WO2012176344A1

WO2012176344A1 - Instantaneous notification and search device

Info

Publication number: WO2012176344A1
Application number: PCT/JP2011/068670
Authority: WO
Inventors: 仙太郎堂園
Original assignee: アスカ・クリエイション株式会社
Priority date: 2011-06-24
Filing date: 2011-08-18
Publication date: 2012-12-27
Also published as: JP2013008184A

Abstract

This instantaneous notification and search device comprises: a first portable information terminal that is equipped with a location information acquisition means for obtaining information on its own location, and a selective notification means for selecting an addressee on the basis of a preregistered first telegram exchange information list, generating a telegram containing information on its own location, and transmitting the telegram; a first accessory type communication device that is connected to the first portable information terminal via a first vicinal line and is equipped with a means for instructing the first portable information terminal to transmit the telegram; a second portable information terminal that is equipped with a reception means for analyzing the telegram received from the first portable information terminal on the basis of a preregistered second telegram exchange information list, and an on-map location display means for obtaining map information corresponding to the location information and displaying the map information with the location information added therein; and a second accessory type communication device that is connected to the second portable information terminal via a second vicinal line. The first accessory type communication device and the second accessory type communication device can be connected together using a third vicinal line which is capable of exchanging information. The first and second accessory type communication devices have remote control means that allow one of the accessory type communication devices to be controlled from the other accessory type communication device via the third vicinal line.

Description

Instant notification and search device

The present invention provides an instant notification device that forms and transmits standard data with one-touch via an accessory-type communication device for notification of emergency situations such as disasters and daily routine communication, etc. This is related to a search device in which accessory-type communication devices communicate with each other to identify and find a partner.

Mobile devices such as mobile phones and tablet terminals are close to each other, so they are suitable for emergency contact.Relief calls during disasters such as earthquakes, location monitoring for children, safety confirmation for elderly people, etc. Useful for emergency contact in the event of an abnormal situation.
Although there has been a means of requesting relief by telephone for a long time, it is often difficult for the victims to pass the necessary information over time. on the other hand. If it is an e-mail or SNS (social networking service), a variety of information can be prepared in advance, and information automatically acquired on the spot can be added and contacted. Even in an emergency, it is not convenient to send e-mails in a fixed form such as a call to return or a regular meeting call. Further, the location of the occurrence of anomalies such as disasters and crimes is the most important information for those who are going to rescue. However, under imminent circumstances, the location may be identified immediately and the damage situation may not be accurately communicated.

When an emergency occurs, it is necessary to report the situation of the emergency in detail when a rescue team such as the police or fire brigade is urgently dispatched to the scene of the occurrence. It is information about whether to be rescued and how to prepare and provide relief. If you need help, you need to identify where to go because it is urgent. In patent documents filed in the past, many techniques for analyzing the map information of the center server based on information such as a telephone contacted by the reporter and for identifying the position and for obtaining the shortest route have been filed.

Position information can be acquired by a GPS (Global Positioning System) positioning method, a multiple base station positioning method, a cell-based positioning method, or the like. In particular, highly accurate positioning data can be obtained from a GPS that can be positioned by an artificial satellite. Currently, a one-chip type GPS chip that can complete the position calculation is provided, and it is also installed in mobile phones. With the advancement of technology and its use, for example, if an e-mail containing information including the location is sent from the site where the emergency occurred, using a mobile terminal, the rescuer will be rescued based on the map showing the location of the site I can head. Patent Document 1 proposes a technique for analyzing not only the location information of the reporter but also the location information of a plurality of people and vehicles that can be rescued, and identifying the person who can arrive at the site in the shortest time. Patent Document 2 introduces a system for watching the actions and situations of the vulnerable from a remote location. Parents can automatically send phone calls and emails in the event of an emergency from a mobile terminal worn by the weak. Location information is automatically reported outdoors, and when an approach to a dangerous place is detected from map information, or when an abnormal situation such as entering an unusual route, the telephone etc. is automatically called. It is a mechanism that allows a parent and a weak person to talk with each other. Here, the technology of transmitting location information and collating map information is used. In addition, indoors, a close proximity communication function is provided in a toilet, a door, and the like, and similarly, information is sequentially sent from a weak portable terminal to a guardian. If there is an abnormality, an e-mail report is automatically made, and a telephone call is automatically made so that parents can talk to the weak. Furthermore, the guardian can activate and control the sensor function of the mobile terminal phone and indoor equipment of the weak.

JP 2004-15336 A Registered Utility Model No. 3167778

However, the method recommended by Patent Document 1 that uses the location information and map information to select the most appropriate rescuer would certainly be effective for arriving quickly near the site. However, even if it can reach the site, it has not reached the final goal. Eventually, the means of approaching the victim is lost. For example, assume that a building collapses due to an earthquake and the victim is trapped in rubble. It is unknown where the victim is buried. In addition, an emergency call may have been made, but thereafter there may be an unconscious state or a situation where the portable device cannot be operated due to a serious injury. It is a problem that there is no final means of searching when there is a battle for 1 second per second. In the case of Patent Document 2, it is not a weak person but an automatic one that detects an abnormality and makes an emergency call. The causes of the crisis and the manner of the crisis are various, and there are many cases where the emergency is not regarded as abnormal, and there are many cases where an emergency call is issued even if it is not abnormal. It is very difficult to distinguish between abnormalities and normalities among abnormalities. Then, constant monitoring is required, and the frequency of communication between the weak and the guardian increases. The battery consumption of mobile terminals is so severe that monitoring for a long time is not practical.

The present invention has been made to solve the above problems, and provides a means for finally detecting the position of the victim. That is, in the event of an emergency, relief can be called by sending a one-touch emergency call from the accessory-type small device worn by the victim, and the rescuer arrives at the site according to the reported location information. Rescue when a rescuer can reach the victim while communicating via a small accessory-type device at the disaster site and the victim makes an emergency call It is an object of the present invention to provide means capable of suppressing battery consumption.

In order to solve the problem, the instant notification and search device according to the present invention selects a destination based on location information acquisition means for acquiring location information of itself and a first message exchange information list registered in advance. The first portable information terminal comprising a selection notification means for assembling a message including the position information and transmitting the message, and the first portable information terminal connected to the first portable information terminal via the first proximity line, the first portable information A first accessory type communication device provided with a message transmission instruction means for the terminal, and an incoming call that analyzes a message received from the first portable information terminal based on a pre-registered second message exchange information list A second portable information terminal comprising: means; and map display means for obtaining a map information corresponding to the position information and displaying the map information with the position information attached thereto; and a second portable information terminal, Connected by the second adjacent line The first accessory-type communication device and the second accessory-type communication device can be connected by a third proximity line capable of exchanging information, via the third proximity line. And remote control means for controlling the other accessory-type communication device from one accessory-type communication device.

The position information acquisition means in the present invention is realized by including a mechanism for analyzing position data received from an external position information providing service including GPS and estimating a position.

In principle, the portable information terminal of the present invention is equipped with a GPS receiver, but even if it is not equipped with a GPS receiver, a location information service provided from a base station used for calling / communication can be used. . By using this service, there is an advantage that position information can be acquired even indoors where GPS radio waves do not reach. It is also possible to estimate the position based on the IP address provided by the provider. Although there is a wide range of errors in this way, there are many location information providing services, and even if these services are used, a rough location can be specified.

In the first and second message exchange information lists according to the present invention, the request identification code and the e-mail for each purpose are used for the e-mail address selected according to the purpose of use and the URL (Uniform Resource Locator) for writing to the Web site. This is a list in which an address or URL is used as a search key, and message assembly information, response message information, and information including the name of an application program to be started at the time of transmission / reception are added.

In the message exchange information list, emergency mails for requesting relief for disasters and incidents in accordance with the object of the present invention, standard mails for easily and immediately sending and receiving fixed information, etc. are extracted and listed. In this list, a specific account is set for each purpose of use, and an e-mail address and a fixed URL are registered. In addition, an activation application is registered in the list, and activated when a situation in which a specific electronic mail or the like is transmitted occurs. A message is assembled using items registered in the list and an electronic mail or the like is transmitted. In addition, when a specific electronic mail or the like is received, the activation application registered for analyzing and responding to the electronic message is activated. In this way, e-mails and the like can be sent and received in the background without human intervention. When a home mail address is registered in this message exchange information list, a return call is realized by one touch or simple operation. In this way, it can be used to perform routine data transmission immediately. In the embodiment of the present invention, the first electronic message exchange information list that lists the specific electronic mail to be transmitted and the URL is called an automatic mail transmission list, and the second electronic message exchange lists the specific electronic mail to be received. The information list is called a mail reception list.

The present invention uses short-range wireless communication including Bluetooth (registered trademark) as the first, second, and third proximity lines.

Short-range wireless communication includes Bluetooth and ZigBee (registered trademark), and any of them can be applied to the present invention. However, it is necessary to match the accuracy of the means used for acquiring position information with the reach of short-range wireless communication. The situation of searching for the final goal is also an important decisive factor. Distance is a particularly important factor in searching for targets buried in rubble, and if they are too far away, the search will be hindered. From this point, 10m of Bluetooth class 2 reachable distance is suitable for the accuracy of GPS and is also preferable as a search range condition.

In the present invention, a wireless LAN having a reach distance of about several hundred meters is also included in the proximity line. When the accessory type communication device and the portable information terminal are provided with the wireless LAN interface module and, for example, via a wireless LAN router such as Wi-Fi (Wi Fi: registered trademark), the present invention can be applied to the present invention. Further, by using this wireless LAN router, a plurality of searchers can exchange information in a considerably wide search area and reach a target. As a result, it is possible to envisage a development form of the present invention in which other equipment can be entered.

The panels of the first and second accessory-type communication devices according to the present invention include at least one button or switch designated for the purpose of use. When these buttons or switches are pressed, the first, second, and third panels are provided. And a mechanism for transmitting an identification signal to a device that is permitted to connect via the adjacent line.

The accessory-type communication device is equipped with a mechanism that prompts input / output to the input / output devices on the panel, and the use of buttons and switches is determined. The user makes various requests according to the use from these input devices. This request is stored as an identification signal in the transmission data via the proximity line, and is sent to the mobile information terminal or other accessory type communication device that is the counterpart. The definitions of the devices on these panels and the specifications of control signals and data transmission / reception to the devices are registered in a profile and stored in each accessory-type communication device, portable information terminal, or the like. When the consistency of the profile is recognized, connection between devices becomes possible (pairing), and an identification signal is exchanged and data is transmitted and received based on the profile.

The message transmission instructing means according to the present invention includes a request as a request in which the identification signal transmitted from the first accessory-type communication device is associated with the request identification code of the first message exchange information list, and the request identification code is provisional. It is characterized by instructing one portable information terminal.

