JP2003198751A - System and method for confirming safety, program for system and recording medium for system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To easily collect information of safety from victims in a distressed area when a disaster occurs. <P>SOLUTION: The occurrence of the disaster is decided based on disaster occurrence detecting information (i4) from a disaster occurrence detecting device 3. An E-mail is transmitted for safety inquiry about whether the victim(a user (A)) living in the region with the occurrence of the disaster is alive or not. When the user (A) returns the E-mail, it is decided that the user (A) is alive immediately after the occurrence of the disaster. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is capable of mutual communication with a mobile terminal and a disaster occurrence detection device for detecting the occurrence of a disaster via a communication network such as the Internet, and confirms the safety of the user of this mobile terminal. The present invention relates to a safety confirmation system, a safety confirmation method, a safety confirmation system program, and a safety confirmation system recording medium that can be performed.

[0002]

2. Description of the Related Art Various services can be provided by the Internet technology which has been rapidly advanced in recent years. As one of these services, there is a system that confirms the safety of the victim in the event of a disaster such as an earthquake, flood, or fire. Research on this safety confirmation system is underway at university institutions and will be put to practical use. For example, in case of a disaster such as an earthquake, university students can register their safety with the university as a safety confirmation center by using a mobile phone or a personal computer with a browser that can access the Internet when a disaster occurs, A system that allows family members and friends to confirm the safety of victims has been announced. By using this safety confirmation system, if there is a situation in which damage such as a Tokai earthquake decision meeting is expected to occur, or if a major earthquake actually occurs, the student can calm down, Access the HP (Home Page) of the university with a mobile phone or a personal computer. Then enter your student ID number and name according to the format, "I'm fine",
Select your current state from items such as "slightly injured" and "severely injured", and write comments such as prospects for returning to school, contact information, and current status. The information entered by the student is automatically stored in a database, and the safety of the registered student can be confirmed by searching for safety information by family members and friends.

[0003]

However, in the conventional safety confirmation system, the students need to access the HP of the university by themselves, so that it is necessary to wait for a calm time after the disaster occurs. Information cannot be registered. In addition, even after the student has accessed the HP, he / she must enter the student ID number and name and select the item that indicates the current status. Therefore, when the disaster is large, it is expected that the input and selection operations will be difficult. It

Therefore, the present invention has been made in view of the above circumstances, and an object of the present invention is to make it possible to easily collect information on the safety condition from the victims in the disaster area when a disaster occurs. It was done.

[0005]

To achieve the above object, the invention according to claim 1 is capable of communicating with a mobile terminal and a disaster occurrence detecting device for detecting the occurrence of a disaster via a communication network. A safety confirmation system capable of confirming the safety of a user of a terminal, having at least one of personal information such as the name of the user of the mobile terminal, an e-mail address and a telephone number of the mobile terminal. A user information management unit that manages the contact information in association with each other, and a contact that extracts the contact information managed by the user information management unit based on the disaster occurrence detection information from the disaster occurrence detection device. Based on the information extracting means and the contact information extracted by the contact information extracting means, the user's mobile terminal is called to notify the user of the safety of the user. And safety inquiry unit to match have,
A safety confirmation system comprising: safety confirmation means for confirming the safety of the user by receiving a reply operation from the portable terminal in response to a calling operation by the safety inquiry means.

Here, the "safety confirmation system" is not limited to the case where it is constructed by one server computer, but each means (execution of steps, realization of functions) is divided into two or more server computers. Including the case where it is built by (hereinafter, the same).

According to a second aspect of the present invention, the safety inquiry means is based on disaster occurrence detection information from a disaster occurrence detection device installed in an area different from that of the safety confirmation system. 2. The user is inquired about the safety by making a call operation to a mobile terminal of a user who lives in the same installation area.
It is the safety confirmation system described in.

The invention according to claim 3 is capable of communicating with the first mobile terminal and the second mobile terminal via a communication network, and a disaster occurred in the residential area of the user of the first mobile terminal. A first disaster occurrence detection device for detecting, and a disaster occurring in the residential area of the user of the second mobile terminal, which is a residential area different from the residential area of the user of the first mobile terminal. A safety confirmation system capable of confirming the safety of users of the first and second mobile terminals based on disaster occurrence detection information from a second disaster occurrence detection device, wherein the first and second User information management for managing personal information such as the name of the user of the mobile terminal and contact information having at least one of the e-mail address and the telephone number of the first and second mobile terminals in association with each other Means and said first And a disaster situation judging means for judging a disaster situation in the residential area of the user of the first and second mobile terminals based on the disaster occurrence information from the second and second disaster occurrence detecting devices, and the disaster situation judging means. Based on the determined disaster situation, a transmission priority determining means for determining a transmission priority of which of the first and second mobile terminals is to perform the transmission operation first, and the first and second disaster occurrences. Based on contact information extraction means for extracting contact information managed by the user information management means based on disaster occurrence detection information from a detection device, and contact information extracted by the contact information extraction means Then, by making a call operation to the mobile terminal of the user who is prioritized by the call priority determination means, and then making a call operation to the mobile terminal of the other user,
Safety inquiring means for sequentially inquiring the safety of the users of the first and second mobile terminals, and a reply operation from at least one of the first and second mobile terminals in response to a calling operation by the safety inquiring means. A safety confirmation system comprising: a safety confirmation means for confirming the safety of the user by receiving the information.

In the invention according to claim 4, the transmitting operation by the safety inquiry means is to transmit an electronic mail or a mobile mail for confirming the safety to the portable terminal, or a ring tone or an incoming call notification vibration is for confirming the safety. The safety confirmation system according to any one of claims 1 to 3, wherein the safety confirmation system is a dial operation to the mobile terminal set to (4).

Here, "mobile mail" is a company
This refers to emails that send and receive simple text messages between mobile phones, such as short emails provided by NTT Docomo (hereinafter the same).

The "incoming call notification vibration" is a vibration due to a vibrator function installed in a so-called mobile phone, for example, it vibrates three times at intervals of 1 second and leaves for 2 seconds.
After that, by repeating 3 times at 1 second intervals,
The vibration pattern is different from the normal vibration pattern to clarify that the vibration is for safety confirmation (the same applies hereinafter).

The present invention according to claim 5 uses a safety confirmation system capable of communicating with a mobile terminal and a disaster occurrence detection device for detecting the occurrence of a disaster via a communication network to check the safety of the user of the mobile terminal. A method of checking, wherein at least one of personal information such as a name of a user of the mobile terminal, an e-mail address and a telephone number of the mobile terminal is used.
A user information management step of managing the safety confirmation information management unit by associating it with the contact information having the information, and managing the safety confirmation information management unit based on the disaster occurrence detection information from the disaster occurrence detection device. Based on the contact information extraction step of extracting the contact information that is present, and the contact information extracted in the contact information extraction step, the user's mobile terminal is called to confirm the safety of the user. The safety confirmation system performs a safety inquiry step of inquiring and a safety confirmation step of confirming the safety of the user by receiving a reply operation from the mobile terminal in response to the calling operation in the safety inquiry step. This is a safety confirmation method characterized by confirming the safety of the user of the portable terminal.

Here, the "safety confirmation information management unit" in the present invention records various information by the safety confirmation system,
It is a hardware resource such as an HDD or a memory that is registered, managed, and read (extracted), and its installation location does not matter (hereinafter the same).

According to a sixth aspect of the present invention, in the safety inquiry step, the disaster occurrence detection device is based on disaster occurrence detection information from a disaster occurrence detection device installed in an area different from the safety confirmation system. 6. The safety confirmation method according to claim 5, wherein the user is inquired about the safety by making a call to a mobile terminal of a user who lives in the same installation area.

The invention according to claim 7 uses the safety confirmation system capable of communicating with the first mobile terminal and the second mobile terminal via the communication network, and the residence of the user of the first mobile terminal. A first disaster occurrence detection device that detects a disaster that has occurred in a region, and a residential area of a user of the second mobile terminal that is a residential area different from the residential area of the user of the first mobile terminal. A method for confirming the safety of a user of the first and second mobile terminals based on disaster occurrence detection information from a second disaster occurrence detection device that detects a disaster that has occurred, wherein the first and second The personal information such as the name of the user of the second mobile terminal and the contact information having at least one of the e-mail addresses and the telephone numbers of the first and second mobile terminals are associated with each other to confirm the safety confirmation information management unit. User information management And a disaster situation determination step of determining a disaster situation in a residential area of the user of the first and second mobile terminals based on the disaster occurrence information from the first and second disaster occurrence detection devices, A transmission priority determining step of determining a transmission priority of which of the first and second mobile terminals is to perform the transmission operation based on the disaster situation determined by the disaster situation determining step; And a contact information extraction step of extracting contact information managed by the safety confirmation information management unit based on the disaster occurrence detection information from the second disaster occurrence detection device, and extraction by the contact information extraction step. Based on the contact information, the calling operation is performed to the mobile terminal of the user prioritized in the calling priority determination step, and then the calling operation is performed to the mobile terminal of the other user. From the safety inquiry step of sequentially inquiring the safety of the users of the first and second mobile terminals, and from the at least one of the first and second mobile terminals in response to the calling operation in the safety inquiry step. A safety confirmation method characterized by confirming the safety of the user of the mobile terminal by causing the safety confirmation system to execute a safety confirmation step of confirming the safety of the user by receiving a reply operation. is there.

