporting equipment 200 is “following the signal sound” in the stage of sending a non-fire signal, that is, in the situation where it is confirmed that the fire detected by the fire detector 5 was false alarm. “The operation of the fire detector was not confirmed as a result of confirmation. Please be assured.” This is a predetermined multiple correction message.

  The notification server 4 is an example of a notification unit that is connected to the communication line 3 by wire or wireless and that performs a push notification to the terminal device 2. Here, the push notification is a mechanism in which the notification server 4 actively notifies the terminal device 2 of a message regardless of a request from the terminal device 2. The notification server 4 communicates with each of the disaster prevention management server 1 and the terminal device 2 via the communication line 3.

  In other words, the notification server 4 is used to actively display necessary information on the terminal device 2 by push notification. Therefore, the existing notification server 4 providing the push notification service can be used.

  In this case, the notification server 4 is excluded from the configuration of the notification system 100 in the first embodiment, and the notification system 100 in the first embodiment includes the disaster prevention management server 1 and the plurality of terminal devices 2. Each has a configuration capable of communicating with each other via the communication line 3 and a configuration in which the existing notification server 4 connected to the communication line 3 is diverted.

  The terminal device 2 is a smartphone, a tablet terminal, a wearable terminal, or the like that is connected to the communication line 3 by wireless communication and communicates with each of the disaster prevention management server 1 and the notification server 4 via the communication line 3. And the terminal device 2 outputs the report and request | requirement by the push notification from the disaster prevention management server 1, and the disaster prevention application (henceforth a disaster prevention application) which inputs the response with respect to this request | requirement is installed.

  The terminal device 2 selected as the personnel terminal 2A by the disaster prevention management server 1 outputs the above request as a first report received from the disaster prevention management server 1 and requesting confirmation of the abnormality at the site where the abnormality has occurred. The response by the confirmation staff is input and sent to the disaster prevention management server 1. The “request for confirmation of abnormality at the site where an abnormality has occurred” output in the first notification is an example of first notification information.

  Moreover, since the terminal device 2 selected as the user terminal 2B by the disaster prevention management server 1 does not receive the request from the disaster prevention management server 1, the terminal device 2 does not output the request as the first notification. Output a report. Except for the above request, the abnormality detection information may be received as the first notification and output. The “abnormality detection information” output in the first notification is also an example of the first notification information. An e-mail user terminal 2C, which is an example of the terminal device 2, will be described later.

  Next, the configuration of the disaster prevention management server 1 will be specifically described. FIG. 2 is a diagram showing an internal configuration of the disaster prevention management server 1 provided in the notification system 100 according to Embodiment 1 of the present invention.

  The disaster prevention management server 1 in the first embodiment includes a control unit 11, a storage unit 12, and a communication unit 13. The communication unit 13 is an interface as a communication unit that communicates control information and the like with the terminal device 2, the notification server 4, and the fire receiver 10 via the signal line C <b> 2 and the communication line 3. The communication unit 13 may be configured to be connected to the communication line 3 by wireless communication instead of the signal line C2.

  The storage unit 12 is a nonvolatile storage unit such as a ROM, a flash memory, or a hard disk. And the memory | storage part 12 operates the disaster prevention management server 1, and memorize | stores the control program for performing a notification process at the time of abnormality occurrence. Further, the storage unit 12 has a storage area of a user database that stores an information table that defines the attributes and the like of the terminal device 2 possessed by users of a plurality of facilities.

FIG. 3 is a diagram showing the data structure of the information table stored in the user database according to Embodiment 1 of the present invention. The information table shown in FIG. 3 is configured by associating the following parameters with each other.
Facility ID: identifier of the facility to be monitored.
Terminal ID: the identifier of the terminal device 2
Terminal PW: Password set corresponding to each terminal device 2.
Name: Name of the user of the terminal device 2
Device token: An identifier for the notification server 4 to identify the terminal device 2 and corresponds to a notification ID.
Attribute information: information relating to the attributes of the user who owns each terminal device 2 and used by the disaster prevention management server 1 to select a terminal ID that is a candidate for a report destination.

  Specific examples of the attribute information include information for identifying whether the possessed user is a candidate for a confirmation person who confirms the abnormality, for example, information for identifying whether the user is a self-defense fire brigade, or self-defense Information on aptitudes such as roles and places that have the qualities of fire brigade members and can participate in the self-defense fire brigade, or should be or can take on the role of self-defense fire brigade, and their priorities, etc. The case where it is related is mentioned. The attribute information may be composed of a plurality of pieces of identification information indicating such information and priority. For example, such information or priority has a meaning as attribute data of 0 to 9 in each digit. Therefore, attribute information encoded as numerical data can be set. Each digit in this case is an example of identification information constituting attribute information.

  The information table illustrated in FIG. 3 is an example, and at least the terminal ID, the device token (notification ID), and the attribute information may be associated with each other. When the disaster prevention management server 1 targets a plurality of facilities, the information table is configured by further associating facility IDs as identifiers of the facilities. For example, when the disaster prevention management server 1 targets a single facility, all terminal IDs are associated with the same facility ID, and it is not necessary to have the facility ID as data in the information table.

  The control unit 11 is a control unit that controls the operation of each unit of the disaster prevention management server 1 based on a program stored in the storage unit 12. And the control part 11 is provided with arithmetic processing units, such as CPU which is not shown in figure, As the functional structure, the reception part 111, the selection part 112, the information generation part 113, the request | requirement part 114, the information output part 115, and the registration part 116.

  The receiving unit 111 is a receiving unit that receives and receives abnormal information transmitted from the fire receiver 10 of the self-reporting equipment 200 via the communication unit 13. Further, the reception unit 111 receives and receives various request signals and response signals from the terminal device 2 via the communication unit 13. Further, the reception unit 111 sends out these abnormal determination information and non-abnormal determination information from the equipment installed in the building via the communication unit 13, for example, the fire receiver 10 of the self-reporting equipment 200. Information may be received and accepted.

  The selection unit 112 is a selection unit that refers to the user database in the storage unit 12 and selects the terminal device 2 as a report destination based on the abnormality information received by the reception unit 111.

  For example, the selection unit 112 extracts a terminal ID associated with a specific attribute capable of executing on-site confirmation based on the abnormal position information included in the abnormality detection information, so that the user having the specific attribute is extracted. Terminal device 2 is selected as the personnel terminal 2A.

  For example, when the abnormality information received by the reception unit 111 is fire detection information as abnormality detection information indicating the operation of the fire detector 5 sent from the fire receiver 10, the selection unit 112 displays the abnormality information. The terminal ID associated with the attribute as the confirmation staff is extracted as the report destination of the first report requesting the abnormality confirmation at the site where it occurred, and the staff terminal 2A is extracted from the terminal device 2 having the extracted terminal ID. Can be selected.

  The attribute as the confirmation person is, for example, an attribute of a self-defense fire brigade candidate who can take charge of the district unit on the fire floor. The first notification at this time may include, as the abnormality detection information, the abnormality content or abnormality position information detected by the abnormality detection means (sensing means).

  In addition, when the reception unit 111 receives the abnormality confirmation information indicating that the abnormality has been confirmed from the personnel terminal 2A, the selection unit 112 serves as a report destination of the second notification, without distinguishing the attribute, The terminal ID associated with the facility ID corresponding to the abnormality position information included in the abnormality detection information for which the abnormality confirmation is requested is extracted, and all users of the facility are selected as report destinations. be able to. Further, when the facility ID is not associated, the selection unit 112 determines that all the terminal IDs are associated with the same facility ID, and selects all the terminal IDs as the report destination of the second report. can do.

  Further, the selection unit 112 detects abnormality when the abnormality information received by the reception unit 111 is fire detection information as abnormality detection information indicating the operation of the fire detector 5 sent from the fire receiver 10. The terminal ID associated with the facility ID corresponding to the abnormal position information included in the abnormal position detection information is extracted without distinguishing the attribute as the first notification of the abnormal content or abnormal position information detected by the means. Thus, all users of the facility may be selected as report destinations.

  At this time, the terminal ID associated with the facility ID corresponding to the abnormality position information included in the abnormality detection information and associated with the attribute of being on the fire floor or directly above the floor or being in a normal state is extracted. It may be.

  Further, the selection unit 112 reports the terminal ID selected in the first report when the non-failure confirmation information indicating that the reception unit 111 is confirmed to be not abnormal is received from the staff terminal 2A. It is possible to make a third notification for selecting the destination and reporting the non-abnormality determination information indicating that the abnormality has been confirmed.

  Further, the selection unit 112 reads a notification ID associated with the selected terminal ID from the user database.

  The information generation unit 113 is an information generation unit that generates notification information to be notified to the terminal device 2 and an information ID that is an information identifier corresponding to the notification information based on the abnormality information received by the reception unit 111.