When the button or switch of the accessory type communication device is pressed, the accessory type communication device transmits a signal for identifying the button via the proximity line. The portable information terminal that has received the data including the identification signal analyzes the received data, collates the request that is put on the button with the request identification code on the message exchange information list, and shifts to execution of the request. In the embodiment of the present invention, the request identification code is referred to as a mode on the automatic mail transmission list and the mail reception list.

The selection notification means for transmitting a message in the present invention searches the first message exchange information list for at least one e-mail address or URL to which the request identification code is attached, and sends a message based on the activation application program. This electronic message is notified to the information terminal device including the second portable information terminal through the communication network including assembly and the Internet.

If there are multiple email addresses or URLs with the same request identification code, all of them are processed. If it is an email, it will be broadcast. These electronic mails are assembled by the activation application program registered in the first message exchange information list, and are automatically formed and transmitted. If the URL includes an SNS (Social Network Service), the URL is written on the corresponding Web site. In the case of an electronic mail, the information terminal device of the transmission destination may be a fixed information terminal device such as a PC in addition to the portable information terminal. In addition, Web mail is basically transmitted and received via the Internet, but POP mail can also be used.

Further, the receiving means in the present invention searches the electronic message address of the received electronic message from the second electronic message exchange information list, and analyzes the electronic message based on the activation application program registered as a processing program for the electronic mail address. Features.

When an e-mail is received, a search is made from the second message exchange information list to determine whether this e-mail is of a specific purpose. If there is, the activation application program registered in the second message exchange information list is activated as a specific electronic mail. Note that this activation application program also executes a reply response to reception.

In the embodiment of the present invention, a forced mail request identification code is set. If it is found that the received electronic mail is a forced mail, it is found that it is registered in the second telegram exchange information list (the mail reception list in the embodiment of the present invention). Then, the request identification code (mode in the embodiment of the present invention) searches the e-mail address in the emergency mode from the e-mail automatic transmission list) and transmits the corresponding e-mail or the like. In other words, the emergency call switch of the accessory-type communication device was originally pressed as an emergency, and an emergency mail should have been sent, but since there was no such call, the emergency call was delegated by forced mail from another. To become a role.

The map display means in the present invention is based on the position information in the received message data, and the position information in the message data received from the map information providing program built in the second portable information terminal or from the external map information providing service. The map information of the vicinity is acquired, the image which shows this positional information is plotted on map information, and it displays on the screen of a 2nd portable information terminal.

For map information, a map near the specified position may be cut out using a map database or map information software built in the portable information terminal. Further, when there is no map information software or when an appropriate map is not built in, a map near the specified position may be provided using an external map information providing service. A symbol or icon indicating the position is pasted on this map and displayed on the screen.

The remote control means in the present invention controls the output device by the control signal and the output data to the output device transmitted from the second accessory type communication device to the first accessory type communication device, and outputs from the output device. Means for storing the first profile in which the specification for outputting data is registered in the first accessory-type communication device, and pressing the button on the panel of the second accessory-type communication device to the first accessory-type communication device. A second registering specification relating to data transmission from the second accessory-type communication device to the first accessory-type communication device including transmission of the control signal and relaying data transmitted from the second portable information terminal And means for storing a profile specification in a second accessory communication device.

The accessory type communication device and the portable information terminal are equipped with a profile for the proximity line and communicate with each other, press the button on the panel of the accessory type communication device, and prompt the portable information terminal to execute special processing. In addition, communication can be performed between two accessory-type communication devices, a button on the panel of one accessory-type communication device can be pressed, and the other accessory-type communication device can be controlled to perform data transfer.

Specifically, it is possible to store the same profile in both accessory-type communication devices, one controls the function of the other device on the panel, for example, and outputs the data sent from one to the other output device. it can. In this case, in the profile between the accessory-type communication device and the portable information terminal, a pressing pattern of the input device such as a button of the accessory-type communication device is defined as an identification signal or an identification code, and the transmission data to the portable information terminal is defined. You must define a form. Also, it is defined as an identification signal or identification code that identifies the control of an output device such as an LED (Light Emitting Diode) or speaker of an accessory type communication device, and a form of data to be transmitted to the accessory type communication device is also provided. Must be defined together. Similarly, in the profile between accessory-type communication devices, the identification definition of the pressing pattern of the input device of one accessory-type communication device, the form of data to be transmitted to the other accessory-type communication device, and the other accessory-type communication are defined. A control identification definition for the output device of the machine and a form of data to be transmitted to the other accessory type communication machine must be defined.

In the present invention, the output data is acoustic data including audio data input from the microphone of the second portable information terminal, and the control signal to the output device transmitted to the first accessory-type communication device is: The operation specifications of the buttons on the panel of the second accessory-type communication device are control signals designated for volume adjustment.

The profiles of the proximity lines of the first and second accessory type communication devices are such that the voice information from the microphone of the second portable information terminal is transmitted to the first accessory type communication device via the second accessory type communication device. The sound reaches the speaker and is reproduced. The volume is adjusted by the button operation of the second accessory type communication device, and the control signal for volume adjustment is sent from the second accessory type communication device to the first accessory type communication device. And the volume of the speaker of the second accessory-type communication device can be adjusted.

In the present invention, the operation specifications of the buttons on the panel of the second accessory-type communication device are the control signals designated for volume adjustment and buzzer sounding.

The invention is a buzzer instead of voice. In the case of a buzzer, even if it is not sent, the sound is emitted from the first accessory communication device itself. Moreover, you may send the audio | voice and sound which were recorded from the 2nd accessory type communication apparatus.

Furthermore, in order to solve the problem, an invention in which the search device is made independent is presented as the second invention. In the search device according to the present invention, the third accessory-type communication device and the fourth accessory-type communication device are connected by a fourth proximity line capable of exchanging information, and one accessory-type communication is made via the proximity line. It is characterized by having a remote control means for the accessory-type communication device for controlling the other accessory-type communication device from the machine.

The present invention provides means for detecting the other accessory-type communication device from one accessory-type communication device using inter-accessory communication. The detection means is a control signal or data transmission from one accessory-type communication device that controls the other output device to become output data, so that the output is notified to one user.

The present invention uses short-range wireless communication including Bluetooth as the fourth proximity line.

As described above, the present invention recommends the use of Bluetooth for the proximity line between the accessory type communication device and the portable information terminal and the proximity line between the accessory type communication device. However, in the future, it is expected that new technologies related to the proximity line having various functions will be developed. Needless to say, the present invention includes a case where an intended function is exhibited as a result of applying the communication technology and equipment to the proximity line of the present invention. For example, if a mobile wireless LAN router is used, the close line in the present invention can be realized. The representative Wi-Fi can of course be applied to the present invention and achieve the object of the invention.

In the present invention, the third and fourth accessory-type communication devices have an input device composed of at least one button or switch designated for the purpose of use and a blinking function designated for turning on / off or interval time. At least one of an LED device and an acoustic device including a speaker or a buzzer is provided.

The remote control means for the accessory-type communication device according to the present invention controls the output device based on the control signal and the output data to the output device transmitted from the fourth accessory-type communication device to the third accessory-type communication device, Means for storing a third profile in which specifications for outputting output data from the output device are registered in the third accessory-type communication device, and a third accessory type by pressing a button on the panel of the fourth accessory-type communication device. The specification of the fourth profile in which the specifications relating to the transmission of the control signal to the communication device and the data transmission from the fourth accessory communication device to the third accessory communication device are registered is stored in the fourth accessory communication device. It comprises the means to do.

The present invention is based on the invention described in paragraph 0008, wherein remote control means for controlling the other accessory type communication device is extracted from one accessory type communication device, and is established as an independent search device.

In the present invention, the output data is acoustic data including voice data uttered from a microphone of a transceiver connected to the fourth accessory communication device.

The transceiver and the accessory type communication device may be connected by a proximity line. Then, the second portable information terminal in paragraph 0030 is the same as the configuration replaced with a transceiver. In other words, the profiles of the proximity lines of the third and fourth accessory communication devices are such that the audio information from the microphone of the transceiver passes through the fourth accessory communication device to the speaker of the third accessory communication device. The sound is reproduced when it arrives, and the volume is adjusted by the button operation of the fourth accessory type communication device, and the control signal for volume adjustment reaches the third accessory type communication device from the fourth accessory type communication device. Thus, the volume of the speaker of the fourth accessory-type communication device can be adjusted.

In the present invention, the button on the panel of the fourth accessory-type communication device has an operation specification for sending a control signal designated for volume adjustment and buzzer sounding. As in the paragraph 0031, the button operation from one accessory type communication device makes the buzzer sound and volume adjustment of the other accessory type communication device.

In the present invention, the LED device includes an infrared light emitting LED. By operating a button from one accessory-type communication device, the other infrared LED is turned on or blinking, and infrared emission can be detected only by mounting an infrared detector or an infrared scope.

In the present invention, it is included that the sound device emits high-frequency sound that cannot be heard by humans. It can only be detected by equipment that can detect high-frequency sound.

The present invention transmits a control signal for emitting a flashing pattern registered in advance from a fourth accessory-type communication device to a third accessory-type communication device equipped with an LED device having a blinking function with a specified interval time. The third accessory type communication device is identified.

The present invention relates to a third accessory type communication device when the fourth accessory line communication device is set to a state in which the fourth proximity line is always connected and then the always connected state is interrupted. The sound device of the above, the sound device of the fourth accessory-type communication device, or both of the sound devices ring.

Furthermore, in order to solve the problem, the third invention which presents a reporting system by cutting out the reporting part is presented. The present invention selects a destination based on a position information acquisition means for acquiring its own position and a pre-registered third message exchange information list, assembles a message including its own position information, and transmits the message. A fifth portable information terminal comprising a selection notification means for performing the transmission of the message to the fifth portable information terminal, connected to the fifth portable information terminal via a fifth proximity line. And a map corresponding to location information and receiving means for analyzing the telegram received from the fifth portable information terminal based on a pre-registered fourth telegram exchange information list A reporting system comprising: a sixth portable information terminal provided with a map display means of a position for acquiring information and displaying the map information with the position information attached thereto.

The position information acquisition means in the present invention is based on a mechanism that estimates position by analyzing positioning data received from an external position information providing service including GPS.

In the third and fourth message exchange information lists according to the present invention, the request identification code for each purpose of use and the above-mentioned e-mail address, This is a list in which a URL is used as a search key and message assembly information, response message information, and information including the name of an application program to be started at the time of transmission / reception are added.

The present invention uses short-range wireless communication including Bluetooth as the fifth adjacent line.

The panel of the fifth accessory-type communication device according to the present invention includes at least one button or switch designated for an application purpose, and when the button or switch is pressed, via the fifth proximity line, It has a mechanism for transmitting an identification signal to a device that is approved for connection.