The invention according to claim 8 is that, in the calling operation in the safety inquiry step, an electronic mail or a mobile mail for confirming the safety is transmitted to the portable terminal, or a ring tone or an incoming call notification vibration is for confirming the safety. The safety confirmation method according to any one of claims 5 to 7, characterized in that the operation is a dial operation to the portable terminal set to (4).

The invention according to claim 9 is capable of communicating with a mobile terminal and a disaster occurrence detection device for detecting the occurrence of a disaster via a communication network, and can confirm the safety of the user of the mobile terminal. A program used in a confirmation system, which manages personal information such as a name of a user of the mobile terminal and contact information having at least one of an e-mail address and a telephone number of the mobile terminal in association with each other. A user information management function, a contact information extraction function for extracting contact information managed by the user information management function based on the disaster occurrence detection information from the disaster occurrence detection device, and the contact information Based on the contact information extracted by the extraction function, a call to the user's mobile terminal is performed to inquire about the safety of the user. A safety confirmation function for confirming the safety of the user by receiving a reply operation from the mobile terminal in response to a calling operation by the safety inquiry function, and realizing the safety confirmation system by the safety confirmation system. It is a program for a safety confirmation system characterized by confirming the safety of a user of a mobile terminal.

Here, the "program" in the present invention refers to a program consisting of an ordered sequence of instructions suitable for processing by a computer, such as HDD, C of the computer.
What is installed in D-RW, CD-R
This includes those recorded on various recording media such as OM, DVD, FD (floppy (registered trademark) disk), semiconductor memory, and HDD of computer, and those distributed via the Internet (hereinafter the same). .

In the invention according to claim 10, the safety inquiry function is based on disaster occurrence detection information from a disaster occurrence detection device installed in an area different from the safety confirmation system. 10. The user is inquired about the safety by making a call to a mobile terminal of a user who lives in the same installation area.
It is a program for the safety confirmation system described in.

The invention according to claim 11 is capable of communicating with the first mobile terminal and the second mobile terminal via a communication network, and can prevent a disaster occurring in the residential area of the user of the first mobile terminal. A first disaster occurrence detection device for detecting, and a disaster occurring in the residential area of the user of the second mobile terminal, which is a residential area different from the residential area of the user of the first mobile terminal. A program used in a safety confirmation system capable of confirming the safety of users of the first and second mobile terminals based on disaster occurrence detection information from a second disaster occurrence detection device, the program comprising: Personal information such as names of users of the first and second mobile terminals, and the first information
And a user information management function for managing the contact information having at least one of the e-mail address and the telephone number of the second mobile terminal in association with each other, and the disaster from the first and second disaster occurrence detection devices. According to the disaster situation judging function for judging the disaster situation in the residential area of the user of the first and second portable terminals based on the occurrence information, and the disaster situation judged by the disaster situation judging function, the first And a second mobile terminal, the transmission priority determining function for determining the transmission priority of which transmission operation is performed first, and the first and second
Contact information extraction function for extracting contact information managed by the user information management function based on disaster occurrence detection information from the disaster occurrence detection device, and contact information extracted by the contact information extraction function Based on the information, the calling priority determination function performs a calling operation to the user's mobile terminal prioritized, and then performs a calling operation to the other user's mobile terminal, whereby the first and second mobile phones The safety inquiry function for sequentially inquiring the safety of the user of the terminal, and the reply operation from the at least one of the first and second mobile terminals in response to the calling operation by the safety inquiry function, thereby the user A safety confirmation system for confirming the safety of a user of the mobile terminal by implementing a safety confirmation function for confirming the safety of the user in the safety confirmation system. Is a program.

According to a twelfth aspect of the present invention, the calling operation by the safety inquiry function is to send an electronic mail or a mobile mail for safety confirmation to the portable terminal, or a ring tone or an incoming call notification vibration is for safety confirmation. The safety confirmation system program according to any one of claims 9 to 11, wherein the program is a dial operation to the mobile terminal set to.

The invention according to claim 13 is capable of communicating with a mobile terminal and a disaster occurrence detecting device for detecting the occurrence of a disaster via a communication network, and can confirm the safety of the user of the mobile terminal. A recording medium in which a program used in a confirmation system is recorded, and personal information such as a name of a user of the mobile terminal, and contact information having at least one of an electronic mail address and a telephone number of the mobile terminal. And a contact information extraction function for extracting contact information managed by the user information management function based on disaster occurrence detection information from the disaster occurrence detection device. Then, based on the contact information extracted by the contact information extracting function, a call operation is made to the user's mobile terminal, so that the user can be safely accessed. And safety inquiry function to query,
A safety confirmation function for confirming the safety of the user by receiving a reply operation from the mobile terminal in response to a calling operation by the safety inquiry function, and realizing the safety confirmation system by the safety confirmation system. A safety confirmation system recording medium readable by the safety confirmation system, characterized in that a program for confirming the safety of the user is recorded.

Here, the "recording medium" in the present invention means that it can be used for reading a program for realizing the above-mentioned functions in the safety confirmation system, and information is used by utilizing the physical characteristics of the medium. It does not depend on the physical recording method such as how to record. For example,
FD, CD-ROM (R, RW), DVD-ROM (R
(AM, R, RW), semiconductor memory, MO, MD, magnetic tape, etc. (hereinafter the same).

According to a fourteenth aspect of the present invention, the safety inquiry function is based on disaster occurrence detection information from a disaster occurrence detection device installed in an area different from the safety confirmation system. 2. The user is inquired about the safety by making a call operation to a mobile terminal of a user who lives in the same installation area.
3 is a recording medium for the safety confirmation system described in 3.

The invention according to claim 15 is capable of communicating with the first mobile terminal and the second mobile terminal via a communication network, and can prevent a disaster occurring in the residential area of the user of the first mobile terminal. A first disaster occurrence detection device for detecting, and a disaster occurring in the residential area of the user of the second mobile terminal, which is a residential area different from the residential area of the user of the first mobile terminal. A recording medium recording a program used in a safety confirmation system capable of confirming the safety of the users of the first and second mobile terminals based on the disaster occurrence detection information from the second disaster occurrence detection device. And contact information having personal information such as names of users of the first and second mobile terminals, and at least one of an e-mail address and a telephone number of the first and second mobile terminals. Related to Based on the user information management function for managing the information and the disaster occurrence information from the first and second disaster occurrence detection devices, the disaster situation of the residential area of the user of the first and second mobile terminals is calculated. Depending on the disaster situation judging function for judging, and the disaster situation judged by the disaster situation judging function, the calling priority for judging which of the first and second mobile terminals will perform the calling operation first A degree determination function and a contact information extraction function for extracting contact information managed by the user information management function based on the disaster occurrence detection information from the first and second disaster occurrence detection devices, Based on the contact information extracted by the contact information extraction function, a call operation is performed to the user's mobile terminal prioritized by the call priority determination function, and then a call operation is performed to the other user's mobile terminal. This According to the safety inquiry function for sequentially inquiring the safety of the users of the first and second mobile terminals, and from the at least one of the first and second mobile terminals according to the calling operation by the safety inquiry function. By receiving a reply operation, a safety confirmation function for confirming the safety of the user and a program for confirming the safety of the user of the mobile terminal by realizing the safety confirmation system are recorded. It is a recording medium for a safety confirmation system that can be read by the characteristic confirmation system.

According to the sixteenth aspect of the present invention, the calling operation by the safety inquiry function is to send an electronic mail or mobile mail for safety confirmation to the portable terminal, or a ring tone or an incoming call notification vibration is for safety confirmation. The recording medium for a safety confirmation system according to any one of claims 13 to 15, wherein the recording medium is a dial operation to the portable terminal set to.

[0027]

DESCRIPTION OF THE PREFERRED EMBODIMENTS [First Embodiment] A first embodiment of the present invention will be described below with reference to the drawings.

