JP2021068214A - Information processing system and information processing method - Google Patents

Abstract

To reliably convey emergency prompt announcement.SOLUTION: An information processing system 100 includes: a plurality of transmission/reception terminals 20 that receives emergency prompt announcement transmitted from a base station CR; and an information aggregation server 30 that stores information on places where the transmission/reception terminals are installed and communicates with the transmission/reception terminals. When the transmission/reception terminals each receive the emergency prompt announcement, each of the transmission/reception terminals that have received the emergency prompt announcement transmits identification information on the transmission/reception terminal to the information aggregation server. The information aggregation server identifies transmission/reception terminals that need to receive the emergency prompt announcement based on information on installation places of the transmission/reception terminals corresponding to the received identification information on the transmission/reception terminals from the identification information on the transmission/reception terminals stored in the information aggregation server itself.SELECTED DRAWING: Figure 2

Description

The present invention relates to an information processing system and an information processing method.

Means for urgently transmitting information such as disasters to residents include emergency bulletin mail provided by carriers, municipal disaster prevention administrative radio (so-called "disaster prevention radio"), and distribution of disaster / evacuation information by TV / radio. Of these, the "Earthquake Early Warning" covers the target areas such as "Earthquake Early Warning", "Tsunami Warning" and "Special Warning" delivered by the Japan Meteorological Agency, and "Disaster / Evacuation Information" delivered by the national and local governments. It is a service that broadcasts (broadcasts) to users such as mobile phones. A message is automatically displayed on a mobile phone or the like that has received the "emergency breaking news mail", and the message can be received without being affected by line congestion (congestion).

"Municipal disaster prevention administrative radio" is for each local government such as municipalities to broadcast disaster prevention information to residents all at once using outdoor loudspeakers and door-to-door receivers, and depending on the local government, it is also broadcast on cable TV and community FM. doing. In recent years, in addition to the above-mentioned means of transmitting information such as disasters, as a private service, a transmitter / receiver installed door-to-door for emergency bulletins using LTE communication and notifications from local governments using voice or text. A system has also been introduced that can be notified by and can grasp the reception status of residents.

As a means of urgently transmitting information such as these disasters to the residents, etc., although the information was provided to the residents in the area where the disaster occurred, it is unknown whether the information was actually transmitted to the local residents. It is not considered to grasp the situation of the safety of the residents and the situation of evacuation after that. As an attempt to solve this latter, an action arousal system and a safety confirmation system shown in Patent Document 1 are known. This system has the following configurations for the purpose of collecting and providing information for confirming safety while encouraging evacuation. That is, this system has started evacuation with a current location acquisition unit that acquires the current location when receiving disaster occurrence information, a route display control unit that displays the route from the acquired current location to a pre-registered evacuation site, and an evacuation. A pre-registered destination when evacuation start information indicating that evacuation has been started is input from the start input screen by the operation of the start display control unit that displays the start input screen for inputting the fact. It is equipped with an evacuation start information transmission unit that transmits evacuation start information.

Further, as an attempt to solve this former, an upper limit value determining device shown in Patent Document 2 and the like are known. The purpose of this device is to transfer the distribution information of the emergency bulletin between terminals in an appropriate range when the emergency bulletin cannot be received, such as when the terminal is in an out-of-service area at the time of distribution of the emergency bulletin, as follows. It has a function. That is, when transferring distribution information such as an emergency bulletin between terminals, this device acquires information indicating a distribution range, determines an upper limit of the number of times of direct transfer by radio waves, and determines the distribution information and the current hop. The number and the maximum number of hops are transmitted together.

Japanese Patent No. 6254174 Japanese Unexamined Patent Publication No. 2016-178521

In the future, as we enter an aging society, there is a problem of depopulation of the area and there is a limit to the transfer between terminals, so an emergency bulletin will be sent to the residents of the area where the disaster is occurring or has occurred (collectively called the disaster area). First of all, the challenge is to reliably convey.

Therefore, an object of the present invention is to provide an information processing system and an information processing method for reliably transmitting an emergency early warning to residents in a disaster area.

In order to solve the above problems, an information processing system including a transmission / reception terminal and an information aggregation server, the transmission / reception terminal sends an emergency bulletin transmitted by a base station and a first terminal communication unit that communicates with the information aggregation server. The information aggregation server includes a third terminal communication unit for receiving and a terminal identification information storage unit for storing its own identification information, and the information aggregation server includes a server communication unit that communicates with the first terminal communication unit of the transmission / reception terminal and a transmission / reception terminal. The transmission / reception terminal information storage unit for storing information about the transmission / reception terminal and the server processing unit for searching the transmission / reception terminal information storage unit are provided, and the information about the transmission / reception terminal stored in the transmission / reception terminal information storage unit is for each of the plurality of transmission / reception terminals. When the third terminal communication unit receives an emergency bulletin from the base station in each of the plurality of transmission / reception terminals, including the identification information of the transmission / reception terminal and the information of the location where the corresponding transmission / reception terminal is installed, the first The terminal communication unit transmits the identification information of the transmission / reception terminal stored in the terminal identification information storage unit to the server communication unit, and when the server communication unit receives the identification information of the transmission / reception terminal, the server processing unit performs the transmission / reception terminal information storage unit. From the information about the transmitting / receiving terminal stored in, identifies the transmitting / receiving terminal that needs to receive the emergency bulletin based on the information of the place where the transmitting / receiving terminal is installed corresponding to the identification information of the transmitting / receiving terminal received by the server communication unit. An information processing system is provided.
According to this, when an Earthquake Early Warning is sent, the residents in the disaster area can be informed by identifying the sending / receiving terminal installed in the place where the Earthquake Early Warning needs to be received, based on the identification information of the transmitting / receiving terminal that received the Earthquake Early Warning. It is possible to provide an information processing system that can reliably transmit an emergency early warning.

Further, when the third terminal communication unit receives the emergency bulletin in each of the plurality of transmission / reception terminals, the first terminal communication unit performs the third terminal communication unit together with the transmission / reception terminal identification information stored in the terminal identification information storage unit. When the server communication unit transmits the received emergency bulletin information to the server communication unit, and the server communication unit receives the transmission / reception terminal identification information and the emergency bulletin information from the first terminal communication unit, the server processing unit performs the specified emergency bulletin. Based on the difference between the transmission / reception terminal that needs to receive the identification information and the transmission / reception terminal that the server communication unit received the identification information, the transmission / reception terminal that does not receive the identification information among the transmission / reception terminals that need to receive the specified emergency bulletin. It may be characterized in that the information of the emergency bulletin received by the server communication unit is transmitted to the detected transmission / reception terminal.
According to this, the residents in the disaster area detect the transmitting and receiving terminals that did not transmit from the transmitting and receiving terminals that should receive and transmit the emergency bulletin, and transmit the received emergency bulletin information to the detected transmitting and receiving terminals. You can reliably transmit emergency breaking news to.

Further, the location information is an administrative division, and when the third terminal communication unit receives the emergency bulletin in each of the plurality of transmission / reception terminals, the first terminal communication unit is the transmission / reception terminal stored in the terminal identification information storage unit. When the information of the emergency bulletin received by the third terminal communication unit is transmitted to the server communication unit together with the identification information of the above, and the server communication unit receives the identification information of the transmitting / receiving terminal and the information of the emergency bulletin from the first terminal communication unit. The server processing unit may be characterized in that it identifies a transmission / reception terminal installed in an administrative area where it is necessary to receive the emergency bulletin information based on the emergency bulletin information received by the server communication unit.
According to this, by specifying the transmission / reception terminal installed in the administrative division to be received based on the information of the emergency bulletin, the emergency bulletin transmitted for each administrative division can be reliably transmitted to the residents in the disaster area. ..

In order to solve the above problems, information that is fixedly installed in a place, stores information about a plurality of transmission / reception terminals that receive emergency bulletins transmitted by a base station, and information about the plurality of transmission / reception terminals, and communicates with the plurality of transmission / reception terminals. It is an information processing method of an information processing system including an aggregation server, and when a plurality of transmission / reception terminals receive an emergency bulletin from a base station, the transmission / reception terminal that has received the emergency bulletin aggregates information to that effect. Sending to the server, the information aggregation server identifies the sending / receiving terminal installed in the place where it is necessary to receive the emergency bulletin based on the transmitting / receiving terminal that is stored and the sending / receiving terminal that received the information that the emergency call was received. An information processing method is provided.
According to this, when an Earthquake Early Warning is sent, the residents in the disaster area can be informed by identifying the sending / receiving terminal installed in the place where the Earthquake Early Warning needs to be received, based on the identification information of the transmitting / receiving terminal that received it. It is possible to provide an information processing method that enables reliable transmission of emergency breaking news.

In order to solve the above problems, an information processing system including a transmission / reception terminal and an information aggregation server, the transmission / reception terminal sends an emergency bulletin transmitted by a base station and a first terminal communication unit that communicates with the information aggregation server. The information aggregation server includes a third terminal communication unit for receiving and a terminal identification information storage unit for storing its own identification information, and the information aggregation server includes a server communication unit that communicates with the first terminal communication unit of the transmission / reception terminal and a transmission / reception terminal. A plurality of transmission / reception terminal information storage units for storing information about the transmission / reception terminal and a server processing unit for searching and processing the transmission / reception terminal information storage unit, which are fixedly installed at a place where emergency bulletins transmitted by the same base station are received. When the third terminal communication unit receives the emergency bulletin in each of the transmission / reception terminals of the above, the first terminal communication unit receives the identification information of the transmission / reception terminal stored in the terminal identification information storage unit and the third terminal communication unit. When the emergency bulletin information is transmitted to the server communication unit and the server communication unit receives the identification information of the transmission / reception terminal and the emergency bulletin information, the server processing unit selects the transmission / reception terminal stored in the transmission / reception terminal information storage unit. Provided is an information processing system that searches for a transmission / reception terminal corresponding to the transmission / reception terminal identification information received by the server communication unit, and detects a transmission / reception terminal that did not transmit the identification information among a plurality of transmission / reception terminals.
According to this, it is possible to reliably transmit the emergency early warning to the residents by detecting the transmitting / receiving terminal that did not transmit based on the identification information of the transmitting / receiving terminal that received the emergency early warning transmitted from the same base station. It is possible to provide an information processing system that becomes.

According to the present invention, it is possible to provide an information processing system and an information processing method for reliably transmitting an emergency early warning to residents in a disaster area.

It is a figure which shows the outline of the system structure of the remote area emergency breaking news provision system which concerns on embodiment of this invention. It is a figure which shows the system structure of the remote place emergency breaking news provision system (information processing system) of 1st Embodiment which concerns on this invention. It is a figure which shows the structure of the transmission / reception terminal and the electronic tag in the remote place emergency breaking news provision system of 1st Embodiment which concerns on this invention. It is a figure which shows the structure of the information aggregation server in the remote place emergency breaking news provision system of 1st Embodiment which concerns on this invention. It is a figure which shows the hardware configuration of the transmission / reception terminal in the remote area emergency breaking news provision system of 1st Embodiment which concerns on this invention. It is a figure which shows the hardware configuration of the information aggregation server in the remote place emergency breaking news provision system of 1st Embodiment which concerns on this invention. It is a flowchart (the 1) which shows the process of the remote place emergency breaking news provision system of 1st Embodiment which concerns on this invention. It is a flowchart (No. 2) which shows the process of the remote place emergency breaking news provision system of 1st Embodiment which concerns on this invention. It is a figure which shows the table included in the storage part of the transmission / reception terminal in the remote area emergency breaking news provision system of 1st Embodiment which concerns on this invention. It is a figure (the 1) which shows the table included in the storage part of the information aggregation server in the remote area emergency breaking news provision system of 1st Embodiment which concerns on this invention. It is a figure (the 2) which shows the table included in the storage part of the information aggregation server in the remote area emergency breaking news provision system of 1st Embodiment which concerns on this invention. It is a figure which shows the example of the emergency breaking news mail and the safety confirmation message included in the storage part of the information aggregation server in the remote place emergency breaking news providing system of 1st Embodiment which concerns on this invention. It is a figure which shows the structure of the mobile terminal and the electronic tag in the remote area emergency breaking news provision system of the 2nd Embodiment which concerns on this invention. It is a figure which shows the system structure of the remote place emergency breaking news provision system (information processing system) of the 2nd Embodiment which concerns on this invention. It is a flowchart (the 1) which shows the process of the remote place emergency breaking news provision system of the 2nd Embodiment which concerns on this invention. It is a flowchart (No. 2) which shows the process of the remote place emergency breaking news provision system of the 2nd Embodiment which concerns on this invention. It is a figure which shows the output display example of the mobile terminal in the remote area emergency breaking news provision system of the 2nd Embodiment which concerns on this invention.

<Main components in the system>
First, the outline of the system of the present invention and the main components shown in FIG. 1 will be described. The remote location emergency breaking news providing system 100 includes an electronic tag 10, a transmission / reception terminal 20, and an information aggregation server 30.

The electronic tag 10 is a tag that transmits radio waves such as a BLE tag (BLE: Bluetooth (registered trademark) Low Energy) and an RFID tag (RFID: Radio Frequency Identification), and transmits radio waves within a range of several tens of meters. The presence / absence of the tag can be notified to the transmission / reception terminal 20 and other devices having a reception function. Specifically, when the electronic tag 10 internally stores its own electronic tag ID, superimposes the electronic tag ID on the radio wave to be transmitted, and the radio wave is received by the transmission / reception terminal 20 or other device having a receiving function. , It is possible to recognize that the electronic tag 10 having the electronic tag ID superimposed on the radio wave exists in the vicinity (proximity information). Then, it is premised that the electronic tag 10 is carried by the user while he / she is out, or is attached to an object carried by the user. In the present specification, the fact that the electronic tag 10 is carried by the user includes the fact that the electronic tag 10 is attached to the object carried by the user. Items carried by the user are, for example, bags, shoes, hats, canes, etc. that the user usually carries when going out.