  The request unit 114 specifies the notification ID selected by the selection unit 112 and the information ID generated by the information generation unit 113, and causes the corresponding terminal device 2 to acquire notification information corresponding to the information ID. Is a request means for sending the message to the notification server 4 via the communication unit 13.

  The information output unit 115 is an information output unit that causes the terminal device 2 to acquire corresponding notification information based on the information ID included in the notification information request from the terminal device 2 received by the reception unit 111.

  The registration unit 116 stores the facility ID, terminal ID, and notification ID of the terminal device 2 together with the facility ID corresponding to the terminal device 2 in response to the registration request from the terminal device 2 received by the receiving unit 111. It is a registration means to be stored in the user database of the unit 12. Further, the registration unit 116 may store the information in the information table of the storage unit 12 in association with the attribute of the user who owns the terminal device 2.

  In addition, you may make it the disaster prevention management server 1 be provided with the notification part which has the function of the notification server 4 as a notification means mentioned later. That is, instead of providing the disaster prevention management server 1 and the notification server 4 individually, a report server having both functions can be used. At this time, the notification ID and the notification ID may be shared. However, the following description demonstrates the case where the notification server 4 which is not integrated with the disaster prevention management server 1 is applied.

  Next, the configuration of the notification server 4 will be specifically described. FIG. 4 is a diagram showing an internal configuration of the notification server 4 capable of communicating with the disaster prevention management server 1 and the plurality of terminal devices 2 in the notification system 100 according to Embodiment 1 of the present invention.

  The notification server 4 in the first embodiment is a notification means for receiving a notification request from the disaster prevention management server 1 and notifying the terminal device 2 of the specified terminal ID of the information ID, the control unit 41, a storage unit 42, and a communication unit 43.

  The communication unit 43 is an interface as a communication unit that communicates control information and the like with each of the terminal device 2 and the disaster prevention management server 1 via the signal line C3 and the communication line 3. The communication unit 43 may be configured to be connected to the communication line 3 by wireless communication instead of the signal line C3.

  The storage unit 42 is a nonvolatile storage unit such as a ROM, a flash memory, or a hard disk. And the memory | storage part 42 operates the notification server 4, and the control for performing the notification process which push-notifies information ID to the terminal device 2 of notification ID designated according to the notification request | requirement from the disaster prevention management server 1 is performed. Memorize the program.

  In addition, the storage unit 42 includes a storage area of a notification destination database that stores a communication ID as a communication identifier and a device token as a notification ID in association with each other for the terminal device 2. FIG. 5 is a diagram showing a data structure stored in the notification destination database according to the first embodiment of the present invention. The communication ID is an identifier unique to the terminal device 2 for the notification server 4 to identify and communicate with the terminal device 2, and is, for example, a telephone number. This communication identifier may be shared with the device token or the terminal ID.

  The control unit 41 is a control unit that controls the operation of each unit of the notification server 4 based on a program stored in the storage unit 42. And the control part 41 is provided with arithmetic processing apparatuses, such as CPU which is not shown in figure, and is provided with the reception part 411, the registration part 412, and the output part 413 as the functional structure.

  The reception unit 411 is a reception unit that receives and receives a notification request from the disaster prevention management server 1 via the communication unit 43. The receiving unit 411 receives and receives a notification registration request from the terminal device 2 that requests registration of the terminal device 2 as a notification destination via the communication unit 43.

  The registration unit 412 is a registration unit that associates the communication ID of the terminal device 2 with the device token and stores them in the notification destination database of the storage unit 42 based on the notification registration request from the terminal device 2 received by the reception unit 411. . Also, the registration unit 412 generates a device token as a notification ID based on the notification registration request from the terminal device 2 received by the reception unit 411, and assigns the device token to the terminal device 2 via the output unit 413 described later. .

  In response to the notification request from the disaster prevention management server 1 received by the reception unit 411, the output unit 413 refers to the notification destination database in the storage unit 42 for the communication ID corresponding to the terminal device 2 specified by the device token. This is an output means for extracting and notifying the device token and information ID specified to the terminal device 2 of the communication ID via the communication unit 43. The output unit 413 may make a push notification via the communication unit 43 of at least the specified information ID for the terminal device 2 with the communication ID.

  Also, the output unit 413 gives the device token generated by the registration unit 412 to the terminal device 2 via the communication unit 43.

  Next, the configuration of the terminal device 2 will be specifically described. FIG. 6 is a diagram showing an internal configuration of the terminal device 2 included in the notification system 100 according to Embodiment 1 of the present invention.

  The terminal device 2 in the first embodiment includes a control unit 21, a storage unit 22, a communication unit 23, an operation unit 24, and a display unit 25, and may further include a positioning unit 26. The positioning unit 26 will be described later.

  The terminal device 2 is a portable terminal device that is carried and carried by a user of a facility to be monitored, and is, for example, a smartphone, a tablet terminal, a wearable terminal, or the like. Then, the terminal device 2 has a function of starting a control program for requesting the disaster prevention management server 1 for report information corresponding to the information ID pushed to the notification server 4 from the notification server 4 via the communication line 3, and a communication line And a disaster prevention application that is a control program that receives and outputs report information from the disaster prevention management server 1 by performing mutual communication with the disaster prevention management server 1 through the communication terminal 3.

  That is, even if the terminal device 2 is in the sleep state, the disaster prevention app is activated by receiving a push notification for itself, and the activated disaster prevention app acquires and displays the notification information from the disaster prevention management server 1. Output actively.

  The control unit 21 has a CPU or the like as an arithmetic processing unit (not shown), and controls each unit of the terminal device 2 by the CPU reading and executing a program stored in the storage unit 22.

  In addition, the control unit 21 sends a notification from the notification server 4 that pushes at least an information ID to the terminal device 2 corresponding to the device token specified by the notification request from the disaster prevention management server 1 via the communication unit 23. The notification information request corresponding to the acquired information ID is transmitted to the disaster prevention management server 1 via the communication unit 23, and the notification information output from the disaster prevention management server 1 is acquired correspondingly. And a control means for causing the display unit 25 and the like to output. The information ID may be acquired when the device token notified together with the information ID is a device token given to itself.

  Note that the report information output by the control unit 21 is not limited to the information displayed on the display unit 25, but an alarm sound or voice message emitted from a speaker (not shown) included in the terminal device 2, or a vibrator (not shown) included in the terminal device 2. It may be a vibration generated. Moreover, you may make it output via the wearable terminal linked with the terminal device 2 by near field communication, such as Bluetooth (trademark). In this way, even when the terminal device 2 is in a pocket or bag and the user cannot visually recognize the display, the user is actively notified of incoming notification information by push notification. be able to.

  The storage unit 22 is a nonvolatile storage unit such as a ROM, a flash memory, or an SSD (solid state drive), and stores a program read by the CPU of the control unit 21. The storage unit 22 is activated by a push notification from the notification server 4 and stores a disaster prevention application for acquiring report information from the disaster prevention management server 1.

  Further, the storage unit 22 stores a terminal ID given from the disaster prevention management server 1 and a device token as a notice ID given from the notification server 4 as identifiers unique to the terminal device 2.

  The communication unit 23 is an interface as a communication unit that is connected to the communication line 3 by wireless communication and communicates with each of the disaster prevention management server 1 and the notification server 4.

  The operation unit 24 is an operation unit having a touch panel 241. The touch panel 241 is operated by an indicator such as an operator's finger, for example, and detects an operation for indicating a position in an area overlapping the screen 251 of the display unit 25. The touch panel 241 is, for example, a transparent capacitive touch panel or a pressure-sensitive touch panel that is superimposed on the screen 251.

  The display unit 25 is a display device such as an LCD or an organic EL, and is a display unit having a screen 251 that displays an image or a message in accordance with an instruction from the control unit 21.

  The terminal device 2 may distinguish the usage according to the attribute of the user. For example, when the abnormality information received by the disaster prevention management server 1 is sensor notification information as abnormality detection information indicating that an abnormality to be monitored is detected, the disaster prevention management server 1 requests confirmation of the abnormality. The terminal device 2 in which the attribute as the confirmation personnel to be registered is registered as the personnel terminal 2A.

  The self-defense fire brigade district member in charge of the location where the abnormality occurred is an example of an attribute as a confirmation member. The disaster prevention server 1 receives the abnormality detection information, and the self-defense fire brigade who owns the personnel terminal 2A requested by the push notification to confirm the abnormality expresses the abnormality and confirms the abnormality and operates the operation unit 24. Then, the abnormality confirmation information is transmitted to the disaster prevention management server 1.