FIG. 1 shows a communication infrastructure (Infrastructure) for confirming the safety of a victim (user (user)) using the safety confirmation system 1 according to this embodiment. As shown in FIG. 1, the safety confirmation system 1 is installed in a safety confirmation center (A) and is constructed by one server computer. Further, the safety confirmation system 1 has a communication function capable of connecting to the Internet 2, and the disaster occurrence detection device 3 is connected via the Internet 2.
Can communicate with. The company and school may also serve as the safety confirmation center (A).

Further, the safety confirmation system 1 is provided with a CPU 10 for issuing commands for realizing various functions (f1 to f8) described later in the safety confirmation system 1, and fixed data such as a program for controlling the CPU 10. RO stored in advance
M (Read Only Memory) 11 and RAM (Random Access Memory) forming an area for temporarily storing various data
12 and various functions (f
It has an HDD (Hard Disk Drive) 13 in which a program (p1) for realizing 1 to f8) is installed, a communication interface 14 for transmitting data via the Internet 2, and the like. And these CPU10,
The ROM 11, the RAM 12, the HDD 13, and the communication interface 14 are connected to the bus line 1 such as an address bus and a data bus.
It is electrically connected at 5.

Further, the HDD 13 has a safety confirmation DB (Dat
a Base) has been built. In this safety confirmation DB, personal information (i1) including the address and name of the user (B) who confirms the safety in the event of a disaster, and the mobile phone number and mobile phone e-mail address are stored. The contact information (i2) that they have is recorded and managed in advance. This personal information (i1)
The contact information (i2) is registered by a user (B) by accessing the safety confirmation system 1 via the Internet 2 using a mobile phone, a personal computer or the like, and by using a specific reception form.
Further, the personal information (i1) and the contact information (i2) can be collectively changed to the latest employee information by using an existing personnel system of a company or the like.

In the safety confirmation DB, the safety confirmation information (i3) when the safety of the user (B) is confirmed can be recorded and managed, and the family and friends etc. can store the safety confirmation information (i3). It is also possible to search and browse.

Further, the disaster occurrence detection device 3 is composed of an earthquake sensor for detecting the seismic intensity, and has a function of transmitting the detected disaster occurrence detection information (i4) to the safety confirmation system 1 via the Internet 2. ing.

On the other hand, the user (B) is the person who has the mobile phone 6 as a mobile terminal. This mobile phone 6 has N
It is equipped with a function to send and receive e-mail using Internet mail services such as i-mode mail provided by TT Docomo. This allows the user (B) to send and receive e-mail with the safety confirmation system 1 via the nearest base station 5, mobile phone network 4, and Internet 2.

Next, referring to FIG. 2, regarding the provision of the user (B) safety confirmation service at the safety confirmation center (A) when an earthquake occurs as an example of a disaster, the user information management stage, the earthquake An explanation will be given for each stage of the initial occurrence response stage, the first stage safety confirmation stage, and the second stage safety confirmation stage.

(1-1) User Information Management Stage First, the user (B) confirms the safety by using the mobile phone 6 or a personal computer in order to register for the safety confirmation service at the safety confirmation center (A). Access the system 1 (step S1). As a result, the safety confirmation system 1
With the user information management function (f1), the user's (B) 's input is accepted by a specific reception form, and the user's (B)' s personal information (i1) and contact information (i2) are linked. , And records and manages it in the safety confirmation DB of the HDD 13 (step S2).

(1-2) Initial stage of earthquake occurrence Next, when an earthquake occurs, the disaster occurrence detection information (i4) related to the seismic intensity information detected by the disaster occurrence detection device 3 is sent to the safety confirmation system 1. It is transmitted (step S3). Thereby, the safety confirmation system 1 realizes the seismic intensity determination function (f2), and determines whether the seismic intensity is 5 or more based on the received disaster occurrence detection information (i4) (step S4). And
When it is judged that the seismic intensity is less than 5 (No), it remains as it is, but when it is judged that the seismic intensity is 5 or more (Ye
s), Access restriction release function in safety confirmation system 1 (f3)
Then, various system functions whose use is restricted in normal times are released, and processing for accepting access from the entire Internet 2 is performed (step S5). For example, by canceling the access restriction of an outsider to a Web page on which the personal information of an employee of a company to which the access of an outsider is restricted, the family member or friend of the employee can access the Web page. To do so.

In the safety confirmation system 1, the safety confirmation registration acceptance function (f4) is realized, and the Web page (w1) for the safety registration mode is published (step S6). This safety registration mode Web page (w1) allows the user (Otsu) to publish the first disaster prevention related instruction information (i5) such as the evacuation site and evacuation method that have been decided in advance for the user (B), as well as specific reception Preparations are made to accept the safety confirmation registration from the user (B) in steps S102 and S103 described later by using the form.
In addition, by switching the DNS (Domain Name System) information, the URL (U
niform Resource Locators) may be used as the location of the object of the Web page (w1) for the safety registration mode. As a result, if you access the URL of a Web page for public disclosure that is likely to be remembered by company employees or university students, the We for safety registration mode can be accessed.
Since the page b (w1) can be browsed, even when an emergency occurs, it is possible to calmly access the site that publishes the web page (w1) for the safety registration mode.

(1-3) First Safety Confirmation Step Next, in the safety confirmation system 1, a contact information extraction function (f5)
The disaster occurrence detection information from the disaster occurrence detection device 3 is realized.
Based on (i4), all contact information (i2) managed by implementing the user information management function (f1) is extracted (step S7). The safety confirmation system 1 implements the safety inquiry function (f6), and based on the contact information (i2) extracted by the implementation of the contact information extraction function (f2), the mobile phone of the user (Otsu). Inquire about the safety of the user (B) by sending an e-mail to 6 (Step S)
8).

Next, the user (B) uses the mobile phone 6 to reply the e-mail sent by the realization of the safety inquiry function (f6) (step S9). The content of the e-mail to be returned may be any, and it is not necessary to input anything to the mobile phone 6. That is, the user (B) need only perform the reply operation using the mobile phone 6. As a result, the safety confirmation function (f7) is realized in the safety confirmation system 1, and it is confirmed that the user (B) is at least alive by receiving the email returned from the mobile phone 6. (Step S10). In other words, since the user (B) only has to reply the e-mail, there is a high possibility that he / she can reply even if he / she is injured due to the earthquake. Therefore, the safety confirmation center (A) can easily confirm whether or not the user (B) is alive. In this case, it is only possible to confirm that the user (Otsu) is alive and not to the extent of the user (Otsu) being injured.

Next, in the safety confirmation system 1, the safety confirmation information management function (f9) is realized, and the safety confirmation information indicating "survival" is displayed.
(i3) is associated with the personal information (i1), recorded in the safety confirmation DB of the HDD 13, and managed (step S11).

(1-4) Second Safety Confirmation Stage Next, the second safety confirmation stage will be described with reference to FIG. This second-stage safety confirmation step is a process and an operation that is carried out in anticipation of the calmness of the user (Otsu) and the disaster prevention headquarters (Hei) after a certain time has elapsed after the occurrence of the earthquake. Incidentally, FIG.
Shows a communication infrastructure for performing processing and operations in the second safety confirmation stage.

At the second stage safety confirmation stage, the second stage safety confirmation registration from the user (B) is accepted by the safety confirmation system 1 by three methods. The first of these is
Accept the e-mail indicating the safety status information (i6) sent by the user (B) using the mobile phone 6, and confirm the safety confirmation DB.
Are recorded and managed (step S101). Also, the second
In this method, the user (Otsu) uses the mobile phone 6, the personal computer 21,
W for the safety registration mode by user terminal such as PDA
Safety status information (i entered by accessing the eb page (w1)
6) is recorded and managed in the safety confirmation DB (step S10).
2). Furthermore, in the third method, the user (Otsu) calls the ordinary telephone 2
Phone 23 of the call center (Ding) to confirm the safety by 2 etc.
Dial the safety status information of your own, and based on this report, the safety confirmation call center (Ding) accesses the Web page (w1) for the safety registration mode using the personal computer 24 etc. and inputs the safety status information (i6 ) Is recorded and managed in the safety confirmation DB (step S103). This step S10
Method 3 is an effective method when the user (Otsu) does not own a personal computer or the like and cannot access the web page (w1) for the safety registration mode.

The safety confirmation information (i3) is information of simple contents such as "survival", but the safety status information (i6) is "fracture of leg" and "bleeding from arm". Specific information such as "masu" and "evacuating to the elementary school gym". Here, using FIG. 4 to FIG. 9, the user (Otsu)
From the personal computer 21 to the safety registration mode web page (w
The procedure and screen example for accessing 1) and entering the safety status information (i6) will be described.