The transmission / reception terminal 20 is placed at the user's home, shelter, or the like, and mainly has the following functions.
(A) The transmission / reception terminal 20 has, for example, an LTE module inside, and has a function of receiving emergency breaking news mail. The transmitting / receiving terminal 20 also has a function of receiving radio waves from the electronic tag 10. Then, when the electronic tags 10 come close to each other, it also has a function of transmitting the electronic tag ID of the electronic tag 10 and the transmission / reception terminal ID of the transmission / reception terminal 20 to the information aggregation server 30. In this specification, "emergency breaking news mail" will be described as an example, but the present invention is not limited to the means of "email", and includes any means for providing the information of "emergency breaking news".
(A) The transmission / reception terminal 20 has a function of transmitting the contents of the emergency breaking news mail to the information aggregation server 30 when it is received.
(C) When the transmission / reception terminal 20 receives the emergency breaking news mail (text data), it converts the text data into voice data and outputs the voice from the built-in speaker. After that, it has a function of urging the user to evacuate by sounding a voice or the like. Further, the transmission / reception terminal 20 can display an incoming emergency breaking news mail and its contents on the transmission / reception terminal 20.
(D) When the transmission / reception terminal 20 performs an operation (button operation, etc.) indicating that the user has confirmed the voice or display of the transmission / reception terminal 20, it is assumed that the user has confirmed the content of the emergency bulletin mail. It has a function of transmitting the user's operation information (to the effect that it has been transmitted) to the information aggregation server 30.
(E) When the transmission / reception terminal 20 receives the emergency breaking news mail, the transmission / reception terminal 20 can switch the mode of the transmission / reception terminal 20 from the normal mode to the safety confirmation mode. Then, when the transmission / reception terminal 20 detects the existence of the user's electronic tag 10 in the safety confirmation mode, the transmission / reception terminal 20 has a function of recognizing that the user is "before evacuation" and outputting a message prompting evacuation. ..

The information aggregation server 30 mainly has the following functions.
(A) It has a function of collecting the user's position information by receiving the identification information of the electronic tag 10 received by the transmission / reception terminal 20 and the transmission / reception terminal ID of the transmission / reception terminal 20 from the transmission / reception terminal 20. Specifically, the information aggregation server 30 manages the position information of the transmission / reception terminal 20 in association with the transmission / reception terminal ID of the transmission / reception terminal 20, and specifies the electronic tag ID of the electronic tag 10 owned by a specific user. Receives from the transmission / reception terminal 20, the electronic tag ID of the electronic tag 10 and the transmission / reception terminal ID of the transmission / reception terminal 20 are received, and based on the position information corresponding to the transmission / reception terminal ID of the transmission / reception terminal 20. , The position of the user can be estimated to be near the position information of the transmission / reception terminal 20, and the position information of the user can be collected.
(B) It has a function of setting a function of managing the status of the electronic tag 10 in a specific area to "disaster mode". Specifically, in the disaster mode, the evacuation status of the user who owns the electronic tag 10 is as follows based on the position information of the electronic tag 10 received by the information aggregation server 30 from the transmission / reception terminal 20 or the mobile terminal 40. It has a function to manage the status. (A) When the transmission / reception terminal 20 at home detects the electronic tag 10, the user is in the state (status) before evacuation. (B) When the transmission / reception terminal 20 at home no longer detects the user's electronic tag 10, or the transmission / reception terminal installed at a place other than the home and the vicinity of the evacuation center or the mobile terminal 40 owned by the supporter is the electronic tag 10. When is detected, the user is considered to be in the evacuation status (status). (C) When the transmission / reception terminal 20 around the evacuation center or the mobile terminal of the supporter located near the evacuation center detects the user's electronic tag 10, the user has completed evacuation at the evacuation center (status). Suppose that
(C) It has a function of setting the status management of the transmission / reception terminal 20 in a specific area to "disaster mode". When the transmission / reception terminal 20 is also installed at the user's home and around the evacuation shelter, it has a function of performing the following status management regarding the user's evacuation status in the disaster mode. (A) When the transmission / reception terminal 20 at home detects the electronic tag 10, the user is in the state (status) before evacuation. (B) When the transmission / reception terminal 20 at home does not detect the user's electronic tag 10, it is assumed that the user has started evacuation or is in the process of evacuating (status). (C) When the transmission / reception terminal 20 around the evacuation shelter detects the user's electronic tag 10, the user is assumed to be in the evacuation shelter status (status).
(D) It has a function of totaling the confirmation status and evacuation status of whether or not each user has confirmed the emergency breaking news by the transmission / reception terminal 20.
(E) Information received from the sending / receiving terminal 20 (contents of the emergency breaking news mail, the user confirming the contents of the breaking news mail by voice, etc.) and the evacuation status status of (a) above are registered in advance. It has a function to notify the contact CN of a person's family, etc. by Web or e-mail.

<System operation when delivering emergency breaking news>
Next, the operation of the remote location emergency breaking news providing system 100 of the present invention will be described with reference to FIG. First, when a disaster occurs or the possibility of occurrence increases, the Japan Meteorological Agency will deliver "Earthquake Early Warning", "Tsunami Warning", "Special Warning on Meteorological, etc.", and each ministry and local government LG When "disaster / evacuation information" (national protection information delivered by J-Alert, etc.) is delivered, an emergency bulletin mail is sent from the carrier's base station CR to mobile phone users in the relevant area. be delivered. Then, the transmission / reception terminal 20 in the present invention receives the emergency breaking news mail.

When the transmission / reception terminal 20 receives the emergency breaking news mail, the transmission / reception terminal 20 transmits the contents of the emergency breaking news mail together with its own transmission / reception terminal ID to the information aggregation server 30 as a telegram. When the information aggregation server 30 receives the transmission / reception terminal ID and the contents of the emergency breaking news mail from the transmission / reception terminal 20, the information aggregation server 30 enters the area where the emergency breaking news mail is delivered based on the transmission / reception terminal ID or the contents of the emergency breaking news mail. An instruction to set the installed transmission / reception terminal 20 to the "safety confirmation mode" is transmitted to the transmission / reception terminal 20, and the transmission / reception terminal 20 sets itself to the "safety confirmation mode" based on the received instruction. May be good. Further, as described above, when the transmitting / receiving terminal 20 receives the emergency breaking news mail, the transmitting / receiving terminal 20 can switch its mode from the normal mode to the safety confirmation mode. In addition, the emergency breaking news mail received from the transmission / reception terminal 20 is notified to the contact CN of the user's family or the like registered in advance by mail and posted on the Web. As a result, the contact CN of the family or the like who watches over the user can quickly know that the emergency breaking news mail has been delivered in the user's area even if he / she lives in a remote place. The mail sent to the above-mentioned contact CN may include the contents of the breaking news mail or, instead of the contents of the breaking news mail, the URL of the Web on which the contents of the breaking news mail are posted.

Further, the transmission / reception terminal 20 converts the text data of the received emergency breaking news mail into voice, transmits it from the speaker, and sounds. Further, the transmission / reception terminal 20 can display an incoming emergency breaking news mail and its contents on the transmission / reception terminal 20. As a result, even a user who does not have a mobile phone can know that the breaking news mail has been delivered without fail. Then, if there is an operation (button operation, etc.) indicating that the user has confirmed the voice or display output of the emergency breaking news mail after the transmission / reception terminal 20 rings, the transmission / reception terminal 20 is operated by the user. That (the fact that it has been transmitted) is transmitted as a telegram to the information aggregation server 30. The information aggregation server 30 notifies the contact CN of the user's family and the like by e-mail and posts the status of the operation by the user on the Web. As a result, the contact CN of the family or the like who watches over the user can quickly know that the user has confirmed the emergency breaking mail.

The electronic tag 10 possessed by the user can notify the existence of the electronic tag 10 in the vicinity to the transmitting / receiving terminal 20 capable of receiving the radio wave by transmitting the radio wave. Then, the transmission / reception terminal 20 can manage the status (“at home” or “going out”) information of the user carrying the specific electronic tag 10 that has been detected to be present in the vicinity. Further, the transmission / reception terminal 20 can output a message indicating an evacuation route or the like according to each electronic tag 10 that has detected the existence. By transmitting the status information of the electronic tag 10 whose existence is detected by the transmission / reception terminal 20 to the information aggregation server 30, the information aggregation server 30 can manage the status of the user's evacuation status as described above.

The information aggregation server 30 notifies the contact CN of the user's family and the like by e-mail and posts the status of the evacuation status of the user on the Web. For example, the contact CN of the user's family or the like can confirm the user's position and its movement history by using a map on the Web. The status of these evacuation statuses is updated every time the information aggregation server 30 receives proximity information to the user's electronic tag 10 from the transmission / reception terminal 20, and each time an email is sent to the contact CN of the user's family or the like. It is preferable to be notified by an outgoing call or an application. Further, when the transmission / reception terminal 20 is also installed on the route between the user's home and the shelter, the proximity information of the user's electronic tag 10 to the information aggregation server 30 is also transmitted from the transmission / reception terminal 20 on the route. Will be sent. As a result, the contact CN of the family, etc. who watches over the user can easily guess the evacuation route of the user, and the evacuation status including the evacuation shelter. Can be confirmed quickly and finely.

Further, in the following, an application example of the above-mentioned remote location emergency breaking news providing system will be described with reference to FIG.
<Connection to call center>
The transmission / reception terminal 20 installed at the user's home is provided with an emergency notification button, a consultation button having a voice call function, and the like, and the transmission / reception terminal 20 communicates with the call center CC via the information aggregation server 30 and an alarm signal. It may be connected so that transmission and voice communication can be performed. This allows the user to receive support from the call center CC in an emergency. The call center CC is the user's home when the emergency button of the transmission / reception terminal 20 is pressed, when a life abnormality (a state in which there is no movement in life for a certain period of time) is detected, or when a fire / gas leak sensor reacts. A guard man can be dispatched quickly to. In addition, the call center CC can use the voice call function to receive health consultations from users at any time, and can monitor and support the lives of users from various aspects such as accidents, disasters, and health. Further, in the event of a disaster, the call center CC can also use the voice call function to provide support such as a telephone call to urge the user to evacuate and confirmation of safety.

<Connection to local government>
As shown in FIG. 1, if the location information of the user is provided to the local government LG by connecting the information aggregation server 30 and the local government LG, the local government LG grasps the evacuation status of the local residents. It becomes possible. It is also possible to link the local government LG and the information aggregation server 30 and, at the discretion of the local government LG, specify the status management of the electronic tag 10 and the transmission / reception terminal 20 in the specific area as the "disaster mode". As a result, the information aggregation server 30 manages the status of the user "before evacuation", "during evacuation", and "completion of evacuation" as described above from the proximity relationship between the electronic tag 10 and the transmission / reception terminal 20. You can switch. Further, when the transmission / reception terminal 20 set in the "safety confirmation mode" detects the existence of the user's electronic tag 10, the user recognizes that it is "before evacuation" and outputs a message prompting evacuation. It is possible to do. Further, in this case, the local government LG can also specify the evacuation site, and the transmission / reception terminal 20 installed around the evacuation site designated by the local government or the mobile terminal 40 located around the evacuation site is the user's. It is also possible to set the status of the user to be in the status of "evacuation completed" only when the electronic tag 10 is detected.

<Outline of remote emergency breaking news provision system>
The remote location emergency breaking news providing system 100 described above is as follows. The remote location emergency breaking news providing system 100 includes an electronic tag 10, a transmission / reception terminal 20, and an information aggregation server 30. The transmission / reception terminal 20 has a function of receiving the emergency breaking news mail and the proximity information of the electronic tag 10, and has a function of being able to transmit the emergency breaking news and the proximity information of the electronic tag 10 to the information aggregation server 30. The information aggregation server 30 has a function of transmitting emergency breaking news mail and proximity information of the electronic tag 10 to a contact CN registered in advance. In this way, by sending the emergency breaking news mail and the proximity information of the electronic tag 10 to the contact CN registered in advance, the disaster prevention information transmitted in the disaster area where the user lives and the transmission status of the disaster prevention information to the user It is possible to provide a remote area emergency breaking news providing system 100 that provides the above to the family of a user who lives in a remote area.

Hereinafter, embodiments according to the present invention will be described with reference to the drawings.
<First Embodiment>
<Configuration of remote emergency breaking news provision system>
The remote location emergency breaking news providing system 100 (information processing system 100) in the present embodiment will be described with reference to FIGS. 2 to 12. The remote location emergency breaking news providing system 100 is an information processing system including an electronic tag 10, a transmission / reception terminal 20, and an information aggregation server 30. The electronic tag 10 is a non-contact tag such as a BLE tag or RFID tag that emits radio waves toward a relatively close vicinity, and receives radio waves several times per second in a range of several meters to 100 meters (electronic tag communication area). To send. This radio wave includes an electronic tag ID unique to the electronic tag 10.

The transmission / reception terminal 20 receives the radio wave when it enters the electronic tag communicable area, which is a distance range in which the strength of the radio wave transmitted by the electronic tag 10 is sufficient to be received. Therefore, when the transmission / reception terminal 20 continues to receive the electronic tag ID of the electronic tag 10, the electronic tag 10 exists in the communicable area, and the user carrying the electronic tag 10 is in the vicinity. It can be determined that it exists (approaches). Further, when the transmission / reception terminal 20 changes from the state of continuing to receive the electronic tag ID of the electronic tag 10 to the state of not receiving the electronic tag ID and the state of not receiving the electronic tag ID continues thereafter, the user is not present in the vicinity. Instead, it can be determined that the user has moved away from the transmission / reception terminal 20 (withdrawal).