The message transmission instruction means according to the present invention associates the identification signal transmitted from the fifth accessory-type communication device with the request identification code of the third message exchange information list, The fifth portable information terminal is instructed as the requested request.

The selection notification means for transmitting the message in the present invention retrieves at least one e-mail address or the URL to which the request identification code is attached from a third message exchange information list, and sends it to the activation application program. The electronic message is assembled and the electronic message is notified to an information terminal device including the sixth portable information terminal via a communication network including the Internet.

The receiving means in the present invention searches the electronic message address of the received electronic message from the fourth electronic message exchange information list, and analyzes the electronic message based on a startup application program registered as a processing program for the electronic mail address. It is characterized by that.

The map display means according to the present invention, based on the position information in the received message data, receives the received message data from a map information providing program built in the second portable information terminal or from an external map information providing service. Map information in the vicinity of the position information is obtained, an image indicating the position information is plotted on the map information, and displayed on the screen of the sixth portable information terminal.

According to the present invention, after confirming the rough position according to the map acquired from the position information, it is possible to locate the final position of the target without taking time and effort.

In the event of an emergency, victims can help if they send a one-touch emergency call from a small accessory-type device that they wear without having to perform complicated operations to create their own location and help messages. The effect is that you only have to wait.

In addition, in the case of a regular contact message, there is also the convenience that you can make a contact call with a single touch from a small accessory-type device that you are wearing without performing complicated message creation and transmission operations. You can enjoy together.

Furthermore, after making an emergency call, it is possible to stop using a portable information terminal that consumes a lot of battery power, and it is sufficient to operate only a small accessory-type device that consumes less battery power. There is an effect that there is no worry.

It is a block diagram of an example of the instantaneous notification and search device which make the side to be detected and the side to be detected approach via an accessory-type communication apparatus which originates from the emergency call from the portable information terminal in the embodiment of the present invention. In embodiment of this invention, it is a top view until the rescuer who received the relief mail with the positional information arrives at the spot. Similarly, it is a form figure until a rescuer approaches the position of a person who seeks relief using voice transmission by communication between accessory type communication devices. In embodiment of this invention, it is a schematic diagram of the operation panel which shows an example of the accessory-type communication apparatus which comprises the instantaneous notification and search device. It is a schematic diagram of the screen which registers the specification of the mail transmitted in the mail automatic transmission function which is embodiment of this invention. Similarly, it is a schematic diagram of a mail automatic transmission list in which items related to automatically transmitted mail are registered. It is a schematic diagram of the screen which registers the specification of the received mail specified beforehand in the mail reception function which is embodiment of this invention. Similarly, it is a schematic diagram of a mail reception list in which items related to designated mail are registered. In embodiment of this invention, it is a flowchart explaining the system operation | movement until the rescuer who received the relief mail with the position information arrives at the spot. Similarly, it is a flowchart explaining a system operation | movement until a rescuer approaches the position of the person who calculates | requires relief using the audio | voice transmission by communication between accessory type communication apparatuses. Similarly, it is a flowchart for explaining a system operation for forcibly sending an email from a rescuer and prompting an emergency email when a disaster victim does not send an emergency email for help. Similarly, it is a flowchart explaining the system operation until the rescuer commands the buzzer ringing of the accessory type communication device of the person who seeks relief through the communication between the accessory type communication devices and approaches the position of the person who seeks relief. It is an example of the variation of the accessory panel which has arrange | positioned the button which sends an e-mail etc. automatically. It is an example figure which transmits the electronic mail for daily routine communication from the accessory panel which has arrange | positioned the button which transmits mail automatically.

The present invention provides a portable device that transmits an emergency mail requesting relief from a victim in the event of a disaster or crime crisis. Emergency mail can be sent with one touch in the event of an emergency, and a message to ask for help, the name of the victim, and a destination to send the mail to must be prepared. In addition, the date and time of the crisis and current location information must be automatically included in the email. That is, there is a need for a mechanism capable of promptly and automatically transmitting information required for relief and relief, which is realized by a device using a portable information terminal. Furthermore, after the rescuer arrives at the scene, it is necessary to identify the location of the victim. This is because if the victim is buried in rubble or loses his mind, the final location of the victim cannot be determined. The present invention, while the rescuer arriving near the site communicates with the accessory-type communication device of the victim, specifically, sends a command to emit sound and light from the rescuer to the victim's accessory-type communication device, We propose a way to search the victim's final position for the sound and light. On the other hand, a means of approaching without being noticed by the criminal, such as kidnapping, is also necessary. This is because the criminal will notice the sound and light. If the victim's accessory type communication device is equipped with an infrared light emitting LED, the rescuer can send an infrared light emission command to the victim's accessory type communication device, and the position can be specified by a device equipped with an infrared sensor. Thus, this invention aims at providing the optimal means for rescuing according to the crisis situation at that time. Moreover, although the portable information terminal is convenient for the communication between the victim and the rescuer, the portable information terminal consumes a lot of power, and the charging must be repeated frequently. This is also a serious problem for victims waiting for relief. The anxiety of the victim when the power of the portable information terminal is cut off during the rescue call will be immeasurable. For example, if there is a pendant accessory communication device near the victim and it is known that the rescuer will rush to the rescue aiming at this communication device, it can be reassured. Moreover, these devices can maintain batteries for a long time.

The instant notification and search device for realizing the present invention is a basic terminal having a configuration in which a portable information terminal and an accessory-type communication device are connected by a wireless proximity line such as Bluetooth, and these basic terminals are connected via the Internet. . Basic terminals communicate with each other by web access via web mail or an SNS server. In addition to the basic terminal, a PC can also communicate. It is also possible to use POP mail.

Locating the location requires information on the opponent's location. The position information is obtained by obtaining positioning data from a GPS satellite by a GPS receiver built in the portable information terminal and determining the position. However, the position information may include a case of obtaining positioning data from a ground station. The rescuer obtains position information from his / her portable information terminal, assembles a necessary message, and sends a rescue e-mail from the portable information terminal. Or write on a specific bulletin board of SNS. The rescuer obtains the map information related to the position information and specifies the position on the map. For the map information, map software and a map database may be incorporated in the portable information terminal. Alternatively, map information may be obtained by accessing a map information service site. This will reveal the vicinity of the site where the victim is located, and will be able to help.

The next action of the rescuer is to go to the scene and rescue the victim. Position information such as GPS only informs the vicinity. If the victim is buried in rubble, it is necessary to detect where the final point is. Rescue will be possible if the victim can talk to the rescuer over the phone using his mobile information terminal. However, the battery of the portable information terminal does not last long, and the battery runs out immediately. It is also possible to easily assume a situation where the victim is stunned and cannot make a call. At this time, the accessory communication device demonstrates its power. The accessory-type communication device in the present invention is connected to the portable information terminal through a proximity line. However, if the profile is the same, it can be connected to other portable information terminals and other accessory communication devices. The present invention is characterized in that voice data or the like is sent from the rescuer to the victim's accessory-type communication device, and at the same time, the operation of the victim's accessory-type communication device is controlled. For example, if it is possible to control the buzzer of the victim's accessory communication device or adjust the volume from the rescuer's equipment (mobile information terminal and accessory communication device), the victim's location can be identified It becomes possible to do. As described above, the instant notification and search device according to the present invention has three steps, that is, a simple call for relief, identification of the location near the site based on location information, search for the final location of the site. Hereinafter, embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram of an instant notification and search device for implementing the present invention. The network system has a structure as shown in FIG. 1 and uses the hardware resources shown.
FIG. 1 shows an example of an embodiment according to the present invention. The system configuration of an instantaneous notification and search device will be described according to this example. The example is aimed at finding victims in disaster relief. The Internet 4 is a portable device such as a first portable information terminal 2-1 (hereinafter referred to as a disaster victim portable information terminal 2-1) or a second portable information terminal 2-2 (hereinafter referred to as a rescuer portable information terminal 2-2). An information terminal 2 is connected. Further, not only mobile devices but also portable personal computers such as the PC 21 are also targeted. Information transmission between the portable information terminals 2 uses electronic mail. E-mail is basically Web mail, but it may be POP mail. In addition, in the case of an e-mail, direct communication can be achieved, but it is also possible to register a message to the SNS so that related parties can be transmitted uniformly and a rescuer can be selected among the related parties. The SNS site 30 is a Web server for that purpose. Furthermore, Web access in various programs and Twitter forms can be applied. Immediately works not only for emergency calls such as disasters, accidents, crimes, and distresses, but also for daily routine communications, such as returning calls and delayed calls from delayed trains. Locations away from the Internet relay station, such as the sea and mountains, are covered by the Internet satellite 15.

On the other hand, the portable information terminal 2 always connects the accessory-type communication device 1 with the proximity line 5, and the proximity line 5 uses radio waves such as Bluetooth. In FIG. 1, a first proximity line 5-1 (hereinafter referred to as “the victim accessory 1-1”) between the disaster victim portable information terminal 2-1 and the first accessory type communication device 1-1 (hereinafter referred to as “disaster accessory 1-1”). Second communication between the victim portable information terminal / accessory communication 5-1) and the second accessory-type communication device 2-2 (hereinafter, the rescuer portable information terminal 2-2) and the rescuer accessory 1-2. The adjacent line 5-2 (hereinafter referred to as the rescuer personal digital assistant / accessory communication 5-2) is maintained in a constantly connected state. In addition, when a situation occurs in which the victim accessory 1-1 and the rescuer accessory 1-2 are close to each other, and communication between both accessory type communication devices becomes necessary, the third proximity line 5-3 (hereinafter referred to as “accessory communication between accessories”). 5-3) wireless communication is possible, and Bluetooth can also be used. In addition, Zigbee and wi-fi can be used for the proximity line of the present invention.

In the instant notification and search device according to the present invention, a disaster victim who has suffered a disaster such as an earthquake possesses the set of the disaster victim portable information terminal 2-1 and the disaster victim accessory 1-1 described above, and the disaster victim accessory 1 When the emergency call switch of -1 is turned on, an instruction to the effect that the call is an emergency call is sent to the victim personal information terminal 2-1. The emergency call application is automatically activated in the disaster victim portable information terminal 2-1, and the position information acquisition means starts acquiring the position information. In principle, the position information is received from the GPS satellites 12 of the positioning data, and converted into position information. This process is executed in the victim personal information terminal 2-1. However, there is a service that provides location information called “simple location information” even if no function for the location information acquisition means is built in, and location information is acquired from the service location information providing station 31 that is the service center. it can. Although details will be described later, the victim portable information terminal 2-1 executes an application that assembles the location information, date and time, the name of the victim, a message for help, and the like into an e-mail or the like. The information may include a profile specification of the inter-accessory communication 5-3 applied to the function control of the disaster victim accessory 1-1. This is because communication with the rescuer accessory 1-2 becomes possible, and control from the rescuer can be performed to the disaster victim accessory 1-1 at the time of rescue.