  Here, the terminal device 2 that is not selected as the personnel terminal 2A is a user terminal 2B that is the terminal device 2 as a general terminal. As for the user terminal 2B, the disaster management server 1 does not request the confirmation of the abnormality by the push notification, but the abnormality determination information indicating that the abnormality is confirmed from the disaster management server 1 that has received the abnormality confirmation information. Is notified to the user terminal 2B by push notification.

  That is, the first notification information that is the abnormality confirmation request as the initial action information based on the abnormality detection information is notified only to the personnel terminal 2A by the first notification, and the second notification information as the abnormality determination information is the second notification information. Is reported to both the personnel terminal 2A and the user terminal 2B.

  Thus, by distinguishing the operation of the personnel terminal 2A and the user terminal 2B according to the comparison between the abnormal position information and the attribute information included in the abnormal condition detection information, for example, the self-defense fire brigade responsible for the abnormality occurrence location Users other than the district members can receive notification information as highly reliable abnormality determination information confirmed by the confirmation personnel. As a result, the confusion due to the false alarm of the fire detector 5 can be prevented.

  It should be noted that the abnormality confirmation information from the personnel terminal 2A is not limited to adopting only the abnormality confirmation information from the confirmation personnel rushed to the abnormality occurrence site, but can be confirmed without rushing to the abnormality occurrence site. It is also possible to further select the terminal device 2 of the user as the personnel terminal 2A and further adopt the abnormality confirmation information from the personnel terminal 2A. For example, the abnormality can be confirmed by the confirmation personnel who rushed to the abnormality occurrence site by confirming the abnormality using another confirmation means such as a monitoring camera in the disaster prevention center.

  Specifically, out of the terminal devices 2, a specific user terminal device 2 such as a disaster prevention center staff who has been determined in advance is selected as the personnel terminal 2 </ b> A, and in addition to the abnormality confirmation information from the confirmation personnel rushed to the site, disaster prevention The abnormality determination information may be transmitted based on the abnormality confirmation information from the center staff.

  Further, the disaster prevention management server 1 may send out the abnormal determination information based on the abnormal determination information from the self-reporting equipment 200.

  In addition to the personnel terminal 2A and the user terminal 2B as a general terminal, the terminal device 2 may add a mobile phone having a function of receiving an e-mail as the e-mail user terminal 2C. Use the reporting system 100 by enabling users who do not have smartphones, tablet devices, or wearable devices to report to mobile phones that have a function to receive widely used e-mails. It is meaningful to expand the number of possible users.

  In addition, such a report to the e-mail user terminal 2C is sent to the e-mail user terminal 2C e-mail address by the disaster prevention management server 1 without using a push notification by the notification server 4, and the e-mail use The electronic mail is pushed and notified via the mobile phone carrier of the subscriber terminal 2C.

  That is, even if the electronic mail user terminal device 2C is in the sleep state, the electronic mail user terminal device 2C can be actively accepted as an electronic mail even if the notification cannot be actively displayed. Since the user of the e-mail user terminal 2C can know the incoming e-mail from the ringtone or vibration of the vibrator, the notification from the disaster prevention management server 1 can be quickly received by opening and browsing the e-mail. Can know.

  At this time, the disaster prevention management server 1 prepares a port for outputting report information, generates an e-mail including access information for the port, and transmits the e-mail including the access information to the e-mail user terminal 2C. It may be. As a result, the user of the e-mail user terminal 2C that has accepted the report opens the e-mail to quickly know the report, and based on the access information included in the e-mail, the report information output port of the disaster prevention management server 1 You can access to and get detailed report information.

  It is an example of the above-described report information output port that the disaster prevention management server 1 also functions as a Web server and provides a Web page on which the report information is posted. The URL of the Web page is an example of access information to the report information output port.

  Further, the URL of the Web page posted in the body of the e-mail transmitted to the e-mail user terminal 2C or the shortcut to the Web page attached as an attached file to the e-mail is sent to the e-mail user terminal 2C. It is an example of the access information notified by including in the transmitted email.

  In this example, the user of the e-mail user terminal 2C that has accepted the report accesses the Web page by starting the Web browser based on the access information included in the opened e-mail, and is displayed on the Web browser. Detailed report information can be obtained.

  Next, the registration operation of the terminal device 2 will be described. In the reporting system 100 according to the first embodiment, the terminal device 2 needs to be identified from both the disaster prevention management server 1 and the notification server 4. FIG. 7 is a flowchart of a registration operation for registering the terminal device 2 in the disaster prevention management server 1 and the notification server 4 in Embodiment 1 of the present invention.

  First, a representative of a facility that wants to use the reporting system 100 applies to the reporting service provider of the reporting system 100 for use of the reporting system 100 as a user representative (step S101).

  The application method may be any means such as mail, telephone, e-mail, application Web page established by the reporting service provider, and the like. At the time of the application, the application with the information such as the name, location, owner or representative (user representative) of the facility, the desired password (in FIG. 7, the password is indicated as PW), etc. Accept this.

  In response to this application, the reporting service provider assigns a facility ID as identification information of the facility, a terminal device registration password for registering the terminal device 2 in the reporting system 100, and management of the facility. And an administrator authority password permitting the user to access and edit the facility information in the user database.

  Then, the notification service provider notifies the user representative who has applied for the assigned facility ID and each password (step S102). This notification method may be any means such as mail, telephone, e-mail, application completion screen on the application Web page established by the notification service provider, and the like. On the other hand, the user representative receives the notified various information (step S103).

  Here, in step S102, the notification service provider sets a user database corresponding to the facility in the disaster prevention management server 1. Furthermore, part or all of the information received at the time of application may be registered in advance.

  Note that the series of processing from step S101 to step S103 may be completed online. Specifically, the application Web page opened by the notification service provider is a Web page of a predetermined application form provided using the disaster prevention management server 1 as a Web server, and the application contents are automatically transferred to the disaster prevention management server 1. To be acquired.

  Further, the application result is automatically notified, application by the user representative (step S101), notification of facility ID, terminal device registration password, administrator authority password (step S102), receipt of these information ( Step S103) can be completed online.

  Next, the user representative informs the owner of the terminal device 2 who registers the received facility ID and terminal registration password in the reporting system 100 and instructs the terminal device 2 to register (step S104). On the other hand, the owner of the terminal device 2 receives the information sent together with the registration instruction (step S105).

  Then, the owner of the terminal device 2 accesses the disaster prevention management server 1 using the terminal device 2 and requests download of the disaster prevention app (denoted as “disaster prevention app DL” in FIG. 7) (step S106). . On the other hand, the disaster prevention management server 1 permits the download of the disaster prevention application (step S107). On the other hand, the terminal device 2 installs the disaster prevention app acquired as a response to the download request in the terminal device 2 (step S108).

  The disaster prevention app is not limited to the method of acquiring from the disaster prevention management server 1. The disaster prevention application may be downloaded and acquired from another server managed by the reporting service provider, and the server that provides the disaster prevention application is appropriately determined. In addition, when downloading the disaster prevention application, it is not necessary to provide an authentication stage.

  The owner of the terminal device 2 activates the disaster prevention application of the terminal device 2 after installing the disaster prevention app (step S109). The disaster prevention application automatically accesses the notification server 4 that is a notification means when it is first activated, and transmits a notification registration request that requests that the corresponding terminal device 2 be registered as a notification destination of the notification server 4. Keep it.

  When the notification server 4 receives the notification registration request from the terminal device 2, the notification server 4 gives a device token as notification identification information unique to the terminal device 2. Then, the notification server 4 notifies the terminal device 2 of the granted device token, and associates with the communication identification information of the terminal device 2 (for example, a communication identifier such as a telephone number) in the notification destination database of the notification server 4. Register (step S110).

  The disaster prevention application of the terminal device 2 notified of the granted device token registers the device token assigned to itself in the storage unit 22 and automatically requests the disaster prevention management server 1 to register its own device A registration request is sent (step S111).

  The disaster prevention management server 1 that has received this terminal registration request makes an authentication request for requesting the terminal device 2 to input the facility ID and the terminal registration password (step S112).

  The disaster prevention support application of the terminal device 2 that has received the authentication request displays the authentication request on the screen 251 of the display unit 25. Then, the owner of the terminal device 2 inputs the facility ID and the terminal registration password as authentication information, which have been previously communicated from the user representative (step S113).

  The disaster prevention management server 1 that has received the authentication information authenticates this authentication information, and does not accept it if the authentication information is incorrect. On the other hand, when the authentication information is correct information, the disaster prevention management server 1 accepts this, and then sends out a registration information request as information for registering the terminal device 2 in the disaster prevention management server 1 ( Step S114).

  The disaster prevention application of the terminal device 2 that has received the registration information request causes the registration information request to be displayed on the screen 251 of the display unit 25. Then, the owner of the terminal device 2 inputs the requested registration information, for example, his / her name (see FIG. 3 above) (step S115).