Further, the transmission / reception terminal 20 is fixedly installed in a certain place (for example, a house or an evacuation place), and receives an emergency bulletin mail transmitted by a base station CR of a carrier (line operator, telecommunications carrier, telephone company, etc.). .. Emergency breaking news mails are sent mainly to municipalities in places where disasters have occurred or where the possibility of disasters has increased (stricken areas), but in reality, mobile phones are sent from the base station CR of each carrier. It is transmitted by the radio wave of. Therefore, the emergency breaking news mail is transmitted to the transmitting / receiving terminal 20 existing in the communication area (emergency breaking news receiving area) covered by each base station CR unless it is in the so-called "out of service area" at the time of transmission.

Further, the transmission / reception terminal 20 communicates with the information aggregation server 30 via a network 50 such as the Internet. Since the transmission / reception terminal 20 is fixedly installed at the user's home or evacuation site, it communicates with the information aggregation server 30 via wired communication capable of stable communication. Of course, the present invention is not limited to this, and communication may be performed with the information aggregation server 30 via wireless communication depending on the situation of the place where the information is installed. In this case, the transmission / reception terminal 20 may communicate via the base station CR of the mobile phone using the radio waves of the mobile phone. The disconnection monitoring is frequently performed between the transmission / reception terminal 20 and the information aggregation server 30 (for example, communication by UDP (User Datagram Protocol) several times per second), and communication between the two is always maintained. There is.

The information aggregation server 30 communicates with a plurality of transmission / reception terminals 20 via the network 50 to collect and aggregate the user's state. In addition, the information aggregation server 30 provides an e-mail transmission or a Web page for providing information on the state of the user to the terminal of the contact CN of the user of the electronic tag 10 related to the transmission / reception terminal 20. In addition, the information aggregation server 30 approves access from the terminal of the local government LG, browses the collected user status from the terminal, grasps the information on the aggregated user status, and is also specific. Allow operations such as setting a disaster mode for the location.

<Configuration of transmission / reception terminal and electronic tag>
The components of the electronic tag 10 and the transmission / reception terminal 20 will be described with reference to FIG. The electronic tag 10 indicates that the tag communication unit 11 that communicates with the transmission / reception terminal 20, the tag identification information storage unit 12 that stores its own electronic tag ID, and the user carrying the electronic tag 10 request support by himself / herself. A tag operation unit 15 for transmitting from the tag communication unit 11 is provided. The tag identification information storage unit 12 is a non-volatile memory that stores an electronic tag ID unique to the electronic tag 10. The tag operation unit 15 will be described later. The user of the electronic tag 10 in the embodiment is premised on carrying at least one electronic tag 10 per user. Further, the user of the transmission / reception terminal 20 in the embodiment means a user who carries the electronic tag 10 associated with the transmission / reception terminal 20, and if there are a plurality of users, the plurality of users are used. The aggregate is expressed as a user of the transmission / reception terminal 20.

The tag communication unit 11 communicates with the second terminal communication unit 212 of the transmission / reception terminal 20. The tag communication unit 11 and the second terminal communication unit 212 communicate in accordance with communication standards for short-range wireless communication such as BLE and RFID. For example, BLE has two modes, broadcast and connection, whichever is acceptable. In the broadcast mode, the tag communication unit 11 serves as a broadcaster for transmitting data, and the second terminal communication unit 212 serves as an observer. When the tag communication unit 11 transmits the advertisement packet, the second terminal communication unit 212 receives the advertisement packet, so that the electronic tag ID of the electronic tag 10 is transmitted from the electronic tag 10 to the transmission / reception terminal 20.

In the connection mode, the device that starts the connection is called the master, and the device that receives the master connection start request and then sends and receives data at the master timing is called the slave. Since the data itself can communicate in both directions, the tag communication unit 11 and the second terminal communication unit 212 may be either, if paired in advance. When it is assumed that the electronic tag 10 communicates with a large number of transmission / reception terminals 20, the broadcast mode is preferable. Further, for example, in the case of an RFID tag, an active tag having a built-in battery and emitting radio waves by its own electric power during communication is preferable. The communication between the tag communication unit 11 and the second terminal communication unit 212 is not limited to the above-mentioned communication standard, as long as the communication satisfies the meaning of determining the existence of the electronic tag 10 in the vicinity of the transmission / reception terminal 20. Good. The concept of neighborhood can change with purpose and time.

The transmission / reception terminal 20 includes a terminal communication unit 21 for communicating with other devices and the like, a terminal storage unit 22 for storing various information, and a terminal processing unit 23 for controlling the entire transmission / reception terminal 20 and performing various processing. A terminal output unit 24 for visually and / or aurally transmitting information such as an emergency bulletin to the user, a terminal operation unit 25 for receiving the user's operation, and a recording for recording the surrounding sounds for a predetermined time. A unit 26 is provided.

The terminal communication unit 21 communicates with the electronic tag 10, the information aggregation server 30, and the base station CR, for example, Bluetooth®, LAN (Local Area Network) card, LTE, etc. for transmitting and receiving data and information. It is a communication device that performs. The terminal communication unit 21 is an emergency bulletin transmitted by broadcast from the first terminal communication unit 211 that communicates with the information aggregation server 30, the second terminal communication unit 212 that communicates with the electronic tag 10, and the base station CR of the carrier. It includes a third terminal communication unit 213 for receiving mail. The second terminal communication unit 212 communicates with the tag communication unit 11 as described above.

The first terminal communication unit 211 is preferably a network interface connected to the Internet by wired communication, which is a communication line such as an electric wire or an optical fiber. Communication lines include public switched telephone networks, cable television, cable radio broadcasting, and leased lines. The first terminal communication unit 211 has a network interface according to the communication standard according to the communication standard flowing in the communication line. The third terminal communication unit 213 receives radio waves transmitted from the carrier's base station CR and used for the mobile phone. In recent years, 4th generation mobile communication systems (4G) and LTE-compliant protocols have become the mainstream, but radio waves compliant with the 5th generation mobile communication systems (5G) may also be used, and are limited to these known communication methods. There is no need to do so, as long as the communication satisfies the significance of transmitting the emergency bulletin information to the mobile phone using wireless communication.

The terminal storage unit 22 includes a terminal identification information storage unit 221 that stores the transmission / reception terminal ID of the transmission / reception terminal 20 itself, and a terminal tag information storage unit 222 that stores information about the electronic tag 10 related to the transmission / reception terminal 20. A terminal user state storage unit 223 for storing the user's state is provided. The terminal identification information storage unit 221 is a non-volatile memory that stores a transmission / reception terminal ID unique to the transmission / reception terminal 20. The terminal tag information storage unit 222 stores the electronic tag ID of the electronic tag 10 associated with the transmission / reception terminal 20. When the transmission / reception terminal 20 is installed in a general house, the electronic tag 10 associated with the transmission / reception terminal 20 is possessed and carried by a person resident in the house. Therefore, the transmission / reception terminal 20 installed in the general house is associated with the electronic tag 10 carried by the person living in the house. When there are a plurality of people living in the house, the electronic tag IDs of the electronic tags 10 carried by the plurality of people are stored in association with the transmission / reception terminal 20 respectively. The terminal tag information storage unit 222 is preferably a non-volatile memory that can be additionally changed so that the electronic tag ID of the related electronic tag 10 can be easily changed. The terminal user state storage unit 223 will be described later.

The terminal processing unit 23 compares the electronic tag ID of the electronic tag 10 received from the electronic tag 10 with the electronic tag ID of the electronic tag 10 stored in the terminal tag information storage unit 222, and the user is placed in the vicinity of the transmission / reception terminal. Tag user status of presence / absence, user status determination unit 231 that determines the terminal user status at home or out of the user, and terminal search unit 232 that searches data and information in the terminal storage unit 22. Be prepared. Details of the user state determination unit 231 will be described later.

Here, an example of the hardware configuration of the transmission / reception terminal 20 will be described with reference to FIG. In the transmission / reception terminal 20, like a so-called personal computer, the terminal processing unit 23 is composed of a CPU (Central Processing Unit) which is a computing device, and the terminal storage unit 22 is a memory such as a ROM (Read Only Memory) and a RAM (Random). It is composed of an Access Memory) and a hard disk (HD), and the terminal communication unit 21 is composed of a network interface that performs various communications. Further, in the transmission / reception terminal 20, like a so-called smartphone, the terminal output unit 24 is composed of a display panel and a speaker that output information visually or audibly, and the terminal operation unit 25 serves as an input device to the transmission / reception terminal 20. It consists of buttons and a touch panel. The recording unit 26 typically collects ambient sounds and fixes them in a memory or the like. The transmission / reception terminals 20 are connected to each other via a transmission line 20 Bus such as an internal bus.

The function of the terminal processing unit 23 is realized by an arithmetic unit (CPU), and the transmission / reception terminal 20 is controlled in an integrated manner. The terminal processing unit 23 has an internal memory for storing a control program such as an OS (Operating System), a program that defines various processing procedures, required data, and the like, and is based on these stored programs. Performs various information processing. The OS may be an OS unique to the transmission / reception terminal 20, or may be the same as a general-purpose OS running on a personal computer or the like.

The terminal storage unit 22 realizes its function by a memory or a hard disk, and stores various databases, tables, files, and the like. The terminal storage unit 22 records a program for giving a command to the terminal processing unit 23 to perform various processes in cooperation with the OS. For example, with respect to the processing function provided in the transmission / reception terminal 20, all or any part thereof may be realized by a CPU and a program interpreted and executed by the CPU, or as hardware by wired logic. You may. The program may be recorded on a non-temporary computer-readable recording medium including a programmed instruction for causing the CPU to execute the process described in this embodiment, and the transmission / reception terminal 20 may be used as necessary. Is taken in by. The recording medium shall include any "portable physical medium" such as a USB memory. Therefore, a recording medium containing a program for executing the processing or processing method described in the present specification also constitutes the present invention. This program is executed by being loaded into the RAM, and constitutes the terminal processing unit 23 in cooperation with the CPU.

Further, the program may be stored in a program server connected to the transmission / reception terminal 20 via an arbitrary network, and all or a part thereof can be downloaded to the transmission / reception terminal 20 as needed. is there. The "program" is a data processing method described in any language or description method, regardless of the format such as source code or binary code. The "program" is not necessarily limited to a single program, but is distributed as a plurality of modules or libraries, or cooperates with a separate program represented by the OS to achieve its function. Including things. It should be noted that well-known configurations and procedures can be used for the specific configuration and reading procedure for reading the recording medium in each of the above-mentioned devices, the installation procedure after reading, and the like.

The terminal output unit 24 and the terminal operation unit 25 are controlled by the terminal processing unit 23 via the input / output interface. The terminal processing unit 23 acquires data or the like from the terminal operation unit 25 and outputs the generated data or the like to the terminal output unit 24. It is preferable that the terminal output unit 24 includes a display panel that visually displays emergency early warning information and the like in characters, and a speaker that converts the emergency early warning information into voice and transmits it aurally. It is preferable that the terminal operation unit 25 is provided with an independent button for operating the fact that the information of the emergency breaking news is heard and transmitted, and in addition to this, it is preferable to provide a touch panel for flexible operation.

Further, with reference to FIG. 9, an example of a table of the terminal identification information storage unit 221, the terminal tag information storage unit 222, and the terminal user state storage unit 223 in the terminal storage unit 22 will be described. The table of the terminal identification information storage unit 221 has, for example, a column of a transmission / reception terminal ID and a related electronic tag ID corresponding to the transmission / reception terminal ID. In this example, the transmission / reception terminal 20 having the transmission / reception terminal ID of TM0000001 is associated with the electronic tag 10 having the related electronic tag IDs of TG00000001 and TG00000002. This is because the transmission / reception terminal 20 whose transmission / reception terminal ID is TM0000001 and the electronic tag 10 whose electronic tag IDs are TG00000001 and TG00000002 are, for example, the transmission / reception terminal 20 installed in a house and the electronic tag 10 possessed by a person living in the house. It shows that it is related to.

The table of the terminal tag information storage unit 222 has, for example, a column of the date and time when the approach of the electronic tag ID is detected. In this example, the electronic tag 10 having the electronic tag ID of TG00000001 indicates that it was in the vicinity of the transmission / reception terminal 20 as of 2019/04/01/17: 00: 00, and has the electronic tag ID of TG00000002. The electronic tag 10 indicates that it was separated from the vicinity of the transmission / reception terminal 20 as of 2019/04/01/17: 00: 04. Based on this information, the user status determination unit 231 determines the home status of the user. The table of the terminal tag information storage unit 222 is searched by the terminal search unit 232.

The table of the terminal user state storage unit 223 has, for example, the user's state corresponding to the transmission / reception terminal 20. The user state determination unit 231 determines the state of the user carrying the electronic tag 10 at home or out depending on whether the user is approaching or away from the related transmission / reception terminal 20, and the terminal user state storage unit 223 determines the state of being at home or out. The state of the user is managed by storing these determination information. Further, the user state determination unit 231 goes out when a plurality of electronic tags 10 are related to one transmission / reception terminal 20, and the user state determination unit 231 goes out when all the electronic tags 10 are detached, at least 1. When the two electronic tags 10 are close to each other, it is determined that they are at home, and the terminal user state storage unit 223 manages the terminal user state by storing these determination information. In this example, the user of the electronic tag 10 having the electronic tag ID of TG00000001 indicates a state of being close to the transmission / reception terminal 20 of TM0000001, and the user of the electronic tag 10 having the electronic tag ID of TG00000002 indicates the transmission / reception. Since it indicates a state of being separated from the terminal 20 and at least one electronic tag 10 is in a state of being close to the transmission / reception terminal 20, it is determined that the user of the transmission / reception terminal 20 is in a home state. ing. In this way, when the terminal user state storage unit 223 stores the user state determined by the user state determination unit 231, the terminal output unit 24 is in the user state even after a predetermined time has elapsed after receiving the emergency bulletin mail. When the determination unit 231 determines that the user is at home, it is possible to continue to output information such as evacuation instructions.

