WO2006112246A1

WO2006112246A1 - Monitoring device an managing device

Info

Publication number: WO2006112246A1
Application number: PCT/JP2006/306670
Authority: WO
Inventors: Tomoichi Ebata; Naomichi Nonaka; Chiemi Kamakura
Original assignee: Hitachi, Ltd.
Priority date: 2005-03-31
Filing date: 2006-03-30
Publication date: 2006-10-26
Also published as: JPWO2006112246A1; JP4134269B2

Abstract

A tracking device for tracking a person being monitored in real time without exerting heavy load on the system even if there are many persons being monitored, detecting a person in an abnormal state, if any, from among the many persons in real time by the tracking, and reporting it to the monitoring person. The tracking device comprises person-being-monitored detecting means for detecting a portable terminal of a person being monitored, a storage section storing information, information processing section for processing information, and an information transmitting/receiving section for transmitting/receiving information. The storage section stores the scheme to monitor the person. The information processing section executes a judgment procedure of judging whether or not the time when the person-being-monitored detecting means detects the person satisfies the condition prescribed in the scheme and an alert sending procedure of sending an alert to another monitoring device through the information transmitting/receiving section according to the result of the judgment by the judgment procedure.

Description

Specification

Monitoring device and management device

Technical field

[0001] The present invention tracks (tracks), among a large number of unspecified targets to be monitored, a specific number of targets to be monitored based on conditions set in advance, and notifies an alarm to a supervisor when necessary. Monitoring apparatus and management apparatus.

Background art

[0002] Conventionally, there have been various services for tracking an object (person or car) that owns a device equipped with a position positioning function. These methods are provided as a taxi dispatch and to identify the whereabouts of the child by the elderly and guardians. In addition, due to the deterioration of security in recent years, there is also a service to search for persons to be protected and secure their personalities on the spot at the request of parents etc. who are not only tracking such subjects.

[0003] Further, using the detected position acquired by the GPS receiver to be monitored, the amount of change in position per predetermined time of the monitored object is calculated, and the movement speed of the monitored object is calculated. There is disclosed a technique in which the GPS receiver notifies another device of an alarm via a wireless communication means when the calculated moving speed of the monitored object exceeds a threshold (see Patent Document 1).

Furthermore, using the GPS device attached to the object to be monitored, the object to be monitored acquires its own position information, and is automatically managed at fixed time intervals using a wireless communication means such as a portable terminal. A technology for notifying a server is disclosed (see Patent Document 2).

Patent Document 1: Japanese Patent Application Laid-Open No. 2004-297356 (Paragraphs 0012 to 0036, 01)

Patent Document 2: Japanese Patent Application Laid-Open No. 2002-230691 (Paragraphs 0007 to 0010, 01)

Disclosure of the invention

Problem that invention tries to solve

[0005] On the other hand, conventional services require the guardian to detect the emergency of the protected person based on the information such as the whereabouts of the protected person. Emergency When a situation is detected, there is a high possibility that a protected person has already been involved in the case. Furthermore, there is a problem that it is difficult to guess where a protected person is if the protected person gets involved in an incident.

[0006] Further, according to Patent Document 1, it is possible to detect an emergency based on the moving speed of the person being protected. Acquisition of position information by device means using GPS etc. In many cases where position detection can not be performed due to the boundary, when it is forced to be carried by being put on a car or train as disclosed in Patent Document 1 concerned, the communication means is not merely interrupted but GPS radio waves There is a problem that the means for acquiring the position information is lost due to the inability to acquire information, and an abnormal state can not be detected. In addition, according to the technology disclosed in the document, the portable terminal device needs to be equipped with an autonomous position information detection means and a program having a calculation means, which raises the cost of the system, and the position information There is a problem that the cost (cost for using location information acquisition service, power consumption, memory used, etc.) becomes high in order to acquire data periodically.

Furthermore, according to Patent Document 2, the management server is notified of the position information of the object to be monitored acquired using a GPS device or the like automatically at appropriate time intervals. The position of the monitoring target can be grasped in real time. However, when it is necessary to monitor a large number of monitored targets, the load on the management server becomes large and there is a problem that the management server does not function.

The present invention has been made in view of the above problems, and, even if there are many persons to be monitored, the person to be monitored can be traced in real time without putting a large load on the system. It aims to provide a monitoring device and a management device that can do this, or to use this tracking to detect in real time the person to be monitored out of a large number of people and to notify the observer.

Means to solve the problem

[0009] A monitoring device according to the present invention is a monitoring device used in a monitoring system in which a plurality of monitoring devices for monitoring a monitored person holding a monitored person portable terminal can communicate with each other via a network. Information for transmitting / receiving information to / from the monitored person detecting means for detecting the monitored person portable terminal, a storage unit for storing information, an information processing unit for processing information, The storage unit stores a policy for monitoring the monitored person, and the information processing unit defines the detection of the monitored person by the monitored person detection means as the policy. And a alarm notification procedure of notifying an alarm to another monitoring device via the information transmitting / receiving unit based on the judgment procedure of judging whether or not the car meets the specified condition, and the judgment result of the judgment procedure. Was configured to execute.

According to the strong configuration, the monitoring device confirms the normality of the detection of the monitored person, thereby confirming whether the abnormal state occurs in the monitored person or not. Can be tracked.

Also, since the monitoring device can perform tracking without going through the server, it is possible to prevent the system from being heavily loaded, and it is possible to track the person to be monitored in real time.

Here, although a plurality of monitoring devices are included in the monitoring system, the number of monitoring devices is not particularly limited.

The monitored person may use a mobile phone as an example of the monitored person's mobile terminal, but the monitored person's mobile terminal is not limited to the mobile phone and may be carried by the monitored person. If it is possible equipment.

Effect of the invention

According to the present invention, even if there are many persons to be monitored, the persons to be monitored can be tracked in real time without putting a large load on the system, or the tracking can be used to select from among a large number of people. It is possible to detect a monitored person in an abnormal state in real time and notify the monitored person.

Brief description of the drawings

FIG. 1 is a block diagram of a tracking system according to a first embodiment.

FIG. 2 is a hardware configuration diagram of a supervisor terminal according to the first embodiment.

FIG. 3 is a hardware configuration diagram of a management device according to the first embodiment.

FIG. 4 is a hardware configuration diagram of the monitoring device according to the first embodiment.

FIG. 5 is a hardware configuration diagram of a mobile terminal of a monitored person according to the first embodiment.

FIG. 6 is a software configuration diagram of a supervisor terminal according to the first embodiment. 圆 7] It is a software configuration diagram of the management device according to the first embodiment.

8) It is a software configuration diagram of the monitoring device according to the first embodiment.

圆 9] It is a software block diagram of the person-to-be-monitored portable terminal according to the first embodiment.

FIG. 10 is a system construction screen according to the first embodiment.

圆 11] It is a monitoring device table held by the management device according to the first embodiment.

12) It is a monitoring device distance table held by the management device according to the first embodiment.

FIG. 13 is a monitored person information input screen according to the first embodiment.

FIG. 14 is an emergency action input screen according to the first embodiment.

FIG. 15 is an emergency situation detection condition input screen according to the first embodiment.

圆 16] This is an emergency detection condition input window according to the first embodiment.

[FIG. 17] It is a person-to-be-monitored detection monitoring device display screen (during route specification) according to the first embodiment.

FIG. 18 is a screen of the monitored person detection and monitoring device (when an area is specified) according to the first embodiment.

[FIG. 19] is a screen of the person-to-be-monitored detection and monitoring device display screen according to the first embodiment (at the time of speed designation). [FIG. 19] FIG.

FIG. 21 is a diagram showing information holding time by the monitoring device according to the first embodiment.

22] It is a schematic diagram of policy transmission processing by the management device according to the first embodiment. [Fig. 23] A schematic view of a monitored person detection notification transmission process by the monitoring device according to the first embodiment.

圆 24] is a schematic view of alarm notification processing according to the first embodiment.

FIG. 25 is an emergency situation detection notification screen according to the first embodiment.

圆 26] A condition input window according to the second embodiment.

[Fig. 27] A diagram showing an alarm reception screen according to the second embodiment.

圆 28] is a conceptual diagram of policy distribution by the monitoring device according to the third embodiment, (a) is a conceptual diagram when the monitoring device distributes a policy, (b) is a monitoring device that receives the policy

Furthermore, it is a conceptual diagram at the time of delivering a policy. FIG. 29 is a block diagram of a tracking system according to a fourth embodiment.

FIG. 30 is a block diagram of a tracking system according to a fifth embodiment.

FIG. 31 is a block diagram of a tracking system according to a sixth embodiment. Explanation of sign

1, 1A, IB, 1C tracking system

2 Supervisor terminal

3 Supervisor terminal side network

4 Management device

5 Monitor device side network

6, 6a, 6b, 6c, 6C monitoring device

8 Monitored Person Mobile Terminal

8A mobile phone

7 Supervisor-side wireless network

9 Observer

10 Monitored person

11 server maintenance personnel

13 Transportation Policy

14 Detection information

15 base stations

16 Mobile Phone Network

61 Rotating light

62 speakers

801 Network interface card control driver

802 I / O device control driver

803 Communication Management Module

804 Remote Management Module

805 GPS receiver control module

806 Camera control module 807 Alarm control module

808 Monitoring module

809 Tracking Policy Control Module

810 Receiver Control Driver

811 Camera control driver

BEST MODE FOR CARRYING OUT THE INVENTION

Next, the best mode for carrying out the present invention (hereinafter referred to as “embodiment”) will be described with reference to the drawings.

First Embodiment

First, the configuration of the tracking system according to the first embodiment will be described with reference to FIG. FIG. 1 is a block diagram of a tracking system according to the first embodiment. The monitoring system described in the claims corresponds to the tracking system in the present embodiment.

As shown in FIG. 1, the tracking system 1 includes an observer terminal 2, an observer terminal-side network 3, a management device 4, a monitoring device-side network 5, and a monitoring device 6. A supervisor-side wireless network 7 and a mobile terminal 8 to be monitored are provided. In addition, there are a monitor 9 who operates the monitor terminal 2, a monitor 10 who carries the monitor mobile terminal 8, and a server maintenance person 11 who manages the management apparatus 4.

The supervisor terminal 2 is a process of causing the supervisor 9 to input information for monitoring the monitor 10, a process of transmitting information input by the supervisor 9 to the management apparatus 4, and information from the management apparatus 4 It is a computer that performs processing of receiving information and processing of outputting information transmitted from the management device 4 on the screen of the supervisor terminal 2. Here, if you use a personal computer at the home of the supervisor 9, etc. as the supervisor terminal 2.

The supervisor terminal side network 3 is a network used when information is transmitted / received between the supervisor terminal 2 and the management device 4. Here, the type of network is not particularly limited as long as the supervisor terminal side network 3 is a network such as the Internet network, a cellular phone network, a wireless network, or an ad hoc network.