  Then, the disaster prevention application of the terminal device 2 sends the input registration information and the device token read from the storage unit 22 to the disaster prevention management server 1. On the other hand, the disaster prevention management server 1 accepts this, registers it in the user database in association with the terminal ID or the like (see FIG. 3 above), and notifies the terminal device 2 of the registration (step S116).

  The disaster prevention application of the terminal device 2 that has received this registration notification displays that the registration has been completed on the screen 251 of the display unit 25, and completes a series of registration operations from the terminal device 2 to the reporting system 100 (step S117). ).

  The operation of the disaster prevention application described above may not be executed by the disaster prevention application itself, and may be configured to be executed via another application such as a web browser provided in the terminal device 2 that is activated by the disaster prevention application. .

  In this way, after a predetermined terminal device 2 is registered in association with the facility ID to be monitored by the reporting system 100, the facility manager (for example, a fire prevention manager) associates with the facility ID of the facility. The area of the user database related to the registered information of the terminal device 2 can be edited.

  For example, whether or not the attribute information of the user who possesses the terminal device 2 is a confirmation member (for example, a district member candidate of the self-defense fire brigade) confirming the abnormality according to the abnormality position information when the abnormality is detected Information for identifying whether or not can be set.

  Note that the registration operation of the terminal device 2 is not limited to the above. From the reporting service provider, the facility ID as identification information of the facility, the terminal device registration password for registering the terminal device 2 in the reporting system 100, and the facility administrator access the facility information in the user database. Then, the user representative (step S103) who has received the administrator authority password permitting editing can determine the owner of the terminal device 2 in advance. Good.

  Then, for example, the user database related to the facility is accessed using the administrator authority password, and the terminal ID and the owner attribute information are registered in advance, and further, the password for each terminal device 2 is registered in advance. It may be left. When a password for each terminal device 2 is registered in advance, the owner of the terminal device 2 who registers the password in the reporting system 100 is notified.

  And when the disaster prevention application of the terminal device 2 registered in the notification server 4 makes a terminal registration request to the disaster prevention management server 1 (step S111), the disaster prevention management server 1 uses the device token acquired by the terminal device 2 from the notification server 4. The terminal ID registered in advance in the user database is registered in association with the terminal ID. At this time, authentication may be performed using a password for each terminal device 2.

  Next, a series of operations related to the first notification requesting confirmation at the abnormality occurrence site until abnormality determination is performed will be described. FIG. 8 is a flowchart of a series of operations related to the first notification described above, from abnormality detection to abnormality determination by the notification system 100 according to Embodiment 1 of the present invention.

  When the fire detector 5 or the gas leak detector 6 which is a sensing means in the self-fire reporting equipment 200 detects an abnormality, it outputs an abnormality detection signal, and the fire receiver 10 which has received this abnormality detection signal receives communication means (not shown). And the sensor notification information as the abnormality detection information are output via the communication line 3 (step S201).

  The detector notification information includes an identifier unique to the fire detector 5 or the gas leak detector 6 that has detected an abnormality, position information based on the identifier, and a room or floor in which these detection means are installed. Anomalous position information that can identify the location where the anomaly has occurred, such as a compartment number indicating a compartment, is included.

  On the other hand, the disaster prevention management server 1 is capable of confirming an abnormality when it has received abnormality detection information indicating that the detection means has detected an abnormality (having attribute information that can be used to confirm an abnormality at the site where the abnormality has occurred. ) Is selected based on the abnormal position information included in the abnormality detection information and the information table in the storage unit, and the first notification requesting the confirmation of the abnormality at the abnormality occurrence site is selected. The report destination.

  For example, the disaster prevention management server 1 can select the terminal device 2 associated with the attribute information of the self-defense fire brigade district member corresponding to the place where the occurrence of the abnormality is detected as the personnel terminal 2A.

  Further, the disaster prevention management server 1 reads the notification ID associated with the terminal ID corresponding to the selected terminal device 2. In addition, the disaster prevention management server 1 generates report information corresponding to the received abnormality information and generates an information ID that is an information identifier corresponding to the generated report information. The notification information at this time specifies an abnormality occurrence location based on the abnormality position information included in the abnormality detection information, and requests on-site confirmation at the abnormality occurrence location, and the information ID specifies the notification information. Is.

  Further, the disaster prevention management server 1 transmits a notification request including the notification ID and the information ID to the notification server 4 (step S202). At this point, the disaster prevention management server 1 has not transmitted the report information.

  Next, in response to the notification request, the notification server 4 refers to the information stored in the notification destination database and informs the personnel terminal 2A, which is the terminal device 2 having the communication ID specified by the device token (notification ID). On the other hand, the information ID is notified by push (step S203). At this time, a device token may be pushed together with the information ID.

  Next, the personnel terminal 2A having the communication ID that has received the push communication activates the disaster prevention application, and sends an information transmission request corresponding to the information ID to the disaster prevention management server 1 (step S204). When the device token is pushed together with the information ID, when the disaster prevention application matches the device token and matches, the information transmission request corresponding to the information ID is sent to the disaster prevention management server 1 Also good.

  Next, the disaster prevention management server 1 that has received the information transmission request generates, based on the information ID and terminal ID specified in the request, the abnormality detection information corresponding to the information ID and received in the previous step S202. Is sent to the personnel terminal 2A having the terminal ID (step S205).

  Next, the personnel terminal 2A that has received the report information outputs and displays the report information as a first report requesting on-site confirmation of the location where the abnormality has occurred (step S206). At this time, the personnel terminal 2A may display a map of the occurrence location of the abnormality. Then, the confirmation personnel possessing the personnel terminal 2A rush to the abnormality occurrence site according to the content displayed on the screen to confirm the abnormality, and when the abnormality is confirmed, operate the operation unit 24 to perform disaster prevention. The abnormality confirmation information is transmitted to the management server 1 (step S207).

  Next, when receiving the abnormality confirmation information indicating that the abnormality has been confirmed from the personnel terminal 2A, the disaster prevention management server 1 determines that the abnormality has been confirmed, and determines the disaster as having been confirmed. The notification system 100 is aware (step S209).

  The disaster prevention management server 1 also determines that an abnormality has been confirmed and has been confirmed even when a fire determination signal as abnormality determination information is received from the self-reporting equipment 200 (step S208). The disaster is recognized as the reporting system 100 (step S209).

For example, the following cases are conceivable as the abnormality determination in step S208.
-When a predetermined time set within 10 minutes has passed since the sensing means sensed the abnormality.
-When the sensing means in the alert area other than the alert area of the sensing means that sensed the abnormality first senses an abnormality.
・ When an emergency call or transmitter is operated.
・ When the disaster prevention center personnel confirm the abnormality and perform the abnormality determination operation in the self-reporting equipment 200.

  In place of the self-reporting equipment 200, the disaster prevention management server 1 may determine the abnormality under the above conditions. For example, the management server 1 may determine that an abnormality has occurred when receiving a signal indicating that an abnormality has been confirmed from the terminal device 2 possessed by a disaster prevention center staff.

  Next, the operation of the abnormality notification after the abnormality determination is performed will be described. FIG. 9 is a flowchart of the abnormality notification operation as the second notification stage after abnormality determination by the notification system 100 according to Embodiment 1 of the present invention.

  When the abnormality is determined by the series of operations of FIG. 8 (step S209), the disaster prevention management server 1 notifies the terminal device 2 as a second notification stage on the condition that it is the user whose monitoring target has been determined to be abnormal. Is selected based on the abnormal position information included in the abnormality detection information and the information table in the storage unit.

  Further, the disaster prevention management server 1 reads the notification ID associated with the terminal ID corresponding to the selected terminal device 2. In addition, the disaster prevention management server 1 generates abnormality determination information as notification information corresponding to the received abnormality confirmation information, and also generates an information ID that is an information identifier corresponding to the generated notification information.

  Furthermore, the disaster prevention management server 1 transmits a notification request including the notification ID and the information ID to the notification server 4 (step S210). At this time, the disaster prevention management server 1 has not transmitted the report information regarding the abnormality determination information.

  Next, in response to the notification request, the notification server 4 pushes the information ID to the personnel terminal 2A and the user terminal 2B, which are the terminal devices 2 having the communication ID specified by the device token (notification ID). (Step S211). At this time, a device token may be pushed together with the information ID.

  Next, the disaster prevention application of the personnel terminal 2A having the communication ID that has received the push communication sends an information transmission request corresponding to the information ID to the disaster prevention management server 1 (step S212). When the device token is pushed together with the information ID, when the disaster prevention application matches the device token and matches, the information transmission request corresponding to the information ID is sent to the disaster prevention management server 1 Also good.

  Next, the disaster prevention management server 1 that has received the information transmission request from the personnel terminal 2A corresponds to the information ID based on the information ID and the terminal ID specified in the request, and determined in the previous step S209. The abnormality determination information is returned as report information to the personnel terminal 2A having the terminal ID (step S213).