<Configuration of information aggregation server>
The components of the information aggregation server 30 will be described with reference to FIG. The information aggregation server 30 performs overall control and various processing of the information aggregation server communication unit 31 for communicating with other devices and the like, the server storage unit 32 for storing various information, and the information aggregation server 30. It includes a server processing unit 33, a server output unit 34 that outputs the contents of the server storage unit 32 and information derived based on the contents, and a server input unit 35 that receives input to the information aggregation server 30.

The server storage unit 32 includes a transmission / reception terminal information storage unit 321 that stores information about the transmission / reception terminal 20, a server user state storage unit 322 that stores the user status received from the transmission / reception terminal 20, and a user of the electronic tag 10. A server tag information storage unit 323 that stores information on a location related to the device, a support request content storage unit 324 that stores the content of requesting support from the user of the electronic tag 10 in a disaster mode or the like, and a transmission / reception terminal 20. It is provided with an emergency bulletin content storage unit 325 for storing the emergency bulletin information received from.

The transmission / reception terminal information storage unit 321 stores information on all transmission / reception terminals 20 managed by the remote location emergency bulletin provision system 100, that is, contact CNs such as the place where the transmission / reception terminal is installed and the family of the user carrying the related electronic tag 10. I remember. The server user state storage unit 322 stores the state of the user of the electronic tag 10 that has been determined by the transmission / reception terminal 20 and transmitted to the information aggregation server 30. In this way, the information aggregation server 30 collects the state of the user of the electronic tag 10 related to the transmission / reception terminal 20 from all the transmission / reception terminals 20, and manages the status to use the remote location emergency early warning provision system 100. It is possible to centrally manage the status of users and provide appropriate information to the people who need it in real time. The server tag information storage unit 323 stores the same information as the terminal tag information storage unit 222 over all the electronic tags 10 managed by the remote location emergency bulletin providing system 100. In this way, the information aggregation server 30 collects information related to all the electronic tags 10 and manages the information, thereby centrally managing the state of the user who uses the remote emergency breaking news providing system 100 and in real time. It will be possible to provide appropriate information to those who need it.

The support request content storage unit 324 stores the content for which a person (cooperator or supporter) in the vicinity of the user is requested to support the user of the electronic tag 10 in the disaster mode or the like in advance. At the time (for example, when registered as a user in the remote location emergency bulletin providing system 100), it is memorized mainly by a family member of the user of the electronic tag 10 requesting registration. As a result, the people in the vicinity can provide appropriate support to the user (evacuee) who requests support when evacuating. The emergency breaking news content storage unit 325 stores the information of the emergency breaking news received from all the transmission / reception terminals 20 managed by the remote location emergency breaking news providing system 100. In this way, the remote location emergency breaking news providing system 100 aggregates the information of the emergency breaking news transmitted at the place where the transmission / reception terminal 20 to be managed is installed, so that the user of the remote location emergency breaking news providing system 100 and his / her family Appropriate breaking news information can be provided for such cases.

The information aggregation server communication unit 31 transmits information to the server communication unit 311 that communicates with the first terminal communication unit 211 of the transmission / reception terminal 20 and the contact CN associated with the transmission / reception terminal 20 stored in the transmission / reception terminal information storage unit 321. It includes an information communication unit 312 for transmission. The server communication unit 311 and the information communication unit 312 have the same functions and configurations as the first terminal communication unit 211 described above from the viewpoint of communication functions. The information communication unit 312 stores the user status and location information stored in the server user status storage unit 322 and the server tag information storage unit 323 in the contact CN of the user's family or the like using the transmission / reception terminal 20. Send evacuation status status etc.

The server processing unit 33 controls the entire information aggregation server 30, and also carries a server search unit 332 that searches and processes a storage unit in the server storage unit 32, for example, a transmission / reception terminal information storage unit 321 and an electronic tag 10. It is provided with an evacuation status status determination unit 333 that determines the evacuation status status of the user. The server output unit 34 outputs the contents of the transmission / reception terminal information storage unit 321, the information derived based on the contents, the user status stored in the server user state storage unit 322, and the management information of the information aggregation server 30. To do. The content of the transmission / reception terminal information storage unit 321 is, for example, the content of the emergency state in which the user operates the button of the transmission / reception terminal 20 when an emergency breaking news mail is sent or the disaster mode is entered. Whether or not there is a "transmitted effect" indicating that the above has been confirmed. The information derived based on the contents of the transmission / reception terminal information storage unit 321 is, for example, calculating the percentage of people who have not confirmed it as a statistical value of "transmitted". The server input unit 35 accepts an operation for the administrator of the information aggregation server 30 to manage the server. Further, as will be described later, the server input unit 35 gives an instruction from the person in charge of the local government LG or the like for the information aggregation server 30 to set the transmission / reception terminal 20 to the disaster mode or the normal mode other than the disaster mode (normal time setting). Accept.

The evacuation status status determination unit 333 includes the state of the user at home or out of the transmission / reception terminal 20 that the server user status storage unit 322 receives and stores from the transmission / reception terminal 20 and the server tag information storage unit 323 in the disaster mode. From the position information of the electronic tag 10 stored in the server, the status regarding the evacuation status of the user carrying the electronic tag 10 is determined. The user of the transmission / reception terminal 20 referred to here is a set of the plurality of users when a plurality of electronic tags 10 are associated with the transmission / reception terminal 20 and each of them is carried by a different user. Specifically, when the user of the transmission / reception terminal 20 is stored as "at home" in the server user state storage unit 322, it is determined as "before evacuation", and the user of the transmission / reception terminal 20 (multiple users). In that case, at least one of them) has not yet evacuated. In the server user state storage unit 322, the user of the transmission / reception terminal 20 is stored as "going out", and in the server tag information storage unit 323, the position information of the electronic tag 10 is located in the vicinity of the transmission / reception terminal 20 located near the evacuation center, or If it is near the supporter's mobile terminal 40 located near the evacuation center, "evacuation completed", and the server user status storage unit 322 stores the user of the transmission / reception terminal 20 as "going out" and the server tag information storage unit. In 323, if the position information of the electronic tag 10 is not in the vicinity of the transmission / reception terminal 20 located near the evacuation center and is not in the vicinity of the supporter's mobile terminal 40 located in the vicinity of the evacuation center, it is determined as "evacuating". .. The determination result is stored in the server user state storage unit 322 and the server tag information storage unit 323. When the transmission / reception terminal 20 is set to the safety confirmation mode, the evacuation status status determined and stored by the transmission / reception terminal 20 is transmitted to the server communication unit 311 of the information aggregation server 30, and the server user status storage unit 322. And may be stored in the server tag information storage unit 323.

Here, an example of the hardware configuration of the information aggregation server 30 will be described with reference to FIG. The remote location emergency breaking news providing system 100 is, for example, a server computer, which is accessed from a plurality of transmission / reception terminals 20, a contact CN terminal, and a local government LG terminal to realize various functions. Various functions include receiving emergency breaking news mails sent to the sending / receiving terminal 20, collecting the states of users who use the sending / receiving terminal 20 and delivering them to related people, and receiving emergency breaking news mails. However, it is a function of detecting a transmission / reception terminal 20 that has not been received and transmitting emergency breaking news information to the transmission / reception terminal 20.

The server processing unit 33 is composed of a CPU which is an arithmetic unit, the server storage unit 32 is composed of a ROM and RAM which are memories, a hard disk, and an external storage device, and the information aggregation server communication unit 31 performs various communications. Consists of network interfaces to do. Further, the server output unit 34 is usually composed of a display device such as a display, and the server input unit 35 is composed of a keyboard, a mouse, or the like as an input device to the information aggregation server 30. The information aggregation server 30 is connected to each other via a transmission line 30 Bus such as an internal bus or an external bus.

The function of the server processing unit 33 is realized by an arithmetic unit (CPU), and the information aggregation server 30 is collectively controlled. The server processing unit 33 has an internal memory for storing a control program such as an OS, a program that defines various processing procedures, required data, and the like, and various information processing is performed based on these stored programs. To execute. The OS may be a known general-purpose OS for operating the server computer.

The server storage unit 32 realizes its function by a memory or a hard disk, and stores various databases, tables, files, and the like. The server storage unit 32 records a program for giving instructions to the server processing unit 33 to perform various processes in cooperation with the OS. The program may be recorded on a non-temporary computer-readable recording medium including a programmed instruction for causing the CPU to execute the process described in this embodiment, and an information aggregation server may be used as needed. It is taken in by 30. This program is executed by being loaded into the RAM, and constitutes the server processing unit 33 in cooperation with the CPU.

The server output unit 34 and the server input unit 35 are controlled by the server processing unit 33 via the input / output interface. The server processing unit 33 acquires data or the like from the server input unit 35 and outputs the generated data or the like to the server output unit 34. The server output unit 34 may visually output information to a display device or the like, but may be provided with a speaker or the like in order to audibly notify the server administrator. The server input unit 35 may be one that is normally used for a server computer. The server output unit 34 and the server input unit 35 may be devices directly locally connected to the server or devices remotely connected via the network 50.

The information aggregation server communication unit 31 receives data or the like from the transmission / reception terminal 20 or the like via the network 50 and sends the data or the like to the server processing unit 33, and sends the data or the like generated by the server processing unit 33 to the transmission / reception terminal 20 via the network 50. Send to etc. The information aggregation server communication unit 31
It is a network interface for connecting to the transmission / reception terminal 20 via the network 50, and more specifically, for example, a LAN card or a communication device for line connection.

Further, with reference to FIGS. 10 and 11, the transmission / reception terminal information storage unit 321, the server user state storage unit 322, the server tag information storage unit 323, the support request content storage unit 324, and the support request content storage unit 324 in the information aggregation server 30. An example of the table of the emergency bulletin content storage unit 325 will be described. The table of the transmission / reception terminal information storage unit 321 includes, for example, a transmission / reception terminal ID, a location indicating a place where a transmission / reception terminal 20 having the transmission / reception terminal ID is installed, a related electronic tag ID related to the transmission / reception terminal 20, and the transmission / reception terminal 20. Contact information (email address, phone number, etc.) of the family related to the user who uses, the emergency bulletin confirmation indicating whether or not the user's emergency bulletin mail is confirmed, and the date and time when the emergency bulletin mail was confirmed and operated. It has a column for the last operation date and time shown.

In this example, in the table of the transmission / reception terminal information storage unit 321, three transmission / reception terminals 20 having transmission / reception terminal IDs of TM0000001, TM0000002, and TM0000003 are registered. The transmission / reception terminal 20 of TM0000001 is installed in XX city, XX town, and the related electronic tag 10 includes an electronic tag 10 having related electronic tag IDs of TG00000001 and TG00000002. Ooo.xxx@yyy.jp is registered as an e-mail address for the contact CN related to the transmission / reception terminal 20. In the emergency breaking news confirmation column, after the sending / receiving terminal 20 receives the breaking news mail or after the disaster mode is entered, the user confirms the breaking news mail and operates the terminal operation unit 25 to indicate that the message has been transmitted. When the information aggregation server 30 receives the information of "", it is recorded from "none" to "yes". Therefore, the transmission / reception terminal 20 of TM0000001 has performed such a confirmation operation. It is shown that such a confirmation operation has not been performed.

The table of the server user state storage unit 322 has, for example, columns for the transmission / reception terminal ID, the status of the user using the transmission / reception terminal 20, and the evacuation status status. In this example, the user of the transmission / reception terminal 20 of TM0000001 (at least one of them in the case of a plurality of persons) is still at home and has not yet started evacuation, that is, before evacuation.

The table of the server tag information storage unit 323 may include, for example, an electronic tag ID, a user name using the electronic tag 10 of the electronic tag ID, position information of the electronic tag 10, and a transmission / reception terminal 20 to which the electronic tag 10 is associated. The user's status (approach / detachment information), the user's evacuation status status, the support flag, the user's evacuation site ID, and the location information of the electronic tag ID for the transmission / reception terminal installed at the user's home). It has a column for the date and time of detection. In this example, the server tag information storage unit 323 stores the electronic tags 10 related to all the transmission / reception terminals 20 stored in the transmission / reception terminal information storage unit 321.

The table of the support request content storage unit 324 has, for example, an electronic tag ID and a column of support request content indicating the content that the user who possesses and uses the electronic tag ID wants to support. In this example, a user who carries the electronic tag 10 of TG00000001 asks for support, saying, "I am lame, so please help me up and down the stairs." As a result, when the supporter who owns the mobile terminal 40 comes to the vicinity (the range where the radio wave of the electronic tag ID can be received) such as passing by the user (evacuee) who carries the electronic tag 10, the use thereof. The supporter's mobile terminal 40 can receive the content that the supporter wants to support, which makes it easier for the supporter to support the evacuees. Further, the table of the support request content storage unit 324 may have the appearance and characteristics of the user who possesses and uses the electronic tag ID.

As shown in FIG. 11, the table of the emergency breaking news content storage unit 325 has a transmission / reception terminal 20 and a column of emergency breaking news information received by the transmission / reception terminal 20. In the table of the Earthquake Early Warning content storage unit 325, for example, the transmitting / receiving terminal 20 of TM0000001 and TM0000003 stores the receiving emergency breaking news as shown in the figure, but the transmitting / receiving terminal 20 of TM0000002 has the transmitting / receiving terminal 20 of TM0000001 and TM0000003. Although it is in the same area (○○ city ○○ town), it does not remember the information of the emergency bulletin. That is, it indicates that the transmission / reception terminal 20 of TM0000002 has not received the emergency breaking news mail that needs to be received for some reason. In addition, the information of the emergency breaking news stored in the received breaking news usually describes the area to which the emergency breaking news is targeted. The Earthquake Early Warning content storage unit 325 uses the address information corresponding to the stored Earthquake Early Warning information to hold the stored Earthquake Early Warning information including the address information for external reference. The address information for reference from the outside is, for example, a URL for posting on the Web.

