JP2005222373A - Emergency mail notification control method and system for portable terminal - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an emergency mail notification control method for a portable terminal by which the occurrence of an event or the predictive information is speedily imparted to a neighboring person. <P>SOLUTION: This emergency mail notification control system is composed of: a location information acquiring function part 1 which receives an emergency mail from the first portable terminal of a person who has gotten involved in an accident or event or the second portable terminal of a person who has witnessed the accident or event; a peripheral information collecting function part 2 which receives an output from the location information acquiring function part 1, and extracts the latitude/longitude of the transmission location from the emergency information, and acquires detail location information corresponding to a portable terminal group having a portable terminal existing in a base station matched with parameter conditions and a third potable terminal existing in an adjacent area; and an emergency notification part 3 which notifies the portable terminal in the periphery of the accident site of a mail representing the emergency mail attached with the map of the locations of the existence of the first portable terminal and the second portable terminal from the first portable terminal and the second portable terminal to the third portable terminal. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  In the case of encountering or involving a sudden accident or incident, the present invention promptly asks a neighbor in the designated area for a rescue notice rather than an emergency notice to the police by an emergency outgoing mail from a mobile terminal. The emergency mail notification control method and system for obtaining a large amount of sighting information, and by collecting and accumulating the distance between multiple terminals, it is possible to check the signs of the incident in advance and prevent the incident from occurring The present invention relates to an emergency mail notification control method and system.

  In recent years, with the widespread use of mobile phones and mobile terminals, services utilizing networks via the Internet have been expanded, and utilization by mail transmission / reception has been increasing year by year. And the technology of location information transmitted from mobile phones and mobile terminals has been expanded, the accuracy of the mail transmission location has been enhanced, and there are many services.

  In such an environment, preventive measures against crimes that are increasing year by year have been technologically advanced. However, in the sophisticated environment, for example, malicious stalker crimes using portable terminals are still occurring in the presence of laws and regulations. The crime is not limited to the above, but the crime frequently occurs most often in a place where there is little traffic.

  Here, in response to such crimes (including prevention), position detection using GPS (Global Positioning System) is performed by emergency notification from the crime point, and from that information Alert notifications are installed in neighboring areas. It is also possible to perform an emergency dispatch from an alarm by the operation of the monitoring system on the emergency alarm receiving center side. Crime prevention technology using such a system exists as an existing function. Even in the case of an accident, there is an emergency dispatch system using system monitoring technology similar to the occurrence of an incident. In any of the above crimes / accidents, the number of emergency call notifications using mobile terminals that have recently become more sophisticated and diversified has increased. It is also possible to notify neighbors. In addition, there is also a function of requesting collection of sighting information to neighbors in the area where the location occurred after acquiring mobile location information from the police center by a notification to the 110th police recently after the incident occurred.

As a conventional system of this type, when an emergency call is received from a mobile terminal, a system is known that outputs emergency notification information including subscriber information of the caller to a mobile terminal in the area where the terminal exists. (For example, refer to Patent Document 1). Further, a system is known that displays disaster information and map information on a mobile phone that exists in a service area in the vicinity when a disaster occurs (see, for example, Patent Document 2).
Japanese Patent Laying-Open No. 2003-229993 (second page, third page, FIG. 1) Japanese Unexamined Patent Publication No. 2002-111182 (page 3, FIG. 1)

  In the existing system environment described above, technologies such as warning / monitoring are common to crimes / accidents. In the case of an incident (crime), in the case of an alarm notification system, depending on the location, it may not be audible even if an alarm notification is given to notify neighboring residents regardless of day or night.

  In most cases, incidents (crimes) occur most often in areas with low traffic (whether day or night) and in quiet areas. However, it is difficult to transmit sound in the daytime, in a noisy area or in a quiet place, especially in places such as riverbeds. Also, there are few people and the number of witnesses is limited. In some cases, sighting information is not available.

  At night, sound can be heard if it is quite close, but the range that can be heard from a security buzzer or alarm is not limited, so it is impossible to reliably notify specific people. In this case, due to the alarm / crime prevention, the criminal immediately escapes and it is difficult to obtain sighting information. Even if it is a neighbor, sighting information can be obtained if it is close to the person, but there is an environment in which it is difficult to obtain information in the absence. After all, it is desirable that neighbors who exist on the road can grasp the location as soon as possible.

  In the case of the above-mentioned case (crime), it is currently possible for the person in charge to rescue the person who has joined the relief contact in a specific area by emergency notification to the security headquarters. However, to get more detailed sighting information and relief, accurate notifications to all neighbors are required, and these people can participate in some relief activities sooner.

  In the case of an accident, as described above, depending on the location, there are many cases where it is difficult to hear even if notification (alarm) is given to neighbors, and the lack of witnesses delays reporting to the police / emergency. May end up. In addition, even if notification is made to a neighbor using a conventional push delivery service by email, the person who wants to deliver has registered in advance for permission of push delivery, and a third party can send information to the individual. The mobile terminal holder could not push-distribute to a plurality of pre-registered mobile terminals.

  Furthermore, although there is a function for detecting the location of the reporter's neighborhood by a police report, the acquired location information is mainly notified to a neighbor who is narrowed down in the area where the site is located. In addition, even if it is a neighbor, it may be difficult to obtain accurate neighbor information if the range is wide, or it may be a neighbor even outside the area, so the location of the neighbor is narrower, Improvement in accuracy is desired.

  The present invention has been made in view of the above problems, and provides an emergency mail notification control method and system capable of promptly notifying neighbors of the occurrence of an incident or accident or a sign of the occurrence of the incident. The purpose is that.

  An outline of the configuration of the present invention will be described. In the present invention, a person who uses a mobile terminal (sender) is in an emergency when an incident or accident occurs in a system environment that enables transmission / reception of mail using a mobile terminal with a GPS function. When the emergency center that received the information is notified, it uses the existing GPS and uses not only the location information (latitude / longitude) of the caller but also the parameters specified when the call is sent. Position information is detected based on conditions (for example, distance of radius).

  Then, all the location information (latitude / longitude) of mobile terminals of people in the area registered in the area of the circle centered on the transmitted position, or the area where the notification area at the time of emergency transmission is registered in advance as the target of the crime prevention service. Ask. At this time, not only within the area but also outside the area, the target terminal of the transmission base is specified, and information indicating that the incident is an incident or accident is sent to its neighbors and the location and emergency information transmission place of each person in the target area It is distributed after attaching a map with the mark.

  Upon receiving notification of the incident / accident on the mobile terminal side of the delivered neighbor, by allowing the emergency center to send witness information as a neighbor to the email, The information received by the emergency center is stored as important testimony information.