The management device 4 receives the information transmitted from the monitored person 10, and the received information Processing of transmitting a policy (hereinafter referred to as "policy") for monitoring the monitored person 10 to each monitoring device 6 based on the processing of receiving information transmitted from the monitoring device 6, and received information It is a computer that performs processing such as output on the screen of the management device 4. Here, the number of management apparatuses 4 is not particularly limited, and may be installed in a plurality of areas to provide a form of regional distribution, or a form of task distribution in which tasks are distributed to a plurality of units. The policy used in the following shall include the condition for monitoring the person to be monitored 10 (condition) and the action (action) when the condition is met.

The monitoring device side network 5 is a network used when information is transmitted and received between the management device 4 and the monitoring device 6. Here, the type of network is not particularly limited as long as a network such as an internet network, a mobile telephone network, a wireless network, or an ad hoc network is used as the monitoring device side network 5. In particular, if an ad hoc network is used, a large number of monitoring devices 6 autonomously cooperate to transmit and receive information by P2P (Peer-to-Peer) communication between monitoring devices 6 not via switching stations or servers. Is possible. Also, in this case, the monitoring device side network 5 may be a network different from the supervisor terminal side network 3 or the same network. /.

The monitoring device 6 is a process of monitoring the monitored person 10 based on the policy transmitted from the management device 4, and when the monitored person 10 is detected, the monitored person 6 is monitored by another monitored device 6 such as a neighbor. Processing of transmitting information, processing of receiving information of the monitored person 10 transmitted from another monitoring apparatus 6 such as a neighbor, and if necessary, when it is determined that the monitored person 10 is in an emergency situation. It is a computer that performs a process of notifying an alarm to the management device 4 or a communication device equipped with a computer. Here, as the monitoring device 6, a device capable of wirelessly receiving information (detection information) concerning the mobile terminal of the person being monitored 8 may be used. For example, it is conceivable to use an access point compliant with IEEE 802.1.

The monitor-side wireless network 7 is a network used when the monitoring device 6 receives information from the monitored personal terminal 8 carried by the monitored 10. Here, as the supervisor-side wireless network 7, the type of network is not particularly limited as long as it is a wireless LAN or a network configured using RFID (Radio Frequency Identification). The monitored person mobile terminal 8 is a terminal carried by the monitored person 10. The monitored personal digital assistant 8 transmits information that can identify itself to the monitoring device 6 when the monitoring device 6 is within a communicable distance. Here, a terminal capable of wirelessly transmitting information that can identify itself may be used as the monitored person portable terminal 8. For example, it is conceivable to use a mobile phone compatible with IEEE 802.11.

The monitor 9 performs an operation of inputting information for monitoring the monitor 10 in the monitor terminal 2. In addition, the information on the monitored person 10 output on the screen of the monitoring person terminal 2 when the emergency occurs in the monitored person 10 or the like is browsed. Here, as the observer 9

, Parents who are parents of children are considered.

The monitored person 10 carries the monitored person portable terminal 8 and is monitored by the monitoring person 9. Here, as the monitored person 10, a child protected by parents and the like can be considered.

The server maintenance personnel 11 manages the management device 4. The server maintenance personnel 11 performs operations for maintaining the management device 4 and the like, but it is conceivable that they do not exist.

Next, the hardware configuration of the supervisor terminal 2 will be described with reference to FIG. 2 (refer to FIG. 1 as needed). FIG. 2 is a hardware configuration diagram of the supervisor terminal according to the first embodiment. As shown in FIG. 2, the supervisor terminal 2 includes an input controller 201, a monitor controller 202, a hard disk controller 203, a CPU 204, a memory 205, and a network interface card 206.

The input controller 201 controls input of data from input devices such as the keyboard 207 and the mouse 208.

The monitor controller 202 controls output of data to an output device such as the monitor 209.

The hard disk controller 203 controls reading and writing of data with a storage device such as the hard disk 210.

The CPU 204 performs calculations.

The memory 205 is used to store data necessary for the operation. A network interface card 206 transmits and receives data with the supervisor terminal side network 3. Next, the hardware configuration of the management device 4 will be described with reference to FIG. 3 (refer to FIG. 1 as needed). FIG. 3 is a hardware configuration diagram of the management device according to the first embodiment.

As shown in FIG. 3, the management device 4 includes an input controller 301, a monitor controller 302, a hard disk controller 303, a CPU 304, a memory 305, a network interface card 306, and a network interface card 307. The information processing unit of the management apparatus described in the claims corresponds to the CPU 304 and the memory 305. The information transmitting and receiving unit of the management apparatus described in the claims corresponds to the network interface card 306 or 307.

The input controller 301 controls input of data from input devices such as the keyboard 308 and the mouse 309.

The monitor controller 302 controls the output of data to an output device such as the monitor 310.

The hard disk controller 303 controls reading and writing of data with a storage device such as the hard disk 311.

The CPU 304 performs calculations.

The memory 305 is used to store data necessary for the operation. A network interface card 306 transmits and receives data with the supervisor terminal side network 3.

The network interface card 307 transmits and receives data to and from the monitoring device side network 5.

The network interface card 306 and the network interface card 307 may be physically one configuration as long as they are logically divided into two. In addition, as described above, in the case where the supervisor terminal side network 3 and the monitoring device side network 5 are formed as the same network, the network interface card 306 and the network interface card 307 physically It is good enough to have one configuration logically. The number of management devices 4 need not be one, for example, it may be a distributed server configuration in area units, or may be arranged instead of a storage device such as a hard disk 311! Also, it is ok to use a disk server! ,. Next, the hardware configuration of the monitoring device 6 will be described with reference to FIG. 4 (refer to FIG. 1 as needed). FIG. 4 is a hardware configuration diagram of the monitoring device according to the first embodiment. As shown in FIG. 4, the monitoring device 6 includes a GPS controller 401, a monitor controller 402, a hard disk controller 403, a CPU 404, a memory 405, a camera controller 406, a network interface card 407, and a wireless network interface card 408. Is included. The information processing unit of the monitoring device described in the claims corresponds to the CPU 404 and the memory 405. Further, the information transmission / reception unit of the monitoring device described in the claims corresponds to the network interface card 407. The storage unit of the monitoring device described in the claims corresponds to the memory 405. The monitored person detecting means of the monitoring device described in the claims corresponds to the wireless network interface card 408. The camera of the surveillance device described in the claims corresponds to the camera 409.

The GPS controller 401 receives information on the position of the monitoring device 6 from the GPS receiving antenna 412 and measures the position of the monitoring device 6. In addition, since the GPS controller 401 is for acquiring the position of the monitoring apparatus 6 automatically, it is not essential. For example, the server maintenance personnel 11 may input information on the position of the monitoring device 6 from the management device 4, or a computer is connected to the monitoring device 6, and information on the position of the monitoring device 6 is sent to the monitoring device 6. You may make it transmit.

The monitor controller 402 controls the output of data to an output device such as the monitor 410.

The hard disk controller 403 controls reading and writing of data with a storage device such as the hard disk 411.

The CPU 404 is for performing calculations.

The memory 405 is used to store data necessary for the operation. The camera controller 406 controls the camera 409 that captures the subject 10 or the like.

A network interface card 407 transmits and receives data with the monitoring device side network 5.

The wireless network interface card 408 is connected via the supervisor wireless network 7. The data is received from the monitored person portable terminal 8 carried by the monitored person 10. The type of the wireless network interface card 408 is not particularly limited as long as it is a device that can detect information from the mobile terminal 8 to be monitored. Also, in the case of an ad hoc network based on P2P communication between monitoring devices 6 that do not go through switching centers or servers, the communication performed by the network interface card 407 can be performed by the wireless network interface card 408. , Some monitoring devices 6 need only be equipped.

Next, the hardware configuration of the person-to-be-monitored portable terminal 8 will be described with reference to FIG. 5 (refer to FIG. 1 as needed). FIG. 5 is a hardware configuration diagram of the mobile terminal of the person to be monitored according to the first embodiment.

As shown in FIG. 5, the mobile terminal 8 to be monitored includes a GPS receiver module 501, a monitor controller 502, a display 503, a CPU 504, a memory 505, an audio input / output controller 506, a microphone 507, a speaker 508, and a key input controller 509. , A key input interface 510, a network connection controller 511, and a GPS receiving antenna 512.

The GPS receiver module 501 receives a positioning signal transmitted from a GPS satellite or the like from the GPS receiving antenna 512, and measures the position of the mobile terminal 8 to be monitored. As described above, in the present embodiment, since the position of the monitoring device 6 is configured to be divided, the GPS receiver module 501 in the mobile terminal of the person to be monitored 8 is not essential.

The monitor controller 502 controls output of data to an output screen such as the display 503.

The display 503 outputs information received from the monitor controller 502. The CPU 504 is for performing calculations.

A memory 505 is used to store data necessary for the operation. The voice input / output controller 506 controls the voice input from the microphone 507 or the voice output from the speaker 508. The microphone 507 is used to input voice from the monitored person 10.

The speaker 508 is for outputting sound to the monitored person 10.

The key input controller 509 controls the input from the key input interface 510.

The key input interface 510 is used to allow the monitored person 10 to perform key input. The network connection controller 511 transmits information of the mobile terminal 8 to be monitored to the wireless network 7 on the supervisor side. It also has a function to send and receive information via a mobile phone network (not shown).

The GPS reception antenna 512 receives positioning signals such as GPS satellites. The received positioning signal is passed to the GPS receiver module 501. As in the case of the GPS receiver module 501, in the present embodiment, the position of the monitoring device 6 is divided so that the GPS receiving antenna 512 in the mobile terminal of the person to be monitored 8 is an essential one. Absent.

Next, the software configuration of the supervisor terminal 2 will be described with reference to FIG. 6 (refer to FIG. 1 as needed). FIG. 6 is a software configuration diagram of the supervisor terminal according to the first embodiment. As shown in FIG. 6, the supervisor terminal 2 includes an input / output device control driver 601, a supervisor terminal module 602, a communication management module 605, and a network interface card control driver 606. Also, the supervisor terminal module 602 is configured to include a tracking policy browser 603 and an event listener 604. The buffer BF shown in FIG. 6 is an area in which data transmitted and received in the supervisor terminal 2 are temporarily stored.

The input / output device control driver 601 is a control that controls an input / output device connected to the supervisor terminal 2.

The tracking policy browser 603 causes the monitor 9 to input information for monitoring the monitor 10 and transmits the information to the management device 4. In addition, the information on the person to be monitored 10 received from the management device 4 is output.

The event listener 604 waits for an event transmitted from the management device 4. Here, the event listener 604 notifies an emergency of the monitored person 10 from the management device 4 Wait for events and more.

The communication management module 605 controls communication performed by the supervisor terminal 2. A network interface card control driver 606 is a driver that controls the network interface card 206 (see FIG. 2).