First of all, the user (Otsu) uses the above step S6.
The personal computer 21 accesses the web page (w1) for the safety registration mode of the safety confirmation system 1 that has been published in (step S111).

Next, in the safety confirmation system 1, the screen data of the Web page (w1) for the safety registration mode is sent to the personal computer 2.
1 (step S112). This web page
(w1) is also used as an authentication screen. As a result, the screen 200 of the web page (w1) for the safety registration mode as shown in FIG. 5 is displayed on the display of the personal computer 21 (step S113). On this screen 200, there are an emergency message display field 201 for notifying a disaster situation, a message display field 202 for persons other than employees, a message display field 203 for employees, an employee number input field 204, and an employee password input field 205. It is displayed. Also,
A "LOG IN" button 206 for logging in after entering the employee number and password is also displayed.

Therefore, the user (Otsu) is required to enter each input field 20.
Enter the specified number in 4, 205 and press the "LOG IN" button 2
By pressing 06, the employee number and password are transmitted to the safety confirmation system 1 (step S114).

Next, the safety confirmation system 1 receives the employee number and password data (step S11).
5). Then, based on the employee number and password, the safety confirmation DB of the HDD 13 is searched, and the user (Otsu)
Authentication is performed as to whether or not is a legitimate person (employee) (step S116). In case of legitimate person, safety confirmation system 1
Reads a part of the personal information (i1) and contact information (i2) of the user (B) from the safety confirmation DB to create a safety status registration screen, and sends this screen data to the personal computer 21 (step S117). ). As a result, the safety status registration screen 210 as shown in FIG.
Is displayed. On this screen 210, a personal / contact information (name, reading of name, affiliation, address) display field 211 of the user (B), a safety status selection field 212, and a current contact / contact information input field 213 are displayed. Has been done. In addition, the screen 21
At 0, a “send” button 214 for transmitting the selection and input data to the safety confirmation system 1 and a “reset” button 215 for resetting the selection or input are displayed. In addition, on the screen 210, a “to employee page” button 216 for accessing the employee HP is also displayed.

Therefore, the user (Otsu) makes a predetermined selection in the selection field 212, makes a predetermined input in the input field 213 ("has a broken leg", etc.), and clicks the "send" button 214. When pressed, the safety status information (i6) selected and input is transmitted to the safety confirmation system 1 (step S119).

Next, the safety confirmation system 1 receives the safety status information (i6) (step S120). Then, based on the safety status information (i6), an input / selection confirmation screen for allowing the user (B) to confirm the contents of input and selection is created, and this screen data is transmitted to the personal computer 21 (step S121). As a result, the input / selection confirmation screen 220 as shown in FIG. 7 is displayed on the display of the personal computer 21. On this screen 220, a display field 221 for displaying the safety status information (i6) for the user (Otsu) to confirm the contents input and selected in step S119 is displayed. Further, on the screen 220, an “update registration information” button 222 to be pushed when changing (updating) the display contents of the display column 221 and the display contents of the display column 221 are registered (managed) in the safety confirmation system 1. A “status report / confirmation complete” button 223 to be pressed when performing is displayed.

Therefore, if the display content of the display column 221 is not wrong, the user (B) sends the completion data to the safety confirmation system 1 by pressing the "status report / confirmation complete" button 223. (Step S123).

Next, the safety confirmation system 1 receives the completion data (step S124). Then, based on the completion data, the safety status information (i6) received in step S120 is recorded and managed in the safety confirmation DB (step S125). In addition, in step S123, when the user (B) presses the "update registration information" button 222, the safety confirmation system 1 transmits the data of the safety situation registration screen 210 shown in FIG. The safety status registration screen 210 is displayed on the display.

By the way, the safety confirmation system 1 in which the user (B) uses the mobile phone 6 without using the personal computer 21
8 is displayed on the display of the mobile phone 6 instead of the screen 200 shown in FIG.
0'is displayed, and instead of the screen 210 shown in FIG.
A screen 210 'shown in is displayed.

As shown in FIG. 8, in the screen 200 ', instead of the input fields 204 and 205 shown in FIG. 5, the employee number input field 204' and the user's (B) 's birth date input field 20 are displayed.
5'is displayed. In the input field 205 shown in FIG. 5, a password exclusively for the user (B) predetermined by the safety confirmation center (A) is input, but the input field 20 shown in FIG.
5'is different in that the date of birth of the user (Otsu) is entered as a password. As a user (B), it is easy to forget the password set by the safety confirmation center (A), but he / she does not forget his / her birth date, so it is easy to enter the password even in an emergency.

Further, as shown in FIG. 9, the screen 210 'has a display field 211, a selection field 212, and an input field 2 shown in FIG.
The display column 211 'and the selection column 21 which play the same role as 13
2'and an input field 213 'are displayed. In addition, screen 21
At 0 ′, a “send” button 214 ′ that plays the same role as the “send” button 214 shown in FIG. 6 is displayed.

On the other hand, the disaster prevention headquarters (Hei) confirms the safety by using the Internet 2 from the system management terminal 25, or by using the sanitary line constituted by the satellite 7 and the sanitary antenna 8 from the sanitary mobile phone 26. The secondary disaster prevention related instruction information (i7) sent to the system 1 is the safety confirmation DB1.
3 is recorded and managed (step S104). This secondary disaster prevention related instruction information (i7) is posted and published by the safety confirmation system 1 on the web page (w2) for the safety confirmation mode.

The primary disaster prevention related instruction information (i5) is the information of the content for instructing a predetermined evacuation site, evacuation method, etc., assuming a disaster occurs. The next disaster prevention related instruction information (i7) is information of the content for instructing the evacuation site, evacuation method, etc. determined by the disaster countermeasures headquarters (丙) in consideration of the actual disaster.

In addition, the safety confirmation information is sent to the user (Otsu), the disaster prevention headquarters (Hei), the safety confirmation call center (Ding), etc.
To obtain (i3) or safety status information (i6), access the safety confirmation mode Web page (w2) as in steps S102 and S104, and enter search conditions such as personal information. The safety confirmation information (i3) and the safety status information (i6) of a specific user (B) can be searched and extracted (step S105). In addition, the safety confirmation information (i3) and the safety status information are the same for the user (Otsu) 's family and friends.
(i6) can be searched and extracted. Here, FIG.
Through FIG. 12, the disaster prevention headquarters (Hei) accesses the web page (w2) for the safety confirmation mode from the system management terminal 25, and confirms the safety confirmation information (i3) and the safety status information (i6).
A procedure and a screen example for confirming will be described.

First, the disaster prevention headquarters (Hei) accesses the Web page (w2) for the safety confirmation mode from the system management terminal 25 (step S131).

Next, the safety confirmation system 1 transmits the screen data of the web page (w2) for the safety confirmation mode to the system management terminal 25 (step S132). This We
Page b (w2) is also used as a search screen for searching detailed information (search result screen). Thus, the screen 230 of the web page (w2) for the safety confirmation mode as shown in FIG. 11 is displayed on the display of the system management terminal 25.
Is displayed (step S133). On this screen 230, a display field 231 that displays the safety status information (i6) of all users, and an input field 23 that the safety confirmation call center (Ding) inputs to publish the contents of the call acceptance agency.
2. The menu display field 233 that is selected when the disaster prevention headquarters (Hei) reads the input screen for entering the public message (including update), and the search condition that is used to narrow down the detailed information. The condition input field 234 is displayed. Further, in the search condition input field 234, radio buttons 235 for determining the display order of detailed information (name order, affiliation department order, address order), search conditions (name narrow down, narrow down by affiliation, same town, etc.). Each input field 236 for determining (selection by address) and a “search execution” button 237 for transmitting the selected and input data to the safety confirmation system 1 and executing a search are displayed.

Therefore, the disaster prevention headquarters (Hei) has a selection column 2
By selecting a predetermined display order from 35, performing a predetermined input in the input field 236, and pressing the "search execution" button 237, the search condition data is transmitted to the safety confirmation system 1 (step S134).

Next, the safety confirmation system 1 receives the retrieval condition data, and based on this retrieval condition, the safety confirmation DB.
Is searched (step S135). Then, a search result screen is created based on the information narrowed down by the search, and this screen data is transmitted to the system management terminal 25 (step S136). As a result, the detailed information screen (search result screen) 240 as shown in FIG. 12 is displayed on the display of the system management terminal 25. This screen 240
Shows detailed information of each user narrowed down by the above-mentioned search condition.