In addition, if there is a possibility that an incident will occur, even if the mobile terminal holder has received a malicious email or telephone stalking from a suspicious person even before the incident occurred, the victim Sends a warning-type emergency mail. The center side that has received this sign-type emergency mail uses the GPS location search function to determine the position of the sign-type mail from the sending position according to the parameter conditions (period, position condition, speech, etc.) specified by the victim. The collection of trajectory information at regular intervals for the positions of all terminals of the portable terminal holder in the area is started. And within the area centered on the victim's mobile terminal, there is also a mechanism to collect / accumulate statistical information including the result of checking for the specified period according to the condition notified by the parameter at all times Yes.
(1) The invention described in claim 1 is as follows. FIG. 1 is a flowchart showing the principle of the method of the present invention. The present invention designates information indicating that it is an outgoing mail in an emergency via a network from a first portable terminal of a person involved in some accident or incident or a second portable terminal of a person who has witnessed an accident or incident The emergency center side is notified according to the specified parameter conditions (step 1), and the emergency center side that has received this emergency communication extracts the latitude / longitude of the transmission position from the emergency information and matches the specified parameter conditions Detailed position information (map information) for a mobile terminal group having a mobile terminal located in a base station and a third mobile terminal located in an adjacent area is acquired according to GPS information (step 2), and the third mobile A mail indicating that it is an emergency mail is delivered by attaching a map of the location where the first and second mobile terminals are present to the terminal and a map describing the emergency call origin (step 3). And wherein the door.

Here, the parameter condition means a condition within a radius of 100 m from the incident or accident occurrence point.
(2) The invention described in claim 2 is characterized in that the distributed third mobile terminal side promptly notifies important sighting information as a reply to the mail.
(3) The invention according to claim 3 exists in a pre-registered area such as a crime prevention area or other emergency evacuation area in the area where the emergency mail is distributed, not depending only on the parameter conditions of the emergency mail. It is also distributed to the fourth portable terminal.
(4) In the invention according to claim 4, when the victim's portable terminal holder has suffered damage by utilizing any portable terminal before the incident occurred, the sign from the first portable terminal via the network Type emergency mail is notified to the emergency center according to the specified parameter conditions, and the emergency center extracts the latitude / longitude of the call location from the emergency information according to the specified parameter conditions, and matches the specified parameter conditions The position information for all mobile terminals in the area to be calculated is calculated from the existing GPS, the change in the position of the fifth mobile terminal group as the target is measured according to a predetermined condition, and the result is accumulated as statistical information It is characterized by.
(5) The invention described in claim 5 is as follows. FIG. 2 is a first principle block diagram of the present invention. In the figure, 10 is an emergency center. In the emergency center 10, reference numeral 1 denotes a first mobile terminal 21 of a person involved in some accident or incident or a second portable terminal 22 of a person who witnesses the accident or incident through a network (mobile phone network) 5. The location information acquisition function unit 2 that receives the urgent mail that is sent receives the output from the location information acquisition function unit 1, extracts the latitude / longitude of the transmission location from the emergency information, and the specified parameter condition Emergency center for acquiring detailed position information (map information) according to GPS information from GPS 6 for a mobile terminal group having a mobile terminal located in the corresponding base station and a third mobile terminal 23 located in an adjacent area. Side peripheral information collecting function unit 3, from the first portable terminal 21 and the second portable terminal 22 to the third portable terminal 23, the first and second portable terminals are 21, 2 attach a map that describes the map and the emergency epicenter of the position that there is an emergency notification of the emergency center side to notify the mail to the effect that an urgent e-mail to the accident site around the mobile terminal. 6 is a GPS, 15 is a police station or fire station as an emergency contact.
(6) The present invention is characterized in that the measurement of the position information of the suspicious person by the sign-type emergency mail is forcibly terminated.
(7) Further, in the present invention, when the portable terminal is a camera-equipped portable terminal, the emergency information is also notified to the emergency center as an attached file of photograph information taken around the accident or incident occurrence site. To do.
(8) Moreover, in this invention, in addition to the said 1st reply, important sighting information is notified to an emergency center from a said 3rd portable terminal for every predetermined time progress, It is characterized by the above-mentioned.

(1) According to the invention described in claim 1, it is possible to promptly notify neighbors of the occurrence of an incident or accident.
(2) According to the invention described in claim 2, important sighting information can be promptly notified as a reply to the reception of the emergency mail from the mobile terminal existing in the vicinity of the accident occurrence location.
(3) According to the invention described in claim 3, in an area where emergency mail is distributed, it can be distributed to a fourth mobile terminal existing in an area reserved and registered in advance, and a more appropriate response can be taken. Can do.
(4) According to the invention described in claim 4, when the victim's portable terminal holder has suffered damage utilizing some portable terminal before the incident occurred, the first portable terminal via the network The emergency center is notified to the emergency center according to the specified parameter condition, and the emergency center side calculates the location information for all mobile terminals in the area that matches the specified parameter condition from the existing GPS, The change in the position of the fifth mobile terminal group can be measured according to a predetermined condition, and the result can be accumulated as statistical information.
(5) According to the invention described in claim 5, it is possible to promptly notify a neighbor of the occurrence of an incident or accident.
(6) In this invention, when it is determined that the person is not a suspicious person as a result of the measurement of the position information of the suspicious person, the position information of the person can be forcibly terminated.
(7) Further, in the present invention, it is possible to better understand the situation of the accident or incident occurrence site by notifying the emergency center of the image information of the accident or incident occurrence site.
(8) Also, in the present invention, in addition to the first reply, the third mobile terminal notifies the important sighting information from the third mobile terminal to the emergency center every predetermined time, so that the vicinity of the first mobile terminal Therefore, it is possible to determine that the owner of the mobile terminal is a stalker.

  First, the operation of the first principle block diagram shown in FIG. 2 will be described. In the figure, the location information of the emergency center 10 from the first mobile terminal 21 possessed by the accident party (here, the drowning person) or the second mobile terminal 22 possessed by the person who witnessed the accident via the mobile phone network 5. According to the parameter conditions specified in the acquisition function unit 1, an accident occurrence emergency notification is performed. The emergency center 10 includes a position information acquisition function unit 1, a peripheral information collection function unit 2, and an emergency notification unit 3. This emergency notification includes GPS information of the location of the accident or incident. The location information acquisition function unit 1 also receives information from the GPS 6, and the peripheral information collection function unit 2 receives the output from the location information acquisition function unit 1, and extracts the latitude / longitude of the transmission location from the emergency information, Detailed positional information (map information) for the mobile terminal group having the mobile terminal located in the corresponding base station that matches the specified parameter condition and the third mobile terminal 23 located in the adjacent area is GPS information from the GPS 6 Get according to. The operation of the system configured as described above will be described as follows.

  The emergency notification unit 3 sends a map of the location where the first and second mobile terminals 21 and 22 exist in the third mobile terminal 23 from the first mobile terminal 21 and the second mobile terminal 22 and the emergency An e-mail indicating that it is an emergency e-mail is sent with a map showing the place of origin. The emergency notification unit 3 notifies emergency information to the emergency contact 15 as necessary.