Next, the software configuration of the management device 4 will be described with reference to FIG. 7 (refer to FIG. 1 as needed). FIG. 7 is a software configuration diagram of the management device according to the first embodiment. Note that

The buffer BF shown in 7 is an area in which data transmitted and received in the management device 4 is temporarily stored.

As shown in FIG. 7, the management device 4 includes an input / output device control driver 701, a GIS (Geographica 1 Information System) management module 702, a monitoring device management module 703, a deployment module 704, a listener module 705, and a tracking policy creation module. And a user / target management module 707, a communication management module 708, and a network interface card control driver 709.

The input / output device control driver 701 is a driver that controls an input / output device connected to the management device 4.

A GIS management module 702 is a module that manages a map. The map is used to calculate the distance between the monitoring devices 6. It is preferable to use a road distance as the distance between the monitoring devices 6.

The monitoring device management module 703 performs setting of joint strength between the monitoring devices 6, setting of the position of the monitoring device 6, and the like. It also has a function to change the setting of the monitoring device 6 by remote control using Telnet (registered trademark) or the like.

The deployment module 704 sends the tracking policy creation module 706 the policy created by the! / ヽ to each monitoring device 6.

The listener module 705 waits for an event or the like sent from the monitoring device 6 to notify the emergency of the monitored person 10 or the like.

The tracking policy creation module 706 creates a policy according to each monitoring device 6 based on the information input from the supervisor terminal 2.

The user Z target management module 707 is a mobile phone of the monitored person carried by the monitored person 10. It manages information of the terminal 8 and the like.

The communication management module 708 controls communication performed by the management device 4. A network interface card control driver 709 is a protocol that controls the network interface card 306 (see FIG. 2) and the network interface card 307 (see FIG. 2).

Next, the software configuration of the monitoring device 6 will be described with reference to FIG. 8 (refer to FIG. 1 as needed). FIG. 8 is a software configuration diagram of the monitoring device according to the first embodiment. The buffer BF shown in FIG. 8 is an area in which data transmitted and received in the monitoring device 6 is temporarily stored.

As shown in FIG. 8, the monitoring device 6 includes a network interface card control driver 801, an input / output device control driver 802, a communication management module 803, a remote management module 804, a GPS receiver control module 805, a camera control module 806, an alarm control. A module 807, a monitoring module 808, a tracking policy control module 809, a receiver control driver 810, and a camera control driver 811 are included.

The network interface card control driver 801 is a driver that controls the network interface card 407 (see FIG. 4) and the wireless network interface card 408 (see FIG. 4).

The input / output device control driver 802 is a driver that controls an input / output device connected to the monitoring device 6.

The communication management module 803 controls communication performed by the monitoring device 6. The remote management module 804 is for causing the management apparatus 4 to change the setting of the monitoring apparatus by remote operation using Telnet (registered trademark) or the like.

The GPS receiver control module 805 is for setting the position information acquired by the GPS controller 401 (see FIG. 4). Also, like the GPS controller 401, the GPS receiver control module 805 is not mandatory!

A camera control module 806 controls the camera 409 (see FIG. 4). The alarm control module 807 notifies the management device 4 or the monitoring device 6 of the detected emergency situation. If you do not need to be notified of an emergency, the alarm control module You don't have to set Yunore 807!

The monitoring module 808 prepares for detection of the monitored person 10 in response to the information of the monitored person portable terminal 8 from another nearby monitoring device 6. It also detects the person to be monitored 10. Further, the information of the mobile terminal 8 to be monitored is transmitted to the next monitoring device 6 in the vicinity, and preparation for detecting the mobile 10 is made. For example, using the MAC address of the monitored person portable terminal 8 as information of the monitored person portable terminal 8 and preparing to detect the monitored person 10, the received information of the monitored person portable terminal 8 is stored in the memory. It is realized by storing in 405 (see Fig. 4). Furthermore, the information of the detected person's mobile terminal 8 and the video information may be held for a predetermined time, and may be discarded when the predetermined time has elapsed.

The tracking policy control module 809 interprets and executes the policy given by the management device 4. As the policy execution, for example, the monitoring device 6 that has detected the monitored person 10 is the monitoring device 6 that performs the first detection among the plurality of monitoring devices 6! When the device 6 prepares to detect the person to be monitored 10, and the person to be monitored 10 is detected in a state of 状態, the person to be monitored moves along the normal route! It is assumed that the processing such as calling the alarm control module 807 is performed.

A receiver control driver 810 is a driver that controls the wireless network interface card 408 (see FIG. 4).

The camera control driver 811 is a driver that controls the camera 409 (see FIG. 4).

Next, the software configuration of the person-to-be-monitored portable terminal 8 will be described with reference to FIG. 9 (refer to FIG. 1 as needed). FIG. 9 is a software configuration diagram of the mobile terminal of the person to be monitored according to the first embodiment. The buffer BF shown in FIG. 9 is an area for temporarily storing data transmitted and received in the monitored person portable terminal 8.

As shown in FIG. 9, the monitored person portable terminal 8 includes a network interface card control driver 901, an input / output device control driver 902, a communication management module 903, a call management control module 904, and a track management control module 905. It consists of

The network interface card control driver 901 is a network connection controller 5 11 This is a driver that controls the part that has the function of connecting to the supervisor wireless network 7 in (see Fig. 5).

The input / output device control driver 902 is a driver that controls an input / output device connected to the monitored person portable terminal 8.

The communication management module 903 controls the communication performed by the monitored person portable terminal 8. The call management control module 904 realizes a voice communication function as a mobile phone of the monitored person portable terminal 8.

The extra-traffic management control module 905 implements a function such that the monitored person portable terminal 8 is detected by the monitoring device 6. For example, when using 802.11 communication, as a method for causing the monitoring device 6 to detect the monitored person portable terminal 8, a method of setting an SSID (Service Set Identifier), or a method of the monitored person portable terminal 8 The communication mode may be changed to the ad hoc mode. The SSID and the ad hoc mode are described in detail in documents such as "802.11 Wireless Network Management (O'Reilly Japan)". Also, as a method other than the above, the tracking management control module 905 may be implemented with a specific function such that the monitored person portable terminal 8 is detected by the monitoring device 6.

Next, a system construction screen by the management device 4 will be described with reference to FIG. 10 (refer to FIG. 1 as needed). FIG. 10 is a system construction screen according to the first embodiment. However, the numbers from 1 to 9 in the map of FIG. 10 correspond to the monitoring device 1 to the monitoring device 9. In addition, a circle indicated by a broken line represents a distance at which each monitoring device 6 can detect the monitored person 10 (hereinafter referred to as “cell radius”).

As shown in FIG. 10, when the monitoring device 6 is newly entered, a new entry window 1010 appears on the screen of the management device 4. FIG. 10 shows the case where the monitoring device-9 is entered. When the detail setting 1013 is pressed, a detail window 1020 is released. Here, the entry of the monitoring device 6 includes installation, movement, power on, and registration of the monitoring device 6.

In the name 1021 of the details window 1020, the server maintenance personnel 11 inputs the monitoring device-9. The name 1021 may be automatically numbered. The latitude and longitude of the monitoring device 9 are already set at the position 1022. The effective range 1023 is a distance by which the monitoring device 9 can detect the person 10 to be monitored, and is a radius of which is centered at the position 1022. The force is also set in advance. The position 1022 and the effective range 1023 may be input by the server maintenance personnel 11. The contents of the details window 1020 are saved by confirmation 1024. Also, cancel 1025 allows the contents of the details window 1020 to be ended without saving.

When the permit 1011 of the new entry window 1010 is pressed, the monitoring device 9 is newly registered. Also, when the rejection 1012 is pressed, the monitoring device 9 is not registered.

It is also possible to make it possible to refer to the detail window 1020 of the monitoring device 6 which has already been entered. For example, if the monitoring device 7 on the system construction screen 1000 is clicked, the detail window 1020 of the monitoring device 7 may be displayed.

The system construction screen 1000 can be enlarged by enlargement 1030 and reduced by reduction 1040.

Next, with reference to FIG. 11 (refer to FIG. 1 as needed), information on the monitoring device 6 held by the management device 4 will be described. FIG. 11 is a monitoring device table held by the management device according to the first embodiment.

As shown in FIG. 11, the monitoring device table 1100 is configured to include, as items, a monitoring device name 1101, an arrangement place 1102, and a cell radius 1103.

The monitoring device name 1101 is the name of the monitoring device 6 registered in the management device 4. In FIG. 11, a monitoring device name 1101 is shown from the monitoring device 1 to the monitoring device 9.

The placement place 1102 is a place where the monitoring device 6 is placed. As shown in FIG. 11, as the placement location 1102, for example, information of latitude and longitude of each monitoring device 6 may be held.

A cell radius 1103 represents a distance at which each monitoring device 6 can detect the monitored person portable terminal 8 carried by the monitored person 10.

Next, with reference to FIG. 12 (refer to FIG. 1 as needed), information on the distance between the monitoring devices 6 held by the management device 4 will be described. FIG. 12 is a monitoring device distance table held by the management device according to the first embodiment. As shown in FIG. 12, the monitoring device distance table 1200 stores information on the distance between the monitoring devices 6. As information on the distance between the monitoring devices 6 shown here, it is preferable to use information on the road distance connecting the two monitoring devices 6. The monitoring device distance tables 1200 may be held in each of the monitoring devices 6 that are unique only to the management device 4. In that case, each monitoring device 6 may hold information on the distance to the monitoring device 6 close to itself.

Next, with reference to FIG. 13 (refer to FIG. 1 as needed), information on the monitor 10 that the monitor 9 inputs from the monitor terminal 2 will be described. FIG. 13 is a monitor information input screen according to the first embodiment.

As shown in FIG. 13, in the monitor person information input screen 1300, the monitor 9 is from the monitor terminal 2 to monitor target 1 (1310), monitor target 2 (1330), alarm notification destination 1 (1350), And it is used when inputting information about alarm notification destination 2 (1360). The number of monitoring targets and the number of alarm notification destinations are not particularly limited.

Information of the monitoring target 1 (1310) has the names 1311, E-maill 312, TEL 1313, device ID 1314, target recording storage time 1315, latitude 1316 at the center of the area, longitude 1317 at the center of the area, radius 1318 at the area, It is configured to include area designation 1319 and all area designation 1320.

The name 1311 is the name of the person to be monitored 10.

E maill 312 is an E-mail address of the monitored person portable terminal 8 carried by the monitored person 10.

TEL 1313 is a telephone number of the person-to-be-monitored portable terminal 8 carried by the person to be monitored 10. The device ID 1314 is an ID of the monitored person portable terminal 8 carried by the monitored person 10.

The target recording storage time 1315 is for designating a time for storing the recording of the monitored person 10 in the monitoring device 6.

The latitude 1316 of the center of the area is the latitude of the central position of the area to be monitored 10.

The longitude 1317 of the center of the area is the longitude of the central position of the area for monitoring the person to be monitored 10. The radius 1318 of the area specifies the distance from the center position. Thereby, the range to monitor the person to be monitored 10 is specified.