The accessory-type communication device 1 is an accessory-type device such as a pendant or a wristwatch. In the case of a pendant shape, the accessory-type communication device 1 can be hung on the user's neck with a strap or the like. This accessory-type communication device 1 is a device that is close to or worn by the user, and can immediately make a specified call by the user. Depending on the method of use, there is an incoming communication information. It can have a role to notify that. The hardware specifications inside the accessory communication device 1 will be described. The hardware configuration of the accessory displayed in FIG. 1 is an example of instantaneous notification and search device specifications when a disaster occurs. In addition to this, various configurations can be set according to applications. The transmission / reception unit 6 is an interface mechanism that controls the proximity line 5 and communicates with the portable information terminal 2 under the control of the control unit 7. The communication protocol is basically the above-described Bluetooth, but ZigBee or the like can also be applied depending on the application. However, it goes without saying that a mechanism for executing profile consistency, establishment of pairing, etc. in accordance with the communication standard applied between the accessory-type communication device 1 and the portable information terminal 2 has been established. Also, the profile must be matched when the inter-accessory communication 5-3 is performed. The accessory has a dedicated profile depending on the application, but there is also a method of giving versatility while exchanging the profile. At this time, it is realized by an operation of the accessory-type communication device 1 itself or by profile transfer from the connected portable information terminal 2. The control unit 7 has a general configuration of a system LSI (LargeScale Integration) including peripheral functions such as a microcomputer or a storage unit 8 and a transmission / reception unit 6, but also includes a control circuit assembled with transistor logic. The storage unit 8 is a RAM (Randam Access Memory) and a ROM (Read Only Memory), and is used for the program storage of the control unit 7 and the operating area and work area of the execution program. The storage unit 8 is also assigned when the transmission / reception unit 6 or the like needs to store a profile or the like. Further, although not shown, an external storage such as a micro SD card may be incorporated in the accessory communication device 1 depending on the application.

The operation unit 9 is controlled by the control unit 7 and can be set according to the use of the accessory communication device 1 such as selection of an execution application and volume adjustment. For example, the button on the panel of the accessory-type communication device 1 in FIG. 4 transmits a button identification signal to the portable information terminal 2, and the application of the portable information terminal 2 includes the first button 42-1 and the second button 42-2. In both cases, the process is a process of sending a regular ordinary e-mail. Further, when another application is selected, the profile changes and the communication state with another accessory type communication device 1 is established. At this time, when the first button 42-1 is pressed, an identification signal for increasing the speaker volume is sent to another signal. This is transmitted to the accessory type communication device 1 and used to transmit an identification signal for reducing the speaker volume when the second button 42-2 is pressed. Further, three buttons on the accessory panel of FIG. 13 are prepared. The fifth button 42-5 is for sending an e-mail for an emergency call, the fourth button 42-4 is for writing a fixed message on Twitter, the third button 42-3 is for automatic writing to the SNS, etc. Can be used properly. The light emitting unit 10 consumes less power and is preferably an LED. For example, the LED is often used for display indicating a state in which the inter-accessory communication 5-3 can be performed. In a more extended usage, there is a usage in which the flashing patterns of the stored LEDs are used for identification of each other in the encounter. Moreover, if an infrared LED is mounted, it is suitable for the purpose of identifying light emission without sensing it. The sound generation unit 13 receives a command from the control unit 7 such as a buzzer, a melody, and voice, and outputs the command from a speaker 44 described later. A buzzer may be used instead of the speaker. It may also be a melody or recorded voice. The slide switch unit 11 is an emergency switch. The sliding type is because it is not pushed by mistake. It has the role of a one-touch switch for seeking help in an emergency. The power supply unit 14 supplies and manages power.

An instant notification and search device that rescues a victim who suffered an earthquake disaster will be described as an example. FIG. 2 shows an embodiment in which a disaster victim is in an emergency mail 16 until the location information of the disaster location is put on the mail and a rescue is requested. When an earthquake occurs and a building with a victim collapses, the victim may be trapped in rubble. Fortunately, it is assumed that the slide switch 41, which is a switch for an emergency call of the disaster victim accessory 1-1, can be turned on to transmit the emergency mail 16. An emergency call signal is sent to the disaster victim's portable information terminal 2-1 via the communication 5-1 between the victim's portable information terminal and the accessory by the message transmission instruction means included in the victim's accessory 1-1. Upon receiving this emergency call, the victim personal information terminal 2-1 automatically opens the first telegram exchange information list 18 (hereinafter referred to as “automatic mail transmission list 18”), searches for and executes the activation application. The application program acquires position information from the GPS satellite 12. Next, the current date and time is acquired, and the e-mail is assembled and transmitted by the sorting notification means using the information in the mail automatic transmission list 18. In some cases, the rescuer accessory 1-2 and the disaster victim accessory 1-1 can communicate with each other as one of the information of the emergency mail 16 so that the rescuer accessory 1-2 and the disaster victim accessory 1-1 can communicate with each other to search for the victim after the rescuer arrives at the scene. The communication profile specification 1-1 may be included. If the automatic mail transmission list 18 includes the use of SNS for emergency calls, the e-mail may be written to the SNS together with the e-mail. The emergency mail 16 is transmitted via the Internet to the rescuer candidates registered in the automatic mail transmission list 18 in the form of simultaneous broadcast communication.

The emergency mail 16 is received by the rescuer portable information terminal 2-2 or the PC 21 of the rescuer. In the rescuer portable information terminal 2-2, the second message exchange information list 19 (hereinafter, mail reception list 19) is opened by the receiving means, the emergency mail 16 is recognized, the activation application program is searched, Do this. The map display means called by the activation application program searches the related map based on the position information placed in the emergency mail 16. If the location is not included in the built-in map information database, a map is obtained from the external map information service site 3. The map and the location of the victim are plotted and displayed on the screen of the rescuer portable information terminal 2-2 or the PC 21. It is determined whether the disaster victim position 20 can be rescued. After determining whether or not relief is possible, a relief response check 22 is entered. In response to this response, in the case of relief acceptance from the mail reception list 19, an acceptance response mail text 84 is formed, and a reply electronic mail is responded. In the case of relief non-acceptance, a non-acceptance response mail text 85 is formed, and a reply e-mail is replied. This response is sent not only to the victims but also to the CC (carbon copy) on the mail. Although not shown, control is performed so that similar comments can be written even in the case of SNS. If the response is acceptance, head to the disaster site.

FIG. 3 shows an embodiment in which the rescuer and the disaster victim detect the location of the disaster victim by communication between accessories. Relying on the map, the rescuer arrived near the scene where the victims were trapped. The rescuer accessory 1-2 that the rescuer has can communicate with the victim accessory 1-1, but since the distance is long, communication is still not possible. When Bluetooth is used for the inter-accessory communication 5-3, it is very important to select a class indicating the radio wave intensity of the Bluetooth to be used. This is because the reach of radio waves is regulated by class. The reach is about 100 m for class 1, about 10 m for class 2, and about 1 m for class 3. The Bluetooth class is selected depending on the accuracy of the GPS, but if the error is 100 m, the detection range is too wide and detection is difficult. Moreover, at 1 m, it exceeds the accuracy of GPS. Fortunately, since the GPS accuracy is about 10 m, it is only necessary to detect the vicinity of 10 m of the point indicated by the position information. It is not so difficult to detect around 10m. Therefore, it is convenient to set the Bluetooth class 2 to the communication between accessories 5-3.

The rescuer walks in the vicinity of the point indicated by the location information and searches for a point where communication with the victim is possible. When the partner accessory communication lighting LED 43-2, which is one of the LEDs on the rescuer accessory 1-2 panel of the rescuer, lights up, it indicates that the inter-accessory communication 5-3 has been established. That is, it indicates that there are victims in the vicinity of 10 m. The rescuer activates the voice transfer program of the rescuer personal digital assistant 2-2 that he / she has. This voice transfer program has a function of transmitting voice spoken from the microphone of the telephone of the rescuer portable information terminal 2-2 to the rescuer accessory 1-2. Specifically, a process of taking a package in which sound is digitized as Bluetooth transmission data is performed. This audio data is sent to the rescuer accessory 1-2, and the rescuer accessory 1-2 transfers it to the victim accessory 1-1 through the inter-accessory communication 5-3. As a result, the rescuer's voice, which is output data composed of acoustic data including voice data, is emitted from the speaker 44 of the victim accessory 1-1 of the victim by the remote control means, and approaches the victim while listening to the voice. . If the volume is not appropriate, it can be adjusted up or down with the button of the rescuer accessory 1-2. The search ends when the victim is found.

Note that a transceiver equipped with a Bluetooth function may be used instead of the rescuer portable information terminal 2-2 as a device that emits sound. The sound from the transceiver is sent to the rescuer accessory 1-2, and is transferred from the rescuer accessory 1-2 to the victim accessory 1-1. The same effect can be obtained by sending voice data directly from the rescuer portable information terminal 2-2 or the transceiver to the victim accessory 1-1. Furthermore, if the voice data or music data recorded in advance is used instead of sending the live voice from the rescuer portable information terminal 2-2 or the transceiver, the mechanism of the apparatus becomes simple. If voice data and music data are recorded and built in the rescuer accessory 1-2 and this data is sent to the disaster victim accessory 1-1, it is possible to exchange only the accessories.

FIG. 4 is a schematic diagram of the operation panel of the accessory-type communication device 1. As described above, the accessory communication device 1 can have various functions depending on the application. Therefore, the design, operation method, and panel form of the accessory-type communication device 1 are the easiest to use according to the application and function. FIG. 4 shows an accessory panel 40 designed for disasters such as earthquakes in the first embodiment. The slide switch 41 is a switch for making an emergency call. The switch is turned on when the switch is slid, and an emergency call signal is sent to the accessory-type communication device 1 connected by the proximity line 5. The slide type is adopted so that it is not accidentally pushed. The first button 42-1 is a response button. In the present embodiment of Example 1, when pressed when no special application is running, a normal electronic mail is transmitted. An example of this is an ordinary e-mail with a request identification code 60 (hereinafter, mail automatic transmission list mode 60) in FIG. Further, when the second button 42-2 is pressed in the same state, the ordinary 2 e-mail in FIG. 6 is transmitted. When the disaster victim detection application is activated, the disaster victim accessory 1-1 is controlled by the inter-accessory communication 5-3. In this case, the first button 42-1 functions as a volume increase button, and the second button 42-2 functions as a volume decrease button. Two LEDs were set in Example 1. The LED 43-1 lit when the portable information terminal is connected is lit while the portable information terminal 2 and the accessory-type communication device 1 are connected via the proximity line 5. Further, the lighting of the LED 43-2 during communication with the partner accessory indicates that the inter-accessory communication 5-3 has been established and communication between the accessory-type communication devices 1 is possible. These LEDs can be turned on, turned off, blinked, intermittently turned on and off, and lighting patterns can be set by an application. In some embodiments, the lighting pattern is used for meaningful messages and identification. The speaker 44 is a speaker that emits sound such as voice and melody. The sound data may be sent from the portable information terminal 2 or emitted from the accessory-type communication device 1 itself. A buzzer may be used instead of the speaker. As will be described later, in the second embodiment, the buzzer sounds when both buttons are pressed simultaneously.