  The third portable terminal 23 notifies the emergency center 10 of information on the incident or accident site. In response to this information, the emergency center 10 side can collect information around the incident or accident occurrence site. The notification from the third portable terminal 23 is given to the emergency center 10 at the first time, the second time, etc. at predetermined time intervals. The emergency center 10 or the emergency contact 15 performs case resolution and response to the accident site with reference to the notification of sighting information and accident information.

  With this configuration, it is possible to promptly notify neighbors of the occurrence of an incident or accident every predetermined time. Further, by notifying the third mobile terminal 23 at predetermined time intervals, it is possible to detect a mobile terminal that always exists in the vicinity of the first mobile terminal and determine that the owner of the mobile terminal is a stalker can do.

  Also, in this case, the emergency center 20 does not depend only on the emergency mail parameter conditions, and is also urgent to the fourth mobile terminal existing in the pre-registered area such as the crime prevention area and other emergency evacuation areas. Mail can be delivered. According to this, it is possible to more accurately take action when an incident or accident occurs by distributing an emergency mail to portable terminals in the related area.

  FIG. 3 is a second principle block diagram of the present invention. The same components as those in FIG. 2 are denoted by the same reference numerals. In the figure, 10 is an emergency center, 6 is GPS, 5 is a mobile phone network, 21 is a mobile terminal held by a client, 26 is a mobile terminal held by a suspicious person, 27 is a mobile terminal held by a person, and 17 is an emergency. An operator who receives a notification from the center 10. An example of the operator (monitorer) 17 is a police station. In the emergency center 10, 1 is a position information acquisition function unit that receives communication information from the GPS 6, the mobile phone network 5, and the persons 21, 22, and 23, and 11 is an output from the position information acquisition function unit 1. In response to this, the peripheral information collection function unit 12 that collects peripheral information of a specific user is a history management / statistic processing function unit that receives the output of the peripheral information collection function unit 11 and performs history management / statistical processing. The operation of the system configured as described above will be described as follows.

  At a certain time, the requester 21 notifies the emergency center 10 of the sign-type emergency mail according to the designated parameter conditions. The peripheral information collection function unit 11 collects position information of persons around the requester 21 and provides it to the history management / statistical processing function unit 12. The history management / statistical processing function unit 12 periodically performs history management and statistical processing, and notifies the operator 17 of it. The history management / statistical processing function unit 12 processes the emergency mail periodically notified to extract the mobile terminals held by the person 26 around the mobile terminal 21 held by the requester. For example, the operator 17 Notify In this way, it is possible to prevent crimes from occurring and to identify the person who becomes annoying.

  FIG. 4 is a block diagram showing a first embodiment of the present invention. The same components as those in FIG. 2 are denoted by the same reference numerals. In the figure, 5 is the Internet as a mobile phone network, 6 is GPS, and 10 is an emergency center. The emergency center 10 corresponds to a telephone company, for example. In the emergency center 10, 1 is a location information acquisition function unit, 8 is a subscriber information storage unit that stores subscriber information, and 9 is an emergency notification reception unit that receives an emergency notification. As the subscriber information storage unit 8, for example, a disk device is used. Reference numeral 20 denotes a peripheral information acquisition / distribution server. In the peripheral information acquisition / distribution server 20, 2 is a peripheral information acquisition function unit that acquires peripheral information, 3 is an emergency notification and distribution function unit that receives an output from the peripheral information acquisition function unit 2, and performs an emergency notification, 7 Is an information registration unit for registering various types of information. For example, a disk device is used as the information registration unit 7. Here, the peripheral information acquisition function unit 2, the emergency notification & distribution function unit (emergency notification unit) 3, and the information registration unit 7 are components unique to the present invention.

  21 is a first portable terminal at the accident occurrence site, 22 is a second portable terminal held by a person who has witnessed the accident, and 23 is a third portable terminal existing in the vicinity of the incident or accident occurrence place. Z1 is an area corresponding to a radio base station, and Z2 is an area corresponding to another radio base station. Reference numeral 25 denotes a mobile terminal that exists in a location close to the adjacent area Z1 in the area Z2. Here, a thick solid arrow indicates a process control flow, a broken arrow indicates a data flow, and a thin solid line indicates an information flow. The operation of the system configured as described above will be described as follows.

  It is assumed that subscriber information is stored in advance in the subscriber information storage unit 8 and related information is stored in the information registration unit 7. If any incident or accident occurs, when an emergency notification mail is transmitted from the first portable terminal 21 or the second portable terminal 22 due to the accident, it is received by the emergency notification receiving unit 9 in the emergency center 10 (C1 route). And if it is an emergency position information acquisition service, the periphery information acquisition function part 2 will operate | move (route | route of C2). Here, the position of the caller is obtained using the GPS 6 using the existing position information acquisition function unit 1. Then, the peripheral information acquisition function unit 2 refers to the information registration unit 7, phone numbers, e-mail addresses, and location information of all portable terminals of people existing in the radius area that is the parameter condition designated by the caller. Identify and collect information. In this case, the subscriber information storage unit 8 and the information registration unit 7 are referred to as necessary. Here, the peripheral information acquisition / distribution server 20 creates map information by image processing from the location information of the sender and the location information of the recipient (routes C3, C4, C6, and C7).

  Then, the peripheral information acquisition / distribution server 20 attaches a file obtained by image processing from the specified area and the mail address information of all the mobile terminals existing in the area, and sends the emergency notification & distribution function unit 3 Is activated, and an email indicating an emergency or accident is transmitted to the mobile terminals to be distributed in the designated area (routes C10 and C11).

  By such processing, the portable terminal of the neighbor's portable terminal holder who received the distribution is confirmed, it is determined that it is an incident / accident, and the dispatch point is rushed. Here, if the holder of the received portable terminal has the sighting information as a neighbor, it can be returned as the return information of the emergency delivery notification information (route of C12).

  Upon receiving the reply information from the mobile terminal received as a neighbor, the emergency center 10 side temporarily stores the reply information in the information registration unit 7 so that it can be used for later operations and analysis even in this state.

  However, the distribution target terminal that is first collected as location information may be constantly moving, and the location of the reporter may be out of the distribution target range. It may exist. In addition, by distributing the already obtained sighting information to neighbors, it is easy to obtain more detailed sighting information, and the emergency center 10 is used in advance for the purpose of improving efficiency when used for later operations and analysis. When the time registered on the side elapses, the above-described process (the process from the C2 route as a trigger to the C12 route) is repeated again.

  FIG. 5 is a block diagram showing a second embodiment of the present invention. The same components as those in FIG. 4 are denoted by the same reference numerals. In the figure, 10 is an emergency center, and 5 is the Internet that connects the emergency center 10 and a portable terminal holder. In the emergency center 10, 1 is a location information acquisition function unit, 14 is a notification reception unit that receives an emergency mail from the first portable terminal 21, and 8 is a subscriber information storage unit that stores subscriber information. Reference numeral 20 'denotes a specific user peripheral information acquisition server. In the specific user peripheral information acquisition server 20 ′, 11 is a peripheral information collection unit that collects peripheral information, and 12 is a specific user information storage unit that stores specific user information. A history management / statistic processing unit 13 is connected to the specific user peripheral information acquisition server 20 '. The history management / statistic processing unit 13 is connected to an operator 17.