If the menu "2. Update message to everyone other than employees" in the menu display field 233 shown in FIG. 11 is selected, message registration assuming support for local residents other than employees as shown in FIG. 13 is performed. A screen 250 is displayed. On this screen 250, the pull-down menu 251, which selects the color of the character of the message, the message input field 252, the display field 253 which displays the message that has already been input and registered, and the characters displayed in the display field 253 are displayed. "Update" button 254, input field 25 to be pushed when updating
"Undo" to press when deleting the character displayed in 3
Button 255 and "to disaster prevention headquarters system menu" button 25 to press when returning to screen 230 shown in FIG.
6 is displayed. In addition, in the display column 253 of FIG.
This shows a state in which no message is displayed (registered).

Regarding steps S101 to S105, the user (B) is guided to the evacuation site or the like in advance under the initiative of the disaster prevention headquarters (Hei) based on the information provided by the earthquake prediction council. It can also be used in case.

As described above, according to the present embodiment, after the earthquake occurs, the user (Otsu) is sent an e-mail inquiring about the safety of the user (Otsu) and the user (Otsu). Since it is only necessary to reply an email, there is a high possibility that a user (Otsu) can reply even if the user (Otsu) is injured due to the earthquake. Therefore, compared to the case where the user's safety status can be registered only after the time of calming after the earthquake occurs, the user (Otsu) can easily confirm the safety status of the user by the safety confirmation center (A). Can be told.
Therefore, the user's (Otsu) 's family, friends, etc. can grasp the safety of the user's (Otsu) immediately after the earthquake.

[Second Embodiment] A second embodiment of the present invention will be described below with reference to the drawings.

In this embodiment, as shown in FIG. 14, the safety confirmation system 1 and the disaster occurrence detection device 3 are installed in the A area, and the safety confirmation system 1'and the disaster occurrence detection device are installed in the B area different from the A area. This is an invention assuming the case where 3'is installed. The A region and the B region may be in units of prefectures such as Shizuoka and Tokyo, or may be in units of municipalities such as Iwata and Hamamatsu. Further, in this embodiment, the user (B) having the mobile phone 6 lives in the area A, and the user (B) having the mobile phone 6 ′ lives in the area B. .

The same components as those in the first embodiment are designated by the same reference numerals (or the same reference numerals are denoted by "'"), and the description thereof is omitted. Further, also in the present embodiment, regarding the second stage safety confirmation stage, (1
Since it is the same as -4), the description thereof will be omitted. Furthermore,
Since the safety confirmation system (1, 1 ′) according to the present embodiment has the same hardware configuration as the safety confirmation system according to the first embodiment, the safety confirmation system simplified in FIG. Only the confirmation DB is drawn. In addition, a program (p2) for realizing various functions (f11 to f18) under the control of the CPU 10 is installed in the HDD 13 of this embodiment.

(2-1) User Information Management Stage First, as shown in FIG. 15, the user (B) is the mobile phone 6 in order to register to receive the safety confirmation service from the safety confirmation system 1 '. Or access the safety confirmation system 1'by a personal computer or the like (step S21). As a result, the user information management function (f1
1) is realized, the input of the user (B) is accepted by a specific reception form, the personal information (i1) of the user (B) and the contact information (i2) are associated, and the safety confirmation DB of the HDD 13 is stored. Record and manage (step S22).

(2-2) Initial stage of earthquake occurrence Next, when an earthquake occurs in the area A, it is confirmed whether the disaster occurrence detection information (i4) related to the seismic intensity information detected by the disaster occurrence detection device 3 is safe. It is transmitted to the system 1 '(step S23). As a result, the safety confirmation system 1'has realized the seismic intensity judgment function (f12), and the received disaster occurrence detection information (i
Based on 4), it is determined whether the seismic intensity is 5 or more (step S24). When it is determined that the seismic intensity is less than 5 (No), it remains as it is, but when it is determined that the seismic intensity is 5 or more (Yes), the safety confirmation system 1 ′ has an access restriction release function ( f13) is realized, and various system functions that are restricted in normal use are released, and Internet 2
Processing for accepting access from the whole is performed (step S25). For example, by canceling the access restriction of an outsider to a Web page on which personal information of an employee of a company to which the access of an outsider is restricted is posted,
Allow employees' families and friends to access the above Web pages.

In the safety confirmation system 1 ', the safety confirmation registration acceptance function (f14) is realized, and the We for safety registration mode is used.
The page b (w1) is made public (step S26). By this web page (w1) for the safety registration mode, the user (B)
The primary disaster prevention related instruction information (i5) such as the evacuation site and evacuation method predetermined for the user is disclosed, and the user (Otsu) in the above steps S102 and S103 (FIG. 3) is specified by a specific reception form. Prepare to accept safety confirmation registration from. Incidentally, in the present embodiment as well, the first
Similar to the embodiment described above, by switching the DNS information, the URL that is normally used as the location of the object of the Web page for public disclosure of companies, organizations, etc. is displayed in the safety registration mode Web page (w1). It may be used as the location of the object.

(2-3) First Safety Confirmation Step Next, in the safety confirmation system 1 ', the contact information extraction function (f
15) is realized, and based on the disaster occurrence detection information (i4) from the disaster occurrence detection device 3, all contact information (i2) managed by implementing the user information management function (f11) is extracted. Yes (step S27). The safety confirmation system 1 implements the safety inquiry function (f16), and based on the contact information (i2) extracted by the implementation of the contact information extraction function (f12), the mobile phone of the user (Otsu). By sending an electronic mail to 6, the user (B) is inquired about the safety (step S28).

Next, the user (B) uses the mobile phone 6 to reply the e-mail sent by the realization of the safety inquiry function (f16) (step S29). The content of the returned e-mail is the same as that of the first embodiment. As a result, the safety confirmation system 1'has realized the safety confirmation function (f17), and confirms that the user (B) is at least alive by receiving the email returned from the mobile phone 6. Yes (step S30). That is,
Since the user (B) only has to reply the email,
There is a high possibility that you can reply even if you are injured by the earthquake. Therefore, as the safety confirmation center (A), the user (B)
It is possible to easily confirm whether or not the animal is alive.

Next, the safety confirmation information management function (f19) is realized in the safety confirmation system 1 ', and the safety confirmation information (i3) indicating "survival" is associated with the personal information (i1) and stored in the safety confirmation DB of the HDD 13. Record and manage (step S31).

On the other hand, when an earthquake occurs in the B area,
The relationship between the mobile phone 6, the safety confirmation system 1 ′, and the disaster occurrence detection device 3 only changes to the relationship between the mobile phone 6 ′, the safety confirmation system 1, and the disaster occurrence detection device 3 ′, respectively. And the content of the operation is the same.

As described above, according to the present embodiment, the safety confirmation system 1'in the B area operates when an earthquake occurs in the A area, and the safety confirmation system in the A area operates when an earthquake occurs in the B area. 1 operates, in addition to the effects of the first embodiment, a safety confirmation system 1 is further provided due to the occurrence of a disaster.
Even if (1 ') breaks down, the safety confirmation service can be provided.

[Third Embodiment] A third embodiment of the present invention will be described below with reference to the drawings.

In the present embodiment, as shown in FIG. 16, the disaster occurrence detecting device 3 is installed in the area A, and the area B different from the area A is installed.
This is an invention assuming a case where a disaster occurrence detection device 3'is installed in an area. The A region and the B region may be in units of prefectures such as Shizuoka and Tokyo, or may be in units of municipalities such as Iwata and Hamamatsu. However, unlike the second embodiment, the area A is the epicenter and the area B is the area affected by this earthquake. For example, if the area A is the epicenter and the seismic intensity is 6,
The situation is considered that the area is the area around the epicenter and the seismic intensity is 5. Further, in the present embodiment, similarly to the second embodiment, the user (B) having the mobile phone 6 resides in the area A, and the user (B) having the mobile phone 6 ′ is in the area B. It shows the case where you live in. However, the safety confirmation system 1 may be installed in the A area, the B area, or other areas.

The same components as those in the first and second embodiments are designated by the same reference numerals (or the same reference numerals are denoted by "'"), and the description thereof is omitted. Further, also in this embodiment, the second-stage safety confirmation step is the same as (1-4) in the first embodiment, and therefore the description thereof will be omitted.

(3-1) User Information Management Stage First, the user (B) uses the mobile phone 6 to register for the safety confirmation service by the safety confirmation system 1.
Or the personal computer or the like to access the safety confirmation system 1 (step S41). As a result, the safety confirmation system 1
The user information management function (f21) is implemented in this way, accepting the input of the user (B) by a specific reception form, and associating the personal information (i1) of the user (B) with the contact information (i2). , And records and manages it in the safety confirmation DB of the HDD 13 (step S42). Similarly, the user (Otsu ') also registers to receive the safety confirmation service by the safety confirmation system 1 (steps S41, 42).