<Control flow of remote emergency breaking news provision system>
The control flow of the remote location emergency breaking news providing system 100 in the present embodiment will be described with reference to FIG. 7. In addition, S in the figure means a step. This figure shows the control flow during normal operation (when the emergency breaking news mail is not sent or when the disaster mode is not set). In S100, the contact CN of the user's family or the like sends the contact information such as his / her own e-mail address corresponding to the transmission / reception terminal 20 used by his / her family or the like from the terminal of the contact CN to the information aggregation server 30. Set. Specifically, when the server processing unit 33 of the information aggregation server 30 receives the transmission / reception terminal ID and contact information of the transmission / reception terminal 20 from the contact CN terminal via the information aggregation server communication unit 31, the transmission / reception terminal information storage unit The contact is stored in the contact column corresponding to the corresponding transmission / reception terminal ID in 321. Of course, the contact CN may request the administrator of the remote emergency breaking news providing system 100 to register the contact.

In S102, the electronic tag 10 periodically transmits radio waves including its own electronic tag ID. Since the radio wave of the electronic tag 10 reaches, for example, several tens of meters, for example, when the user carrying the electronic tag 10 is at his / her own home where the transmission / reception terminal 20 is installed, the transmission / reception terminal 20 is the electronic tag 10. Receive radio waves. The transmission / reception terminal 20 continues to monitor in S104 whether or not there is a change in the user's state. When the user carrying the electronic tag 10 stays at his / her home, he / she continues to receive the electronic tag ID of the same electronic tag 10, and when he / she goes out, he / she continues not to receive the electronic tag ID. In this way, the transmission / reception terminal 20 does nothing in particular while at home or out of the office. If the user who is at home goes out from home, he / she will not be able to receive the electronic tag ID of the electronic tag 10 that has been received until then, and if the user who is out of the house returns home from outside, it will be The electronic tag ID of the electronic tag 10 that has not been received until is received. When going out or returning home in this way, there is a change in the user's condition. In this case, in S106, the transmission / reception terminal 20 transmits the state of the user and the approach information of the electronic tag ID of the electronic tag 10 carried by the user to the information aggregation server 30. The information aggregation server 30 receives the user's status and the electronic tag ID of the electronic tag 10 carried by the user from the transmission / reception terminal 20 in S106, and the electronic tag received in the server user status storage unit 322 in S108. The user status column corresponding to the ID is updated with the received user status.

The contact CN of the family or the like can remotely search the user's status in S110. Specifically, when a user who wants to know the status is input to a Web page or the like provided by the information aggregation server 30, the information aggregation server 30 that receives the input stores the user in the server search unit 332 to store the server user status. The search is performed in the unit 322 (S112), and the corresponding user status is output via the information communication unit 312. In S114, the terminal of the contact CN receives the state of the user and displays it on the display screen. In addition, the information aggregation server 30 monitors the occurrence of an event to be reported to the contact CN in S116. An event is, for example, a request for support from a user, in addition to sending an emergency breaking news mail and setting a disaster mode. When the occurrence of the event is detected, the information aggregation server 30 creates and transmits an event report notification to the contact CN in S118. The terminal of the contact CN receives the notification in S120, and confirms the Web page provided by the information aggregation server 30 as necessary.

With reference to FIG. 8, the control flow in an emergency (when an emergency breaking news mail is sent or when the disaster mode is set) will be described. In S200, the carrier's base station CR sends an emergency breaking news mail based on information and instructions from the Japan Meteorological Agency and the local government LG. When the transmission / reception terminal 20 receives the emergency breaking news mail in S202, the transmission / reception terminal 20 outputs and issues a notification that the emergency breaking news mail has been issued from the terminal output unit 24. This alert may be in any format, such as turning on a warning light, ringing a warning sound, displaying the contents of the breaking news mail, and reading out the contents of the breaking news mail, and the place where the transmitting / receiving terminal 20 is installed. It may be in a format suitable for those who are in the vicinity of.

Further, the transmission / reception terminal 20 transmits the contents of the received breaking news mail to the information aggregation server 30 in S204. In this figure, the timing of this transmission is expressed as if it were performed immediately after the issuance of the terminal output unit 24, but the timing is not limited to this. The transmission / reception terminal 20 may transmit the contents of the emergency breaking news mail to the information aggregation server 30 before the issuance of the terminal output unit 24, or after the issuance, a predetermined timing such as a scheduled transmission or a predetermined time elapses. It may be later. In S206, the information aggregation server 30 stores the contents of the emergency breaking news mail in the emergency breaking news content storage unit 325.

In the example of this figure, when the user carrying the electronic tag 10 is in the vicinity of the transmission / reception terminal 20, an emergency bulletin mail is issued regardless of whether the electronic tag 10 and the transmission / reception terminal 20 can communicate with each other. However, it is not limited to this. For example, when both (second terminal communication unit 212 and tag communication unit 11) are not communicable, the terminal output unit 24 does not have to output the breaking news information. This eliminates the need to output unnecessary breaking news information when the user is not nearby. In that case, it is preferable that the transmission / reception terminal 20 (first terminal communication unit 211) transmits the received emergency breaking news information to the information aggregation server 30 (server communication unit 311) at a predetermined timing. The predetermined timing is a scheduled transmission based on the transmission / reception terminal ID of the transmission / reception terminal 20 or the like. Specifically, for example, based on the last digit of the transmission / reception terminal ID, a predetermined digit (for example, the last digit of the minute) of the time to be transmitted is determined and transmitted at the determined time. In this way, by transmitting the emergency breaking news information to the information aggregation server 30 at a predetermined timing unique to the transmission / reception terminal 20, it is possible to avoid congestion of the network 50 due to the concentration of transmission.

Further, when both (second terminal communication unit 212 and tag communication unit 11) can communicate with each other, the transmission / reception terminal 20 (first terminal communication unit 211) has elapsed a predetermined time after receiving the operation to the effect that it has been transmitted, which will be described later. Later, the received emergency early warning information may be transmitted to the information aggregation server 30 (server communication unit 311). In this case, since the time point of the operation timing is not constant, even if the transmission is performed in this way, congestion of the network 50 due to the concentration of the transmission can be avoided. As in this case, both (second terminal communication unit 212 and tag communication unit 11) can communicate with each other, and receive a unique electronic tag ID stored in the tag identification information storage unit 12 of the electronic tag 10. In this case, it is preferable that the terminal output unit 24 outputs the information of the emergency bulletin.

When the user recognizes the alarm of the transmission / reception terminal 20 and operates the terminal operation unit 25 for confirmation in S208, that is, when the terminal operation unit 25 accepts the operation in S210, the transmission / reception terminal 20 (first terminal). In S212, the communication unit 211) aggregates information indicating that the transmission / reception terminal ID of the transmission / reception terminal 20 stored in the terminal identification information storage unit 221 and the information of the emergency bulletin have been confirmed by the user and reliably transmitted. It is transmitted to the server 30 (server communication unit 311).

When the information aggregation server 30 receives the information transmitted from the transmission / reception terminal 20 to the transmission / reception terminal ID, the server search unit 332 of the server processing unit 33 in S214 is based on the transmission / reception terminal ID of the received transmission / reception terminal 20. , The information related to the transmission / reception terminal 20 associated with the transmission / reception terminal ID of the transmission / reception terminal 20 is searched from the transmission / reception terminal 20 stored in the transmission / reception terminal information storage unit 321. The server processing unit 33 may store the transmission / reception terminal 20 that has transmitted the information that the emergency breaking news information has been transmitted to the user in the transmission / reception terminal information storage unit 321. In this way, by storing the transmission / reception terminal ID of the transmission / reception terminal 20 that has transmitted the information that the information aggregation server 30 has transmitted, the server output unit 34 outputs the overall user status over the entire area. It becomes possible to do.

The information aggregation server 30 finds the e-mail address of the contact CN related to the transmission / reception terminal 20 transmitted by the search, and in S216, for this contact CN, the emergency early warning stored in the emergency early warning content storage unit 325. Send an e-mail with the content of the e-mail and the information that the emergency early warning information has been transmitted to the user. The transmitted mail is received in S218 by the contact CN. By doing so, disaster prevention related information such as disaster prevention information sent in the disaster area where the user lives and emergency early warning mail to the user and the transmission status thereof are sent to the family of the user who lives in the remote area. It is possible to provide a remote location emergency bulletin providing system 100 (information processing system 100).

As described above, when the transmission / reception terminal 20 receives the emergency bulletin mail, it transmits the emergency bulletin information to the information aggregation server 30 (S204), and when it can communicate with the electronic tag 10, the emergency bulletin information is transmitted. When the output is output to the user (S202) and the input is received from the user in response to the output, the information indicating that the input has been accepted is transmitted to the information aggregation server 30 (S212), and the information aggregation server 30 inputs the input. When the information indicating that the information has been accepted is received, the information indicating that the emergency bulletin information has been transmitted to the user is output to the contact CN (S216), which is also an information processing method. According to this, it is possible to provide an information processing method for providing disaster prevention information transmitted in the disaster area where the user lives, disaster prevention information to the user, and the transmission status thereof to the family of the user who lives in a remote place. ..

The radio wave emitted by the electronic tag 10 carried by the user does not reach the transmission / reception terminal 20 in order to evacuate after the user confirms the alarm of the transmission / reception terminal 20 and operates the terminal operation unit 25. In that case, that is, when the radio wave changes undeliverably (S220), the transmission / reception terminal 20 monitoring the radio wave of the electronic tag 10 determines in S222 that the user has gone out. It is preferable that the transmission / reception terminal 20 recognizes the electronic tag 10 associated with the place where the transmission / reception terminal 20 is installed, that is, the user who carries the electronic tag 10. For example, it is preferable that the transmission / reception terminal 20 installed in a house recognizes a resident living in the house.

For this purpose, the transmission / reception terminal 20 has a terminal tag information storage unit 222 that stores information about the electronic tag 10 related to itself, and the electronic tag that the transmission / reception terminal 20 (second terminal communication unit 212) receives from the electronic tag 10. The electronic tag ID stored in the tag identification information storage unit 12 of 10 is compared with the electronic tag ID of the electronic tag 10 stored in the terminal tag information storage unit 222, and the user state determination unit 231 determines the user's condition. And, it is preferable to provide. The user state determination unit 231 carries the electronic tag 10 when the second terminal communication unit 212 continuously receives the electronic tag ID of the same electronic tag 10 stored in the terminal tag information storage unit 222. The user determines the state of the user when it exists in the vicinity of the transmission / reception terminal 20 (the range in which the radio wave of the tag communication unit 11 can reach). Further, when the second terminal communication unit 212 does not continuously receive the electronic tag ID of the same electronic tag 10 stored in the terminal tag information storage unit 222, the user state determination unit 231 uses the electronic tag 10 The carrying user determines the state of the user if it does not exist in the vicinity of the transmission / reception terminal 20. As a result, the presence or absence of the user in the vicinity of the transmission / reception terminal 20 related to the user is clarified, and the state of the user can be surely grasped.

When the user status determination unit 231 determines that the user status has changed, the transmission / reception terminal 20 (first terminal communication unit 211) sends the latest user status (going out) to the information aggregation server 30 in S224. Etc.) to send. The information aggregation server 30 that has received the user status updates the user status in the server user status storage unit 322 with the latest status in S226. In this way, when it is determined that the transmission / reception terminal 20 at home related to the user has changed the state of the user (resident), the state of the user is transmitted to the information aggregation server 30 and the information aggregation server 30 is transmitted. Can have the latest state of the user associated with the transmitting and receiving terminal 20. Further, by appropriately transmitting the latest user status to the contact CN, useful information can be provided to the contact CN. Further, when the information aggregation server 30 (server communication unit 311) receives the user status or the like, the server user status storage unit 322 stores the received user status in association with the transmitting / receiving terminal 20 that transmitted the received status. Is preferable. According to this, it becomes possible to grasp the overall state of the user over the entire area.

In the safety confirmation mode, the user status determination unit 231 receives an operation to the effect that the emergency breaking news information has been transmitted to the user (S210), and then the user attaches the electronic tag 10 to be carried by the user. When it is determined that it exists in the vicinity of the related transmission / reception terminal 20 and then it is determined that it does not exist in the vicinity of the transmission / reception terminal 20 (S222), the user determines that the user is evacuating (evacuation has started). can do. Further, the transmission / reception terminal 20 (first terminal communication unit 211) transmits to the information aggregation server 30 that the user's state is evacuating (evacuation has started). In this way, if it is determined that the user exists in the vicinity of the related transmission / reception terminal 20 immediately after the operation to the effect that the transmission has been transmitted and then does not exist in the vicinity, the user is definitely evacuating (evacuation has started). This can be transmitted to the information aggregation server 30, and the accurate state of this user can be provided to the contact person.

In the above, when the transmitting / receiving terminal 20 receives the emergency breaking news, only the emergency breaking information is output, but the safety confirmation message is output together with the emergency breaking information or instead of the emergency breaking information. May be good. The message confirming the safety is, for example, as shown in FIG. 12, a more polite and easy-to-understand message in which the content is changed according to the type of the emergency breaking news mail. In this figure, it is shown that the terminal output unit 24 outputs different safety confirmation messages depending on the earthquake early warning and the evacuation advisory due to heavy rain or the like. Further, as shown in this figure, when an Earthquake Early Warning (seismic intensity 5 or higher) is transmitted, the terminal output unit 24 outputs a safety confirmation message as shown in the figure within 1 minute, but the Earthquake Early Warning (Earthquake Early Warning) When a seismic intensity of 4 or less) is transmitted, the safety confirmation message may not be output and the output may be changed according to the content.

When the safety confirmation message is output, it is preferable that the transmission / reception terminal 20 has a configuration that accepts the response operation of the user in response to the output. A configuration that accepts a response operation according to a safety confirmation message may include, for example, a button other than the button for notifying that the message has been transmitted, or a plurality of buttons for the safety confirmation message displayed on the touch panel. You may answer by pressing one of the selectable buttons. Multiple choices may include selecting the urgency of help or assistance, for example, "I need help immediately" or "I don't need help immediately but need help during evacuation". The safety confirmation button may be installed on the transmission / reception terminal 20, or the remote control button for remotely operating the transmission / reception terminal 20 may also have the function of the safety confirmation button. Alternatively, the content that the user verbally answered may be accepted by the voice recognition technology.