The area designation 1319 allows a person to check if the supervisor 9 wants to specify the area to monitor the person 10 to be monitored.

Designate all areas 1320 is to place a check when the supervisor 9 does not specify the area to monitor the person to be monitored 10 but to designate all areas.

The information of the monitoring target 2 (1330) can also be input in the same manner as the information of the monitoring target 1 (1310).

[0060] Information on alarm notification destination 1 (1350) is configured to include email 1351, telephone 1352, and messenger 1353. The alarm notification destination 1 (1350) is a contact to which an alarm is notified when an emergency of the monitored person 10 is detected.

An email 1351 indicates the email address of the monitor 9.

A telephone 1352 indicates the monitor 9's telephone number.

The messenger 1353 is used to send a message specifying an IP address or port number.

There may be several places where E-mail 1351, Telephone 1352 and Messenger 1353 can be entered. Also, the communication means is not limited to these.

The information of the alarm notification destination 2 (1360) can also be input in the same manner as the information of the monitoring target 2 (1330).

The content entered by the observer 9 is saved by confirmation 1370. Also cancel 138

0 ends without saving.

Next, with reference to FIG. 14 (refer to FIG. 1 as needed), a screen will be described where the supervisor 9 inputs from the supervisor terminal 2 an action when the monitored person 10 detects an emergency. FIG. 14 is an emergency action input screen according to the first embodiment.

[0065] As shown in FIG. 14, the emergency input action input screen 1400 displays an action name 141.

Alarm notification destination 1420 corresponding to 0, emergency arrangement range 1430, and emergency arrangement means 14

It is used when inputting 40. Here, setting 1 (1411) is shown as the action name 1410. In the alarm notification destination 1420, an alarm notification destination 1 (1421) and an alarm notification destination 2 (142) are registered. The alarm notification destination 1 (1421) represents the alarm notification destination 1 (1350) input on the monitor information input screen 1 300. The alarm notification destination 2 (142 2) represents the alarm notification destination 2 (1360) input on the monitored person information input screen 1300. The number of alarm notification destinations is not particularly limited.

In the emergency order range 1430, an alarm notification destination 1 (1421) and an alarm notification destination 2 (142 2) are registered. The alarm notification destination 1 (1421) represents the alarm notification destination 1 (1350) input on the monitor information input screen 13 00. The alarm notification destination 2 (1422) represents the alarm notification destination 2 (1360) input on the monitor information input screen 1300. The number of alarm notification destinations is not particularly limited.

[0068] The latitude of the center of the area 1431 is the latitude of the center position of the area where emergency arrangements are made.

The longitude 1432 of the center of the area is the longitude of the central position of the area for making emergency arrangements. The area radius 1433 specifies the distance from the center position. This will identify the range of areas where urgent arrangements will be made.

Area range inside / outside 1434 selects whether the area to place emergency arrangements is within the range specified by latitude 143 1 at the center of the area, longitude 1432 at the center of the area, and radius 1433 at the area It is a thing.

Area specification 1435 is for checking if it is desired to specify an area for making an emergency arrangement.

All Area Designation 1436 does not specify the area where emergency arrangements are to be made, but places a check mark when specifying all areas.

[0069] The emergency dispatching means 1440 has check boxes in the notification 1441 of the final detection point of the target and the notification 1442 when the target is found.

The notification 1441 of the final detection point of the target needs to notify the observer 9 of tracking information that can be collected, including the point detected last, when the monitored person 10 has an emergency situation. For example.

Notification when a target is found 1442 needs to notify the supervisor 9 of the point of discovery when a new subject 10 is discovered after an emergency occurs in the subject 10 For example.

The contents input by the supervisor 9 are saved by confirmation 1470. Also cancel 148

0 ends without saving.

Next, with reference to FIG. 15 (refer to FIG. 1 as needed), a screen on which the supervisor 9 inputs from the supervisor terminal 2 a condition for detecting the person to be monitored 10 as an emergency will be described. FIG. 15 is an emergency situation detection condition input screen according to the first embodiment.

As shown in FIG. 15, the emergency situation detection condition input screen 1500 is for entering the schedule of the person to be monitored 10. In this case, as the condition name 1520, return 1 (15

21) is shown.

The emergency detection condition input screen 1500 can be enlarged by 1501 and reduced by 1502. In addition, if Start 1503 on the left side of the emergency detection condition input screen 1500 is selected and the start point 1591 on the map 1590 is selected, the start 1510 appears on the right side of the emergency detection condition input screen 1500, and the start 1510 is registered. Ru. Similarly, relay point 1 (1511) to relay point 4 (1514) and goal (1515) can also be registered. The number of relay points is not particularly limited.

[0074] After entering middle point 1 (1511) to middle point 4 (1514) and goal (1515) and selecting schedule item 1516, the condition input window 1585 appears.

Condition name 1520 indicates the name of a condition for detecting an emergency.

A point 1530 indicates a point registered in the emergency detection condition input screen 1500.

The scheduled passage time 1531 is for the supervisor 9 to input the scheduled time of passing each point 1530. It is possible to input time with positive and negative intervals based on a certain time.

The difference time 1532 is for inputting a time based on the time of the previous point, with a range of plus and minus.

Schedule 1540 is for the supervisor 9 to input a schedule for monitoring the monitor 10.

Every day 1541 is checked, if the watcher 9 watches the watched person 10 every day It is

The day of the week 1542 is for putting a check on each day when the monitor 9 monitors the monitor 10 every day of the week.

The designated date 1543 is for the observer 9 to specify a day on which the surveillance person 10 is to be monitored, and to enter a check. In addition to this, it may be possible to specify conditions such as year and month (the same applies to other date and time specification methods described below).

The condition 1550 specifies the force to execute the action 1560 in the case of the pass time 1531 and the schedule 1540 and the action 1560 in the case of the pass 1553 and the schedule 1540 or the action 1560 in the case of the correspondence 1552.

The action 1560 is for specifying which action is to be executed when the specified condition is not met 1551 or met. In FIG. 15, since the setting 1 is checked, the action of setting 1 (1411) shown in FIG. 14 is executed.

The content input by the supervisor 9 is saved by confirmation 1570. In addition, the process is terminated without being saved by cancel 1580.

Next, with reference to FIG. 16 (refer to FIG. 1 as needed), a window in which the supervisor 9 inputs from the supervisor terminal 2 a condition for detecting the person to be monitored 10 as an emergency will be described. FIG. 16 is an emergency situation detection condition input window according to the first embodiment. FIG. 16 shows a window opened without intervention of the emergency detection condition input screen 1500 because map information is not used.

As shown in FIG. 16, the emergency situation detection condition input window 1600 is used by the supervisor 9 to input the emergency situation detection condition of the subject 10. In this case, anomaly 1 (1611) is shown as the condition name 1610.

The emergency situation detection condition 1620 is for setting a condition for detecting the monitored person 10 as an emergency situation.

The speed 1621 or 1622 sets the speed of the person 10 to be monitored, and if the person 10 to be monitored moves above the set speed or below the set speed, to detect an emergency situation. I will put a check.

The area 1623 sets the area of the monitored person 10, and within the area where the monitored person 10 is set. Or, if you are out of the set area, check to detect an emergency situation.

The schedule 1630 is for the supervisor 9 to input a schedule for monitoring the monitor 10.

Every day 1631 is for entering a check when the monitor 9 monitors the monitor 10 daily.

The day of the week 1632 is for putting a check on each day when the monitor 9 monitors the monitor 10 every day of the week.

The designated date 1633 is for the observer 9 to specify a day on which the surveillance person 10 is to be monitored and check it.

Condition 1640 specifies the force of executing action 1650 if it does not apply to emergency detection condition 1620 and schedule 1630, or whether to execute action 1650 if applicable.

The action 1650 is for specifying which action is to be executed when the condition specified is not applicable 1641 or 1642. In FIG. 16, since the setting 1 is checked, the action of setting 1 (1411) shown in FIG. 14 is executed.

The content input by the supervisor 9 is saved by confirmation 1660. In addition, the process is finished without saving by cancel 1760.

Next, referring to FIG. 17 (refer to FIG. 1 as needed), the management device 4 detects the monitored person 10 with which monitoring device 6 from the path of the monitored person 10 input in FIG. Explain the process to check if you can do it. FIG. 17 is an monitored person detection monitoring device display screen (during routing) according to the first embodiment. However, the CP number 1704 shown in FIG. 17 indicates the checkpoint number, and CP 1705 indicates the checkpoint.

As shown in FIG. 17, the monitor-person-detecting and monitoring-apparatus display screen (during routing) 1700 is the monitor- ing person 10 from the route of the person-to-be-monitored 10 whose management device 4 was input in FIG. It is for determining and displaying the monitoring device 6 that detects the However, the numbers from 1 to 9 in the map in FIG. 17 correspond to monitoring device 1 to monitoring device 9.

The case ID 1701 is an ID assigned to each case. The name 1702 is the name of the person to be monitored 10.

The device ID 1703 is an ID of the monitored person portable terminal 8 carried by the monitored person 10.

The CP number 1704 is the number of monitoring devices 6 passed by the monitored person 10 until the power starts and the force also ends.

The CP 1705 includes the name 1706 of the monitoring device 6, the estimated time 1707 detected by the monitoring device 6, the difference time 1708, and the day 1709.

In the name 1706 of the monitoring device 6, the monitoring device 7, the monitoring device 6, the monitoring device 4, and the monitoring device 5 are shown.

The estimated time 1707 detected by the monitoring device 6 can be calculated from the estimated time of passage 1531 (see FIG. 15).

It is possible to calculate the difference time 1708 even from the estimated time of passage 1531 (see FIG. 15).

Day 1709 is indicated by numbers. Here, there are 1 from 1 for Monday to 6 for Saturday.

Next, referring to FIG. 18 (refer to FIG. 1 as needed), the management apparatus 4 determines the latitude 1624, longitude 1625, radius 1626, and range of the area 1623 input under the emergency condition detection condition 1620 of FIG. A process of checking which monitor 6 can detect the person to be monitored 10 from inside and outside 1627 will be described. FIG. 18 is a screen (at the time of area specification) of the monitored person detection and monitoring device display screen according to the first embodiment.

As shown in FIG. 18, monitored person detection and monitoring device display screen (during area designation) 1800 is latitude 1624 of area 1623 where management device 4 is input under emergency condition detection condition 1620 of FIG. The monitoring device 6 for detecting the person to be monitored 10 is determined and displayed from the longitude 1625, the radius 1626, and the inside and outside 1627 of the range. However, the numbers from 1 to 9 in the map of FIG. 18 correspond to monitoring device 1 to monitoring device 9. Also, a circle indicated by a broken line represents a cell radius of each monitoring device 6. A circle 1810 indicated by a thick broken line is a circle with a radius of 1626 centered on latitude 1624 and longitude 1625 specified in FIG.