  Next, the personnel terminal 2A that has received the report information outputs and displays the report information as abnormality determination information on the screen (step S214). As a result, the self-defense fire brigade member possessing the personnel terminal 2A can know the details of the abnormality determination information. At this time, the personnel terminal 2A may display a map of the occurrence location of the abnormality.

  On the other hand, the user terminal 2B having the communication ID that has received the push communication activates the disaster prevention application, and sends an information transmission request corresponding to the information ID to the disaster prevention management server 1 (step S215). When the device token is pushed together with the information ID, when the disaster prevention application matches the device token and matches, the information transmission request corresponding to the information ID is sent to the disaster prevention management server 1 Also good.

  Next, the disaster prevention management server 1 that has received the information transmission request from the user terminal 2B corresponds to the information ID based on the information ID and the terminal ID specified in the request, and determines in the previous step S209. The abnormality determination information is returned to the user terminal 2B having the terminal ID as notification information (step S216).

  Next, the user terminal 2B that has received the report information outputs and displays the report information as abnormality determination information on the screen (step S217). As a result, a general user possessing the user terminal 2B can also know the details of the abnormality determination information. At this time, the user terminal 2B may display a map of the abnormality occurrence location.

  In addition, the disaster prevention management server 1 transmits the notification information determined in step S209 to the email address of the email user terminal 2C having a function of receiving email without going through the notification server 4. The electronic mail may be push-notified via the mobile phone carrier of the electronic mail user terminal 2C (step S218).

  Then, even if the e-mail user terminal 2C that has received the report information is in the sleep state, it actively accepts the report as an e-mail, activates the e-mailer, and outputs and displays the report information on the screen. (Step S219). As a result, a general user who possesses the electronic mail user terminal 2C can quickly know the abnormality determination information.

  At this time, the disaster prevention management server 1 prepares a port for outputting report information, generates an e-mail including access information for the port, and transmits the e-mail including the access information to the e-mail user terminal 2C. It may be.

  As a result, the user of the e-mail user terminal 2C that has accepted the report opens the e-mail to quickly know the report, and based on the access information included in the e-mail, the report information output port of the disaster prevention management server 1 You can access to and get detailed report information.

  Next, the operation at the time of non-abnormality that has been confirmed not to be abnormal will be described. If it is confirmed that there is no abnormality, the “abnormality confirmation information” in FIG. 8 is replaced with “non-abnormality confirmation information” and “abnormality determination information” is replaced with “non-abnormality determination information”. The information transmitted as “notification information” in FIG. 9 is changed from “abnormality determination information” to “non-abnormality determination information”.

  Specifically, the disaster prevention management server 1 receives the non-failure confirmation information from the personnel terminal 2A or receives the non-fire signal as the non-failure determination information from the self-reporting equipment 200 as the third reporting stage. Confirm that it was not abnormal. Subsequently, the disaster prevention management server 1 can notify each terminal device 2 that there was no abnormality by transmitting the non-abnormality determination information as the third notification information. You may make it report the non-abnormality determination information as 3rd notification information with respect to the personnel terminal 2A which notified the confirmation request | requirement of the abnormality occurrence site in the 1st notification step. In this way, confusion due to misinformation can be prevented.

  By doing in this way, it is possible to notify a false report promptly, thereby improving the reliability of the report and preventing confusion.

  As described above, according to the first embodiment, it is possible to automatically display the report information related to the abnormality on the terminal device 2 when the abnormality occurs. As a result, it is possible to promptly notify the user of the abnormality.

  In addition, the terminal device 2 of the user who can confirm the abnormality is automatically selected to request confirmation of the abnormality, and the abnormality can be determined after confirming the abnormality. As a result, the user can receive highly reliable information as a report after the abnormality is confirmed.

  Moreover, it has a configuration capable of promptly notifying a false alarm. As a result, the reliability of the report can be improved and confusion can be prevented.

When the above configuration and effects are arranged, according to the first embodiment, the following configuration is provided.
(1) A configuration in which push notification is employed to promptly transmit abnormality information to the terminal device, and a message is actively notified to the terminal device.

(2) When anomaly information is generated, a specific user is selected and the first notification is made to confirm the anomaly at the site where the anomaly has occurred, indicating that the anomaly has been confirmed at the site. A configuration that promptly reports abnormality determination information by making a second notification to more users after the abnormality confirmation information is obtained.

(3) The selection of the terminal device that performs the first notification and the selection of the terminal device that performs the second notification have the abnormal position information and the terminal apparatus for specifying the abnormal occurrence position included in the abnormal information. A configuration that is appropriately performed according to the abnormality occurrence position based on a comparison with user attribute information.

  As a result, when an abnormality such as a fire occurs, a specific user is requested to promptly confirm the abnormality, and the abnormality is promptly confirmed and the confirmed abnormality is promptly reported to the user. It becomes possible to do.

  Furthermore, by incorporating a third-stage notification that promptly notifies non-abnormality determination information when non-abnormalities are confirmed, it is possible to promptly notify misinformation, increase the reliability of the notification, and confuse Can be prevented.

  Further, the attribute information may be composed of a plurality of pieces of identification information as parameters for selecting confirmation personnel and selecting a first report destination as a request for site confirmation. For example, the first identification information indicating the qualities as the site confirmation personnel, and the second identification information indicating the normal location in the building or the place responsible for the self-defense fire brigade can be stored in advance as attribute data.

  That is, at the stage where the management server 1 receives the abnormality detection information, the first identification information is referenced to extract candidates for site confirmation personnel, and the abnormal position information and the second identification information are compared with each other within a predetermined range. Are selected as site confirmation personnel. However, since the selected person is not necessarily in the place stored in the second identification information, the user of the terminal device 2 that has received the site confirmation request as the first report from the management server 1 It may be possible to respond by operating the operation unit 24 of the terminal device 2 that the request is accepted if the request is valid, or that the request is not accepted if the request cannot be executed. .

  Then, the management server 1 executes a new on-site confirmation request by expanding the predetermined range until the request is accepted or until a constant number of on-site confirmation personnel is satisfied. In addition, when the terminal device 2 has positioning means capable of measuring the current position, or the building to be monitored is provided with an entrance / exit management system, the management server 1 can acquire the entrance / exit status via the communication line 3. In this case, the current position or the entrance / exit situation of each terminal device 2 can be adopted as attribute information. In this case, the attribute information can be dynamically updated, and the transmission destination of the first notification as the confirmation request for the occurrence of the abnormality can be appropriately selected according to the current user position.

Embodiment 2. FIG.
In the second embodiment, some modified examples to which the multi-stage notification mechanism using the push notification described in the first embodiment is applied will be described. Note that two or more of the modified examples described below can be combined.

[Modification 1] Modification Regarding User Database In the first embodiment described above, the user database in the storage unit 12 included in the disaster prevention management server 1 is a facility ID as monitoring target identification information for identifying a monitoring target, and a terminal device. 2 stores an information table in which a terminal ID as terminal identification information for identifying 2 and attribute information of a user who owns the terminal device 2 are associated with each other.

  On the other hand, in the first modification, the facility ID is grouped and group information for identifying the group to which the monitoring target belongs is further stored in the user database.

  In the first modification, the selection unit 112 of the disaster prevention management server 1 selects a report destination from the terminal devices 2 belonging to the same group, that is, the terminal devices 2 associated with one or more facility IDs in the same group. Is added as one of the conditions. By adding such a condition, the user can receive an abnormal report of the monitoring target belonging to the same group.

  For example, when the facility to be monitored consists of a plurality of buildings, these buildings can be grouped to monitor the facilities integrally, and information on the occurrence of abnormality can be shared by the entire facility. And it can support from the building in which abnormality does not generate | occur | produce with respect to abnormality generation in a facility.

  Further, for example, when a group is organized in an area such as a neighborhood association, information on occurrence of abnormalities in the area can be shared throughout the area. Then, it becomes possible to jointly cope with the occurrence of abnormalities in the region.

  FIG. 10 is an overall configuration diagram of a disaster prevention support system including a notification system 100 according to Modification 1 of the present invention. In this FIG. 10, the structure of the notification system 100 when the houses 201-203 provided with the fire alarm 211 and the repeater 212 are organized as two groups R1, R2 is illustrated.

[Modification 2] Modification regarding the notification server 4 The message transmitted by the notification server 4 by the push notification is not limited to the above-described first embodiment, and is an email, a short message, or data in a unique format. Also good.

  The notification server 4 may be a push notification notification device provided by a push notification service provider, such as a GCM server that provides a GCM service or an APNS server that provides an APN service.