When such an answer operation is performed, the transmission / reception terminal 20 (first terminal communication unit 211) transmits an answer corresponding to the operation received by the terminal operation unit 25 to the information aggregation server 30. In this way, by outputting a safety confirmation message, it is possible to take flexible measures such as outputting a different message depending on the type of disaster, and by replying to the user's reply to that message, the user's status can be checked. It becomes possible to grasp more accurately. Further, if a button function for confirming the safety of the user is added to such a transmitting / receiving terminal 20, it can be linked to the reception of an earthquake early warning mail (particularly, an earthquake early warning mail), and the user's safety confirmation can be performed even in normal times. It is also possible to go quickly.

In particular, in normal times, a timing for confirming safety is set in advance, and at the set timing, a message for confirming safety is transmitted by voice or the like from the transmission / reception terminal 20. When the user presses the button for confirming the safety in response to this safety confirmation message, the pressing information of the button is notified to the contact CN of the family or the like by e-mail or the like. As a result, the family members who watch over the user can periodically confirm the safety of the user. For example, by setting the timing at which safety confirmation is required to the time when the user takes the medicine, the user can be encouraged to take the medicine and at the same time, the safety can be notified to a remote family member or the like. It will be possible. It is also possible to repeatedly issue a message prompting the user to operate the safety button from the transmission / reception terminal 20 until the user presses the safety confirmation button, and informs the family and the like of the situation and the situation of pressing the safety button. It is also possible to notify the destination CN.

When transmitting the information of the emergency bulletin mail received by the transmission / reception terminal 20 to the information aggregation server 30 (S204), the first terminal communication unit 211 of each transmission / reception terminal 20 is stored in its own terminal identification information storage unit 221. The transmission / reception terminal ID may be transmitted to the information aggregation server 30. That is, when an emergency bulletin mail is sent to a plurality of transmission / reception terminals 20 installed in the area, the first terminal communication unit 211 of each transmission / reception terminal 20 to which the third terminal communication unit 213 receives the emergency bulletin mail. May transmit the transmission / reception terminal ID stored in its own terminal identification information storage unit 221 to the server communication unit 311.

Then, when the server communication unit 311 receives the transmission / reception terminal ID of the transmission / reception terminal 20, the server processing unit 33 receives the server communication unit 311 from the information related to the transmission / reception terminal 20 stored in the transmission / reception terminal information storage unit 321. Based on the installation location of the transmission / reception terminal associated with the transmission / reception terminal ID of the reception / reception terminal 20 that has been received, the transmission / reception terminal 20 installed at the location where the emergency early warning mail needs to be received may be specified. According to this, when an Earthquake Early Warning mail is sent, the transmission / reception terminal 20 installed at a place where it is necessary to receive the Earthquake Early Warning mail is specified based on the transmission / reception terminal ID of the transmission / reception terminal 20 that received the emergency early warning mail. It is possible to provide a remote area emergency early warning provision system 100 (information processing system 100) that can reliably transmit emergency early warning information to residents in a disaster area.

Further, what has been described above is to store information about a plurality of transmission / reception terminals 20 and a plurality of transmission / reception terminals 20 which are fixedly installed in a place and receive emergency bulletin mails transmitted by broadcast from the carrier's base station CR. An information processing method of a remote location emergency bulletin providing system 100 including an information aggregation server 30 that communicates with a plurality of transmission / reception terminals 20, and an emergency bulletin mail is transmitted to a plurality of transmission / reception terminals 20 installed in an area. In this case, the transmission / reception terminal 20 that has received the emergency bulletin mail transmits the received emergency bulletin information and the information to the effect that it has been received to the information aggregation server 30, and the information aggregation server 30 receives the information with the stored transmission / reception terminal 20. Based on the transmission / reception terminal 20 that transmitted the information processing, the transmission / reception terminal 20 installed in the place where it is necessary to receive the emergency bulletin mail is specified, and the information of the received emergency bulletin and the fact that it has been received among the specified transmission / reception terminals 20 are specified. This is an information processing method for transmitting the received emergency bulletin information to the transmission / reception terminal 20 that has not transmitted the information. This makes it possible to provide an information processing method that enables reliable transmission of breaking news information to residents in the disaster area.

The server processing unit 33 detects the transmission / reception terminal 20 that has not been transmitted among the specified transmission / reception terminals 20 based on the difference between the specified transmission / reception terminal 20 and the transmission / reception terminal 20 that has transmitted, and the information communication unit 312 detects the transmission / reception terminal 20. The received emergency early warning information may be transmitted to the transmitting / receiving terminal 20. This will ensure that emergency breaking news can be communicated to the residents of the disaster area.

Further, as shown in FIG. 12, the contents of the emergency breaking news mail usually include the name of the administrative division as the target area (location information). Therefore, when the server communication unit 311 receives the transmission / reception terminal ID of the transmitted transmission / reception terminal 20 and the information of the emergency bulletin, the server processing unit 33 determines the transmission / reception terminal 20 installed in the administrative division based on the information of the emergency bulletin. May be specified. More specifically, the server processing unit 33 performs a process of classifying the transmission / reception terminal 20 that transmitted the target area based on the target area included in the emergency breaking news. The server processing unit 33 searches for the administrative division (location column in the transmission / reception terminal information table of FIG. 10) stored in the transmission / reception terminal information storage unit 321 for the transmission / reception terminal ID of the transmission / reception terminal 20 having the same classification. From the administrative divisions found by the search, the administrative divisions in the range that matches the front, for example, "○○ city" that is the administrative division in the range that matches the front from "○○ city ○○ town" are extracted. .. Then, the server processing unit 33 searches the transmission / reception terminal information storage unit 321 based on the extracted administrative division, and identifies the transmission / reception terminal 20 installed in the place (administrative division) where the emergency bulletin mail should have been received. .. According to this, the emergency breaking mail sent for each administrative division can be reliably transmitted to the residents in the disaster area.

Further, the transmission / reception terminal 20 that has not been transmitted may be detected among the plurality of transmission / reception terminals 20 based on the emergency breaking mail transmitted from the same base station CR, not based on the administrative division. That is, when the emergency bulletin mail is sent to a plurality of transmission / reception terminals 20 fixed at the place where the emergency bulletin mail sent from the same base station CR is received, the emergency bulletin mail is received and transmitted / received. The terminal 20 transmits each transmission / reception terminal ID and the received emergency early warning information to the information aggregation server 30, and the information aggregation server 30 searches for the transmission / reception terminal 20 that has been transmitted from the stored transmission / reception terminals 20. Among the plurality of transmission / reception terminals 20, the transmission / reception terminal 20 that did not transmit may be detected. According to this, it becomes possible to reliably transmit the emergency breaking news mail to the residents in the disaster area, which is the place where the emergency breaking news mail sent from the same base station CR should be received.

<About a modified example of this embodiment>
<Electronic tag for disaster>
Prepare a daily electronic tag 10N (first electronic tag 10 to be carried in normal times) and an electronic tag 10U dedicated to disasters (second electronic tag 10 to be carried in an emergency) separately for daily use, and use the electronic tag 10U dedicated to disasters. If it is attached to a carry-out bag or disaster prevention helmet in the event of a disaster, it will be possible to separate it from daily outings and more accurately grasp the evacuation status such as evacuation start, evacuation, and evacuation completion in the event of a disaster. In this case, if the transmission / reception terminal 20 (second terminal communication unit 212) does not continuously receive the same electronic tag ID from the disaster-dedicated electronic tag 10U, the user status determination unit 231 determines the disaster-dedicated electronic tag. The user related to 10U may determine that the evacuation has been started. According to this, when the electronic tag in an emergency becomes incommunicable, it can be easily determined that the user has started evacuation.

<Expansion of functions of transmission / reception terminals>
By providing the transmission / reception terminal 20 with a means for indicating the case where the user is out of the home, even if the response from the user cannot be confirmed after the delivery of the emergency breaking news mail, the contact CN of a family member or the like in a remote place can be reached. It is preferable to notify the user that he / she is out. On the other hand, if the sending / receiving terminal 20 is not operated for the delivery of the Earthquake Early Warning mail (especially the Earthquake Early Warning) even after a certain period of time, even though the user is not out of the office, a family member in a remote location informs the fact. It is also possible to contact the contact information CN and the local government LG, or take measures such as dispatching a guard man.

<Second embodiment>
The remote location emergency breaking news providing system 100A (information processing system 100A) in the present embodiment will be described with reference to FIGS. 13 to 17. In order to avoid duplicate description, the same components as those in the above embodiment are designated by the same reference numerals, and the description thereof will be omitted. The remote location emergency breaking news providing system 100A includes an electronic tag 10, a transmission / reception terminal 20, an information aggregation server 30, and a mobile terminal 40. The mobile terminal 40 is provided with a communication call function from a long distance to a short distance such as a so-called smartphone, an input / output function by sound and light, an application function that can be used by installing various applications, and a processing function that controls all of them. , It is carried by the user on a daily basis. The application is the program described above, and is an application program according to the present invention. Therefore, this application is stored in the program server, and all or part of the application is downloaded and installed in the mobile terminal 40 as needed.

The mobile terminal 40 has a function of receiving radio waves transmitted by the electronic tag 10, and receives the radio waves when entering the electronic tag communication area. Therefore, when a person carrying the mobile terminal 40 and a person carrying the electronic tag 10 approach each other, the person carrying the mobile terminal 40 grasps that the person carrying the electronic tag 10 is relatively close to the person. it can. Specifically, as shown in FIG. 13, the mobile terminal 40 controls the mobile communication unit 41 that provides the communication call function and the mobile storage unit 42 that stores the OS and application programs of the mobile terminal 40. A mobile processing unit 43 that runs an application program, a mobile output unit 44 that outputs information that can be visually, audibly, and tactilely grasped, and a mobile operation unit 45 that receives operations and sounds from the user to the mobile terminal 40. To be equipped. The mobile communication unit 41 receives an emergency bulletin mail from the first mobile communication unit 411 that communicates with the information aggregation server 30, the second mobile communication unit 412 that communicates with the electronic tag 10, and the carrier base station CR. 3 A mobile communication unit 413 is provided. These have the same functions as the first terminal communication unit 211, the second terminal communication unit 212, and the third terminal communication unit 213 of the terminal communication unit 21, respectively. The mobile output unit 44 outputs the information received by the first mobile communication unit 411 from the information aggregation server 30. The mobile output unit 44 will be described later. The mobile terminal position information acquisition unit 46 has a function of acquiring its own position information, such as a GPS module that uses radio waves transmitted by a GPS satellite (GPS: Global Positioning System).

As shown in FIG. 14, the area where the emergency bulletin mail is sent or the area set in the disaster mode is set as a specific place, and the specific place is not only the home where the transmission / reception terminal 20 is installed but also the evacuation place. There are evacuation site transmission / reception terminals 20H installed, transmission / reception terminals 20K on evacuation routes installed in facilities such as other people's homes, post offices, and convenience stores, and mobile terminals 40 that are carried by people and can be moved. And. The specific place is usually set in units of administrative divisions. The disaster mode sets the user status (evacuation status status) of the electronic tag 10 and the transmission / reception terminal 20 registered as being installed or permanently installed in the area in normal times at the timing when a disaster has occurred or is likely to occur. Set by the local government LG for the purpose of tabulating and grasping the situation in. When setting a specific location to disaster mode, also set a disaster location designated area (area where there is a risk of disaster and need to move away from it) and / or a shelter designated area (determine a radius centered on the shelter facility). Specify the area specified by the circular shape, etc.). It is assumed that the evacuation site transmission / reception terminal 20H and the transmission / reception terminal 20K on the evacuation route have the same structure and function as the transmission / reception terminal 20 described above.

When the disaster mode is set, the information aggregation server 30 assigns the evacuation status status to the transmission / reception terminal 20 registered to be installed in the disaster mode setting area and the electronic tag 10 located in the disaster mode setting area. .. Specifically, the electronic tag 10 in which the evacuation status status determination unit 333 is registered is extracted from the server tag information storage unit 323, the latest position information of each is searched from the server tag information storage unit 323, and the disaster mode is set. After memorizing as, the evacuation status status is given by the position information and memorized. Specifically, if there is location information in the memorized disaster location designated area, "before evacuation", if there is location information of the electronic tag 10 in the evacuation shelter designated area, "evacuation completed", in any area If there is no location information, it is judged as "evacuating" or "other" and stored.

In the safety confirmation mode, the recording unit 26 records the surrounding sounds for a predetermined time after the terminal output unit 24 outputs a message confirming the safety together with the emergency bulletin information or in place of the emergency bulletin information. The recorded sound may be transmitted to the information aggregation server 30. When the user carrying the electronic tag 10 stays at home even after a predetermined time has elapsed after the notification, that is, the user state determination unit 231 exists in the vicinity of the transmission / reception terminal 20 related to the electronic tag 10 carried by the user. Then, when determining even after the lapse of a predetermined time, the information communication unit 312 may transmit to the contact CN related to the transmission / reception terminal 20 that the sound received from the recording unit 26 can be reproduced. In this way, when the transmission / reception terminal 20 is in the safety confirmation mode, the transmission / reception terminal 20 can communicate with the electronic tag 10 related to the transmission / reception terminal 20 even if time has passed since the emergency breaking news mail was received. By providing the recorded ambient sound to the contact CN, the contact CN can grasp important information about the user of the electronic tag 10.