FIG. 13 shows a variation of the embodiment in which the accessory-type communication device 1 and the portable information terminal 2 are connected to perform one-touch message transmission. In this case, the button has three simple structures. When the third button 42-3 is pressed, a message automatically prepared is transmitted to a pre-registered mail address. This button may be used as an emergency mail. When the fourth button 42-4 is pressed, the automatically prepared message is written in the Twitter determined. When the fifth button 42-5 is pressed, a message or response automatically prepared is written in another SNS site. Thus, the accessory-type communication device 1 can be freely designed according to the embodiment and the execution application.

FIG. 5 is a schematic diagram of a registration screen for an automatic mail transmission list. When the slide switch 41, the first button 42-1 or the like of the accessory communication device 1 is pressed, a signal is sent to the portable information terminal 2 via the proximity line 5. The control system of the portable information terminal 2 includes middle software that receives signals such as buttons through the proximity line 5 interface and passes control to the automatic execution application. The automatic execution application searches the automatic mail transmission list 18, activates the automatic mail transmission application, analyzes the request based on the automatic mail transmission list 18, and composes the mail. Or, writing to the SNS is performed. In order to register information necessary for this automation in the automatic transmission list 18, the automatic mail transmission list registration screen 50 inputs the information. The form and registration items on this screen are also freely designed according to the application. The items on the automatic mail transmission list registration screen 50 will be described below. The mail automatic transmission list registration process 51 is a name of a job for registering definition information related to automatic transmission mail. There are two modes for automatic mail transmission. The transmission mail mode emergency designation 52 designates that the mail to be automatically transmitted is the emergency mail 16. When the slide switch 41 of the accessory panel 40 is turned on (slid), an emergency call signal is sent to the portable information terminal 2. An application for a rescue request registered in the automatic mail transmission list 18 is activated, and an emergency mail 16 is transmitted to request a rescue from a designated person. The designation of the urgent mail 16 is sent to all mail addresses and SNS URL destinations in the urgent mode of the mail automatic transmission list 18. It becomes a de facto simultaneous broadcast. The transmission mail mode normal 1 designation 53 is a transmission mail mode designated when the first button 42-1 of the accessory panel 40 is pressed. The transmission mail mode normal 2 designation 54 is a transmission mail mode designated when the first button 42-2 is pressed. Both are not urgent, but can be used to execute regularly sent emails with a simple one-touch operation. The application registered in the automatic mail transmission list 18 is activated and the mechanism for automatically assembling and transmitting the mail is the same as that of the emergency mail 16, but the application may not be activated. The mail type is distinguished according to the type of button, but in order to increase the number of types, it becomes possible by combining the combination of two buttons, pressing time, and the like. Details are omitted.

In the send e-mail address entry field 55, enter the e-mail address of the sender (self) to be automatically sent. The account of this transmission mail address becomes the identification of the emergency mail 16 or the ordinary mail sent automatically. Since the type is registered as a mode in the mail reception list 19 of the destination and the other party identifies the mail, caution is required for registration. Since account setting is free, the present invention will be described using Web mail, but POP mail may also be used. The character string of the mail address is used for determining the mail type. In the case of the emergency mode, all the emergency modes are broadcast simultaneously, but even in the normal mode, if the same outgoing mail address is registered in the same mode in the automatic mail transmission list 18, it is considered as a broadcast. It is sent all at once. A mail transmission destination is entered in the destination mail address entry field 56. CC is a carbon copy and designates a related destination for the mail transmission destination. A message that can be seen at a glance is entered in the transmission mail title entry column 57. This is because there is a high possibility that this title will be displayed large on the opponent's screen. In the case of the emergency mail 16, a term for requesting relief is simply selected. In the mail transmission activation application entry field 58, the name of an application program that is activated for automation processing when a call is made from the accessory-type communication device 1 is entered.

FIG. 7 is a schematic diagram of the mail reception list registration screen 70. In the automatic mail transmission list 18 shown in FIG. 6, conditions and information necessary for assembling mail at the time of mail transmission are registered. This screen registration includes conditions and information necessary for automation processing when standing on the receiving side. input. When an e-mail is received, there are things that must be shown to the user after performing a specific process, and things that require immediate reply, and it is necessary to support the user's response for the response. For the reception of the emergency mail 16 asking for relief, it is necessary to acquire a related map based on the transmitted position information and plot the current position of the victim on the acquired map. Because it is very urgent, it is displayed unilaterally on the screen. In addition, whether or not relief activities are carried out is very important because it affects the decision-making of other rescuers and must be answered immediately. If such processing is necessary, if it is registered in the mail reception list 19, a necessary application is started immediately after reception. Even if processing is not necessary, the reply of YES / NO must be answered by the user. A screen for inputting such necessary information is a mail reception list registration screen 70.

Registration is performed from the screen of the portable information terminal 2. The mail reception list registration process 71 is an example, and the form and registration items on this screen are also freely designed according to the application. The items on the mail reception list registration screen 70 will be described below. The mail reception list registration process 71 is the name of a job for registering definition information related to received mail. There are three modes for receiving mail. The first received mail mode forced identification 52 checks a mail sent from a rescuer when the emergency mail 16 does not come even in an emergency. This is the email reception that the victim receives. In the present embodiment, when a forced mail is received, the response is judged by a human, and when an acceptance response is made, the mode is automatically shifted to the emergency mode. However, if there is an indicator that can determine the surrounding situation, and it indicates an emergency, it may automatically shift to the emergency mode. This embodiment has not pursued that much. When the compulsory mail is received, it is determined by searching the mail reception list 19 that the mailer of the victim personal information terminal 2-1 is the compulsory mail. After that, the forced mode application registered in the mail reception list 19 is activated and returns to the sender. In the case of an acceptance response, in this embodiment, the emergency mode is entered, the emergency application is activated and the emergency mail 16 is transmitted, assuming that an emergency call has been made. The received mail mode emergency designation 73 checks the emergency mail 16. As described above, for the emergency mail 16, this embodiment refers to the location information of the victim from the body text on the mail, and obtains the map information. The position of the victim is specified by the screen on which the map and the position of the victim are plotted. The received mail mode normal designation 74 is checked for mail that simplifies the response to periodic mail reception that is not urgent.

In the sender email address entry field 75, the email address of the other party to be sent is selected and entered. Normally, mail registered in the mail reception list 19 is mail registered in the automatic mail transmission list 18 on the sender side, and it is assumed that transmission and reception are naturally paired. When the mode is urgent, time is an important factor, and therefore, the mode is always adjusted so that it is registered in the automatic mail transmission list 18 and at the same time in the other party's mail reception list 19. The designated mode and the transmission source mail address 81 registered earlier are keys for determining the mail type. The received mail title entry field 76 is used to identify the mail type at the time of registration or reference. Whether to use the subject at the time of reception for display or the title entered here is left to the mail reception activation application 83. A mail reception activation application entry field 77 is used to input a mail reception activation application 83 to be registered in the mail reception list 19. The mail reception activation application 83 is an application program that mail software searches and activates the mail reception list 19. For example, as described above, the mail reception activation application 83 of the emergency mail 16 performs processing for obtaining map information from the position information, forming a screen, and inserting an emergency message. The acceptance response mail text entry field 78 and the non-acceptance response mail text entry field 79 are messages that enter the body when replying to the received mail whether to accept or not to accept it in response to a request for the received mail. This determination is normally made by the recipient answering YES or NO from the screen. In this embodiment, when the mail reception activation application 83 exists, the mail reception activation application 83 executes this response process. In the case of forced mail reception, in this embodiment, the response screen is displayed immediately, and the emergency mail 16 transmission processing is set after the response.

FIG. 6 is a schematic diagram of the automatic mail transmission list 18 that the mail software opens when there is a call or forced mail from the accessory-type communication device 1. This list consists of information entered on the automatic mail transmission list registration screen 50. The automatic mail transmission list mode 60 corresponds to a screen designation mode. There are two types of designated modes, emergency and normal, and there are a plurality of normal modes depending on the specifications of the accessory communication device 1. The transmission mail address 61 is a mail address on the transmission side (self) input in the transmission mail address entry field 55. It is usually recommended to differentiate between accounts by mode. The destination mail address 62 is the mail address of the other party to whom the mail is sent. A destination mail address entry field 56 corresponds. When a CC is set for the outgoing mail, in the automatic mail sending list 18, a CC line consisting of only the related received mail address is connected below the destination line. The transmission mail title 63 is input data in the transmission mail title entry field 57. The mail transmission activation application 64 corresponds to the mail transmission activation application entry field 58. A plurality of registration results by the automatic mail transmission list registration processing 51 constitute the automatic mail transmission list 18.

Hereinafter, features will be described with reference to FIG. When multiple lines have the same mode, all are automatically sent by broadcast. Since the transmission mail address 61 also serves as information for identifying the type of mail including the mode, it is necessary to match the reception information of the other party. In the case of SNS, the URL and transmission data are registered, but can be edited depending on the startup application program. CC (carbon copy) is the CC of the immediately previous transmission mail address 61. “-” Indicates that there is no applicable item. The case where the mail transmission activation application 64 is not registered is a case where there is no special processing. In this case, the mail is assembled and automatically transmitted with only the information in the automatic mail transmission list 18. On the other hand, when there is the mail transmission activation application 64, other data is often added. For example, in the case of the emergency mail 16 in the present embodiment, position information, date and time, profile related information or recognition information regarding establishment of Bluetooth pairing may be included.

65 is an example of the emergency mail 16. It becomes an urgent message asking for relief from Taro to Jiro. Of course, Jiro must receive incoming mail in emergency mode. 66 is an example of automatic writing to the SNS. A URL is described in the transmission mail address 61. A fixed message may be inserted into the transmission data portion of the URL, or it may be assembled by a startup application. The destination mail address 62 is preferably an SNS site name. 67 is an emergency mail 16. In the case, one telegram is formed including CC in the lower row. 68 is a normal mail classified as normal 1. In the example, the automatic transmission is performed by pressing the first button 42-1 of the accessory-type communication device 1. A fixed phrase is assembled with CC. This is an example in which the sender (Taro) regularly created a minutes and reported it to the Planning Office immediately after the creation. 69 is an e-mail addressed to me. It is difficult to get out of the middle of a meeting when remembering errands during the meeting. At that time, when the second button 42-2 of the accessory-type communication device 1 is pressed, an e-mail addressed to the user enters. You can get out of the meeting as if there was an urgent need. In this case, the recipient is also himself and is registered in a pair with the mail reception list 19.