  Further, the notification server 4 may be integrated with the disaster prevention management server 1 so that the disaster prevention management server 1 directly performs a push notification to the terminal device 2. At this time, the terminal ID as the identifier of the terminal device 2 and the device token as the notification ID may be shared.

[Modification 3] Modification Regarding Terminal Device 2 The terminal device 2 in the first embodiment described above may further include a positioning unit 26. The positioning unit 26 is positioning means that acquires terminal position information, which is information indicating the position of the terminal device 2 using the positioning system.

  As such a positioning system, for example, as a positioning system using an artificial satellite, GPS (Global Positioning System), GLONASS, Galileo, IRNSS (Indian Regional Navigation System), QZSS (Quasi-Zenite System etc.) are used. can do.

  In addition, as an indoor positioning system that cannot use satellite radio waves of a positioning system using these artificial satellites, for example, identification information received from a plurality of wireless access points arranged in a building, radio wave intensity or Position information can be acquired by three-point positioning based on the signal phase difference and the like.

  Also, three-point positioning based on identification information, radiation intensity or signal phase difference, etc. received from radiation points such as radio waves, ultrasonic waves, etc., light waves such as infrared rays, etc. The position information may be acquired by Alternatively, the position information may be acquired by using a positioning system such as a pseudo satellite GPS (sud light), a GPS repeater, or IMES (Indoor Messaging System).

  Alternatively, passive optical signs such as QR code (registered trademark), sound waves and light, or radio waves such as iBeacon (registered trademark), BLE (Bluetooth (registered trademark) Low Energy), RFID tags, etc., which are arranged in buildings The position information of the location may be acquired from the electronic sign or the NFC device by using an electronic sign or a proximity wireless communication device (NFC device) using the.

  In addition, such electronic signs and NFC devices are provided with unique identifiers, and the positioning unit 26 obtains the identifiers, and stores a database indicating position information for each identifier of the electronic signs and NFC devices registered in advance. By referring to the position information, the position information may be acquired. Alternatively, position information is acquired only at the starting point by these positioning techniques, and thereafter, the position information is acquired by autonomous navigation means such as an inertial navigation device using acceleration measuring means and a gyro provided in the terminal device 2. Good.

  Further, the above-mentioned autonomous signs and the above-mentioned electronic signs and NFC devices arranged at important points in the building may be used together to correct position information errors caused by autonomous navigation based on the electronic signs and NFC devices. . In addition, a positioning service based on the IP500 Alliance standard can be used.

  Alternatively, the electronic sign or the NFC device is a terminal of an entrance / exit management system, and the positioning unit 26 acquires an entrance / exit signal, or obtains the terminal ID of the terminal device 2 from the positioning unit 26, and enters / exits the room. You may make it acquire position information from a management system.

  And what is necessary is just to determine whether it exists based on the positional information which the terminal device 2 acquired. In addition, based on the positional information of the terminal device 2, when it is determined that the terminal device 2 is located in the immediate vicinity of the building, for example, within the site of the building, the terminal device 2 may be handled according to the case of being in the building. .

  The positioning system used by the positioning unit 26 is appropriately selected according to the use environment of the notification system 100, and is not limited to the one described above. The positioning system used by the positioning unit 26 may be any positioning system as long as it can obtain terminal position information as its own position information.

  And by using such a positioning system, the positioning part 26 acquires the terminal position information of the terminal device 2 periodically periodically. Note that the terminal position information of the terminal device 2 is not limited to being acquired periodically, but may be acquired in response to a request from the disaster prevention management server 1.

  Then, the disaster prevention management server 1 uses the terminal position information acquired by the positioning unit 26 as attribute information, so that the terminal device 2 away from the monitoring target that issued the abnormality information can be removed from the personnel terminal 2A that confirms the abnormality. It can be excluded or excluded as a report destination.

  Moreover, the disaster prevention management server 1 selects the terminal device 2 existing within a predetermined range from the monitoring target that has issued the abnormality information by using the terminal position information acquired by the positioning unit 26 as the attribute information. It is also possible to make it a report target of the second report.

  Moreover, you may make it select the terminal device 2 of the position nearest to the position where abnormality was detected among the personnel terminals 2A equivalent to the terminal device 2 which requests | requires the confirmation of abnormality as personnel terminal 2A. In particular, when there is no candidate for a member of the self-defense fire brigade area corresponding to the location where the abnormality has occurred, or when there is no neighbor next to the unit where the abnormality has occurred, the terminal device 2 closest to the location where the abnormality has occurred is selected as the personnel terminal 2A. Thus, by checking the abnormality, it is possible to quickly check the abnormality.

  Even if the terminal device 2 itself does not have a positioning function, if the facility itself to be monitored has an entry / exit management system, the entry / exit situation is associated with the terminal ID as attribute information, and the information table By sequentially updating, it is possible to grasp the approximate position of the user and to perform appropriate selection processing according to the approximate position.

[Modification 4] Modification regarding abnormality determination method In the above-described first embodiment, the disaster prevention management server 1 is based on the abnormality confirmation information from the personnel terminal 2A or the abnormality determination information from the self-reporting equipment 200. An abnormality was determined.

  In response to this, in particular, the terminal device 2 possessed by the disaster prevention center personnel is notified of the abnormality confirmation information once, and the disaster prevention center personnel communicate with the surveillance camera and the self-defense fire brigade. The disaster prevention management server 1 may determine the abnormality by operating the terminal device 2 (personnel terminal 2A) by the disaster prevention center personnel who have determined that it is abnormal.

  In other words, the disaster prevention management server 1 that has received the abnormality confirmation information from the personnel terminal 2A or the abnormality determination information from the self-reporting equipment 200 does not immediately determine the abnormality, but instead to the personnel terminal 2A possessed by the disaster prevention center personnel. On the other hand, the abnormality confirmation information is reported, and by receiving information indicating that the disaster prevention center personnel have determined that there is an abnormality from the personnel terminal 2A, it is determined that the abnormality has occurred by performing double confirmation.

  Note that the personnel terminal 2A used by the disaster prevention center personnel is not limited to a smartphone or a tablet terminal, and may be a laptop PC or a desktop PC.

  At this time, the personnel terminal 2A used by the disaster prevention center staff particularly receives and outputs the abnormality confirmation information from the disaster prevention management server 1, and information indicating that the disaster prevention center staff operates and determines that the abnormality is present. It can be sent to.

[Variation 5] Variation in which the self-defense fire brigade is organized in the second reporting stage In the second reporting phase in which an irregularity is reported, a report is made to the terminal device 2 associated with attribute information that is a candidate for the self-defense fire brigade. The information may be information requesting participation in the self-defense fire brigade. Furthermore, this report information may be information for appointing the role of each member on the basis of the priority and the suitability for the role set in advance as attribute information.

  The terminal device 2 selected as a target for reporting the participation information to the self-defense fire brigade and the reporting information for appointing the role corresponds to the personnel terminal 2A in the second reporting stage, and in the first reporting stage. The personnel terminal 2A will be incorporated. By configuring in this way, the reporting system 100 can quickly and appropriately organize the self-defense fire brigade according to the attribute information of the self-defense fire brigade candidate, and a disaster prevention support system that supports the activities of the self-defense fire brigade. Can be built.

  If the terminal device 2 has positioning means and is far away from the monitoring target, or if it is found that the terminal device 2 is not in the monitoring target in cooperation with the entrance / exit management system, disaster prevention The management server 1 may exclude such a terminal device 2 from the selection target of the personnel terminal 2A so as not to make an unexecutable request or appointment to a person who is not present.

  When the terminal device 2 includes positioning means, the role of the self-defense fire brigade in a location close to the current position is determined based on the position information of the terminal device 2 and the attribute information such as the suitability of the self-defense fire brigade member or its role. You may make it appoint. This is not limited to the request or appointment at the second notification stage, but may be a confirmation request at the site of occurrence of an abnormality at the first notification stage.

  Then, the personnel terminal 2A is selected from the other terminal devices 2 associated with attribute information such as being a candidate for the self-defense fire brigade or having suitability as a self-defense fire brigade member, and the confirmation personnel or the self-defense fire brigade You may make it satisfy | fill the constant for every role.

  Also, the report information for the user terminal 2B, which is a general terminal possessed by the facility user other than the staff terminal 2A in the second reporting stage, is different from the staff terminal 2A, and is the report information as the information in which the abnormality has been confirmed. The information may be information that prompts evacuation.

[Modification 6] Modification in which first notification is made as abnormality detection information In the first notification stage, the terminal device 2 having the facility ID of the building where the abnormality has occurred, regardless of whether it is a personnel terminal 2A or not. On the other hand, the abnormality detection information may be notified. An example of the message that is displayed and output by the terminal device 2 that has received the report of the abnormality detection information is, for example, “The fire detector has been activated. It is. The abnormality detection information notified in the first notification stage is an example of the first notification information.