  21 is a first mobile terminal of a person (stalker victim) who exists in the area of Z1, 26 is the position information for all mobile terminals in an area that matches the specified parameter condition is calculated from the existing GPS A fifth portable terminal 25, which is a target, is a fourth portable terminal existing in a reserved area. In the figure, thick solid arrows indicate process control flow, broken arrows indicate data flow, and thin solid arrows indicate information flow. The operation of the system configured as described above will be described as follows.

  If a mobile terminal holder has received an email from a malicious mobile terminal from a suspicious person or a stalking action using a telephone at the time before the examination occurred, the mobile terminal holder who is the victim will be the first mobile A mail as an incident sign investigation service is transmitted from the terminal 21 (C1). In the emergency center 10 that received this mail, it is received by the emergency notification receiving unit 14 (C1 route). And when the received mail is an incident sign investigation service, the surrounding information collection function part 11 of a specific user is started (route C2).

  The peripheral information collection function unit 11 uses the location information acquisition function unit 1 to utilize the location of the caller using GPS, and utilizes the GPS location search function to always specify a specified area from the emergency mail transmission location. Using the function to obtain the location information of all the mobile terminal holders (routes C3, C4, C6, C7), and information specified by parameters from the victim (period, location, detection condition, speech, etc.) ) To collect detailed information on whether or not the designated period always exists in the area centered on the portable terminal 21 of the reporter (C9, C10). The operator 17 on the emergency center 10 side operates the history management / statistical processing unit 13 (C12) to determine a suspicious person from the distribution map of the position information.

  With this mechanism, when an accident or incident (location with few people) occurs, an emergency call notification from the mobile terminal will notify the neighboring people who are within the specified area of the call location that the accident has occurred. In some cases, it is possible to establish a certain lender before an emergency or the police.

  In the case of an incident, the emergency center 10 promptly informs the neighbors of the information transmission of the incident together with the victim's location (map) information and the location information (map) of the recipient who is the neighbor. By notifying them, a reply mail with many important testimony and witness information of the criminal is obtained, and the work efficiency of narrowing down the criminal by the subsequent police investigation is improved. In some cases, there is a high possibility that many neighbors will seize the criminal.

  Moreover, even if you accidentally carry a mobile terminal and are in a communicable state, even if you accidentally flee and run away, it is expected that you will be able to resolve it early. Further, according to the present invention, before the occurrence of the incident, the victim sends a predictive emergency mail to the emergency center 10 in advance, so that the suspicious person performs a malicious stalking action (telephone / email) using the mobile terminal. Can be confirmed in advance, and people who are always within a certain distance (for example, the person behind the victim) can be grasped in advance, which can contribute to further narrowing down suspicious individuals .

In addition, according to the present invention, it is possible to promptly notify neighbors of the occurrence of an incident or accident. Further, when the position information of the suspicious person is measured by the predictive emergency mail, if it is determined that the suspicious person is not a suspicious person, the measurement related to the person is forcibly terminated. In addition, according to the present invention, it is possible to better understand the situation of the accident or incident occurrence site by notifying the emergency center 10 of the image information of the accident or incident occurrence site. Further, in addition to the first reply, after the predetermined time has passed, the third mobile terminal notifies the emergency center 10 of important sighting information, thereby detecting a mobile terminal that always exists in the vicinity of the first mobile terminal. Thus, it can be determined that the owner of the portable terminal is a stalker.
(Example 1)
FIG. 6 is a flowchart showing the emergency mail receiving process, and FIGS. 7 and 8 are flowcharts showing the details of the emergency mail receiving process. As the system configuration diagram, one shown in FIG. 4 or 5 is used. First, when an incident or accident occurs, the emergency notification receiving unit 9 receives a report from the first mobile terminal 21 or the second mobile terminal 22. When the report is received, the emergency mail acceptance process is started. In the emergency reception process, the emergency notification reception unit 9 executes an emergency notification message read process (S1), and the peripheral information acquisition / distribution server 20 determines a request condition (S2).

  As a result of the determination, in the case of a general existing emergency service, a general emergency notification related process is performed (S3), and the process ends. If it is not a general emergency service in the determination in step S2, the case of the emergency location information acquisition service, the case sign investigation service, the reply mail from the neighbor, the case sign investigation service stop, It is divided into.

  In the case of the emergency location information acquisition service, the peripheral information acquisition function starting unit is started (S4), it is determined what processing is performed by the communication interface (IF) control unit 50 (S5), and the peripheral information acquisition function processing is performed. (Details will be described later) are executed (S6). When this process is executed, the process ends.

  If the requested condition is the incident sign investigation service in step S2, the peripheral information collection function unit of the specific user is activated (S7), and it is determined what processing is performed by the communication interface control unit 50 (S8). ), A specific user's peripheral information collection function process (details will be described later) is executed (S9). When this process is executed, the process ends.

  If it is a reply mail from the neighbor in step S2, the area name of the base station of the reporter terminal is acquired, and detailed sighting mail information from the neighbor candidates is accumulated (S10), and the detailed sighting information file Accumulate at 30. When this process is executed, the process ends.

  If the incident sign investigation service is stopped in step S2, the peripheral information acquisition / distribution server 20 sets a stop flag when receiving a case sign investigation service stop request from the reporter (S11), and this flag is set to the stop flag file 31. To accumulate. When this process is executed, the process ends.

  9 to 14 are flowcharts showing the peripheral information acquisition function process, and show details of step S6 in FIG. In the activated peripheral information acquisition function unit 2, the emergency position information acquisition service execution counter 32 is initialized (S20), and the communication interface is set via the input information setting process (S21) for starting the position information acquisition function unit. The control unit 50 (S22) activates the position information acquisition function unit 1 (S23).

  Then, an area name in the base station is acquired from the telephone number of the reporter (S24) (sequence M03 portion described later). The acquired area name is stored in the in-area file 33 (S25). Next, via the input information setting process (S26) for starting the detailed position information acquisition function unit for acquiring the detailed position information of the reporter terminal, the communication interface control unit 50 (S27) the position information acquisition function. The unit 1 is activated (S28). Then, the detailed information of the position information is acquired from the telephone number of the reporter (S29) (sequence M08 portion described later). Then, the acquired area name is accumulated in the detailed position information file 34 (S30).

  Further, in order to assign the terminal number of the neighbor candidate from the area name of the reporter, input information is set for starting the detailed position information acquisition function (S31), and the communication interface control unit 50 (S32) sets the position information acquisition function. The unit 1 is activated (S33). Then, the telephone number information of the neighbor is acquired based on the area name of the reporter (S34) (sequence M10 portion described later). And the acquired area name is accumulate | stored in all the terminal number files 35 (S35).