Inside / Outside Region If outside the range is selected in 1627, and the corresponding 1642 is selected in the condition 1640, an area outside the circle 1810 indicated by a thick broken line, ie, monitoring device-1 and monitoring device 2. When the person to be monitored 10 is found in the monitoring device 3, monitoring device 7, or monitoring device 9, an alarm is notified to the management device 4. In addition to the management device 4, the alarm may be notified to the nearby monitoring device 6.

The case ID 1801 is an ID assigned to each case.

The name 1802 is the name of the person to be monitored 10.

The device ID 1803 is an ID of the monitored person portable terminal 8 carried by the monitored person 10.

The CP number 1804 is the number of monitoring devices 6 that satisfy the setting condition of FIG.

The CP 1805 includes the name 1806 of the monitoring device 6, the estimated time 1807 detected by the monitoring device 6, and the day of the week 1808.

In the name 1806 of the monitoring device 6, the monitoring device 7, the monitoring device 6, the monitoring device 4, and the monitoring device 5 are shown.

Since the estimated time 1807 detected by the monitoring device 6 is not specified in this case, A

It is NY.

Day 1808 is indicated by numbers. Here, there are 1 from 1 for Monday to 6 for Saturday.

Next, referring to FIG. 19 (refer to FIG. 1 as needed), the management device 4 starts the monitored person 10 with the monitoring device 6 from the speed 1621 inputted under the emergency condition detection condition 1620 of FIG. The process of checking whether it can be detected will be described. FIG. 19 is a screen of the monitored person detection and monitoring device display screen (when a speed is specified) according to the first embodiment.

As shown in FIG. 19, monitored person detection and monitoring device display screen (when specifying speed) 1900 is monitored from the speed 1621 at which the management apparatus 4 was input under the emergency situation detection condition 1620 of FIG. It is for determining the monitoring apparatus 6 which detects person 10, and displaying it.

Here, assuming that the area 1623 is not specified and only the speed 1621 is specified, the moving speed of the monitored person 10 corresponding to 1642 at 8 km / hour or more is from the monitoring device-1 to the monitoring device- If any one of 9 is detected, an alarm is notified to the management device 4. The alarm may be notified to the monitoring device 6 in proximity to the management device 4 as well.

The case ID 1901 is an ID assigned to each case.

The name 1902 is the name of the person to be monitored 10. The device ID 1903 is an ID of the monitored person portable terminal 8 carried by the monitored person 10.

The CP number 1904 is the number of monitoring devices 6 that satisfy the setting conditions of FIG. In this case, the area is not specified, so it is not counted.

The CP 1905 includes the name 1906 of the monitoring device 6, the estimated time 1907 detected by the monitoring device 6, the day of the week 1908, and the speed 1909.

The name 1906 of the monitoring device 6 is ANY in this case because no area is specified.

Since the estimated time 1907 detected by the monitoring device 6 is not specified in this case, it is ANY.

Day 1908 is indicated by a number. Here, there are 1 from 1 for Monday to 6 for Saturday.

The speed 1909 is the value set at the speed 1621 in FIG. Since each monitoring device 6 holds information on the distance to the proximity monitoring device 6, each monitoring device 6 receives information on the time when the monitored person 10 passes by the proximity monitoring device 6. The moving speed of the person to be monitored 10 can be calculated.

Next, referring to FIG. 20 (refer to FIG. 1 as needed), the policy received by each monitoring device 6 from the management device 4 will be described. FIG. 20 is a diagram showing a policy received by the monitoring device according to the first embodiment. The policy received by the monitoring device shown in FIG. 20 indicates, for example, the policy received by the monitoring device 7.

The case ID 2001 is an ID assigned to each case.

The device ID 2002 is an ID of the monitored person portable terminal 8 carried by the monitored person 10.

Time 2003 is an estimated time 1707 (see FIG. 17) at which the monitored person 10 passes the monitoring device 7. The estimated time 1707 is calculated by the management device 4.

From 2004 is the name of the monitoring device 6 scheduled to confirm the detection of the monitored person mobile terminal 8 before the monitoring device 7 detects the monitored person mobile terminal 8 owned by the management target. Is an indicator of

To2005 is scheduled to confirm the detection of the monitored person portable terminal 8 after the monitoring device 7 detects the monitored person portable terminal 8 owned by the management target. Indicates the name of the monitoring device 6.

Cond. 2006 shows conditions such as speed conditions.

Act. 2007 indicates where an alarm is notified when Cond. 2006 is not met. In addition to the management device 4, the monitoring device 6 may be specified as the alarm notification destination.

Next, referring to FIG. 21 (refer to FIG. 1 as needed), each monitoring device 6 holds the ID of the monitored person portable terminal 8 carried by the monitored person 10 and the video information of the monitored person 10 Explain the time to do it. FIG. 21 is a diagram showing information holding time by the monitoring device according to the first embodiment. In the information holding time 2100 by the monitoring apparatus shown in FIG. 21, the information holding time by the monitoring apparatus 7 is shown as an example.

Since the device with the device ID 2101 of 00-80-45-46-9C-FA is set to 240 minutes in the target recording storage time 1315 (see FIG. 13), the Detection Time 2102 is 15: 43: 32. Then, Expiration Time 2103 becomes 19:43:32 after 240 minutes.

If the detection time 2102 is 16:00:12, the device with the device ID 2101 of 00-80-45-46-9C-FB is set to 240 minutes in the target recording storage time 1335 (see FIG. 13). Expiration Time 2103 becomes 20:00:12 after 240 minutes.

Next, with reference to FIG. 22 (refer to FIG. 1 and FIG. 7 as needed), a process in which the management device 4 transmits a policy to the monitoring device 6 will be described. FIG. 22 is a schematic view of a policy transmission process by the management apparatus according to the first embodiment.

As shown in FIG. 22, the management device 4 transmits the policy corresponding to each monitoring device 6 to the monitoring device 6. Here, the policy to be sent to the monitoring device 6 is created by the tracking policy creation module 706 according to each monitoring device 6 based on the information input from the supervisor terminal 2. Also, the policy created by the tracking policy creation module 706 is sent to each monitoring device 6 by the deployment module 704. For sending or controlling policies, use the COPS (Comm on Open Policy Service, etc.) specifications described in RFC 2784 and 2749.

Next, referring to FIG. 23 (refer to FIG. 1 and FIG. 8 as needed), when the monitoring device 6 detects the monitored person 10, the monitoring device 6 in the proximity of the monitored person mobile terminal 8 is detected. Send information and A process of preparing to detect the viewer 10 will be described. FIG. 23 is a schematic diagram of a monitored person detection notification transmission process by the monitoring device according to the first embodiment.

As shown in FIG. 23, when detecting the monitored person 10, the monitoring device 6 transmits information of the monitored person portable terminal 8 to the adjacent monitoring device 6. Here, first, the monitoring module 808 receives from the adjacent monitoring device 6 and prepares to detect the person to be monitored 10. In addition, when the monitoring module 808 detects the monitored person 10, it transmits information of the monitored person mobile terminal 8 to the monitoring device 6 that the monitored person 10 is scheduled to pass next, and detects the monitored person 10 Get ready.

Next, referring to FIG. 24 (refer to FIG. 1 and FIG. 8 as needed), a process of notifying the monitor 9 of an alarm when the monitoring device 6 detects an emergency of the monitor 10 explain . FIG. 24 is a schematic view of alarm notification processing according to the first embodiment.

As shown in FIG. 24, when the monitoring device 6 detects an emergency of the person to be monitored 10, it notifies the monitoring person 9 of an alarm via the management device 4. Here, first, the tracking policy control module 809 interprets and executes the policy given by the management device 4. The tracking policy control module 809 calls the alarm control module 807 as necessary when it determines that the monitored person 10 has a situation that conforms to the interpreted policy. When the alarm control module 807 is called by the tracking policy control module 809, the alarm control module 807 notifies the monitor 9 of an alarm via the management device 4. Note that, as shown in FIG. 24, the alarm may be notified to the other monitoring device 6 or, although not shown in the figure, the other monitoring device 6 is notified not via the management device 4 You may do it.

Next, with reference to FIG. 25 (refer to FIG. 1 as needed), a screen will be described in which the supervisor terminal 2 is notified of the emergency when the monitor 10 generates an emergency. FIG. 25 is an emergency situation detection notification screen according to the first embodiment.

As shown in FIG. 25, the monitored person 10 is detected in the order of the monitoring device 7, the monitoring device 6, the monitoring device 4, and the monitoring device-3. Here, assuming that the monitored person 10 is monitored according to the case ID 1701 shown in FIG. 17, the monitoring device 4 has moved along the route set by the monitoring person 9. However, since the person to be monitored 10 which is to be detected next by the monitoring device 5 is detected at 16:03 by the monitoring device 3, it is set by the monitoring person 9 The monitoring device 3 detects an emergency situation, indicating a movement against the route which has been set.

When the monitoring device 3 detects an emergency, the monitoring device 3 notifies the supervisor terminal 2 of the occurrence of the emergency. The monitor 9 can confirm the emergency of the monitor 10 by the emergency detection notification screen 2500. If, for example, the supervisor 9 selects the surveillance device 7 displayed on the emergency detection notification screen 2500, a recorded video display confirmation window 2510 is displayed on the emergency detection notification screen 2500, and a recorded video display confirmation window 2510 If the display 2511 is selected, it may be possible to refer to the monitoring device recorded video 2520 stored in the monitoring device 7. In addition, when the supervisor 9 selects the cancel 2512, the recorded image display confirmation window 2510 may disappear from the emergency detection notification screen 2500.

In the present embodiment, as described above, in each monitoring device 6, information such as a device ID related to the monitored person portable terminal 8 carried by the monitored person 10, or video information of the monitored person 10, etc. Is preferably held for a predetermined time. When an emergency situation occurs in the monitored person 10, if information stored in each monitoring device 6 is searched from the management device 4 or the like using broadcast etc., the place where the monitored person 10 last appeared If it is possible to identify, etc., an effect will be obtained.

Further, in the present embodiment, as described above, the management device 4 transmits a policy corresponding to each monitoring device 6, and each monitoring device 6 receives the notification of the monitored person 10 based on the received policy. Although racking is to be performed, it is also possible to set a policy in each monitoring device 6 in advance, and to track a person to be monitored based on the policy that is set in advance. However, when there is a need to dynamically convert the policy of each monitoring device 6 due to the addition, change, or deletion of the monitoring device 6, the management device 4 can select the policy corresponding to each monitoring device 6, etc. It is more efficient and preferable to create and send.

Further, although FIG. 23 discloses a method for tracking the monitored person's portable terminal 8 owned by the monitored object by performing communication between the monitoring devices 6, each monitored device 6 When the passing time of the supervisor portable terminal 8 is determined, the monitoring devices 6 do not necessarily need to be notified.