(3-2) Initial stage of earthquake occurrence Next, in the event of an earthquake in which the area A is the epicenter,
Disaster occurrence detection information (i4) related to the seismic intensity information detected by the disaster occurrence detection device 3 is transmitted to the safety confirmation system 1 (step S43). In addition, even in the B area, when vibration is caused by the earthquake in the A area (the epicenter), the disaster occurrence detection information (i4 ') related to the seismic intensity information detected by the disaster occurrence detection device 3'is the safety confirmation system 1 (Step S43). Thereby, the seismic intensity determination function (f22) is realized in the safety confirmation system 1, and it is determined whether the seismic intensity is 5 or more based on the received disaster occurrence detection information (i4, i4 ') (step S45). If both areas are judged to have a seismic intensity of less than 5 (No), it remains as is, but if at least one area is judged to have an intensity of 5 or more (Yes), the safety confirmation system In 1, the access restriction release function (f23) is realized, various system functions that are normally restricted in use are released, and processing for accepting access from the entire Internet 2 is performed (step S4).
6). For example, by canceling the access restriction of an outsider to a Web page on which the personal information of an employee of a company to which the access of an outsider is restricted, the family member or friend of the employee can access the Web page. To do so.

In the safety confirmation system 1, the safety confirmation registration reception function (f24) is realized, and the Web for the safety registration mode is used.
The page (w1) is published (step S47). This safety registration mode Web page (w1) allows the user (Otsu) to publish the first disaster prevention related instruction information (i5) such as the evacuation site and evacuation method that have been decided in advance for the user (B), as well as specific reception Preparations are made to accept the safety confirmation registration from the user (B) in steps S102 and S103 described above using the form. In the present embodiment as well, similar to the first and second embodiments, by switching the DNS information,
The URL that is normally used as the location of the object of the Web page for public disclosure such as a company or organization may be used as the location of the object of the Web page (w1) for the safety registration mode.

(3-3) First Safety Confirmation Step Next, in the safety confirmation system 1, a disaster situation judgment function (f25)
Is realized, and the disaster situation of the area A and the area B is judged based on the disaster occurrence detection information (i4, i4 ') from the disaster occurrence detecting device (3, 3') (step S48). That is, in the safety confirmation system 1, which seismic intensity is larger in the A area and the B area is determined based on both seismic intensity information related to the disaster occurrence detection information (i4, i4 '), and the seismic intensity is large in the area. Recognize that the disaster situation is worse.

Next, in the safety confirmation system 1, the transmission priority judgment function (f26) is realized, and the mobile phone 6 and the mobile phone 6 are selected based on the disaster situation judged by the realization of the disaster situation judgment function (f25). The transmission priority of which of the two, ', and E-mail is to be transmitted first is determined (step S49). That is, in the safety confirmation system 1, it is determined that the mobile phone 6 of the user (B) living in the area A where the disaster situation is bad is to send the e-mail first.

Next, in the safety confirmation system 1, a contact information extraction function (f27) is realized, and based on the disaster occurrence detection information (i4, i4 ') from the disaster occurrence detection device 3, the user information management function is executed. All the contact information (i2, i2 ') managed by realizing (f21) is extracted (step S50). In the safety confirmation system 1, the safety inquiry function (f28) is realized, and the transmission priority judgment function is based on the contact information (i2) extracted by the realization of the contact information extraction function (f27).
Sending an e-mail to the mobile phone 6 of the user (Otsu) who has prioritized by implementing (f26), and then based on the contact information (i2 ') extracted by implementing the contact information extracting function (f27) above. Then, by sending an e-mail to the mobile phone 6'of the other user (Otsu '), the user (Otsu) and the user (Otsu') are sequentially inquired about their safety (step S5).
1).

Next, the user (Otsu, Otsu ') uses the mobile phone (6, 6') to reply the e-mail sent by the realization of the safety inquiry function (f28) (step). S52). The content of this e-mail to be returned is as described above
And the same as the second embodiment. As a result, the safety confirmation system 1 realizes the safety confirmation function (f29), and by receiving the email returned from at least one of the mobile phones (6, 6 '), the user (B,
It is confirmed that the second party ') is at least alive (step S53). That is, since the user (Otsu, Oto ') only has to reply the e-mail, there is a high possibility that he / she can reply even if he is injured by the earthquake. Therefore, the safety confirmation center (A)
As a result, it is possible to easily confirm whether or not the user (Otsu, Otsu ') is alive.

Next, in the safety confirmation system 1, the safety confirmation information management function (f30) is realized, and the safety confirmation information (i3, i3 ') indicating "survival" is associated with the personal information (i1, i1'), respectively. The information is recorded in the safety confirmation DB and managed (step S54).

As described above, according to the present embodiment, the transmission order of electronic mails is determined according to the disaster situation. Therefore, in addition to the effects of the first embodiment, it is predicted that the disaster will be large. You can preferentially send e-mail to different areas.

In the first and third embodiments, the electronic mail was sent to the user (B) at the (1-1,2-1,3-1) first-stage safety confirmation stage. , Not limited to this
It is also possible to send a mobile mail, such as a short mail provided by NTT Docomo, for sending and receiving a simple text message between mobile phones. Further, it is possible to simply dial without adopting a mail function such as electronic mail or mobile mail. This is because the incoming call history remains on the mobile phone, so that the user (B) can easily perform the reply operation without pushing the mobile phone number. Further, in this case, in order to easily understand that the above dial is a safety confirmation dial, the ring tone of the mobile phone is set in advance for safety confirmation, and an incoming call notification vibration (vibrator) is set. It may be set for confirmation of safety. This safety confirmation vibration vibrates three times at intervals of 1 second, waits for 2 seconds, and then 1
By repeating such as vibrating three times at an interval of two seconds, it is made clear that the vibration is a safety confirmation vibration with a vibration pattern different from the normal vibration pattern.

Further, the recording and installing operations in the HDD 13 in the first to third embodiments are performed by using a recording medium such as a CD-ROM in which the programs (p1, p2, p3) are recorded. It is also possible.

In the first to third embodiments, the safety confirmation system 1 (1 ') is constructed by one server computer, but the present invention is not limited to this. It may be divided into two parts and constructed by a plurality of server computers.

Furthermore, in the first to third embodiments,
The case where the mobile phone 6 (6 ′) is used as an example of the mobile terminal has been described, but the present invention is not limited to this.
It may be an S (Personal Handy-phone System) telephone, a PDA (Personal Digital Assistant) having a telephone function, a digital wristwatch, a portable game machine, or the like.

In the first to third embodiments,
The case where the HDD 13 is installed in the safety confirmation system 1 (1 ′) has been described, but the present invention is not limited to this. The safety confirmation system 1 (1 ′) records, registers, manages, and reads (extracts) various information. It suffices that the HDD can be installed, and the installation location of the HDD does not matter. That is, the safety confirmation system 1 (1 ') is not limited to being installed in the safety confirmation system 1 (1'), but may be externally attached to the safety confirmation system 1 (1 ') via a communication network such as the Internet or a LAN. ) Is also included when connected to each other so that they can communicate with each other.

In the first to third embodiments,
Although it has been explained that the disaster occurrence detection device 3 (3 ′) is composed of an earthquake sensor that detects the seismic intensity, the present invention is not limited to this, and a fire sensor that detects temperature, a flood damage sensor that detects wind speed, rainfall, etc. It is also possible to detect various disasters by being configured by, or by including all or any two of them. Furthermore,
"Disaster" is an earthquake, typhoon, flood, tsunami, eruption, drought,
In addition to natural disasters such as natural fires and infectious diseases, man-made disasters such as terrorism, riots, and arson may be possible.

Further, the disaster occurrence detection device 3 (3 ′) does not use the Internet 2 to access the safety confirmation system 1
It may be directly connected to (1 ′) by a dedicated line, or may be built in the safety confirmation system 1 (1 ′).

Furthermore, in the first to third embodiments,
It was decided to send e-mails, etc. when the seismic intensity was 5 or more, but it is not limited to this, and seismic intensity 1 or more, seismic intensity 1 or more.
Above, seismic intensity 1 or more, seismic intensity 2 or more, seismic intensity 2 or more, seismic intensity 2 or more, seismic intensity 3 or more, seismic intensity 3 or more, seismic intensity 3 or more,
Seismic intensity 4 or more, seismic intensity 4 or more, seismic intensity 4 or more, seismic intensity 5 or more, seismic intensity 5 or more, seismic intensity 6 or more, seismic intensity 6 or more, seismic intensity 6
It may be strong or higher, seismic intensity 7 or lower, seismic intensity 7 or higher, seismic intensity 7 or higher, seismic intensity 8 or lower, seismic intensity 8 or higher.