  Further, in order to acquire the detailed location information of the neighbor candidate terminal, the input information setting process for starting the detailed location information acquisition function is performed (S36), and the communication interface control unit 50 (S37) The acquisition function unit 1 is activated (S38).

  Then, the detailed information of the position information is acquired from the terminal number of the neighbor candidate terminal (S39) (sequence M15 portion described later). Then, the acquired detailed location information names of neighboring candidates are accumulated in the location detailed information file 36 of all terminals (S40).

  Here, from the neighbor candidates, the distribution terminals of the neighbors are narrowed down by each condition data (see FIGS. A-3, A-4, A-5, and A-6 (see FIGS. 21 to 24)). The editing result is accumulated in each condition information file 37 (S41).

  Next, the peripheral information acquisition / distribution server 20 checks whether this notification processing is the second request (S42). In the case of the second and subsequent notifications, the latest sighting information of the relevant incident / accident is acquired from the sighting information file 38 (S43). If it is the first notification in step S42, the process jumps to step S44. After executing step S43, or when it is the first notification in step S42, the mail address information is obtained from each subscriber number with reference to each subscriber information file 39 (S44). Then, in order to carry out the emergency delivery mail to the neighbor, the emergency notification / delivery function is activated via the activation control unit 51 (S45) (S46, S47).

  Thereafter, a process execution counter is acquired from the current counter registration information file 32 (S48), and the counter value is determined (S49). Here, in the case of completion, post-processing is executed (S53), and the process returns to the activation source. If the initial distribution is completed, the processing execution counter of the counter registration information file 32 is updated (S50). Thereafter, timer registration data corresponding to the counter value is acquired from the timer registration information file 47 (S51), and the timing is taken during the timing data desired to be acquired (S52). In step S49, when the counter value determination is finished, post-processing is executed (S53), and the processing is finished (returned).

  Then, after the specified time has elapsed, the process is re-executed from the process of S21 in order to start the second investigation. In this case, the same processing is executed up to S42. Then, after determining whether or not the second processing is being performed (S42), the latest sighting information in which sighting information from neighbors is accumulated is acquired (S43). The distribution of this process is the same as the process described above. In step S48, the latest process execution counter is acquired, and after the counter is determined (S49), the process ends after the post-process (S53) is performed. When the emergency notification & distribution function is activated by the activation of the emergency notification & distribution function unit in S46, a notification to the effect that it is an emergency mail is carried out to the neighbor (S60). FIG. 15 is a flowchart showing the emergency notification & distribution function process. After the emergency information is distributed to the neighbor, an emergency mail is distributed to the neighbor (S60).

Thus, according to the first embodiment, it is possible to promptly notify neighbors of the occurrence of an incident or accident.
(Example 2)
After being notified to the neighbor by the emergency notification & distribution function by the processing of the first embodiment, a reply mail as sighting information from the neighbor is received in the emergency mail acceptance processing flow (FIG. 6). . Then, a message reading process (S1) is executed, and in the case of a reply mail from a neighbor by the requirement condition determination process S2, detailed sighting information from the terminal of the neighbor is accumulated (S10 in FIG. 8). The subsequent processing is ended, but as described in detail in the first embodiment, from the end of the first time, after a predetermined time has elapsed, in order to acquire the second detailed sighting information, from S21 to S49 The above process is repeated (see FIGS. 9 to 14).

According to the 2nd example, important sighting information can be promptly notified as a reply to having received an emergency mail from a portable terminal which exists in the vicinity of an accident occurrence place.
(Example 3)
In the process of the first embodiment, a specific area is read out from the condition data according to a condition designated by a neighbor and a delivery area is determined (S41 in FIG. 12).

According to the third embodiment, in the area where the emergency mail is distributed, it can be distributed to the fourth portable terminal existing in the area that has been reserved and registered in advance, and a higher-speed response can be taken.
(Example 4)
First, in the case of transmission of a sign / survey service, when receiving a report from the first mobile terminal 21, the notification receiving unit 14 is activated. The notification receiving unit 14 executes an emergency message reading process (S1 in FIG. 6), and determines the request condition (S2). Here, in the case of the case sign / survey service, after processing the specific user peripheral information acquisition function (S7 in FIG. 7), the communication interface control unit 40 (S8) starts the specific user peripheral information acquisition function unit 2 (S9).

  16 to 20 are flowcharts showing the peripheral information collection function process of the specific user. The activated specific user peripheral information acquisition function unit 2 initializes the specific user peripheral information acquisition service execution counter 32 (S70). Thereafter, the input information setting process (S71) for starting the position information acquisition function to the detailed position information acquisition process (S90) are the same as the processes shown in FIGS.

Thereafter, the current process execution counter is acquired (S91), and the counter value is determined (S92). Here, if it ends, return to the activation source.
If not completed, the flag information is read from the stop flag information file 37 from the reporter (S93), and the stop counter value is determined (S94). Thereafter, the counter registration information file 32 is updated (S96). Thereafter, timer registration data corresponding to the counter is obtained from the timer registration information file 41 corresponding to the counter (S97), and the timing of the timer value is taken (S98). In step S92, if the counter is ended after execution of the process, post-processing is performed (S95). And the process from S71 to S90 is executed for a specific time of the sign / investigation reporter. Thereafter, in the executed state, the operator 17 on the emergency center 20 side can always monitor using the history / statistical information function. FIG. 21 is a flowchart showing history / statistical processing. When performing the history / statistical processing, the operator uses the result of collecting positional information from the positional information detailed collection data file 42 for history management / statistical processing (S100).

According to the fourth embodiment, in the case where the victim's mobile terminal holder has suffered damage using some mobile terminal before the incident occurred, the predictive type is transmitted from the first mobile terminal via the network. The emergency mail is notified to the emergency center according to the designated parameter condition, and the emergency center side calculates the location information for all the mobile terminals in the area that matches the designated parameter condition from the existing GPS, and is subject to the fifth The change in the position of the mobile terminal group can be measured according to a predetermined condition, and the result can be accumulated as statistical information.
(Example 5)
In the fourth embodiment, the measurement of the suspicious person's position information is forcibly terminated by the sign-type emergency outgoing mail. Hereinafter, a data configuration example used in the above-described embodiment will be described. FIG. 22 is a diagram illustrating a data configuration example of the first to third embodiments. FIG. A-1 shows the configuration of the emergency position information acquisition service execution counter, which is composed of service execution counter information C. FIG. A-2 is emergency position information acquisition service execution stop information, and is configured from service stop flag information F. FIG. FIG. A-3 shows the reporter's area name accumulation data, which is composed of the reporter's telephone number, the corresponding area name, detailed map information, the reporter's condition information, and the adjacent area number. The reporter condition information P is 10, 50, 100 (m), etc., and can be selected from the terminal.