Further, in the present embodiment, the policy stored in each monitoring device 6 is defined. Although it has been decided to execute processing to confirm that each monitoring device 6 detects a person to be monitored according to the time or speed, the conditions defined in the policy are not limited to the time or speed. For example, an optical sensor is attached to the monitoring device 6, the monitoring device 6 identifies whether it is night through the optical sensor, and the monitoring device 6 detects the monitored person 10 when the monitoring device 6 determines that it is night. Then, an alarm may be notified that an emergency has occurred. Also, the number of monitored persons 10 per unit time detected by the monitoring device 6, that is, the amount of people, is calculated, and when the number of people passing is small, when the monitoring device 6 detects the persons 10, the emergency An alarm may be notified that a situation has occurred. Furthermore, the monitoring device 6 reads personal information such as the gender of the monitored person 10 registered in the monitored person mobile terminal 8, and it is an emergency based on the personal information read by the monitoring device 6. You may decide to

Second Embodiment

A second embodiment will be described with reference to FIG. At this time, the same reference numerals as in the first embodiment denote the same configuration as in the first embodiment, and a description thereof will be omitted. In the first embodiment, if the monitored person 10 takes an action that deviates from the schedule set by the monitoring person 9 as much as possible, an alarm will be notified to the monitoring person 9. For example, when the person to be monitored 10 is a child attending school or returning home, it can be easily predicted that the person to be monitored 10 acts beyond the range of the schedule (for example, Dogusa). There is a problem that the alerter's attention to the alarm of the monitor 9 is reduced if the monitor 9 receives the alarm frequently for such an action of the monitored person 10.

Therefore, in the present embodiment, an embodiment will be described in which the above-mentioned problem is solved by extending the policy received by each monitoring device 6 described in the first embodiment.

Next, with reference to FIG. 26 (refer to FIG. 1, FIG. 12, FIG. 15 and FIG. 17 as needed), the supervisor 9 uses the supervisor terminal 2 to detect conditions for detecting the monitored person 10 as an emergency. Explain the screen to enter from. FIG. 15 is a condition input window according to the second embodiment.

As shown in FIG. 26, condition 1550A of the condition input window 1585A according to the second embodiment is obtained by adding movement allowance 2610 other than the relay point to the condition 1550 shown in FIG. Is different from the first embodiment in that it becomes selectable. The movement recognition 2610 other than the relay point is an interface for the supervisor 9 to check when entering the schedule. As the surveillance person 9 checks the movement allowance 26 10 other than the relay point, the monitored person 10 is permitted the movement other than the relay point. In FIG. 26, it is described that "a movement other than the relay point is accepted".

The Acceptance Level 2620 is an interface for selecting by click etc. when entering the 10-force monitored person's schedule. This is a level of acceptance indicating to what extent the monitored person 10 accepts the activity area of the monitored person 10 when the monitored person 10 checks the movement recognition 2610 other than the relay point. , (Tolerance) is to be selected. Here, as shown in FIG. 15, the supervisor 9 defines the relay point by the schedule, the management device 4 selects the CP 1705 also for the relay point force, and the management device 4 is selected for the acceptance 2620. Although the distance (stage number) from each CP 1705 to the monitoring device 6 is described as an integer, the setting method of the tolerance 2620 is not limited to this method.

Here, the “distance from each CP 1705 selected by the management device 4 to the monitoring device 6” will be outlined with reference to FIG. In FIG. 17, each of the monitoring device 7, the monitoring device 6, the monitoring device 4, and the monitoring device 5 is selected as a target (CP 1705) to which the management device 4 also transmits the policy according to the schedule input by the supervisor 9. Showing how The monitoring device 6 is a monitoring device 6 whose distance (number of stages) from the monitoring device 6 is 1 is, for example, a monitoring device 7 to which the monitored person 10 can directly move from the monitoring device 6 to 6, the monitoring device 4 and the monitoring device 8 It is. Furthermore, in addition to the monitoring device 7, the monitoring device 4 and the monitoring device 8, the monitoring device 6, the monitoring device 3 and the monitoring device 1 have a distance (number of stages) from the monitoring device 6 of 2 or less. It is.

The policy for accepting the movement of the distance (stage number) is specified from the management device 4 to the monitoring device 7, the monitoring device 6, the monitoring device 4 and the monitoring device according to the designation of the movement acceptance 2610 other than the relay point. Sent to 5 In the following, only differences in processing from the first embodiment in each monitoring device will be described.

The management device 4 transmits the information of the monitoring device distance table 1200 (or the information of the portion related to each monitoring device 6 among the information of the monitoring device distance table 1200) to each monitoring device 6 in advance. If the monitored person 10 enters an area within the cell radius of the monitoring device 6, then The monitoring device 6 is the monitoring device 6 of its own neighborhood based on the monitoring device distance table 1200 and is not the target of receiving the policy, the monitoring device 6 (here, the monitoring device 8) or the policy based on the policy. A policy (hereinafter referred to as “request policy”) to temporarily monitor the monitored person portable terminal 8 of the monitored person 10 with respect to the monitoring device 6 (here, the monitoring device 7) which has completed the processing To deliver. When the monitoring device-8 or the monitoring device-7 receives the request policy, it enters into the temporary monitoring system of the person 10 to be monitored. The contents of the request policy 1 shall conform to the contents of the policy 2000 (see FIG. 20) received by the monitoring device, and the method of determining the contents shall also conform to the method described in the first embodiment. Let's say. Also, it is assumed that, for example, the monitoring device 6 of its own neighborhood here is the monitoring device 6 that is separated by 1 from the self (the number of stages).

For example, in the case where the monitored person 10 leaves the predetermined schedule force scheduled by the monitoring person 9 and enters the area within the cell radius of the monitoring device 6 to the monitoring device 8, monitoring is performed. The device 8 transmits a message notifying that the entry is detected to the monitoring device 6, and after that, it is determined whether the monitored person 10 belongs to the area within the cell radius of the monitoring device 8 for a predetermined time. Check every (for example, every minute). When the monitoring device 8 can not detect the person to be monitored 10, it sends a message to that effect to the monitoring device 6, and after a predetermined time has passed, temporarily terminates the monitoring system. On the other hand, after the monitoring device 6 receives a message notifying that it can not detect the entry from the monitoring device 8, the person 10 to be monitored 10 receives the cell of the monitoring device 6 even after a predetermined time has passed. If it does not reenter the radius, as described in FIG. 24, it is determined that the monitored person 10 is in an emergency situation, and an alarm is notified to the monitored person 9 via the management device 4.

In the present embodiment, it is a case where the monitored person 10 accepts movement of other than the relay point, and in particular, a process in the case where the distance (the number of stages) from the monitoring device 6 is within 1 The same process is performed when the distance (the number of stages) from the monitoring device 6 is 2 or more. That is, the monitoring device 6 issues a request policy to temporarily monitor the monitored person 10 to the monitoring device 8, and the received monitoring device 8 sends the monitoring device 9 belonging to one's own neighborhood to the monitoring device 9. Change the request policy to the appropriate content and forward it. When the monitored person 10 enters an area within the cell radius of the monitoring device-9 On the other hand, the monitoring device 9 transfers a message notifying that the entry of the monitored person 10 has been detected to the monitoring device 8 and temporarily terminates the monitoring system after a predetermined time has elapsed. The monitoring device 8 further transfers the message to the monitoring device 6.

The monitoring device 6 may transfer a request policy including the number of remaining permission levels. In this case, the monitoring device 6 receives a request policy including the number of remaining approval levels from the monitoring device 6 in the neighborhood, reduces the number of remaining permission stages in the received request policy by one, and transfers it to its own monitoring device 6 in its vicinity. Do. For example, if it is recognized that the distance (number of stages) from monitoring device 6 is 2 or less, monitoring device 6 transfers the request policy including the remaining number of acceptable steps 1 (= 2 to 1) to monitoring device 8 If the request policy including the remaining number of approval levels 1 is received, the monitoring device 8 transfers the request policy including the remaining number of approval steps 0 (= 1 to 1) to the monitoring device 9. The monitoring device 9 which has received the request policy including the remaining number of approval steps of 0 judges that no further acceptance will be made, and does not transfer the request policy.

Further, in the present embodiment, when the monitored person 10 deviates from the schedule input by the monitoring person 9, as described in the first embodiment (see FIG. 24), An alarm may be notified to the supervisor terminal 2. An alarm may be notified to other monitoring devices 6. Alternatively, an alarm may be notified to the mobile terminal 8 of the monitored person 10. Furthermore, the monitored person's mobile terminal 8 to which this alarm has been notified may notify the monitored person 10 of the notification of the alarm by sound or vibration, or the monitored person 10 may be dangerous. It is also possible to emit a buzzer sound via the speaker 508 (see FIG. 5), assuming that it is in the state.

With reference to FIG. 27, the process of the mobile terminal of a person to be monitored 8 when an alarm is notified from the monitoring device 6 will be described. FIG. 27 is a diagram showing an alarm reception screen according to the second embodiment.

As shown in Fig. 27, on the alarm reception screen 2700, “The route for returning home has been removed. Enter the 4-digit security code and return to the route for returning home. In 15 seconds, an alarm will be notified. Is displayed, prompting you to enter authentication information. In this case, when the person to be monitored 10 inputs a personal identification number from the personal identification number input field 2710 via the personal digital assistant terminal 8, the personal identification number is notified to the management device 4, and the management device 4 has the correct personal identification number. If it is judged, The management apparatus 4 can stand by for notifying the supervisor terminal 2 of the supervisor 9 of an alarm for a certain period (a time for the monitored person 10 to return to the return route). Here, the force authentication method showing the method for authenticating the monitored person 10 using a personal identification code is not limited to this. For example, the fingerprint of the monitored person 10, voice authentication, and the monitored object captured by a camera It is also possible to use authentication by the person 10's video. Also, by notifying the monitored person 10 of deviation and requesting return to the route according to the schedule, it is possible to prevent frequent occurrence of an alarm, and furthermore, the monitored person 10 is dangerous. If the mobile terminal 8 is in a state, or if the mobile terminal 8 to be monitored is taken away by a suspicious person, or if the mobile terminal 8 to be monitored is broken, etc., an alarm is monitored as in the first embodiment. It is regrettable that person 9 is notified.

As described above, in the present embodiment, even when the monitored person 10 performs an action that deviates from the schedule set by the monitoring person 9, the monitoring devices 6 autonomously cooperate with each other. By doing this, it is possible to flexibly monitor the subject 10 even if the pattern is not created by the supervisor 9.

Here, although the method of realizing a system in which the admissibility is considered by the notification of the policy between the monitoring devices 6 and the temporary monitoring system of the monitoring device 6 has been described, the management device 4 It is acceptable to use a method of transferring the policy to the monitoring device 6 in advance in consideration of the admissibility from the beginning.