FIG. 8 is a list of input data from the mail reception list registration screen 70 shown in FIG. Check if the mailer is on this list to receive mail. If registered, processing is performed based on the information registered in the mail reception list 19. Hereinafter, a description will be given with reference to FIG. The items in which the names in the column column of the list and the entry items on the screen are the same are the same as described above with reference to FIG. For this reason, only the items that should be explained are taken up. The request identification code 80 (hereinafter, mail reception list mode 80) reflects the received mail designation mode of FIG. There are three types of mail reception list mode 80: forced, emergency, and normal. Since the received mail mode forced designation 72 shifts to the emergency mode as described above, the forced mail sender is not registered in the emergency mode outgoing mail in the automatic mail transmission list mode 60 of FIG. Become. Of course, if it is not registered, the emergency mail 16 for requesting relief does not go to the compulsory mail sender. Further, if the sender of the emergency mode received mail is not registered in the automatic mail transmission list 18, the balance is lost. On the other hand, in the normal mode, either can be transmitted unilaterally or received. The sender email address 81 is the one where the email address entered in the sender email address entry field 75 is registered. This is a key for mail identification. The received mail title 82 corresponds to the received mail title entry field 76. The mail reception activation application 83 corresponds to the mail reception activation application entry field 77. The acceptance response mail text 84 and the non-acceptance response mail text 85 are responses to the received mail. Although it may correspond to YES / NO, it may be a case of indicating simple reception. If the mail reception activation application 83 is registered, a response is made according to the application specification. Even if the mail reception activation application 83 is not registered, the response mail is assembled and returned.

In the forced mail from 86 Jiro, Jiro has a dedicated account for forced mail. In the embodiment, when a compulsory mail arrives from Jiro, a screen for deciding whether or not to rescue is displayed to Taro, who is the recipient, and a response is made asking whether or not there is a problem. If accepted, the emergency mode mail in the mail automatic transmission list 18 of FIG. The emergency mail 16 includes a mail for Jiro as indicated by 65 in FIG. 87 is an emergency mail 16 received by Taro. Reference numeral 88 denotes a normal mail, and exemplifies a case where a standard mail is received. Although this is a regular email sent from Hanako, who is the sender, email transmission for Hanako is not registered in Taro's automatic email sending list 18. Ordinary mail may not have such a pair. 89 is paired with the mail 69 in FIG. This is an email from Taro to Taro.

FIG. 9 is a flowchart relating to the processing procedure of the present invention until the disaster victim sends an emergency mail 16 to seek relief and displays a map showing the location of the disaster victim to the rescuer. In S900, it was assumed that an earthquake occurred, the building collapsed, and the victim was trapped in rubble. The disaster victim slides (turns on) the slide switch of the disaster victim accessory 1-1 and transmits an emergency call signal to the disaster victim portable information terminal 2-1 (S901). Upon receiving the emergency call signal, the victim portable information terminal 2-1 transfers control from the Bluetooth interface program to the mail management program, and the management program opens the automatic mail transmission list 18 (S902). The emergency code is searched from the automatic mail transmission list mode 60, and the emergency mode application program registered in the first line is activated (S903). Through the position information acquisition program, information on the current position of the victim is acquired from GPS radio waves or the like (S904). The location information can also be obtained from the ground station. The emergency mail 16 is sent to all the emergency mode destinations registered in the automatic mail transmission list 18 (S905). In this embodiment, since the first emergency mode application program acquires the position information, subsequent emergency mode applications do not need to acquire the position information, but each application may acquire the position information each time. Good.

The emergency mode application program assembles a message of the emergency mail 16 from the automatic mail transmission list 18 (S906). Among them, positioning related information including location information unified in the DMS format, current date and time, information related to communication with the victim accessory 1-1 connected to the victim portable information terminal 2-1 via Bluetooth including. In particular, pairing establishment information (Bluetooth profile, authentication information, etc.) that enables communication between the disaster victim accessory 1-1 and the rescuer accessory 1-2 is indispensable. In some cases, information on control commands to the functioning functional parts related to the sound and light of the victim accessory 1-1 is also placed. When the emergency mail 16 is assembled, transmission is started toward the destination in the automatic mail transmission list 18 (S907). Note that the Bluetooth connection between the disaster victim accessory 1-1 and the disaster victim portable information terminal 2-1 is always on. In addition, the processing of the disaster victim portable information terminal 2-1 that transmits the emergency mail 16 does not use a screen and operates in the background to prevent battery consumption. In addition, it is also preferable to report the position information of the rescuer candidate in the automatic mail transmission list, specify the rescue candidate at the shortest distance, and request the rescue.

The rescuer receives the emergency mail 16 from the victim (S908). The mail software of the rescuer portable information terminal 2-2 opens the mail reception list 19 and determines that it is an emergency mail 16 (S909). The mail reception activation application 83 in the mail reception list 19 is activated (S910). In S911, it is confirmed whether the position of the victim is in the map software and the map database. If there is, go to map information processing of S916. If not, the location information is sent to the map information service site 3 (S912, S913), and the map information service site 3 sends the map information (S914). If map information is acquired (S915), position information is added to map information (S916). A screen in which the position of the victim is plotted on the map information is displayed on the screen of the rescuer portable information terminal 2-2 (S917). On this screen, a response check for accepting / not accepting relief is inserted into the emergency mail 16 by the activation application. The rescuer looks at the map to determine whether or not the rescue operation can be performed, and if possible, selects the acceptance or non-acceptance check displayed on the screen. If relief is decided, acceptance is selected and returned (S918). A response to accept the relief is sent to the victim (S919). The rescuer has the rescuer portable information terminal 2-2 and the rescuer accessory 1-2, and rushes to the disaster site. In addition, although there exists writing of the relief request from SNS etc. and information exchange between other relief candidates, it omits in a present Example. Further, it is assumed that the Internet can be connected to a wide range such as the sea and mountains via the Internet satellite 15. Furthermore, Web access processing related to determining whether the location of the victim exceeds the map information built in the rescuer portable information terminal 2-2 and obtaining map information from the outside uses a URL prepared in advance. It is assumed that the background processing is performed by automatic processing.

S920 is a process for sending an emergency mail 16 without entering a forced mail and turning on the slide switch 41 of the victim accessory 1-1. When the forced mail is received, the process enters S920 after the forced mail processing in FIG.

The process of forced mail in FIG. 11 will be described. FIG. 11 shows that a person who is presumed to have been affected by a disaster, a person who intends to rescue if the emergency mail 16 is not transmitted, or a person who is worried, sends a compulsory mail, and responds to the person who has received it. It is processing. The rescuer candidate sends a compulsory email to the victim (S1100). This execution is not automatic, but is performed by normal mail transmission. When the disaster victim portable information terminal 2-1 of the victim receives the mail, the mail software or the like opens the mail reception list 19 (S1102). The sender email address of the email is checked against the sender email address 81 in the email reception list 19 (S1103). When it is not compulsory mail, it is an emergency or normal mode mail, so the mail reception process is executed. If it matches the forced mail, the forced mail processing application program registered in the mail reception list 19 is activated (S1104). The compulsory mail processing application program displays a compulsory mail reception screen and asks the user of the portable information terminal 2 whether to accept an acceptance response for help from a disaster or to return a non-acceptance response because there is no problem. Judgment is made and a corresponding check is put on the screen (S1107). In the case of non-acceptance, a response to that effect is sent, and in the case of forced mail, the forced mail processing application program returns a reply based on the registration information of the mail reception list 19 (S1109). If a situation for requesting relief has occurred, the compulsory mail processing application program returns a reply of acceptance based on the registration information of the mail reception list 19 (S1110). Thereafter, the compulsory mail sender waits for arrival of the emergency mail 16 asking for relief from the victim. The forced mail processing application program transfers control to 920 in FIG.

FIG. 10 shows the microphone of the rescuer portable information terminal 2-2 via the rescuer accessory 1-2 to the speaker of the victim accessory 1-1 by using the voice transmission by the communication between the accessory type communication devices. This is a flowchart for detecting the exact position of a disaster victim by relying on his voice from the disaster victim accessory 1-1. The system operation for controlling the volume of the speaker of the victim accessory 1-1 from the rescuer accessory 1-2 will also be described. A rescuer arrives at the site where it is estimated that there is a victim, and searches for the victim. However, if the victim is buried in rubble, it cannot be detected immediately (S1000). When the disaster victim sends the emergency mail 16, the emergency call slide switch 41 of the disaster victim accessory 1-1 is turned on, and the emergency call signal is transferred to the disaster victim portable information terminal 2-1 via Bluetooth. Yes. In response, the disaster victim's portable information terminal 2-1 sends an emergency mail 16. This e-mail contains the location information of the victims, so the rescuer was able to come to the disaster site. This detection means uses a technique of connecting the victim accessory 1-1 and the rescuer accessory 1-2 with Bluetooth and finding the final position by communication. In the present embodiment, it is assumed that the disaster victim and the rescuer are each equipped with Bluetooth (class 2) having a radio wave reach of 10 m in the accessory communication device 1 and can communicate between the accessories using the same profile. And In addition, it is assumed that a profile and authentication information for establishing pairing have already been prepared (a case where information is sent from the disaster victim on the emergency mail 16 is also possible).

The rescuer activates the application program for detection of the rescuer portable information terminal 2-2 (S1001). Further, a Bluetooth profile and authentication information for the inter-accessory communication 5-3 may be downloaded from the rescuer portable information terminal 2-2 to the rescuer accessory 1-2. In addition, a command set for controlling the victim accessory 1-1 is included therein. After making this preparation, the voice circuit of the rescuer portable information terminal 2-2 is opened. A program for transferring voice data from the telephone microphone via Bluetooth is activated in the rescuer portable information terminal 2-2 (S1002).

The rescuer walks around the disaster site obtained from the location information. Bluetooth is always connected, so if you approach the victim and enter the Bluetooth reach range with the other party, communication between the accessory of the victim accessory 1-1 and the rescuer accessory 1-2 is possible 5-3 If the authentication is successful, pairing is established (S1003). The Bluetooth of the rescuer accessory 1-2 starts searching for the victim accessory 1-1 (S1004). Bluetooth built in the victim accessory 1-1 starts to detect the rescuer accessory 1-2 (S1007). When detection is possible, both sides exchange passkeys and confirm authentication. In this case, the LED lamp of the accessory type communication device 1 indicating that the pairing has been established and connected to the other side accessory type communication device 1 (in this embodiment, the LED 43-2 when communicating with the other accessory) is lit (S1005, S1008). . This light indicates that the rescuer has come close to the victim. A command for opening the speaker 44 of the victim accessory 1-1 is transmitted from the rescuer accessory 1-2 (S1009). As a result, the rescuer accessory 1-2 can control the disaster victim accessory 1-1 and send the rescuer's voice to the disaster victim accessory 1-1.