  FIG. 23 is a diagram illustrating a data configuration example of the first to third embodiments. FIG. A-4 shows the reporter's area name accumulation data, which is stored in the first position, the second position, etc., each time consisting of east longitude and latitude information. FIG. 24 is a diagram illustrating a data configuration example of the first to third embodiments. Fig. A-5 shows area name accumulation data of neighbors, and each time, it is composed of east longitude, latitude, distance (distance between victim and reporter), and map data.

  FIG. 25 is a diagram illustrating a data configuration example of the first to third embodiments. Fig. A-6-a relates to the parameter registration information Z area of the neighbor's mail receiving condition, and is composed of the neighbor's telephone number and on / off of service provision. As for on / off of service provision, on is provided and off is not provided. The initial value is on. Fig. A-6-b relates to the parameter registration information Y area of the neighbor's mail receiving condition, and is composed of the neighbor's telephone number and on / off of service provision. FIG. A-7 shows timer registration data, which is composed of the number of executions and timer registration information.

  FIG. 26 is a diagram illustrating a data configuration example of the fourth to fifth embodiments. FIG. B-1 is emergency position information acquisition service execution counter information, which is composed of service execution counter information C. FIG. B-2 is stop information for urgent position information acquisition service execution, and is composed of service stop flag information F.

  FIG. 27 is a diagram illustrating a data configuration example of the fourth to fifth embodiments. FIG. B-3 shows the reporter's area name accumulation data, in which the reporter's telephone number and hourly location information for each week are registered. For example, in the measurement result on the first day, east longitude and latitude information are registered every hour. FIG. 28 is a diagram illustrating a data configuration example of Embodiments 4 to 5. FIG. B-4 is area name accumulation data of neighbors, and stores the caller's telephone number and the position data of the day for each week. For example, the position data for every 24 hours on the first day stores east longitude and latitude information at intervals of one hour for each telephone number, as shown in the figure. In addition, since data cannot be taken when a neighbor is absent, “absent” is stored.

  FIG. 29 is a diagram illustrating a data configuration example of the fourth to fifth embodiments. FIG. B-5 shows area name accumulation data of neighbors. The telephone number of the reporter and the location data for each week are stored every day. For example, in the position data on the second day, a telephone number, east longitude, and latitude are stored every hour. FIG. 30 is a diagram illustrating a data configuration example of Embodiments 4 to 5. FIG. B-6-a is composed of the telephone numbers of neighbors in the area where the service is located and the on / off status of service provision. Service on is provided, off is not provided, and the initial value of on / off is on. Fig. B-6-b is composed of the telephone number of the neighbor and the service provision in the neighboring area. FIG. B-7 shows timer registration data, which is composed of the number of executions and timer registration information (for days).

  31 to 33 are diagrams showing an example of an emergency mail transmission sequence according to the present invention. All of the sequences correspond to Forms 1 to 3. Here, it is assumed that the portable terminal of the reporter is the portable terminal 1 and the portable terminal of the neighbor is the portable terminal 2. 9 is an emergency notification reception unit, 2 is a peripheral information acquisition function unit, 3 is an emergency notification and distribution function unit, 1 is a location information acquisition function unit, and 6 is a GPS.

  When an accident / incident occurs, an emergency mail including a telephone number and an emergency flag is notified from the portable terminal 1 to the emergency notification receiving unit 9 (M01). When receiving the emergency mail, the emergency notification receiving unit 9 sends an emergency mail position acquisition start notification to the peripheral information acquisition function unit 2 (M02). Upon receiving this notification, the peripheral information acquisition function unit 2 issues a report area request to the position information acquisition function unit 1 (M03). The position information acquisition function unit 1 notifies the acquired notification area (area name) to the peripheral information acquisition function unit 2 (M04).

  The peripheral information acquisition function unit 2 issues a detailed position request to the position information acquisition function unit 1 (M05). The position information acquisition function unit 1 acquires GPS position / longitude information and notifies the portable terminal 1 (M06). The portable terminal 1 makes a GPS position / longitude information request to the GPS 6, and returns a GPS position / longitude acquisition reply from the received position information to the position information acquisition function unit 1 (M07).

  The position information acquisition function unit 1 returns detailed position information to the peripheral information acquisition function unit 2 (M08). Upon receiving this information, the peripheral information acquisition function unit 2 makes a neighbor candidate number request to the position information acquisition function unit 1 (M09). The position information acquisition function unit 1 notifies the neighboring information acquisition function unit 2 of the neighbor candidate numbers from the telephone number 1 to the telephone number n (M10). Receiving this information, the peripheral information acquisition function unit 2 makes a detailed location request for the neighbor candidate to the position information acquisition function unit 1 (M11).

  Next, the location information acquisition function unit 1 notifies the neighbor terminal location information acquisition request to the mobile terminal 2 (M12). The portable terminal 2 issues a GPS position / longitude acquisition request to the GPS 6 (S13), and acquires GPS position / longitude information (M14). Next, the portable terminal 2 transmits neighboring candidate position information to the position information acquisition function unit 1 (M15). The position information acquisition function unit 1 returns the position information (longitude / latitude /) of the neighbor candidate for each telephone number to the peripheral information acquisition function unit 2 (M16). The peripheral information acquisition function unit 2 narrows down the neighbors from the neighbor candidates (narrows the emergency information notification range based on the difference between latitude and longitude), and acquires information such as an email address from the information registration unit 7. Then, an emergency information notification is issued to the emergency notification & distribution function unit 3 (M17).

  The emergency notification & distribution function unit 3 notifies the portable terminal 2 of the incident / accident information (M18). An emergency mail notification is returned from the portable terminal 2 to the emergency notification receiving unit 9 (M19). The emergency notification receiving unit 9 accumulates sighting mail information and the like in the information registration unit 7 (M19 ').

  FIG. 34 to FIG. 37 are diagrams showing a sequence at the time of transmission of the sign investigation mail according to the present invention. In the figure, the reporter's mobile terminal is the mobile terminal 1, and the neighbor's mobile terminal is the mobile terminal 2. 9 is an emergency notification receiving unit, 25 is a peripheral information collecting function unit of a specific user, 13 is a history management / statistics function unit (history management / statistics processing unit), 1 is a location information acquisition function unit 1, and 6 is GPS.

  When an incident sign investigation request is generated from the portable terminal 1, a sign investigation request mail notification including a telephone number and an emergency flag is sent to the emergency notice receiving unit 9 (M20). Upon receiving this notification, the emergency notification accepting unit 9 sends an emergency mail position acquisition start notification to the peripheral information collecting function unit 25 of the specific user (M21). When the peripheral information collection function unit 25 of the specific user receives this notification, it issues a report area request to the position information acquisition function unit 1 (M22). Upon receiving this request, the location information acquisition function unit 1 acquires a report area and notifies the area name collection function unit 25 of the specific user of the area name (M23). Upon receiving this notification, the peripheral information collection function unit 25 of the specific user notifies the position information acquisition function unit 1 of a detailed position request (M24).