When the disaster mode is set, if the user carrying the electronic tag 10 is at home in the disaster mode setting area, the electronic tag 10 and the transmission / reception terminal 20 can communicate with each other. Therefore, as described above, the server of the information aggregation server 30 is used. The person state storage unit 322 stores that the user carrying the electronic tag 10 is at home, that is, before evacuation. When the emergency breaking news mail is sent and the terminal output unit 24 outputs the evacuation information, the user at home starts evacuation. Then, the transmission / reception terminal 20 (user status determination unit 231) determines that the user status has changed, transmits the latest user status (going out, etc.) to the information aggregation server 30, and the information aggregation server 30 sends the latest user status (going out, etc.). , The state of the user in the server user state storage unit 322 is updated in the state of being evacuated. The user of the electronic tag 10 who has started evacuation starts to move away from his / her home toward the evacuation site (FIG. 14).

By the time the user carrying the electronic tag 10 arrives at the evacuation site, he / she may pass by the person (supporter) who carries the mobile terminal 40, or the transmission / reception terminal 20K on the evacuation route fixedly installed near the evacuation route. When passing by, the radio wave of the electronic tag 10 may be able to communicate with the mobile terminal 40 or the transmission / reception terminal 20K on the evacuation route. For example, when the second terminal communication unit 212 of the transmission / reception terminal 20K on the evacuation route receives the electronic tag ID of the electronic tag 10 carried by the user, the transmission / reception terminal 20K on the evacuation route carries the electronic tag 10. It is preferable that the user transmits to the information aggregation server 30 that the user exists in the vicinity thereof. Specifically, when the transmission / reception terminal 20K on the evacuation route receives a radio wave of an electronic tag 10 that does not belong to its own user in the disaster mode, the transmission / reception terminal ID of its own is combined with the electronic tag ID of the electronic tag 10. Is transmitted to the information aggregation server 30. Then, the information aggregation server 30 updates the position information of the received electronic tag ID in the server tag information storage unit 323 with reference to the installation location information of the transmission / reception terminal 20K on the transmitted evacuation route, and also the user. The state of is evacuating. Regarding the operation of the transmission / reception terminal 20K on the evacuation route described here, it is assumed that the mobile terminal 40 carried by the supporter also functions in the same manner. In this way, when the transmission / reception terminal 20K on the evacuation route installed on the evacuation route or the mobile terminal 40 located on the evacuation route can communicate with the electronic tag 10, the state of the user related to the electronic tag 10 By evacuating, the user's condition can be ascertained.

It is preferable that the evacuation site is fixed to the evacuation site and the evacuation site transmission / reception terminal 20H is installed. The evacuation site is set by the local government LG when the disaster mode is set on the information aggregation server 30. When the user carrying the electronic tag 10 arrives at the evacuation site, the evacuation site transmission / reception terminal 20H becomes able to communicate with the electronic tag 10 and receives the electronic tag ID. Then, the first terminal communication unit 211 of the evacuation site transmission / reception terminal 20H transmits to the information aggregation server 30 that the user related to the electronic tag 10 exists in the vicinity thereof. Then, the information aggregation server 30 sets the state of the user in the server user state storage unit 322 as the evacuation completion. Regarding the operation of the evacuation site transmission / reception terminal 20H described here, it is assumed that the mobile terminal 40 carried by the supporter also functions in the same manner. In this way, when the evacuation site transmission / reception terminal 20H installed in the evacuation site or the mobile terminal 40 located around the evacuation site becomes able to communicate with the electronic tag 10, the state of the user related to the electronic tag 10 is evacuated. By completing it, the state of the user can be surely grasped.

In the mobile terminal 40, the Mimamori application 431 that realizes the functions described below is running in the mobile processing unit 43. When the Mimamori application 431 detects the radio wave of the electronic tag 10 via the second mobile communication unit 412 and enables communication, the electronic tag ID of the electronic tag 10 and the mobile terminal position information acquisition unit 46 of the mobile terminal 40 acquire it. The generated location information is transferred to the information aggregation server 30. If the Mimamori application 431 equipped with such a function is distributed and installed on smartphones of local residents, etc., the contact CN of a family member in a remote place can grasp in more detail the estimation of the evacuation route of the user and the location information of the evacuation destination. It will be easier. The Mimamori application 431 always functions regardless of whether or not the disaster mode is set.

The control flow when the disaster mode is set will be described with reference to FIGS. 15 and 16. When the disaster mode is set for the information aggregation server 30 from the local government LG (S300), the information aggregation server 30 assigns and stores the evacuation status status to the electronic tag 10 and the transmission / reception terminal 20 in the specific area (S301). When the user exists in the vicinity of the transmission / reception terminal 20 at home and the transmission / reception terminal 20 receives the electronic tag ID of the electronic tag 10 possessed by the user, the transmission / reception terminal 20 information the electronic tag ID together with its own transmission / reception terminal ID. It is transmitted to the aggregation server 30. The information aggregation server 30 updates the received position information of the electronic tag 10 in light of the installation location information of the transmission / reception terminal ID, determines that the user state of the electronic tag is before evacuation, and stores it. After that, after the user confirms the voice output of the transmission / reception terminal 20 that has received the emergency bulletin mail from the base station, he / she leaves his / her home to evacuate, and the radio wave emitted by the electronic tag 10 carried by the user is the transmission / reception terminal 20. In the case where the radio wave does not reach the transmission / reception terminal 20 (S302), the transmission / reception terminal 20 at home, which monitors the radio wave of the electronic tag 10, has the electronic tag 10 separated from the vicinity of the transmission / reception terminal 20 in S304. And it is determined that the user has gone out. Then, in S306, the transmission / reception terminal 20 (first terminal communication unit 211) transmits the state of the user carrying the electronic tag 10 to the information aggregation server 30 together with the electronic tag ID as leaving, and the user of the transmission / reception terminal 20. The state of is transmitted together with the own transmission / reception terminal ID as going out. In the information aggregation server 30 that has received the user status, in S308, the evacuation status status determination unit 333 determines that the user of the transmission / reception terminal 20 is from the status of the user of the transmission / reception terminal 20 in the server user status storage unit 322. It is determined that the user is evacuating, and the evacuation status status of the user of the electronic tag 10 is determined to be evacuating from before the evacuation based on the user status (approach / detachment information) and the position information of the electronic tag 10 of the server tag information storage unit 323. The determination is made, the evacuation status status in the server user state storage unit 322 and the server tag information storage unit 323 is updated, and the evacuation status status is stored in association with the contact information related to the transmission / reception terminal 20. In S310, the information and communication unit 312 sends an e-mail or an application notification that the user has started evacuation to the user's contact CN related to the transmission / reception terminal 20 and the electronic tag 10.

The electronic tag 10 carried by the user continues to emit radio waves while heading from home to the evacuation site to evacuate (S312). When the radio wave emitted by the electronic tag 10 carried by the user reaches the transmission / reception terminal 20K on the evacuation route installed on the route, the electronic tag ID of the user's electronic tag 10 not related to the transmission / reception terminal 20K on the evacuation route is included. Even if it is a radio wave, it changes from a non-delivery state to a communicable state (S314), so that the transmission / reception terminal 20K on the evacuation route adds its own transmission / reception terminal ID to the electronic tag ID of the electronic tag 10 in S316. And send it to the information aggregation server 30. When the information aggregation server 30 receives the electronic tag ID of the electronic tag 10 carried by the user, the information aggregation server 30 takes out the position information from the transmission / reception terminal information storage unit 321 based on the transmission / reception terminal ID that has been transmitted, and the server tag information storage unit 323. In S318, the state of the user in the server user state storage unit 322 is updated as being evacuated. Regarding the operation of the transmission / reception terminal 20K on the evacuation route described here, it is assumed that the mobile terminal 40 carried by the supporter also functions in the same manner. In S320, the information and communication unit 312 sends an e-mail or an application notification that the user is evacuating to the user's contact CN related to the electronic tag 10.

Furthermore, the electronic tag 10 carried by the user continues to emit radio waves (S322) even while heading from home to the evacuation site, and the radio waves emitted by the electronic tag 10 carried by the user transmit and receive at the evacuation site installed in the evacuation site. When it reaches the terminal 20H, it changes from the non-delivery state to the communicable state (S324). Therefore, in S326, the evacuation site transmission / reception terminal 20H considers that the state of the user carrying the electronic tag 10 is approaching, and the electronic tag 10 Adds its own transmission / reception terminal ID to the electronic tag ID of the above and transmits it to the information aggregation server 30. When the information aggregation server 30 that has received the user's status calculates the location information from the received transmission / reception terminal ID and is included in the evacuation shelter designated area designated when the disaster mode is set, the server tag information in S328. The state of the user in the storage unit 323 is updated as evacuation completed. For example, the server tag information storage unit 323 stores that the ID of the evacuation site where the user carrying the electronic tag 10 of TG00000102 has evacuated is HN0001. Regarding the operation of the evacuation site transmission / reception terminal 20H described here, it is assumed that the mobile terminal 40 carried by the supporter also functions in the same manner. In S330, the information and communication unit 312 sends an e-mail to the user's contact CN related to the electronic tag 10 to the effect that the user has completed evacuation. As a result, the family of the user carrying the electronic tag 10 can accurately grasp the state of the user at the time of a disaster. The condition for determining the user's condition as evacuation completion is not limited to the case where a single evacuation site transmission / reception terminal 20H receives the radio wave of the user's electronic tag 10, but mainly at the evacuation site facility or the like. This may be the case when the transmission / reception terminal 20 or the mobile terminal 40 located in the circular area having the specified distance as the radius receives the radio wave of the user's electronic tag 10.

FIG. 16 is a control flow showing the relationship between the electronic tag 10 and the mobile terminal 40 until the supporter's mobile terminal 40 receives support information about the user from the information aggregation server 30 when the disaster mode is set. In S400, the person in charge of the local government LG instructs the specific place to be in the disaster mode by using the server input unit 35 of the information aggregation server 30. In S402, the information aggregation server 30 receives the instruction in the server input unit 35, searches for the electronic tag 10 located at a specific location in the server tag information storage unit 323, and the evacuation status status determination unit 333 corresponds to it. The evacuation status status is determined from the position information of the electronic tag 10 and the status of the user carrying the electronic tag 10, and is stored in the server user status storage unit 322.

In the transmission / reception terminal 20 installed in the area set in the disaster mode, the transmission / reception terminal 20 determines the state of the user and transmits it to the information aggregation server 30 from the time of the normal mode, and the information aggregation server 30 It is assumed that the user's state is stored in the server user state storage unit 322 in association with these transmission / reception terminals 20. In this figure, it is assumed that the user of the transmission / reception terminal 20 is at home when the disaster mode is set. The user's electronic tag 10 emits radio waves (S406), and the transmission / reception terminal 20 continuously monitors changes in the user's state in S408, but continuously uses the electronic tag ID of the electronic tag 10. Since it has been received, it is determined that there is no change, that is, it remains at home, and it is not transmitted to the information aggregation server 30.

When the user received the emergency breaking news mail and moved away from his / her home toward the evacuation site, the transmitting / receiving terminal 20 detected that the radio wave (S410) from the electronic tag 10 was no longer received and changed undeliverably. (S412), the user transmits to the information aggregation server 30 that he / she has gone out. In S416, the information aggregation server 30 stores the user's state as the latest state in the server user state storage unit 322 and the server tag information storage unit 323.

When setting the disaster mode, you can specify the disaster location designated area and / or the shelter designated area. For example, for the electronic tag 10, the evacuation status status is set to "before evacuation" while leaving the home but being located in the disaster location designated area. As a result, when danger is imminent and it is necessary to quickly escape from the designated disaster area, the local government and family can support evacuation by knowing that the user is still in the area. it can. In addition, by designating the evacuation shelter designated area as a circular area with a radius of several tens of meters, when the evacuation shelter is a large-scale facility, the evacuation shelter transmission / reception terminal can receive the radio waves of the electronic tag 10. Even if the user does not approach, the location information can be updated through the mobile terminal 40 of the supporter in the designated area of the evacuation center, and the evacuation status status can be updated to "evacuation completed".

On the way to the evacuation site, the user who has started the evacuation may approach the supporter who carries the mobile terminal 40 on which the Mimamori application 431 is operated. Then, since the electronic tag 10 always continuously transmits radio waves including the electronic tag ID (S418), the mobile terminal 40 receives the electronic tag ID emitted by the electronic tag 10 carried by the user. The mobile terminal 40 (first mobile communication unit 411) transmits the received electronic tag ID of the electronic tag 10 to the information aggregation server 30 in S420. The server processing unit 33 (server search unit 332) searches the server user state storage unit 322 based on the transmitted electronic tag ID of the electronic tag 10 in S422, and the user status of the electronic tag 10 completes evacuation. In the case of a state other than (before evacuation, during evacuation, etc.), that is, a state in which evacuation has not been completed, the support content of the corresponding user in the support request content storage unit 324 is further searched. Even if the user of the electronic tag 10 is at home before evacuation, if the person carrying the mobile terminal 40 approaches the house, the mobile terminal 40 will be charged with the electrons emitted by the electronic tag 10 carried by the user. Receive the tag ID. Even in such a case, the server processing unit 33 similarly searches for the support content of the corresponding user, assuming that the evacuation has not been completed for the user's state.

When the state of the user related to the electronic tag 10 is a state in which evacuation has not been completed, the information aggregation server 30 (information aggregation server communication unit 31) is stored in the support request content storage unit 324 in S424. The content of the support request to the user related to the electronic tag 10 is transmitted to the mobile terminal 40 (first mobile communication unit 411). In S426, the mobile output unit 44 of the mobile terminal 40 that has received the support content outputs the support request content to the user related to the electronic tag 10. As shown in FIG. 17, for example, the mobile output unit 44 displays the output message Msg of the Mimamori application 431. Of course, it may be output as a reading voice. In this way, when the supporter's mobile terminal 40 and the support requester (user)'s electronic tag 10 approach each other and can communicate with each other, the mobile terminal 40 transmits the electronic tag ID of the electronic tag 10 to the information aggregation server 30. However, if the status of the support requester is before or during evacuation, and the evacuation is not completed, by receiving a reply of the support content of the support requester, support is requested when evacuating in the disaster area. To provide a remote emergency bulletin providing system 100A (information processing system 100A) that can notice that a person with the displayed features, etc. exists in the vicinity and provides information on the requested support content. Can be done.