Third Embodiment

The third embodiment will be described. At this time, the same reference numerals as in the first embodiment or the second embodiment denote the same configuration as in the first embodiment or the second embodiment, and a description thereof will be omitted. In the first embodiment (see FIG. 16), by designating the area using the area 1623, the person to be monitored 10 to be monitored by the monitoring apparatus 6 is limited, but this area is very large. In this case, the number of monitoring devices 6 to which the management device 4 sends the policy becomes enormous. Also, even if the policy is not used very much, it resides in the monitoring device 6 and consumes the resources of the memory 405 and the CPU 404. Furthermore, even if the observer 9 omits the work of setting the route of the person to be monitored 10, if, for example, the monitoring device 6 falls into a situation where the person to be monitored 10 can not be monitored, That If you wish to be notified of the effect of In the present embodiment, a method for solving such a problem or problem will be described.

In the present embodiment, the supervisor 9 creates a necessary policy by the emergency detection condition input window 1600 (see FIG. 16) and the emergency detection action input screen 1400 (see FIG. 14). The processing is the same as in the first embodiment. The subsequent processing will be described below with reference to FIG. 28 (refer to FIG. 1 as needed).

FIG. 28 is a conceptual diagram of policy distribution by the monitoring device according to the third embodiment, where (a) is a conceptual diagram when the monitoring device distributes a policy, and (b) is a diagram showing reception of a policy. This is a conceptual diagram of the monitoring device when it further delivers the policy.

When the person to be monitored 10 turns on the power of the person portable terminal 8 to be monitored in the area within the cell radius of the monitoring device-6, or the power to the person portable terminal 8 to be monitored is turned on, the monitoring device When entering from the area outside the cell radius of 6 to the area within the cell radius, the monitoring device — 6 acquires the device ID of the mobile terminal 8 of the monitored person, and detection of the device ID at that time, If the monitoring device 6 is owned by the monitoring device 6 and does not conform to the conditions specified in the policy, the device ID is transferred to the management device 4 via the monitoring device side network 5.

The listener module 705 (see FIG. 7) of the management device 4 receives the device ID, transfers it to the tracking policy creation module 706, and the tracking policy creation module 706 receives the device ID and the emergency described above. Match the conditions of the policy created using the detection condition input window 1600. When it is determined that the detection of the device ID conforms to the condition defined in the policy, the management device 4 transfers the policy to the monitoring device 6.

The monitoring device 6 receiving the policy determines whether the monitored person portable terminal 8 of the monitored person 10 belongs to the area within the cell radius of the monitoring device 6 at predetermined time intervals (or Periodically) check. If the monitoring device 6 confirms that the monitored person portable terminal 8 of the monitored person 10 has left the area within the cell radius of the monitoring device 6, the monitored person portable terminal 8 of the monitored person 10 The monitoring time of the monitored person's mobile terminal 8 on the monitoring device 6 is attached to the policy for monitoring the Distribution to the monitoring device 6 (here, monitoring device 7, monitoring device 4 and monitoring device 8) whose distance (number of stages) from monitoring device 6 is 1 (see FIG. 28 (a). See). The monitoring policy may be distributed to the monitoring device 7, the monitoring device 4, and the monitoring device 8 immediately after the confirmation policy is transferred from the management device 4 to the monitoring device 6.

When the monitoring device 6 distributes the confirmation policy, the monitoring device 7, the monitoring device 4 or the monitoring device 8 transmits a notification that the mobile terminal 8 of the monitored person 10 is detected. It will be in the state of waiting for reception for the message to contact (hereinafter referred to as “contact message”) (see Figure 28 (a)). If the monitoring device 6 does not receive the message for communication even after a predetermined time has elapsed, it determines that the person 10 to be monitored has been lost, sends an alarm to the management device 4, and the management device 4 And forward the alarm to the supervisor terminal 2. The monitoring device 6 (in this case, monitoring device 7, monitoring device 4 or monitoring device 8) of the message source of the contact message, when the monitored person 10 enters the area within the cell radius of the contact message, The time is given and sent to the monitoring device 6 (in this case, the monitoring device 6) to which the contact message is sent. The monitoring device 6 to which the contact message is sent is the person to be monitored in the area within the cell radius of the monitoring device 6 of the transmission source of the contact message and the time when the monitored person 10 has left the area within the cell radius. The moving speed of the person to be monitored 10 is calculated using the time when 10 entered and the distance between the two monitoring devices 6, and the calculated speed and the speed specified in the emergency detection condition 1620 (see FIG. 16) , And sends an alarm to the management device 4 as necessary, and the management device 4 transfers the alarm to the supervisor terminal 2.

For example, the monitoring device 6 acquires the distance (600 meters) between the monitoring device 6 and the monitoring device 4 from the monitoring device distance table 1200, and the monitored person 10 is within the cell radius of the monitoring device 6. If the difference between the time of leaving the area and the time of entering the area within the cell radius of the monitoring device 4 is 120 seconds, the speed of the person to be monitored 10 is (600 meters 120 120 seconds =) seconds 5 Calculated as seconds (18 kilometers per hour), it is estimated that the monitored person 10 moves at a velocity exceeding the velocity (8 kilometers per hour) specified in the emergency detection condition 1620 (see Fig. 16). As a result, the monitoring device 6 sends an alarm to the management device 4. Also, the monitoring device 6 is within the cell radius of the monitoring device 6 with respect to the monitoring device 4. The monitoring device 4 may calculate the moving speed of the person 10 to be monitored by notifying the time, and the monitoring device 4 may transmit an alarm to the management device 4.

On the other hand, when the monitoring device 6 determines that there is no abnormality in the moving speed of the person to be monitored 10, the monitoring device 8 and the monitoring device 7 are requested to withdraw the confirmation policy. When the monitoring device 4 calculates the moving speed of the person 10 to be monitored, the monitoring device 4 determines that the moving speed of the person 10 to be monitored is normal. The monitoring device 6 is notified that the monitoring responsibility of the viewer 10 has been transferred to the monitoring device 4, and the monitoring device 6 requests the monitoring device 8 and the monitoring device 7 to withdraw the confirmation policy.

Since the monitoring device 4 has already received the content of the confirmation policy from the monitoring device 6, the monitoring device 4 does not perform the process of again making the above-mentioned inquiry made by the monitoring device 6 to the management device 4. Then, it is distributed to the monitoring device 6 (in this case, the monitoring device 3, the monitoring device 5 and the monitoring device 6) whose distance (stage number) from the monitoring device 4 is 1 (see FIG. 28 (b)).

By continuing such processing, it is not necessary to transfer the policy to a large amount of monitoring device 6 beforehand, and resources of memory 405 (see FIG. 4) of monitoring device 6 and CPU 404 (see FIG. 4) It is possible to reduce consumption. In addition, even if the supervisor 9 omits the work of creating a schedule for the monitor 10, it is possible to notify the monitor 9 of an alarm when an abnormal situation occurs in the monitor 10 It becomes.

Fourth Embodiment

A fourth embodiment will be described. In the first to third embodiments, the monitoring device side network 5 is a network used when information is transmitted and received between the management device 4 and the monitoring device 6. The type of network is not particularly limited if a network such as an internet network, a mobile phone network, a wireless network, or an ad hoc network is used as the monitoring device side network 5, but the monitoring device 6 is a monitoring device side network. It has been assumed that 5 is always connected.

However, it is often the place where one wants to monitor the person to be monitored 10 is a non-popular mountain forest where it is difficult to lay mobile phone network infrastructure etc. and a depopulated area such as the seaside. This embodiment See Figure 29 for the monitoring method based on the assumption that both the monitoring device 6 that can not be connected to the monitoring device network 5 and the monitoring device 6 that can be connected to the monitoring device network 5 are used. While explaining. At this time, the same reference numerals as in the first embodiment to the third embodiment denote the same configuration as in the first to third embodiments, and a description thereof will be omitted.

FIG. 29 is a block diagram of a tracking system according to the fourth embodiment. As shown in FIG. 29, the tracking system 1A is configured to include a monitoring device 6a, a monitoring device 6b, and a monitoring device 6c. The monitoring device 6a and the monitoring device 6c are connected to the monitoring device side network 5. The power monitoring device 6b is not connected to the monitoring device side network 5 and is a single monitoring device. (Hereafter, referred to as "network non-connected monitoring device"). Here, when the management device 4 transmits a policy, it can not transmit the policy to the monitoring device 6b which is the network non-connection type monitoring device via the monitoring device side network 5. become. Further, in FIG. 29, the supervisor-side wireless network 7 is omitted.

The management device 4 holds in advance information that the monitoring device 6 b is not connected to the monitoring device side network 5, and the deployment module 704 of the management device 4 is on the monitoring device side. Instead of transmitting the policy to the monitoring device 6b not connected to the network 5, the monitoring device 6b connected to the monitoring device side network 5 and the tracking policy control module 809 of the monitoring device 6c are connected to the monitoring device 6b. Send a policy for the delivery (hereinafter referred to as the “delivered policy”). Further, the management device 4 may transmit the transported policy 13 only to the monitoring device 6c. Hereinafter, the case where the monitoring device 6a and the monitoring device 6c receive the transported policy 13 will be described. The monitoring device 6c that has received the transported policy 13 temporarily stores the policy in the hard disk 411 (see FIG. 4) or the memory 4 05 (see FIG. 4).

When the monitoring device 6 c finds the monitored person portable terminal 8 c belonging to the area within the cell radius, the monitoring device 6 c communicates with the communication management module 803 of the monitored person portable terminal 8 c via the communication management module 803 (see FIG. 8). The call management control module 904 (see FIG. 9) of the monitored person portable terminal 8b is transferred to the memory 505 (see FIG. 5) of the monitored person portable terminal 8c via (see FIG. 9). Ask if storage capacity remains to store the transport policy 13! If it is determined that it remains, the policy is transferred to the memory. Here, in the present embodiment, it is not mentioned whether the monitored person 10c discovered by the monitoring device 6c has the power to conform to the policy of the monitoring device 6c.

When the monitored person 10 c who is the owner of the monitored person portable terminal 8 c in which the transported policy 13 is stored enters the area within the cell radius of the monitoring device 6 b, the monitored person portable terminal 8 c Whether the call management control module 904 (see FIG. 9) communicates with the tracking policy control module 809 (see FIG. 8) of the monitoring device 6b, and whether or not the transported policy 13 has already been stored in the monitoring device 6b. Confirm. As a result of confirmation, if the to-be-carried policy 13 is not stored in the monitoring device 6b, the to-be-monitored person portable terminal 8c transfers the to-be-carried policy 13 to the monitoring device 6b, and the to-be-carried policy 13 is transmitted to the monitoring device 6b. If it has already been stored, the mobile terminal for monitored persons 8c deletes the transported policy 13 from its own memory.

Subsequently, when the portable terminal 8c of the monitored person storing the transported policy 13 in the monitoring device 6b enters the area within the cell radius of the monitoring device 6a, the transported policy 13 is stored in the monitoring device 6b. A message notifying that it has been sent is transferred to the tracking policy control module 809 (see Figure 8) of the monitoring device 6a. The monitoring device 6a transfers the message to the tracking policy creation module 706 (see FIG. 7) of the management device 4. A message to the effect that the policy is to be discarded is sent to the tracking policy control module 809 (see FIG. 8) of the monitoring device 6a, and the monitoring device 6a discards the policy according to the message.