  The position information acquisition function unit 1 notifies the mobile terminal 1 to acquire GPS position / longitude information (M25). The portable terminal 1 communicates with the GPS 6 to acquire GPS position / longitude information and returns it to the position information acquisition function unit 1 (M26). In response to this notification, the location information acquisition function unit 1 returns detailed location information to the peripheral information collection function unit 25 of the specific user (M27). The surrounding information collection function unit 25 of the specific user who has received this notification makes a neighborhood candidate number reply request to the location information acquisition function unit 1 (M28).

  The location information acquisition function unit 1 acquires and notifies the neighbor candidate numbers (phone number 1, phone number 2,...) To the peripheral information collection function unit 25 of the specific user (M29). The surrounding information collection function unit 25 of the specific user issues a detailed position request to the position information acquisition function unit 1 (M30). Next, the position information acquisition function unit 1 notifies the neighbor portable terminal 2 of a neighbor candidate position information acquisition request (M31). Next, the portable terminal 2 communicates with the GPS 6 and acquires GPS position / longitude information (M32, M33).

  Next, the portable terminal 2 sends back the neighbor candidate position information to the position information acquisition function unit 1 (M34). Upon receipt of this information, the position information acquisition function unit 1 returns a neighbor candidate position information to the peripheral information collection function unit 25 of the specific user (M35). Information at this time is telephone number and latitude / longitude information. The peripheral information collection function unit 25 of the specific user collects the requester's designated condition (condition parameter such as period) position information for subscribers in the same area or adjacent areas according to the requester's conditions. The collected information is accumulated in the information registration unit 7. Next, the peripheral information collection function unit 25 of the specific user sends a history / statistical information processing notification to the history management / statistical function unit 26 (M36).

  Next, the operation terminal operator 17 starts the symptom investigation monitoring for the history management / statistics function unit 26 (M37). The history management / statistics function unit 26 can be used by a system maintenance person (operator) for conservatively monitoring history information and statistical processing of a suspicious subscriber terminal. Next, the history management / statistical processing function unit 26 refers to the symptom survey monitoring information to the operator 17 (M38). In addition, it is possible to cooperate in investigating stoker crimes based on the results of suspicious person location distribution. Next, the portable terminal 1 sends a sign investigation request mail notification to the emergency notification receiving unit 9 (M39). The emergency notification receiving unit 9 stores a stop flag in the stop flag storage file 28. In response to a request to stop the investigation from the whistleblower, the signs investigation stops immediately.

  FIG. 38 is a diagram showing a screen image when an emergency mail is transmitted from the mobile terminal. When an incident or accident occurs, the victim or witness puts the mobile terminal in the mail transmission mode. At this time, the display of the portable terminal is as shown at 60. 1 is an emergency notification, 2 is a return of sighting information, 3 is a sign investigation, and 4 is a sign investigation stop. Here, when the victim or witness selects 1, the emergency notification condition menu 61 is displayed.

  On the display, an emergency notification condition and a detailed information setting entry field are displayed. For example, the neighbor distribution condition is set to “present” and the radius is set to 1000 m. When the detailed information setting is set to “present” and the transmission key is pressed, an emergency mail is transmitted. Reference numeral 70 denotes a display of a portable terminal held by the person who has received the notification. You can enter sightings and photos on the display. In the sighting information, clothes and age are input, and it can be notified whether there is a photograph. The information set in this way is notified to the victim or witness as necessary.

  FIG. 39 is a diagram illustrating a screen image when a sighting information mail is returned from the portable terminal. When the witness selects 2, a return menu 62 of sighting information is displayed. Enter the black jumper, 20s as the sighting information, and press the reply key. The sighting information is sent to the emergency center.

  FIG. 40 is a diagram illustrating a screen image at the time of transmission of a sign investigation from the mobile terminal. When the 3 sign investigation is selected, a sign investigation menu 63 is displayed. Here, it is possible to notify the emergency center by inputting the neighbor survey conditions (distance, period, number of days, etc.) and pressing the survey transmission key.

  FIG. 41 is an explanatory diagram of a sign analysis image. Using the request of the client as a trigger, the distance to the mobile terminal user existing in the vicinity of the client is monitored, the periodicity of approaching, etc. are examined and used as the reference data specific to the stalker. For example, if a person other than the family is always nearby at a certain time, it is determined to be suspicious. Reference is made to characteristic K in the figure. The horizontal axis indicates the date and time, and the vertical axis indicates the distance between the client and the suspicious person. The solid line is the distance between the client and the suspicious person A, and the broken line is the distance between the client and the suspicious person B. Since the suspicious person A is always nearby in a certain cycle, it can be determined that the person A is suspicious.

  FIG. 42 is a diagram showing the relationship between adjacent areas. Although the mobile terminal b is also present in the base station A where the reporter's mobile terminal a is located, the mobile terminal c of another base station is closer in distance. Therefore, the base station A checks the mobile terminals located in the adjacent base station B and base station C, finds the mobile terminal c close to the mobile terminal a, and notifies an emergency mail there. In the present invention, since it is designated as a parameter within Xm as a parameter, it is not notified to all mobile terminals in the area.

(Supplementary note 1) Designate information indicating that it is an emergency outgoing mail via the network from the first mobile terminal of a person involved in an accident or incident or the second mobile terminal of a person who witnessed an accident or incident According to the specified parameter conditions (step 1)
Upon receiving this emergency communication, the emergency center side extracts the latitude / longitude of the transmission position from the emergency information, and is located in the mobile terminal located in the corresponding base station that meets the specified parameter condition and in the adjacent area. Obtain detailed location information (map information) for the mobile terminal group having the third mobile terminal according to the GPS information (step 2),
A mail indicating that the mail is an emergency mail is delivered by attaching a map of the location where the first and second mobile terminals are present to the third mobile terminal and a map describing the emergency call origin (step 3).
An emergency mail notification control method characterized by the above.

  (Supplementary note 2) The emergency mail notification control method according to supplementary note 1, wherein the distributed third mobile terminal side promptly notifies important sighting information as a reply to the mail.

  (Supplementary note 3) In the area where emergency mail is delivered, it is not dependent on only the emergency mail parameter conditions, but also on a fourth mobile terminal existing in a pre-registered area such as a crime prevention area or other emergency evacuation area. The emergency mail notification control method according to supplementary note 1, wherein the emergency mail notification control method is distributed.

  (Supplementary Note 4) In the case where the victim's mobile terminal holder was damaged by using any mobile terminal before the incident occurred, the sign-type emergency mail was designated from the first mobile terminal via the network. The emergency center is notified according to the parameter condition, and the emergency center side extracts the latitude / longitude of the transmission position from the emergency information according to the specified parameter condition, and all mobile phones in the area that match the specified parameter condition. Supplementary note 1 characterized in that position information for a terminal is determined from an existing GPS, a change in the position of a fifth mobile terminal group as a target is measured according to a predetermined condition, and the result is accumulated as statistical information. Emergency mail notification control method.