The above is also an information processing method in the remote location emergency breaking news providing system 100A. That is, in this information processing method, when the transmission / reception terminal 20 determines that the user's state has changed, the user's state is transmitted to the information aggregation server 30, and the information aggregation server 30 is used in association with the transmission / reception terminal 20. When the mobile terminal 40 can communicate with the electronic tag 10 in the case of storing the state of the person, the mobile terminal 40 transmits the electronic tag ID of the electronic tag 10 to the information aggregation server 30, and the information aggregation server 30 receives the information. When the state of the user related to the electronic tag 10 is incomplete evacuation based on the electronic tag ID of the electronic tag 10, the support request content for the user related to the electronic tag 10 is transmitted to the mobile terminal 40 and carried. The terminal 40 is an information processing method that outputs support request contents to the user related to the electronic tag 10. According to this, when evacuating in the disaster area, it is possible to notice that there is a person requesting assistance in the vicinity, and it is possible to provide an information processing method that provides information on the content of the requested assistance.

The supporter who carries the mobile terminal 40 can reply to the output message Msg whether to support or cannot support for some reason. When the mobile operation unit 45 of the mobile terminal 40 receives in S426 that it cooperates with the content of the support request, the mobile terminal 40 (first mobile communication unit 411) informs the information aggregation server 30 that it cooperates. Send. In S428, the server processing unit 33 stores in the server tag information storage unit 323 that the user related to the transmitted electronic tag 10 is in the support state because the support is to be received. In this way, the effectiveness of evacuation can be grasped by transmitting the fact that the supporter who has recognized the content of the support request cooperates and assuming that the state of the support requester is in the state of being supported.

When the state of the user related to the electronic tag 10 is in the supporting state, the information aggregation server 30 (information aggregation server communication unit 31) receives the electronic tag ID of the electronic tag 10 from the mobile terminal 40. Even if there is, it is preferable not to transmit the content of the support request to the user related to the electronic tag 10 to the mobile terminal 40 (first mobile communication unit 411). According to this, the supporter can notice the user who really needs the support, that is, the user who is requested to support and has not yet received the support. The same applies when the state of the user related to the electronic tag 10 is the completion of evacuation.

In S430, the information aggregation server 30 (information and communication unit 312) emails the user status related to the electronic tag 10 to the contact CN associated with the transmission / reception terminal 20 stored in the transmission / reception terminal information storage unit 321. Send with. Then, the contact CN receives an e-mail in S432 to the effect that the user's condition is being supported. In this way, by transmitting the status of the user (support requester) related to the electronic tag 10 to the contact CN such as a family member registered in advance, the contact CN can obtain important information about the user. it can.

<About a modified example of this embodiment>
<Transmission / reception terminal with safety confirmation mode>
The safety confirmation mode may be set for the transmission / reception terminal 20 from the information aggregation server 30. When setting the safety confirmation mode for the transmission / reception terminal 20, the transmission / reception terminal 20 installed in a specific place is searched in the transmission / reception terminal information storage unit 321, the corresponding transmission / reception terminal 20 is set to the safety confirmation mode, and the safety confirmation mode is set. This is transmitted to the transmission / reception terminal 20 to be set in the safety confirmation mode. Upon receiving the notification that the safety confirmation mode is set, the transmission / reception terminal 20 sets itself to the safety confirmation mode and outputs and issues a notification to that effect from the terminal output unit 24. When the transmission / reception terminal 20 is set to the safety confirmation mode, the transmission / reception terminal 20 performs operations and controls different from those in the normal mode in normal times. For example, in the case of the safety confirmation mode, when the electronic tag ID of the electronic tag 10 (the electronic tag ID stored in the tag identification information storage unit 12) is received, the terminal output unit 24 has the user state determination unit 231 A message may be output according to the determined user status and emergency early warning information. In the normal mode, the transmission / reception terminal 20 issues an emergency bulletin mail when the user of the electronic tag 10 is at home, but when the safety confirmation mode is set, the transmission / reception terminal 20 issues an electronic tag after receiving the emergency bulletin mail. Even when the transmission / reception terminal 20 and the transmission / reception terminal 20 come close to each other and communication becomes possible, it is possible to issue a notification. That is, according to this, the transmitting / receiving terminal 20 outputs a message when it becomes possible to communicate with the electronic tag 10 related to the transmitting / receiving terminal 20 even if time has passed since receiving the emergency breaking news mail. By doing so, it is possible to respond flexibly. The content of the message according to the information of the emergency breaking news may be changed depending on the safety confirmation message as shown in FIG. 12 or the elapsed time after the issuance. The transmission / reception terminal 20 may set itself to the safety confirmation mode when the third terminal communication unit 213 receives the emergency breaking news mail. Further, when the server input unit 35 receives an instruction to put the transmission / reception terminal 20 installed in a specific place into the safety confirmation mode, and the information aggregation server communication unit 31 sends a message to put the transmission / reception terminal 20 into the safety confirmation mode, The transmission / reception terminal 20 sets itself in the safety confirmation mode.

<Electronic tag with operation unit>
The electronic tag 10 may include a tag operation unit 15 for transmitting a support request from the tag communication unit 11. The tag operation unit 15 preferably has a structure that is easy to operate but cannot be operated when it is unnecessary. When the tag operation unit 15 is accepting an operation, the tag communication unit 11 transmits a signal to the effect of requesting support to a communicable mobile terminal 40 (second mobile communication unit 412) located nearby. Upon receiving the signal to the effect of the support request, the mobile terminal 40 may issue a notification as the output of the Mimamori application 431. According to this, the support requester can request support by himself / herself using the electronic tag 10.

<About other embodiments>
<Absence confirmation in an emergency (withdrawal detection)>
When the transmission / reception terminal 20 and the electronic tag 10 are installed in a guest room such as a hotel, in an emergency, the guest can move the transmission / reception terminal 20 in each guest room to the outside by having the guest take the electronic tag 10 out of the room. It is possible to detect what has been done. The information of the transmission / reception terminal 20 of the guest room can be notified to the hotel management system or the like via the information aggregation server 30. Therefore, in the hotel management system, it is possible to easily grasp the evacuation status of the guest.

<Confirmation of hotel room / check-out>
The transmission / reception terminal 20 and the electronic tag 10 provided in the hotel or the like can also be used as a communication system to the hotel side when the guest goes out or checks out in normal times other than an emergency. .. Specifically, if a button function for notifying the presence or absence of the guest's room is added to the transmission / reception terminal 20, it is possible to quickly and easily notify the hotel side of the presence or absence of the guest's room. The button for determining whether or not the room is present may be installed on the transmission / reception terminal 20, or the button on the remote controller that remotely controls the transmission / reception terminal 20 may also have the function. Furthermore, the hotel can start the check-out procedure in advance by operating the button that informs the guest whether or not he / she is in the room before check-out, which makes it smooth for the guest. It will be possible to provide a variety of checkout procedures.

The present invention is not limited to the illustrated examples, and can be implemented with a configuration within a range that does not deviate from the contents described in each section of the claims. That is, although the present invention is particularly illustrated and described primarily with respect to specific embodiments, the quantity, with respect to the embodiments described above, without departing from the scope of the technical idea and purpose of the present invention. In other detailed configurations, those skilled in the art can make various modifications.

100,100A Information processing system (remote emergency breaking news provision system)
10 Electronic tag 11 Tag communication unit 12 Tag identification information storage unit 15 Tag operation unit 10N Daily electronic tag 10U Electronic tag for disasters 20 Transmission / reception terminal 21 Terminal communication unit 211 1st terminal communication unit 212 2nd terminal communication unit 213 3rd terminal Communication unit 22 Terminal storage unit 221 Terminal identification information storage unit 222 Terminal tag information storage unit 223 Terminal user status storage unit 23 Terminal processing unit 231 User status determination unit 232 Terminal search unit 24 Terminal output unit 25 Terminal operation unit 26 Recording unit 20H Evacuation site Send / receive terminal 20K Send / receive terminal on evacuation route 30 Information aggregation server 31 Information aggregation server Communication unit 311 Server communication unit 312 Information communication unit 32 Server storage unit 321 Transmission / reception terminal Information storage unit 322 Server user status storage unit 323 Server tag information Storage unit 324 Support request content storage unit 325 Emergency bulletin content storage unit 33 Server processing unit 332 Server search unit 34 Server output unit 35 Server input unit 40 Mobile terminal 41 Mobile communication unit 411 1st mobile communication unit 412 2nd mobile communication unit 413 3rd mobile communication unit 42 mobile storage unit 43 mobile processing unit 431 Mimamori application 44 mobile output unit 45 mobile operation unit 46 mobile terminal position information acquisition unit 50 network CR carrier base station CN contact terminal LG local government terminal CC call center

Claims (5)

An information processing system equipped with a transmission / reception terminal and an information aggregation server.
The transmitting / receiving terminal is
The first terminal communication unit that communicates with the information aggregation server,
The third terminal communication unit that receives the emergency breaking news sent by the base station,
It is equipped with a terminal identification information storage unit that stores its own identification information.
The information aggregation server is
A server communication unit that communicates with the first terminal communication unit of the transmission / reception terminal, and
A transmission / reception terminal information storage unit that stores information about the transmission / reception terminal,
A server processing unit that searches and processes the transmission / reception terminal information storage unit is provided.
The information about the transmission / reception terminal stored in the transmission / reception terminal information storage unit includes identification information of the transmission / reception terminal and information on the location where the corresponding transmission / reception terminal is installed for each of the plurality of transmission / reception terminals.
In each of the plurality of transmission / reception terminals, when the third terminal communication unit receives an emergency bulletin from the base station, the first terminal communication unit identifies the transmission / reception terminal stored in the terminal identification information storage unit. Information is transmitted to the server communication unit,
When the server communication unit receives the identification information of the transmission / reception terminal, the server processing unit receives the transmission / reception terminal received by the server communication unit from the information about the transmission / reception terminal stored in the transmission / reception terminal information storage unit. Based on the information of the place where the transmission / reception terminal is installed corresponding to the identification information of the above, the transmission / reception terminal that needs to receive the emergency bulletin is specified.
Information processing system. When the third terminal communication unit receives the emergency bulletin in each of the plurality of transmission / reception terminals, the first terminal communication unit performs the first terminal identification information storage unit together with the identification information of the transmission / reception terminal. 3 The information of the emergency bulletin received by the terminal communication unit is transmitted to the server communication unit, and the information is transmitted to the server communication unit.
When the server communication unit receives the identification information of the transmission / reception terminal and the information of the emergency bulletin from the first terminal communication unit, the server processing unit needs to receive the specified emergency bulletin. And the transmission / reception terminal that does not receive the identification information among the transmission / reception terminals that need to receive the specified emergency bulletin based on the difference between the transmission / reception terminal and the transmission / reception terminal that the server communication unit has received the identification information. The information processing system according to claim 1, wherein the information of the emergency bulletin received by the server communication unit is transmitted to the detected transmission / reception terminal. The information on the location is an administrative division,
When the third terminal communication unit receives the emergency bulletin in each of the plurality of transmission / reception terminals, the first terminal communication unit performs the first terminal identification information storage unit together with the identification information of the transmission / reception terminal. 3 The information of the emergency bulletin received by the terminal communication unit is transmitted to the server communication unit, and the information is transmitted to the server communication unit.
When the server communication unit receives the identification information of the transmission / reception terminal and the emergency bulletin information from the first terminal communication unit, the server processing unit receives the emergency bulletin based on the emergency bulletin information received by the server communication unit. The information processing system according to claim 1, wherein the transmission / reception terminal installed in an administrative section where it is necessary to receive the information of the above is specified. Multiple transmitting and receiving terminals that are fixedly installed in a place and receive emergency breaking news sent by the base station,
An information processing method of an information processing system including an information aggregation server that stores information about the plurality of transmission / reception terminals and communicates with the plurality of transmission / reception terminals.
When each of the plurality of transmitting / receiving terminals receives an emergency breaking news from the base station, the transmitting / receiving terminal that has received the emergency breaking news transmits information to that effect to the information aggregation server.
The information aggregation server uses the transmitting / receiving terminal that is stored and the transmitting / receiving terminal that has received the information that the emergency call has been received, and the transmitting / receiving terminal that is installed at a place where it is necessary to receive the emergency breaking news. Identify,
Information processing method. An information processing system equipped with a transmission / reception terminal and an information aggregation server.
The transmitting / receiving terminal is
The first terminal communication unit that communicates with the information aggregation server,
The third terminal communication unit that receives the emergency breaking news sent by the base station,
It is equipped with a terminal identification information storage unit that stores its own identification information.
The information aggregation server is
A server communication unit that communicates with the first terminal communication unit of the transmission / reception terminal, and
A transmission / reception terminal information storage unit that stores information about the transmission / reception terminal,
A server processing unit that searches and processes the transmission / reception terminal information storage unit is provided.
When the third terminal communication unit receives the emergency early warning in each of the plurality of transmission / reception terminals fixedly installed at a place where the same base station transmits an emergency early warning, the first terminal The communication unit transmits the identification information of the transmission / reception terminal stored in the terminal identification information storage unit and the emergency early warning information received by the third terminal communication unit to the server communication unit.
When the server communication unit receives the identification information of the transmission / reception terminal and the information of the emergency bulletin, the server processing unit receives the information from the transmission / reception terminals stored in the transmission / reception terminal information storage unit. The transmission / reception terminal corresponding to the identification information of the transmission / reception terminal is searched, and the transmission / reception terminal that did not transmit the identification information is detected among the plurality of transmission / reception terminals.
Information processing system.

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