  After reporting the abnormality detection information, when it is confirmed from the personnel terminal 2A that the confirmation personnel is not abnormal, the management server 1 sends a non-response to the terminal device 2 that has reported the abnormality detection information. Report abnormal decision information. An example of a message displayed and output by the terminal device 2 that has received the notification of non-abnormality determination information is, for example, “There was no abnormality as a result of checking the operation of the fire detector just before. Please rest assured.” . By making such a report, the user of the facility where the abnormality has occurred can accurately grasp the situation.

  In addition, in the case of fire prevention objects or parts that have 5 or more floors excluding the basement and have a total area of more than 3,000 square meters, the fire floor is subject to predetermined conditions until the fire is determined after the sensor is triggered. And it is supposed that the district sound device may warn only on the floor directly above. Accordingly, the disaster prevention management server 1 similarly has the terminal device 2 associated with the attribute information indicating that it is located on the floor immediately above the floor where the abnormality is detected in the first reporting stage as the abnormality detection information. In addition, the abnormality detection information may be reported.

[Variation 7] Variation in which voice alert is issued from broadcasting equipment using notification system 100 In the first embodiment described above, the first notification as the abnormality detection information, the second notification as the abnormality determination information, and the non-abnormality The third notification as the assertion information was pushed to the selected terminal device 2, but using this information, the voice corresponding to the abnormality information from the broadcasting facility provided in the monitoring target where the abnormality occurred A message can be output.

  The facility to be monitored by the management server 1 is provided with broadcast relay means for outputting a voice message from the broadcast facility. The broadcast relay means includes communication means for communicating with the management server 1 or the notification server 4. The communication means of the broadcast relay means accepts voice message information or voice message information ID via the communication line 3, and outputs a voice message from the broadcast facility according to the accepted information.

  The voice message information corresponding to the first to third notification information from the management server 1, or the voice message information ID as an identifier of these voice message information, or the first to first notifications from the notification server 4 A voice message information ID as an identifier of voice message information corresponding to the information is sent out, and any of these is received by the communication means.

  When voice message information is received, it may be converted into a voice signal and output from broadcasting equipment. Further, when receiving the voice information message ID, the voice message information corresponding to the voice message information ID may be read from the nonvolatile storage means stored in advance, or corresponds to the acquired voice message information ID. The management server 1 may be requested to transmit the voice message information and acquired. Then, the acquired voice message information is converted into a voice signal and output from the broadcasting facility.

  The voice message output by the broadcasting relay means is, for example, in the stage of sending a fire detection signal, that is, when the fire detector 5 detects a fire, following the signal sound, “The fire detector has been activated. Please be aware of the next broadcast because the staff has confirmed. "

  In addition, the voice message output by the broadcast relay means is, for example, in the stage of sending out the fire determination signal, that is, in the situation where the fire detected by the fire detector 5 is confirmed, the signal sound is followed by “fire, fire. "The fire broke out. Please calm down and evacuate." Furthermore, a sweep sound is emitted and repeated until extinguishing.

  In addition, the voice message output by the broadcast relay means is in the stage of sending a non-fire signal, that is, in the situation where it was confirmed that the fire detected by the fire detector 5 was a false alarm. As a result of the confirmation, there was no abnormality in the operation of the fire detector. Please rest assured. "

  That is, it replaces the emergency broadcasting facility that outputs a voice message as a voice alarm in conjunction with the self-reporting facility 200. As described above, in the facility to be monitored by the reporting system 100, it is possible to acquire information of the voice message broadcast via the communication line 3 without installing expensive emergency broadcasting equipment for each facility. Therefore, it is possible to output a voice message as a voice alarm in cooperation with the reporting system 100 without contradiction. In addition, inexpensive broadcasting facilities can be used.

[Modification 8] Modification in which the management server 1 is a cloud computing system In the embodiment described above, the management server 1 may be configured by the functions of the cloud computing system. The cloud computing system described here refers to a network computing system in which software and information are stored in a plurality of network devices provided on a network using a communication line 3, and the terminal device 2 accesses the communication line 3. The plurality of network devices provided in the network can be used as a management server 1.

  For example, a plurality of cloud servers provided on the network function as the management server 1 in cooperation with each other. With this configuration, the scale of the reporting system 100 can be easily expanded by adding cloud servers on the network. In addition, since the access from the terminal device 2 to the management server 1 can be distributed to a plurality of cloud servers, it is possible to prevent the access from being concentrated on one management server 1 and causing a malfunction. .

  DESCRIPTION OF SYMBOLS 1 Disaster prevention management server, 11 Control part, 111 Reception part, 112 Selection part, 113 Information generation part, 114 Request part, 115 Information output part, 116 Registration part, 12 Storage part, 13 Communication part, 2 Terminal device, 2A Personnel terminal (Terminal device), 2B user terminal (terminal device), 2C e-mail user terminal (terminal device), 21 control unit, 22 storage unit, 23 communication unit, 24 operation unit, 241 touch panel, 25 display unit, 251 screen , 26 Positioning unit, 3 communication line, 4 notification server, 41 control unit, 411 reception unit, 412 registration unit, 413 output unit, 42 storage unit, 43 communication unit, 5 fire detector, 6 gas leak detector, 7 districts Acoustic device, 8, 9 repeater, 10 fire receiver, 100 alert system, 200 automatic fire alert facility, 211 alarm, 212 repeater.

Claims (9)