(Supplementary note 5) The emergency center side that receives an emergency mail sent via the network from the first portable terminal of a person involved in some accident or incident or the second portable terminal of a person who witnessed the accident or incident Position information acquisition function part of
In response to the output from the position information acquisition function unit, the latitude / longitude of the transmission position is extracted from the emergency information, and the mobile terminal located in the corresponding base station that meets the specified parameter condition and the adjacent area A peripheral information collection function unit on the emergency center side that acquires detailed position information (map information) for a mobile terminal group having a third mobile terminal in a zone according to GPS information;
Emergency mail from the first mobile terminal and the second mobile terminal attached with a map of the location where the first and second mobile terminals are present on the third mobile terminal and a map describing the emergency call origin An emergency notification part on the emergency center side that notifies the mobile terminal around the accident site of an email to the effect that
Emergency mail notification control system consisting of.

(Supplementary note 6) The emergency mail notification control method according to supplementary note 4, wherein the measurement of the position information of the suspicious person by the sign-type emergency mail is forcibly terminated.
(Appendix 7) When the mobile terminal is a camera-equipped mobile terminal, the emergency center is also notified as an attached file of photograph information obtained by capturing images around the accident or incident occurrence site. Emergency mail notification control system.

  (Supplementary note 8) The emergency mail notification control system according to supplementary note 2, wherein important sighting information is notified from the third mobile terminal to the emergency center every predetermined time in addition to the first reply.

It is a flowchart which shows the principle of this invention method. It is a first principle block diagram of the present invention. It is a 2nd principle block diagram of this invention. 1 is a block diagram illustrating a first exemplary embodiment of the present invention. It is a block diagram which shows the 2nd Example of this invention. It is a flowchart which shows an emergency mail reception process. It is a flowchart which shows the detail of an emergency mail reception process. It is a flowchart which shows the detail of an emergency mail reception process. It is a flowchart which shows a periphery information acquisition function process. It is a flowchart which shows a periphery information acquisition function process. It is a flowchart which shows a periphery information acquisition function process. It is a flowchart which shows a periphery information acquisition function process. It is a flowchart which shows a periphery information acquisition function process. It is a flowchart which shows a periphery information acquisition function process. It is a flowchart which shows an emergency notification & delivery function process. It is a flowchart which shows the surrounding information collection function process of a specific user. It is a flowchart which shows the surrounding information collection function process of a specific user. It is a flowchart which shows the surrounding information collection function process of a specific user. It is a flowchart which shows the surrounding information collection function process of a specific user. It is a flowchart which shows the surrounding information collection function process of a specific user. It is a flowchart which shows log | history and statistical processing. It is a figure which shows the data structural example of the form examples 1-3. It is a figure which shows the data structural example of the form examples 1-3. It is a figure which shows the data structural example of the form examples 1-3. It is a figure which shows the data structural example of the form examples 1-3. It is a figure which shows the data structural example of form example 4-5. It is a figure which shows the data structural example of form example 4-5. It is a figure which shows the data structural example of form example 4-5. It is a figure which shows the data structural example of form example 4-5. It is a figure which shows the data structural example of form example 4-5. It is a figure which shows the sequence of the emergency mail transmission of this invention. It is a figure which shows the sequence of the emergency mail transmission of this invention. It is a figure which shows the sequence of the emergency mail transmission of this invention. It is a figure which shows the sequence at the time of the sign investigation mail transmission of this invention. It is a figure which shows the sequence at the time of the symptom investigation mail transmission of this invention. It is a figure which shows the sequence at the time of the sign investigation mail transmission of this invention. It is a figure which shows the sequence at the time of the sign investigation mail transmission of this invention. It is a figure which shows the screen image at the time of emergency mail transmission from a portable terminal. It is a figure which shows the screen image at the time of the sighting information mail reply from a portable terminal. It is a figure which shows the screen image at the time of the sign investigation transmission from a portable terminal. It is explanatory drawing of a symptom analysis image. It is a figure which shows the relationship of an adjacent area.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Location information acquisition function part 2 Peripheral information collection function part 3 Emergency notification part 5 Mobile telephone network 6 GPS
21 1st portable terminal 22 2nd portable terminal 23 3rd portable terminal

Claims (5)

A parameter condition in which information indicating that it is an outgoing mail in an emergency via a network from a first portable terminal of a person involved in some accident or incident or a second portable terminal of a person who witnessed an accident or incident To notify the emergency center (step 1)
Upon receiving this emergency communication, the emergency center side extracts the latitude / longitude of the transmission position from the emergency information, and is located in the mobile terminal located in the corresponding base station that meets the specified parameter condition and in the adjacent area. Obtain detailed location information (map information) for the mobile terminal group having the third mobile terminal according to the GPS information (step 2),
A mail indicating that the mail is an emergency mail is delivered by attaching a map of the location where the first and second mobile terminals are present to the third mobile terminal and a map describing the emergency call origin (step 3).
An emergency mail notification control method characterized by the above.   The emergency mail notification control method according to claim 1, wherein the distributed third mobile terminal side promptly notifies important sighting information as a reply to the mail.   In areas where emergency mail is delivered, it is not dependent only on the emergency mail parameter conditions, and it is also delivered to a fourth mobile terminal existing in a pre-registered area such as a crime prevention area or other emergency evacuation area. The emergency mail notification control method according to claim 1, wherein:   If the victim's mobile terminal holder had suffered damage using some mobile terminal before the incident occurred, the first mobile terminal would send an emergency urgent email via the network according to the specified parameter conditions. The emergency center sends out the latitude / longitude of the transmission position from the emergency information according to the specified parameter conditions, and the location information for all mobile terminals in the area that matches the specified parameter conditions The emergency mail according to claim 1, characterized in that the current GPS is determined from the existing GPS, the change in the position of the fifth portable terminal group as a target is measured according to a predetermined condition, and the result is accumulated as statistical information. Notification control method. A location information acquisition function unit for receiving an emergency mail sent via a network from a first portable terminal of a person involved in some accident or incident or a second portable terminal of a person who witnessed an accident or incident;
In response to the output from the position information acquisition function unit, the latitude / longitude of the transmission position is extracted from the emergency information, and the mobile terminal located in the corresponding base station that meets the specified parameter condition and the adjacent area A peripheral information collection function unit that acquires detailed position information (map information) for a mobile terminal group having a third mobile terminal in a range according to GPS information;
Emergency mail from the first mobile terminal and the second mobile terminal attached with a map of the location where the first and second mobile terminals are present on the third mobile terminal and a map describing the emergency call origin An emergency notification unit that notifies mobile terminals around the accident site
An emergency mail notification control system consisting of.

Images