When notification of opening the speaker is sent from the rescuer accessory 1-2 to the rescuer portable information terminal 2-2, the search application displays a call using a microphone (S1011). The search application program requests the operation system of the rescuer portable information terminal 2-2 to convert the telephone microphone voice into digital data and send the voice package to the rescuer accessory 1-2.

The rescuer calls out to the victim, for example, “Mr. XXX, has come to help” from the telephone of his / her portable information terminal 2 (S1013). This voice is transmitted from the rescuer portable information terminal 2-2 to the rescuer accessory 1-2 via Bluetooth of the rescuer portable information terminal / accessory communication 5-2 (S1014, S1015), and the rescuer accessory 1-2. To the victim accessory 1-1 via the Bluetooth of the inter-accessory communication 5-3 (S1016, S1017), and reaches the speaker 44 of the victim accessory 1-1 (S1018). This voice data should be heard from the speaker 44 as soon as it reaches the victim's ear and is also sufficiently close to the rescuer's ear. The rescuer searches for the victim by relying on his / her voice emitted from the victim accessory (S1012). The rescuer hears his / her voice from the speaker 44 of the victim accessory 1-1 (S1019). If you can't hear it, use the first button 42-1 (for volume increase) and the second button 42-2 (for volume reduction) Adjust (S1020). This means is realized by transmitting the button operation data of the rescuer accessory 1-2 as a volume adjustment command (S1021) and giving the received command to the sound generation unit 13 of the speaker 44 of the disaster victim accessory 1-1. (S1022, S1023). In this way, victims can be found.

In the second embodiment, the rescuer searches for the victim by using the victim accessory 1-1 to sound the buzzer or the recording of the melody previously registered in the rescuer accessory 1-2 instead of the voice. It is an example. In this embodiment, the voice circuit of the rescuer portable information terminal 2-2 is not used, and the rescuer accessory 1-2 is used to communicate with the disaster victim accessory 1-1, and the buzzer sound is transmitted to the disaster victim accessory 1-1. It is excellent in that the search effect is equivalent with no complicated mechanism. However, it is estimated that the psychological effect on the victims is far inferior to the encouragement by the rescuer's live voice. The difference from the first embodiment is only the method of the last search, and is the same until the arrival at the disaster site according to the location information and map information by the emergency mail 16. The last search system operation will be described below with reference to FIG.

FIG. 12 shows that a rescuer sends a buzzer sounding command to the buzzer generating device of the victim accessory 1-1 using the communication between accessory type communication devices, and relies on the buzzer sound that the disaster victim accessory 1-1 sounds. FIG. 6 is a flowchart for searching for an accurate position of a victim. The rescuer can send a buzzer sounding command by pressing the button of the rescuer accessory 1-2 that he / she has. The system operation for controlling the volume of the buzzer from the rescuer accessory 1-2 to the victim accessory 1-1 will also be described. A rescuer arrives at the site where it is estimated that there is a victim, and searches for the victim, but if the victim is buried in rubble, it cannot be detected immediately (S1200). When the disaster victim sends the emergency mail 16, the emergency call slide switch 41 of the disaster victim accessory 1-1 is turned on, and the emergency call signal is transferred to the disaster victim portable information terminal 2-1 via Bluetooth. Yes. In response, the disaster victim's portable information terminal 2-1 sends an emergency mail 16. This e-mail contains the location information of the victims, so the rescuer was able to come to the disaster site. This detection means uses a technique of connecting the victim accessory 1-1 and the rescuer accessory 1-2 with Bluetooth and finding the final position by communication. In the present embodiment, it is assumed that the disaster victim and the rescuer are each equipped with Bluetooth (class 2) having a radio wave reach of 10 m in the accessory communication device 1 and can communicate between the accessories using the same profile. And In addition, it is assumed that a profile and authentication information for establishing pairing have already been prepared (a case where information is sent from the disaster victim on the emergency mail 16 is also possible).

The rescuer downloads the Bluetooth profile and authentication information for the inter-accessory communication 5-3 from the rescuer portable information terminal 2-2 to the rescuer accessory 1-2. In addition, a command set for controlling the victim accessory 1-1 is included therein. After making this preparation, the rescuer walks around the disaster site obtained from the location information. Bluetooth is always connected, so if you approach the victim and enter the Bluetooth reach range with the other party, communication between the accessory of the victim accessory 1-1 and the rescuer accessory 1-2 is possible 5-3 If the authentication is successful, pairing is established (S1201). The Bluetooth of the rescuer accessory 1-2 starts to detect the victim accessory 1-1 (S1202). The Bluetooth of the victim accessory 1-1 starts to detect the rescuer accessory 1-2 (S1203). When detection is possible, both sides exchange passkeys and confirm authentication. In this case, the LED lamp of the accessory-type communication device 1 indicating that the pairing has been established and connected to the partner-side accessory-type communication device 1 (in this embodiment, the LED 43-2 that is turned on when the partner accessory is communicating) is lit (S1203, S1204). . This light indicates that the rescuer has come close to the victim. A command for releasing the buzzer of the disaster victim accessory 1-1 is transmitted from the rescuer accessory 1-2 (S1206). As a result, the rescuer accessory 1-2 can control the disaster victim accessory 1-1 and send the voice of the rescuer to the disaster victim accessory 1-1 (S1207).

The rescuer simultaneously presses the first button 42-1 and the second button 42-2 of his / her rescuer accessory 1-2. This operation is assumed to be incorporated in the rescuer accessory 1-2 so as to exhibit a function of transmitting a buzzer sounding command to the victim accessory 1-1 (S1209). By simultaneously pressing both buttons, the buzzer of the victim accessory 1-1 is reached from the rescuer accessory 1-2 to the victim accessory 1-1 via the Bluetooth of the inter-accessory communication 5-3 (S1210, S1211) (S1212). ). The buzzer should reach the victim's ears and at the same time be heard in the rescuer's ears if they are close enough. The rescuer looks for the victim by relying on the buzzer emitted from the victim accessory (S1208). The rescuer hears the buzzer sound of the victim accessory 1-1 (S1213). If you can't hear it, use the first button 42-1 (for volume increase) and the second button 42-2 (for volume reduction) Adjust (S1214). This means is realized by transmitting the button operation data of the rescuer accessory 1-2 as a volume adjustment command (S1115) and giving the received command to the buzzer control unit of the victim accessory 1-1 (S1126, S1217). In this way, victims can be found.

The rescuer accessory 1-2 of the rescuer uses the accessory communication device shown in FIG. 4, but the accessory communication device shown in FIG. 13 may be used. In this case, the third button 42-3 may be used to increase the volume, the fifth button 42-5 may be used to decrease the volume, and the fourth button 42-4 may sound a buzzer.

Melody, recorded human voice, loud sound (instant), and other mechanical sounds may be used instead of the buzzer. In addition, although high-frequency sound is not audible to human ears, it reaches far away, so an effective search is possible by bringing the sound collector. All of these pronunciations may be stored in the victim accessory 1-1, or may be transferred from the rescuer accessory 1-2 and emitted from the speaker 44.

This is an example of using a transceiver instead of the rescuer portable information terminal 2-2 when the rescuer arrives at the disaster site. The transceiver is connected via Bluetooth having the same profile as the rescuer accessory 1-2 and the rescuer personal digital assistant / accessory communication 5-2. The method for controlling the sound volume using the operation button of the rescuer accessory 1-2 using the transceiver microphone is the same as in the first embodiment.

This is an example of using an LED equipped with an infrared light emitting diode in the accessory communication device 1. A person who has an accessory type communication device 1 equipped with an infrared LED becomes a victim abducted by kidnapping or the like. The sending of an emergency call e-mail is the same as in the first embodiment. However, this victim is at risk of life and should not approach detours when detected. In order to approach without knowing the criminal, it is necessary to prevent the criminal from knowing the signal from the accessory communication device 1 of the victim. The use of infrared rays is invisible to the human eye, so when the rescuer approaches the site, the infrared type detector or infrared scope searches the accessory type communication device 1 that emits infrared rays, identifies the criminal, and the victim To rescue.

There is also a means for transmitting high-frequency sound that cannot be heard by human ears instead of infrared light.

This embodiment is a search device that waits at a street corner with an unacquainted person. At street corners, the sound identification method is drunk to use. Therefore, the position information according to the first embodiment is transmitted from the other party, and the position of the other party is roughly confirmed from the map information. The profiles of the communication device and the fourth accessory communication device are matched, and detection is started via the fourth proximity line. When pairing is established, the button of the fourth accessory type communication device is operated, and the LED of the third accessory type communication device of the partner is operated, and the remote control of the fourth accessory type communication device with respect to the accessory type communication device is performed. By means, a signal is sent to flash. Since this signal controls the blinking interval pattern, the other party can be identified. If a plurality of LEDs are used for the blinking pattern, it is assumed that the blinking pattern becomes easier to understand.
In this case, the third accessory-type communication device and the fourth accessory-type communication device may have an acoustic device including a speaker or a buzzer. Further, the other configurations may have the functions of the above-described disaster victim portable information terminal 2-1 and rescuer portable information terminal 2-2.

This example is applied to a case where a buzzer or the like notifies when an important thing or a protected child leaves his / her side. Bluetooth radio range is about 10m for class 2 and about 1m for class 3. The accessory-type communication device 1 is equipped with a class-selected Bluetooth. It is operated when the user or the object or person to be protected has the accessory communication device 1 storing the same profile, or is attached and protected. When Bluetooth establishes a pairing, it will stay connected. By utilizing this mechanism, a mechanism is built in which a buzzer sounds when either or both of the accessory-type communication devices 1 do not receive radio waves and the pairing is broken. By this means, when an important thing is carried away or a child or the like leaves, a buzzer sounds and the accessory type communication device 1 that informs danger is obtained.

Even if the target and the searcher are in a short-range wireless connection, it is difficult to search for the target if the target cannot be confirmed. This embodiment is an invention that approaches the final target by disturbing the radio wave of the close line 5 with noise. If the target is close enough, the radio wave can reach even with some noise. Utilizing this principle, noise is spontaneously generated in the radio wave of the proximity line 5 and disturbed. Start with a noise intensity that does not interfere with radio waves. If it moves in a certain direction and does not reach due to noise interference, it moves away from the target and moves in the opposite direction. Increase noise gradually and move in the same direction. If noise interference does not stop in the same direction, fine adjustment of the direction is performed because the target point has been passed or the direction has shifted. In this way, the target is approached. This series of movement behavior is plotted, and the optimal direction and estimated distance are analyzed. The behavior map is displayed on the screen, the target existence estimated position and the searcher position are plotted on the behavior map, and the final goal is reached by navigation.