A management server that generates notification information based on the abnormality information received from the monitoring target received via the communication line, and transmits the generated notification information via the communication line;
A function of acquiring an information identifier for identifying the notification information pushed from the notification server via the communication line, and performing mutual communication with the management server via the communication line based on the acquired information identifier A function of receiving the report information corresponding to the information identifier from the management server and outputting and displaying the information, and a plurality of terminal devices possessed by each user,
The management server is
An information table associating terminal IDs corresponding to the identifiers of the plurality of terminal devices, notification IDs corresponding to identifiers for the notification server to identify the plurality of terminal devices, and the attribute information of the user A storage unit for storing
By receiving the abnormality detection information including the abnormality position information that can specify the location where the abnormality has occurred as the abnormality information from the monitoring target, from the comparison result between the abnormality position information and the attribute information stored in the information table , Selecting the terminal ID of the report destination of the first report information requesting to confirm the abnormality at the site where the abnormality has occurred as the first terminal ID,
Specifying a notification ID corresponding to the selected first terminal ID, and generating a first information ID corresponding to the first notification information;
In order to notify the terminal device having the identified notification ID of the first information ID from the notification server by a first push notification, the notification ID and the first information are transmitted to the notification server. Send a first notification request containing the ID,
A first transmission request for requesting transmission of the first notification information corresponding to the first information ID included in the first notification request is received from the terminal device that has received the first push notification. Thus, the first notification information corresponding to the first information ID is transmitted to the terminal device that is the transmission source of the first transmission request,
As a response to the first report information, the user who has received the first report information has generated the abnormality based on an operation input from the terminal device by the user who has received the first report information. In the case where the abnormality confirmation information is received by returning abnormality confirmation information indicating that the occurrence of abnormality at the site has been confirmed, the notification destination of the abnormality determination information as the second notification information based on the abnormality confirmation information As a second terminal ID, select terminal IDs of all the monitoring target terminal devices that issued the abnormality detection information,
Specifying a notification ID corresponding to the selected second terminal ID as a report destination of the second report information, and generating a second information ID corresponding to the second report information;
In order to notify the terminal device having the notification ID identified as the notification destination of the second notification information from the notification server by the second push notification to the notification server, Transmitting a second notification request including the notification ID and the second information ID;
Receiving a second transmission request for requesting transmission of the second notification information corresponding to the second information ID included in the second notification request from the terminal device that has received the second push notification; Then, the second notification information corresponding to the second information ID is transmitted to the terminal device that is the transmission source of the second transmission request,
A notification system for transmitting the notification information by a two-step notification based on the first notification information and the second notification information. The management server is
As the information table, a facility ID corresponding to an identifier of the facility to be monitored is further associated and stored in the storage unit in advance.
The selection of the first terminal ID and the second terminal ID from terminal IDs associated with the same facility ID as the facility corresponding to the abnormal position information. Notification system. The management server is
Group information obtained by grouping one or more facility IDs is stored in advance in the storage unit,
When selecting the first terminal ID and the second terminal ID, a facility ID belonging to the same group as the facility corresponding to the abnormal position information is extracted from the group information and included in the extracted group information The notification system according to claim 2, wherein the notification ID is selected from terminal IDs associated with one or more facility IDs. The management server is
When a registration request transmitted from an unregistered terminal device that is not stored in the storage unit as the information table among the plurality of terminal devices is received, a terminal ID is newly assigned to the unregistered terminal device. The notification system according to any one of claims 1 to 3, wherein information relating to the unregistered terminal device is additionally registered in the information table stored in the storage unit. Each of the plurality of terminal devices has a positioning function of acquiring its own location information as terminal location information and transmitting the terminal location information to the management server,
The management server is
Based on the terminal position information received from each of the plurality of terminal devices, each current position information is generated, and the generated current position information is stored in association with a terminal ID as one of the attribute information. Update the table,
Based on the current position information associated with each terminal ID, a terminal device existing at a position within a predetermined range from the position indicated by the abnormal position information included in the abnormal information is identified as a communication candidate terminal device The reporting system according to any one of claims 1 to 4, wherein the first terminal ID is selected from terminal IDs corresponding to the communication candidate terminal devices. The management server is
As a response to the first notification information, the user who has received the first notification information has generated the abnormality based on an operation input from the terminal device by the user who has received the first notification information. When the non-failure confirmation information is received by returning non-failure confirmation information indicating that it has been confirmed that no abnormality has occurred at the site, or the detected abnormality is detected from the monitoring target via a communication line. When non-abnormality determination information indicating that it was a false report is received, a third information ID corresponding to the non-abnormality determination information as third notification information is generated, and the transmission of the first notification information is performed. Specifying a notification ID corresponding to the first terminal ID,
In order to notify the terminal device having the specified notification ID of the third information ID from the notification server through a third push notification, the notification server and the third information ID are notified to the notification server. Send a third notification request containing
The notification system according to any one of claims 1 to 5, wherein a third notification is sent to notify that the abnormality has not occurred. Management that generates report information based on abnormality information received from a monitoring target received via a communication line, and transmits the generated report information to a plurality of terminal devices possessed by each user via the communication line A server,
A function of acquiring an information identifier for identifying the notification information pushed from the notification server via the communication line, and performing mutual communication with the management server via the communication line based on the acquired information identifier Thus, a terminal ID corresponding to an identifier of the plurality of terminal devices having a function of receiving and outputting the notification information corresponding to the information identifier from the management server, and the notification server includes a plurality of terminal devices. A storage unit for storing an information table in which a notification ID corresponding to an identifier for specifying each of the notification ID and the attribute information of the user is associated;
A control unit that executes transmission of the notification information based on the two-step notification based on the first notification information and the second notification information based on the information table stored in the storage unit;
The controller is
By receiving the abnormality detection information including the abnormality position information that can specify the location where the abnormality has occurred as the abnormality information from the monitoring target, from the comparison result between the abnormality position information and the attribute information stored in the information table Selecting a terminal ID of a report destination of the first report information requesting to perform a defect confirmation at the site where the abnormality has occurred as a first terminal ID;
A notification ID corresponding to the selected first terminal ID is specified, and a first information ID corresponding to the received abnormality information is generated,
In order to notify the terminal device having the specified notification ID of the first information ID from the notification server by a first push notification, the notification server and the first information ID are notified to the notification server. Send a first notification request containing
A first transmission request for requesting transmission of the first notification information corresponding to the first information ID included in the first notification request is received from the terminal device that has received the first push notification. Thus, the first notification information corresponding to the first information ID is transmitted to the terminal device that is the transmission source of the first transmission request,
As a response to the first notification information, the user who has received the first notification information has generated the abnormality based on an operation input from the terminal device by the user who has received the first notification information. When the abnormality confirmation information is received by returning abnormality confirmation information indicating that the occurrence of abnormality has been confirmed at the site, the report destination of the abnormality determination information as the second notification information based on the abnormality confirmation information As a second terminal ID, select terminal IDs of all the monitoring target terminal devices that issued the abnormality detection information,
Specifying a notification ID corresponding to the selected second terminal ID as a report destination of the second report information, and generating a second information ID corresponding to the second report information;
In order to notify the terminal device having the notification ID identified as the notification destination of the second notification information from the notification server by the second push notification to the notification server, Transmitting a second notification request including the notification ID and the second information ID;
Receiving a second transmission request for requesting transmission of the second notification information corresponding to the second information ID included in the second notification request from the terminal device that has received the second push notification; The management server that transmits the second notification information corresponding to the second information ID to the terminal device that is the transmission source of the second transmission request. A terminal device that receives report information generated by the management server based on abnormality information from a monitoring target via a communication line,
A display unit for displaying the notification information received from the management server;
An operation unit that receives an operation input from a user who possesses the terminal device;
By acquiring an information identifier for identifying the notification information pushed from the notification server via the communication line, and performing mutual communication with the management server via the communication line based on the acquired information identifier. A control unit that acquires the notification information corresponding to the information identifier received from the management server, and executes display processing on the display unit and operation input processing by the operation unit in accordance with the acquired notification information. ,
The controller is
When receiving a first push notification including the first information ID corresponding to the request from the notification server as a step before requesting that the abnormality check be performed at the site where the abnormality has occurred, A first transmission request for requesting transmission of information requesting the management server to perform the abnormality confirmation;
As a response to the first transmission request, when the first notification information as information requesting the abnormality confirmation is received from the management server, the information corresponding to the first notification information is displayed. Displayed on the
When an operation input of abnormality confirmation information indicating that the abnormality has been confirmed is made by the user at the site where the abnormality has occurred, the abnormality confirmation information received via the operation unit is sent to the management server. In return,
When the second push notification including the second information ID corresponding to the second notification information as the abnormality determination information based on the abnormality confirmation information is received from the notification server, the management server receives the second push notification. Send a second transmission request to request transmission of the notification information of 2,
As a response to the second transmission request, when the second notification information is received from the management server, information corresponding to the second notification information is displayed on the display unit,
The notification information is received by a two-step notification based on the first notification information and the second notification information, or a one-step notification based on the second notification information, depending on the occurrence location of the abnormality and the attribute of the user. Terminal device to perform. A management server for generating notification information based on the abnormality information received from the monitoring target received via the communication line, and transmitting the generated notification information and the information identifier for identifying the notification information via the communication line; ,
A function of acquiring the information identifier pushed from the notification server via the communication line, and performing mutual communication with the management server via the communication line based on the acquired information identifier. A notification method executed in a notification system comprising a plurality of terminal devices possessed by each user, and a function of receiving and outputting the notification information corresponding to the information identifier from ,
In the management server, a terminal ID corresponding to an identifier of the plurality of terminal devices, a notification ID corresponding to an identifier for the notification server to identify each of the plurality of terminal devices, and the attribute information of the user A first step of storing in the storage unit an information table associated with
In the management server, the abnormal position information and the attribute information stored in the information table are received from the monitoring target by receiving abnormal detection information including abnormal position information capable of specifying a location where the abnormality has occurred as the abnormal information. And a second step of selecting, as a first terminal ID, a terminal ID that requests to perform abnormality confirmation at the site where the abnormality has occurred,
In the management server, the notification ID corresponding to the first terminal ID selected in the second step is specified, and the first notification information for requesting the abnormality confirmation at the site where the abnormality has occurred A third step of generating a corresponding first information ID;
In the management server, in order to cause the terminal device having the notification ID specified in the third step to report the first information ID from the notification server by a first push notification, the notification server A fourth step of transmitting a first notification request including the notification ID and the first information ID;
The terminal device starts application software upon receiving the first push notification, and requests transmission of the first notification information corresponding to the first information ID included in the first notification request. A fifth step of transmitting a first transmission request to the management server;
The management server receives the first notification request transmitted from the terminal device in the fifth step, and sets the first information ID to the terminal device that is the transmission source of the first transmission request. A sixth step of transmitting the corresponding first report information;
In the terminal device, based on an input operation from the terminal device by the user who has received the first report information, abnormality confirmation information indicating that the abnormality has been confirmed at the site where the abnormality has occurred is stored in the management server. A seventh step of transmitting to the
In the management server, when the abnormality confirmation information is received as a response to the first notification information, the abnormality is used as a notification destination of abnormality determination information as second notification information based on the abnormality confirmation information. An eighth step of selecting, as the second terminal ID, the terminal IDs of all the monitoring target terminal devices that have issued the sensing information;
A ninth step of identifying a notification ID corresponding to the second terminal ID selected in the eighth step and generating a second information ID corresponding to the second notification information in the management server; ,
In the management server, in order to cause the terminal device having the notification ID specified in the ninth step to report the second information ID from the notification server by a second push notification, the notification server A tenth step of transmitting a second notification request including the notification ID and the second information ID;
In the terminal device, a second transmission requesting transmission of the second notification information corresponding to the second information ID included in the second notification request with the reception of the second push notification. An eleventh step of sending a request to the management server;
The management server receives the second transmission request transmitted from the terminal device in the eleventh step, and sets the second information ID to the terminal device that is the transmission source of the second transmission request. A twelfth step of transmitting the corresponding second notification information, and transmitting the notification information by a two-step notification based on the first notification information and the second notification information.

Images