Further, with respect to all steps in each of the above embodiments, some of the steps or some of the steps may be omitted.

[0097]

As described above, according to the present invention,
After a disaster such as an earthquake, the user of the mobile terminal can be sent an e-mail inquiring whether or not he / she is still alive, and the user only has to reply the e-mail. It is highly possible that you can reply even if you are injured. Therefore, it is possible to easily collect the information on the safety status of the user as compared with the case where the user's safety status can be registered only after the time of calm after the occurrence of the disaster. Therefore, the user's family and friends can grasp the safety of the user immediately after the earthquake.

[Brief description of drawings]

FIG. 1 is a diagram showing a communication infrastructure (Infrastructure) for confirming the safety of a victim (user) using a safety confirmation system 1 according to a first embodiment of the present invention.

FIG. 2 is a sequence diagram showing a safety confirmation process of a user (B) at a safety confirmation center (A) when an earthquake occurs in the first embodiment.

FIG. 3 is a diagram showing a communication infrastructure for performing processing and operations in a second safety confirmation stage.

FIG. 4 is a sequence diagram including a process when a user (Otsu) accesses the safety confirmation system 1 from the personal computer 21 and inputs safety status information (i6).

FIG. 5 is a diagram showing an example of a screen displayed on the display of the personal computer 21.

FIG. 6 is a diagram showing an example of a screen displayed on the display of the personal computer 21.

FIG. 7 is a diagram showing an example of a screen displayed on the display of the personal computer 21.

FIG. 8 is a diagram showing an example of a screen displayed on the display of the mobile phone 6.

FIG. 9 is a diagram showing an example of a screen displayed on the display of the mobile phone 6.

[Fig. 10] The disaster prevention headquarters (Hei) is the system management terminal 25
Access the safety confirmation system 1 from
Sequence diagram including the process when obtaining (i6) etc.

FIG. 11 is a diagram showing an example of a screen displayed on the display of the system management terminal 25.

FIG. 12 is a diagram showing an example of a screen displayed on the display of the system management terminal 25.

FIG. 13 is a diagram showing an example of a screen displayed on the display of the system management terminal 25.

FIG. 14 is a diagram showing a communication infrastructure for confirming the safety of a victim (user (B)) using the safety confirmation system 1 (1 ′) according to the second embodiment of the present invention.

FIG. 15 is a sequence diagram showing the safety confirmation processing of the user (B) at the safety confirmation center (A) when an earthquake occurs in the second embodiment.

FIG. 16 is a diagram showing a communication infrastructure for confirming the safety of the victim (user (B)) by using the safety confirmation system 1 (1 ′) according to the third embodiment of the present invention.

FIG. 17 is a sequence diagram showing the safety confirmation process of the user (Otsu) at the safety confirmation center (A) when an earthquake occurs in the third embodiment.

[Explanation of symbols]

1 (1 ') Safety confirmation system 2 Internet (an example of communication network) 3 (3') Disaster occurrence detection device 4 Mobile phone network 5 (5 ') Base station 6 (6') Mobile phone 10 CPU 11 ROM 12 RAM 13 HDD (an example of a safety confirmation information management unit) 14 communication interface 15 bus line 21 personal computer 22 ordinary telephone 23 telephone 24 personal computer 25 system management terminal 26 sanitary mobile phone (f1, f11, f21) user information management function (user information management Means) (f2, f12, f22) Seismic intensity judgment function (Seismic intensity judgment means) (f3, f13, f23) Access restriction release function (Access restriction removal means) (f4, f14, f24) Safety confirmation registration reception function (Safety confirmation registration) Reception means) (f5, f15, f27) Contact information extraction function (contact information extraction means) (f6, f16, f28) Safety inquiry function (safety inquiry means) (f7, f17, f29) Safety confirmation function ( Safety confirmation method) (f8, f18, f30) Safety confirmation Information management function (safety confirmation information management means) (f25) Disaster situation determination function (disaster situation determination means) (f26) Transmission priority determination function (transmission priority determination means) (i1) Personal information (i2) Contact information ( i3) Safety confirmation information (i4) Disaster detection information (i5) Primary disaster prevention related instruction information (i6) Safety status information (i7) Secondary disaster prevention related instruction information (w1) Web page for safety registration mode (w2 ) Web page for safety confirmation mode

   ─────────────────────────────────────────────────── ─── Continued front page    F-term (reference) 5C087 AA02 AA10 AA24 AA25 BB65                       BB74 DD02 DD24 EE05 EE19                       FF01 FF05 FF13 FF17 FF19                       FF20 GG07 GG11 GG32                 5K101 KK13 LL01 LL12 MM07 NN18                       NN21 PP03

Claims (16)