FIG. 14 is an example diagram for sending an e-mail for regular routine communication from an accessory panel having buttons for automatically sending e-mails and the like. The accessory-type communication device 1 is an accessory having a simple structure in which three buttons are arranged. It is connected to the portable information terminal 2-5 by the proximity line 5. The proximity line 5 is preferably Bluetooth. However, a method of mounting a wireless LAN module in an accessory communication device and applying Wi-Fi or the like is also recommended. In this embodiment, the third button 42-3, the fourth button 42-4, and the fifth button 42-5 are designated as instant notification buttons for simple messages such as a standard mail Twitter and SNS. It is assumed that the user sets the fourth button 42-4 as a call button for returning. By pressing this button, the signal of the fourth button 42-4 is transmitted to the portable information terminal 2-5 through the proximity line 5, the mail automatic transmission list 18 is opened, and the mail address of the return call is recognized (1400). . Although not shown, a destination mail address for a call to return, a title of a message, and the like are registered in the automatic mail transmission list 18, and a transmission message is assembled. If necessary, position information is acquired from the GPS satellite 12 and incorporated into the transmission telegram. A mail is transmitted (1401) and reaches the destination portable information terminal 2-6. The portable information terminal 2-6 recognizes the fixed instant notification message from the mail reception list 19. The startup application starts immediately and starts processing. The processing is as follows as an example. The location information is obtained from a map providing service organization or self-built-in map information. The sender's position is plotted on this map, and the date and time information and display message are added from the transmission message and displayed on the screen. The display should be appropriate for the return call. As described above, this embodiment describes the instantaneous notification device as an independent invention in the present invention.

1 Accessory-type communication device 1-1 Disaster victim accessory (first accessory-type communication device)
1-2 Rescue accessory (second accessory communication device)
2 Portable information terminal 2-1 Disaster victim portable information terminal (first portable information terminal)
2-2 Relief Personal Digital Assistant (Second Personal Digital Assistant)
2-5 Mobile information terminal 2-6 Mobile information terminal 3 Map information service site 4 Internet 5 Proximity line 5-1 Communication between victim's mobile information terminal / accessory (first proximity line)
5-2 Communication between rescuer personal digital assistant / accessory (second adjacent line)
5-3 Communication between accessories (third adjacent line)
6 Transmission / Reception Unit 7 Control Unit 8 Storage Unit 9 Operation Unit 10 Light Emitting Unit 11 Slide Switch Unit 12 GPS Satellite 13 Sound Generation Unit 14 Power Supply Unit 15 Internet Satellite 16 Emergency Mail 17 GPS Radio Wave 18 Mail Automatic Transmission List (First Message Exchange Information List )
19 Mail reception list (second message exchange information list)
20 Victim location 21 PC
22 Relief Selection 30 SNS Site 31 Location Information Providing Station 40 Accessory Panel 41 Slide Switch 42-1 First Button 42-2 Second Button 42-3 Third Button 42-4 Fourth Button 42-5 Fifth Button 43-1 LED lit when connected to portable information terminal
43-2 LED lighted when communicating with accessory
44 Speaker 50 Mail Automatic Transmission List Registration Screen 51 Mail Automatic Transmission List Registration Process 52 Transmission Mail Mode Emergency Specification 53 Transmission Mail Mode Normal 1 Specification 54 Transmission Mail Mode Normal 2 Specification 55 Transmission Mail Address Input Field 56 Destination Mail Address Input Field 57 Transmission E-mail title entry field 58 E-mail transmission activation application entry field 60 E-mail automatic transmission list mode (request identification code)
61 Sending mail address 62 Destination mail address 63 Sending mail title 64 Mail sending activation application 70 Mail receiving list registration screen 71 Mail receiving list registration process 72 Received mail mode forced designation 73 Received mail mode emergency designation 74 Received mail mode normal designation 75 Sender Mail address entry field 76 Received mail title entry field 77 Mail reception activation application entry field 78 Acceptance response mail text entry field 79 Non-acceptance response mail text entry field 80 Mail reception list mode (request identification code)
81 sender mail address 82 received mail title 83 mail reception activation application 84 acceptance response mail text 85 non-acceptance response mail text

Claims

Selection of location information acquisition means for acquiring own location information, selection of a destination based on a pre-registered first message exchange information list, assembling a message including the position information of the user, and transmission of the message A first portable information terminal comprising a notification means;
A first accessory-type communication device connected to the first portable information terminal via a first proximity line and provided with a transmission instruction means for the message to the first portable information terminal;
An incoming means for analyzing the electronic message received from the first portable information terminal based on a pre-registered second electronic message exchange information list, and acquiring map information corresponding to position information, and adding the position to the map information A second portable information terminal comprising: a map display means for displaying a position with attached information;
A second accessory-type communication device connected to the second portable information terminal and a second proximity line;
The first accessory-type communication device and the second accessory-type communication device can be connected by a third proximity line capable of exchanging information, and one accessory-type communication device can be connected via the third proximity line. And a remote control means for controlling the other accessory type communication device.
The instantaneous notification and search device according to claim 1, wherein the position information acquisition means is a mechanism for estimating position by analyzing positioning data received from an external position information providing service including GPS (Global Posishoning System).
The first and second message exchange information lists include a request identification code for each purpose of use and an e-mail address for an e-mail address selected according to purpose of use and a URL (Uniform Resource Locator) for writing to a website. The instantaneous notification and search device according to claim 1 or 2, wherein the URL is a list obtained by using the URL as a search key and adding information including message assembly information, response message information, and a name of an activation application program at the time of transmission / reception.
The instantaneous notification and search device according to any one of claims 1 to 3, wherein short-range wireless communication including Bluetooth (registered trademark) is used as the first, second, and third proximity lines.
The panels of the first and second accessory-type communication devices include at least one button or switch designated for a purpose of use, and the first, second, or third proximity when the button or switch is pressed. The instantaneous notification and search device according to any one of claims 1 to 4, further comprising a mechanism for transmitting an identification signal to a device that is permitted to be connected via a line.
The message transmission instruction means associates the identification signal transmitted from the first accessory-type communication device with the request identification code of the first message exchange information list, and requests the request identification code as a temporary body. 6. The instantaneous notification and search device according to claim 1, wherein the first portable information terminal is instructed as follows.
The selection notification means for transmitting the message searches the first message exchange information list for at least one e-mail address or the URL to which the request identification code is attached, and based on the activation application program, the message And transmitting the electronic message to an information terminal device including the second portable information terminal via a communication network including the Internet. Notification and search device.
The incoming means searches the electronic mail address of the received electronic message from the second electronic message exchange information list, and analyzes the electronic message based on a startup application program registered as a processing program for the electronic mail address. The instantaneous notification and search device according to any one of claims 1 to 7, wherein
The map display means, based on the position information in the received message data, from the map information providing program built in the second portable information terminal or from the external map information providing service, the position in the received message data 9. The map information in the vicinity of the information is obtained, an image showing the position information is plotted on the map information, and displayed on the screen of the second portable information terminal. The instant notification and search device according to claim 1.
The remote control means controls the output device by a control signal and output data to the output device transmitted from the second accessory-type communication device to the first accessory-type communication device. Means for storing in the first accessory-type communication device a first profile in which specifications for outputting output data are registered;
Transmitting a control signal to the first accessory-type communication device by pressing the button on the panel of the second accessory-type communication device, and relaying data transmitted from the second portable information terminal. Means for storing in the second accessory-type communication device specifications of the second profile in which specifications relating to data transmission from the second accessory-type communication device to the first accessory-type communication device are registered. The instantaneous notification and search device according to any one of claims 1 to 9.
The output data is acoustic data including audio data input from a microphone of the second portable information terminal;
The control signal to the output device transmitted to the first accessory-type communication device is a control signal in which the operation specification of the button on the panel of the second accessory-type communication device is designated for volume adjustment. The instantaneous notification and search device according to any one of 1 to 10.
The instantaneous notification and search device according to any one of claims 1 to 10, wherein the operation specifications of the buttons on the panel of the second accessory-type communication device are control signals designated for volume adjustment and buzzer sounding.
The third accessory type communication device and the fourth accessory type communication device are connected by a fourth proximity line capable of exchanging information, and from one accessory type communication device to the other accessory type via the proximity line. A search device, comprising: an accessory-type communication device remote control means for controlling a communication device.
The search device according to claim 13, wherein short-distance wireless communication including Bluetooth is used as the fourth proximity line.
The third and fourth accessory-type communication devices include an input device composed of at least one button or switch designated for the purpose of use, and an LED (Light) having a blinking function designated for turning on / off or interval time. The search device according to claim 13 or 14, comprising at least one of an apparatus (Emitting Diode) and an audio device comprising a speaker or a buzzer.
The remote control means for the accessory-type communication device controls the output device based on a control signal and output data to the output device transmitted from the fourth accessory-type communication device to the third accessory-type communication device, Means for storing, in the third accessory-type communication device, a third profile in which specifications for outputting the output data from the output device are registered;
Transmission of a control signal to the third accessory-type communication device by pressing the button on the panel of the fourth accessory-type communication device, and the third accessory-type communication device from the fourth accessory-type communication device The search according to any one of claims 13 to 15, further comprising means for storing in the fourth accessory-type communication device the specification of a fourth profile in which specifications relating to data transmission to the device are registered. apparatus.
The search device according to any one of claims 13 to 16, wherein the output data is acoustic data including voice data uttered from a microphone of a transceiver connected to the fourth accessory-type communication device.
The search device according to any one of claims 13 to 16, wherein the button on the panel of the fourth accessory-type communication device has an operation specification for sending a control signal designated for volume adjustment and buzzer sounding.
The search device according to any one of claims 13 to 16, wherein the LED device includes an infrared light emitting LED.
The search device according to any one of claims 13 to 16, wherein the sound device includes a high-frequency sound that cannot be heard by a human.
Transmitting a control signal for emitting a flashing pattern registered in advance from the fourth accessory-type communication device to the third accessory-type communication device equipped with the LED device having the blinking function with the specified interval time; The search device according to claim 13, wherein the search device identifies the third accessory-type communication device.
The third accessory-type communication device is connected to the third accessory-type communication device when the always-connected state is interrupted after the fourth proximity line is set to the constantly-connected state. The search device according to any one of claims 13 to 16, wherein the sound device of the fourth accessory-type communication device, or the sound device of both of them is ringing.