[Claims] 1. A safety confirmation system capable of communicating with a mobile terminal and a disaster occurrence detection device for detecting the occurrence of a disaster via a communication network, and capable of confirming the safety of a user of the mobile terminal, User information management means for managing personal information such as the name of the user of the mobile terminal and contact information having at least one of an e-mail address and a telephone number of the mobile terminal in association with each other; Based on the disaster occurrence detection information from the detection device, based on the contact information extraction means for extracting the contact information managed by the user information management means, and the contact information extracted by the contact information extraction means And a safety inquiry means for inquiring the safety of the user by performing a transmission operation to the user's mobile terminal, and a transmission operation by the safety inquiry means. Safety confirmation system characterized by having by receiving a reply operation from the portable terminal depending on, and a safety confirmation means for confirming the safety of the user. 2. The safety inquiry means, based on disaster occurrence detection information from a disaster occurrence detection device installed in an area different from the safety confirmation system, resides in the same installation area as the disaster occurrence detection device. 2. The safety confirmation system according to claim 1, wherein the safety confirmation system is inquired to the user by making a call operation to the mobile terminal of the user who is doing so. 3. A first disaster capable of communicating with a first mobile terminal and a second mobile terminal via a communication network and detecting a disaster occurring in a residential area of a user of the first mobile terminal. Occurrence detection device and second disaster occurrence detection for detecting a disaster occurring in the residential area of the user of the second mobile terminal, which is a residential area different from the residential area of the user of the first mobile terminal A safety confirmation system capable of confirming the safety of users of the first and second mobile terminals based on disaster occurrence detection information from a device, wherein the users of the first and second mobile terminals are User information management means for managing personal information such as the name and the like and the contact information having at least one of the e-mail addresses and telephone numbers of the first and second mobile terminals in association with each other; And second disaster occurrence inspection On the basis of the disaster occurrence information from the device, based on the disaster situation judging means for judging the disaster situation in the residential area of the user of the first and second portable terminals, and the disaster situation judged by the disaster situation judging means A transmission priority determination means for determining a transmission priority of which of the first and second mobile terminals is to be used for the transmission operation first; and disaster occurrence detection from the first and second disaster occurrence detection devices. Based on information, contact information extraction means for extracting contact information managed by the user information management means, and the transmission priority judgment based on the contact information extracted by the contact information extraction means By making a call to the mobile terminal of the user having priority by the means, and then performing a call to the mobile terminal of the other user, the safety of the users of the first and second mobile terminals is sequentially asked. Safety confirmation means for confirming the safety of the user by receiving a reply operation from the at least one of the first and second mobile terminals in response to a calling operation by the safety inquiry means. A safety confirmation system comprising: 4. The calling operation by the safety inquiry means is to send an electronic mail or mobile mail for safety confirmation to the mobile terminal, or a mobile phone in which a ring tone or an incoming call notification vibration is set for safety confirmation. The safety confirmation system according to claim 1, wherein the safety confirmation system is a dial operation to a terminal. 5. A method for confirming the safety of a user of a mobile terminal by using a safety confirmation system capable of communicating with a mobile terminal and a disaster occurrence detection device for detecting the occurrence of a disaster via a communication network. User information managed by the safety confirmation information management unit by associating personal information such as the name of the user of the mobile terminal with contact information having at least one of an e-mail address and a telephone number of the mobile terminal. A management step, a contact information extraction step of extracting contact information managed by the safety confirmation information management unit based on the disaster occurrence detection information from the disaster occurrence detection device, and the contact information extraction step A safety inquiring step of inquiring about the safety of the user by performing a calling operation to the user's mobile terminal based on the extracted contact information; A safety confirmation step of confirming the safety of the user by receiving a reply operation from the mobile terminal in response to the calling operation in the safety inquiry step, and A safety confirmation method characterized by confirming the safety of the user. 6. The safety inquiry step is based on disaster occurrence detection information from a disaster occurrence detection device installed in an area different from that of the safety confirmation system, and resides in the same installation area as the disaster occurrence detection device. The safety confirmation method according to claim 5, wherein the user is inquired about the safety by performing a call operation to the mobile terminal of the user. 7. A disaster occurring in a residential area of a user of the first mobile terminal is utilized by using a safety confirmation system capable of communicating with the first mobile terminal and the second mobile terminal via a communication network. A first disaster occurrence detection device for detecting, and a disaster occurring in the residential area of the user of the second mobile terminal, which is a residential area different from the residential area of the user of the first mobile terminal. A method of confirming the safety of a user of the first and second mobile terminals based on disaster occurrence detection information from a second disaster occurrence detection device, the use of the first and second mobile terminals User information managed by the safety confirmation information management unit by associating personal information such as a person's name with contact information having at least one of the e-mail addresses and telephone numbers of the first and second mobile terminals. A management step, said first And a disaster situation determination step of determining the disaster situation of the residential area of the user of the first and second mobile terminals based on the disaster occurrence information from the second disaster occurrence detection device, and the disaster situation determination step. A transmission priority determining step of determining a transmission priority of which of the first and second mobile terminals will perform the transmission operation first based on the determined disaster situation; and the first and second disaster occurrences. Based on the disaster occurrence detection information from the detection device, a contact information extracting step of extracting contact information managed by the safety confirmation information management unit, and based on the contact information extracted by the contact information extracting step. Then, the calling operation is performed to the mobile terminal of the user prioritized in the calling priority determination step, and then the calling operation is performed to the mobile terminal of the other user, thereby A safety inquiry step of sequentially querying the safety to the second mobile terminal of the user, in response to said transmission operation by the safety inquiry step first
A safety confirmation step of confirming the safety of the user by receiving a reply operation from at least one of the second and second mobile terminals, and confirming the safety of the user of the mobile terminal by executing the safety confirmation system. A safety confirmation method characterized by confirming. 8. The calling operation in the safety inquiry step is to send a safety confirmation e-mail or mobile mail to the portable terminal, or a mobile phone in which a ring tone or an incoming call notification vibration is set for safety confirmation. The safety confirmation method according to any one of claims 5 to 7, which is a dial operation to a terminal. 9. A program used in a safety confirmation system capable of communicating with a mobile terminal and a disaster occurrence detection device for detecting the occurrence of a disaster via a communication network, and capable of confirming the safety of the user of the mobile terminal. A user information management function for managing personal information such as a name of a user of the mobile terminal and contact information having at least one of an email address and a telephone number of the mobile terminal in association with each other. A contact information extraction function for extracting contact information managed by the user information management function based on disaster occurrence detection information from the disaster occurrence detection device, and a contact extracted by the contact information extraction function. A safety inquiry function for inquiring the safety of the user by performing a calling operation to the mobile terminal of the user based on the destination information, and the safety. A safety confirmation function for confirming the safety of the user by receiving a reply operation from the mobile terminal in response to a calling operation by a combination function, and a safety confirmation function for realizing the safety confirmation system of the user of the mobile terminal. A program for a safety confirmation system, which is characterized by confirming safety. 10. The safety inquiry function is based on disaster occurrence detection information from a disaster occurrence detection device installed in an area different from that of the safety confirmation system, and resides in the same installation area as the disaster occurrence detection device. The program for a safety confirmation system according to claim 9, wherein the safety confirmation system is inquired to the user by performing a call operation to a mobile terminal of the user. 11. A first disaster capable of communicating with a first mobile terminal and a second mobile terminal via a communication network and detecting a disaster occurring in a residential area of a user of the first mobile terminal. Occurrence detection device and second disaster occurrence detection for detecting a disaster occurring in the residential area of the user of the second mobile terminal, which is a residential area different from the residential area of the user of the first mobile terminal A program used in a safety confirmation system capable of confirming the safety of users of the first and second mobile terminals based on disaster occurrence detection information from the device, wherein the first and second mobile phones A user information management function for managing personal information such as the name of the user of the terminal and the contact information having at least one of the electronic mail address and the telephone number of the first and second mobile terminals in association with each other. , The A disaster situation judgment function for judging the disaster situation of the residential area of the user of the first and second mobile terminals based on the disaster occurrence information from the first and second disaster occurrence detection devices, and the disaster situation judgment function According to the disaster situation determined by, the transmission priority determination function for determining the transmission priority of which of the first and second mobile terminals is to perform the transmission operation first; and the first and second disasters. Based on the disaster occurrence detection information from the occurrence detection device, the contact information extraction function for extracting the contact information managed by the user information management function, and the contact information extracted by the contact information extraction function. Based on the transmission priority determination function, the transmission operation is performed to the mobile terminal of the user who is prioritized, and then the transmission operation is performed to the mobile terminal of the other user. A safety inquiry function for sequentially inquiring the safety of the user, and a safety response of the user by receiving a reply operation from the at least one of the first and second mobile terminals in response to the calling operation by the safety inquiry function. A safety confirmation system program for confirming the safety of the user of the mobile terminal by implementing the safety confirmation function for confirming the safety confirmation system in the safety confirmation system. 12. The calling operation by the safety inquiry function is:
10. An electronic mail or a mobile mail for confirming safety is transmitted to the mobile terminal, or a ringing tone or an incoming call notification vibration is a dial operation to a mobile terminal set for safety confirmation. 12. The safety confirmation system program according to any one of items 1 to 11. 13. A program used in a safety confirmation system capable of communicating with a mobile terminal and a disaster occurrence detection device for detecting the occurrence of a disaster via a communication network and capable of confirming the safety of a user of the mobile terminal. Is a recording medium in which the personal information such as the name of the user of the mobile terminal and the contact information having at least one of the email address and the telephone number of the mobile terminal are managed in association with each other. A user information management function, a contact information extraction function for extracting contact information managed by the user information management function based on the disaster occurrence detection information from the disaster occurrence detection device, and the contact information Based on the contact information extracted by the extraction function, making a call to the user's mobile terminal to inquire about the safety of the user. And a safety confirmation function for confirming the safety of the user by receiving a reply operation from the mobile terminal in response to a calling operation by the safety inquiry function. A recording medium for a safety confirmation system readable by the safety confirmation system, characterized in that a program for confirming the safety of the user of the portable terminal is recorded. 14. The safety inquiry function is based on disaster occurrence detection information from a disaster occurrence detection device installed in an area different from that of the safety confirmation system, and resides in the same installation area as the disaster occurrence detection device. 14. The recording medium for a safety confirmation system according to claim 13, wherein the safety confirmation system is inquired to the user by performing a calling operation to the mobile terminal of the user. 15. A first disaster capable of communicating with a first mobile terminal and a second mobile terminal via a communication network and detecting a disaster occurring in a residential area of a user of the first mobile terminal. Occurrence detection device and second disaster occurrence detection for detecting a disaster occurring in the residential area of the user of the second mobile terminal, which is a residential area different from the residential area of the user of the first mobile terminal A recording medium in which a program used in a safety confirmation system capable of confirming the safety of users of the first and second mobile terminals based on disaster occurrence detection information from a device is recorded. Personal information such as names of users of the first and second mobile terminals and contact information having at least one of the e-mail addresses and telephone numbers of the first and second mobile terminals are managed in association with each other. user Disaster management function, and a disaster situation determination function for determining the disaster situation in the residential area of the first and second mobile terminal users based on the disaster occurrence information from the first and second disaster occurrence detection devices And a transmission priority determination function for determining a transmission priority of which of the first and second mobile terminals will perform the transmission operation first according to the disaster situation determined by the disaster situation determination function, A contact information extraction function for extracting contact information managed by the user information management function based on disaster occurrence detection information from the first and second disaster occurrence detection devices; and the contact information extraction function. Based on the contact information extracted by the above, the calling operation is performed to the mobile terminal of the user who is prioritized by the calling priority determination function, and then the calling operation is performed to the mobile terminal of the other user, thereby And a safety inquiry function for sequentially inquiring the safety of the user of the second mobile terminal, and receiving a reply operation from at least one of the first and second mobile terminals according to a calling operation by the safety inquiry function. The safety confirmation function for confirming the safety of the user is recorded by the safety confirmation system, and a program for confirming the safety of the user of the mobile terminal is recorded by the safety confirmation system. Recording medium for safety confirmation system that can be read by the confirmation system. 16. The calling operation by the safety inquiry function,
14. An electronic mail or a mobile mail for safety confirmation is transmitted to the mobile terminal, or a ringing tone or an incoming call notification vibration is a dial operation to the mobile terminal set for safety confirmation. 16. The recording medium for a safety confirmation system according to any one of items 1 to 15.