Next, in the monitoring device 6b, which is a non-network type monitoring device, that the mobile terminal 8c of the person 10c to be monitored is detected is not detected via the monitoring device side network 5, but the management device 4 Explain how to notify

When the monitoring device 6 b detects the monitored person mobile terminal 8 b (the monitored person 10 b) corresponding to the transported policy 13, the monitoring module 808 (see FIG. 8) temporarily detects the detected information 14. Accumulate. Here, the detection information is, as described above, information related to the monitored person portable terminal 8b, and the information related to the monitored person portable terminal 8b includes information for identifying the monitored person portable terminal 8b. I assume. Furthermore, the monitoring device 6b is the portable end of the monitored person. If a monitored person 10a having a monitored person portable terminal 8a different from the end 8b is found, the monitoring module 808 (see FIG. 8) of the monitoring device 6b is the communication management module 903 of the monitored person portable terminal 8a. This information is stored in the memory 505 (see FIG. 5) of the monitored person portable terminal 8a with respect to the call management control module 904 (see FIG. 9) of the monitored person portable terminal 8a via (see FIG. 9). Ask if there is storage space left to store, and adjust. If it is found that it remains, the detection information 14 is transferred to the memory 505. When the portable terminal 8a of the monitored person storing the detection information 14 enters the area within the cell radius of the monitoring device 6a, the information is transferred to the monitoring module 808 (see FIG. 8) of the monitoring device 6a. Do. The monitoring device 6a can transfer the information to the management device 4 as needed.

In this embodiment, two monitoring devices (the monitoring device 6a and the monitoring device 6c) connected to the monitoring device side network 5 and a monitoring device not connected to the monitoring device side network 5 Although the case of 6b) has been described, the number is not limited as long as there is one or more monitoring devices. For example, one monitoring device may be connected to the monitoring device side network 5. In that case, the monitoring device connected to the monitoring device side network 5 may be configured to have the functions of the monitoring device 6a and the monitoring device 6c of the present embodiment. Further, although the case has been described above in the present embodiment, in the case where there are three monitored person portable terminals (the monitored person portable terminal 8a, the monitored person portable terminal 8b and the monitored person portable terminal 8c), If the number of mobile terminals is one or more, the number is not limited. For example, among the three mobile terminals to be monitored, there may be mobile terminals to be monitored having two or more functions.

As described above, according to the present embodiment, it is connected to the monitoring device side network 5! Even if the flooding monitoring device 6b exists, the monitoring device 6a, the monitoring device 6c, and the management of the policy, tracking information (detection information), etc. of the monitoring device 6b are used by using the mobile terminal 8 of the monitored person moving. It becomes possible to transfer to device 4 etc. Therefore, according to the present embodiment, for example, in the case where the monitored person 10b is missing in a non-popular mountain forest where there is difficulty in laying a mobile phone network infrastructure, etc., or in a depopulated area such as the seaside, the monitored person 10b It is possible to identify the point where was finally confirmed. Furthermore, the monitored person 1 When calculating the moving speed of Ob, it is also possible to use the policy of the monitoring device 6b not connected to the monitoring device side network 5, tracking information (detection information), and the like.

Fifth Embodiment

The fifth embodiment will be described. In the first to fourth embodiments, when the monitor-side wireless network 7 receives information from the monitor portable terminal 8 carried by the monitor 10, the monitor apparatus 6 carries out the process. It is a network to be used, and a mechanism is required for the monitoring device 6 to detect the presence of the mobile terminal 8 of the monitored person via the wireless network 7 on the supervisor side. However, there is a problem that the cost is high to implement the system in the mobile terminal 8 to be monitored.

Therefore, in the present embodiment, by using a mobile phone as the mobile terminal 8 to be monitored, addition of functions to the mobile terminal 8 to be monitored and modification of the mobile terminal 8 to be monitored can be performed at low cost. A method of tracking the monitored person 10 will be described with reference to FIG. In that case, about the same composition as a 1st embodiment thru / or a 4th embodiment, the same numerals as a 1st embodiment thru / or a 4th embodiment are attached in a figure, and explanation is omitted.

The configuration of the tracking system according to the present embodiment will be described with reference to FIG. FIG. 30 is a block diagram of a tracking system according to the fifth embodiment. As shown in FIG. 30, the tracking system 1B includes the monitor terminal 2, the monitor terminal network 3, the management device 4, the monitor network 5, the monitor 6, and the mobile phone 8A. Prepare. As the mobile phone 8A, it is possible to use a general mobile phone which does not require any special modification or change for this system. It is assumed that the monitored person 10 can make a telephone call etc. via the base station 15 and the mobile phone network 16 using the mobile phone 8A.

The base station 15 of the mobile phone 8A constantly transmits a signal indicating an area, and the mobile phone 8A constantly receives the signal. Therefore, when the mobile phone 8A is turned on, the mobile phone 8A is moved to a new area, etc., the mobile phone 8A issues a signal (location registration signal) to notify its own location information. The home memory station reports that it has entered the area, and the home memory station rewrites the name of the area to which the mobile phone belongs. That is, the mobile phone 8A automatically sends out a location registration signal when the power is turned on, or a transition to a new area is performed. By the way, a unique number called ESN (Electronic Serial Number) having a number space of 32 bits (manufacturer identification code 8 bits + serial number 24 bits) is assigned to each mobile phone 8A in advance. Note that this ESN is a unique number that is set by the manufacturer as well as the MAC address of Ethernet (registered trademark) described in the device ID 1314 (see FIG. 13). This ESN is given to identify the mobile phone 8A.

[0143] It should be noted that, as long as the signal representing the area where base station 15 is constantly emitting does not change, in principle mobile phone 8A itself does not issue a location registration signal (a relatively long time such as 30 minutes to 1 hour). Every time there is a case to issue confirmation). As means for forcibly generating such a position registration signal on the mobile phone 8A, a means for preventing the mobile phone 8A from reaching a signal representing the area where the base station 15 always emits can be considered. This method is described in, for example, monitoring equipment, “Cell Phone Frequency Jammer Plans J (http: ZZwww. Cs. Utah. Edu / ̃chrisb / writing / jammer / circuit% 20 drawings / celljam5. Pdf) It is possible that the mobile phone 8A itself may emit the location registration signal by providing such a circuit and transmitting a signal representing the area to the mobile phone 8A in units of fixed time. .

In the present embodiment, the monitoring device 6 intercepts the location registration signal to which the ESN is assigned from the mobile phone 8A to the base station 15 to confirm the location of the person to be monitored 10. The network interface card 407 (see FIG. 6) of the monitoring device 6 of the present embodiment communicates with the network interface card control driver 801 (see FIG. 8) when the location registration signal is received. The management module 803 (see FIG. 8) reads the ESN number of the location registration signal issued by the mobile phone 8A. This ESN number is treated in the same manner as the device ID 1314 (see FIG. 13) described in the first embodiment. As a result, the monitoring device 6 can identify the monitored person 10 using the ESN number assigned to the position registration signal issued by the mobile phone 8A owned by the monitored person 10.

Base station 15 and mobile phone network 16 in the present embodiment have a configuration in which they are replaced with a radio access point and an IP network, a PHS base station and a PHS network, respectively. It may be connected. Furthermore, as for the base station 15, the configuration may be replaced with a Bluetoot M (registered trademark) access point, a low power radio, another wireless system, or the like.

Sixth Embodiment

A sixth embodiment will be described with reference to FIG. At this time, the same reference numerals as in the first to fifth embodiments are given to the same configurations as in the first to fifth embodiments, and the description will be omitted. FIG. 31 is a block diagram of a tracking system according to a sixth embodiment.

As shown in FIG. 31, the monitoring device 6C in the tracking system 1C is connected to the rotating light 61 or the speaker 62. When the monitoring device 6C detects the mobile terminal 8 to be monitored, the monitoring device 6C can perform processing of lighting the rotary light 61 or processing of emitting a voice message through the speaker 62. The monitoring device 6C can be safely watched against the monitored person 10 by the tracking system 1C of the present embodiment by the lighting of the rotary light 61 or the voice message etc. emitted from the speaker 62. Can give a feeling. In addition, if there is no lighting of the rotating light 61 of the monitoring device 6C and a voice message etc. emitted from the speaker 62, it may be determined that an emergency situation has occurred in the monitored person 10 near the monitoring device 6C. it can. The detection and notification means described in the claims corresponds to the rotating light or the speaker in the present embodiment.

The process of presenting such watching over of the person to be monitored 10 is not limited to the form executed by the monitoring device 6 that has detected the person to be monitored 10, but has detected a position registration signal to the base station 15. The form which the monitoring apparatus 6 performs, and the form which the monitoring apparatus 6 which received the instruction | indication of the management apparatus 4 may perform may be sufficient. Furthermore, as described in the first embodiment (see FIG. 23), the monitoring device 6 scheduled to pass by the monitored person 10 is to be executed when the information of the monitored person mobile terminal 8 is received. May be

Claims

The scope of the claims

[1] A plurality of monitoring devices for monitoring the monitored person holding the monitored mobile terminal are monitoring devices used in a monitoring system configured to be able to communicate with each other via a network link.

Monitored person detection means for detecting the monitored person mobile terminal;

A storage unit for storing information;

An information processing unit that processes information;

An information transmission / reception unit that transmits / receives information

Equipped with

The storage unit stores a policy for monitoring the monitored person,

The information processing unit

A determination procedure of determining whether the detection of the mobile terminal of the monitor by the monitor detection unit of the monitor is in accordance with the condition defined in the policy;

And / or an alarm notification procedure for notifying another monitoring device of an alarm via the information transmission / reception unit based on the determination result by the determination procedure.

To do

A monitoring device characterized by

[2] A plurality of monitoring devices for monitoring the monitored person holding the monitored mobile terminal are monitoring devices used in a monitoring system configured to be able to communicate with each other via a network link.

A storage unit for storing information;

Information processing unit that processes information and

Equipped with

The storage unit stores a policy for monitoring the monitored person,

The information processing unit

A determination procedure of determining whether the detection of the mobile terminal of the monitor by the monitor detection unit of the monitor is in accordance with the condition defined in the policy; And a storage procedure for storing the detection information in the storage unit based on the determination result of the determination procedure.

To do

A monitoring device characterized by

[3] The monitoring device further includes an information transmitting and receiving unit that transmits and receives information;

The information processing unit transmits the detection information to another monitoring apparatus via the information transmitting / receiving unit according to the policy based on the determination result by the determination procedure.

To do further

The monitoring device according to claim 2, characterized in that

[4] A plurality of monitoring devices for monitoring the monitored person holding the monitored mobile terminal are monitoring devices used in a monitoring system configured to be able to communicate with each other via a network link.

A storage unit for storing information;

An information processing unit that processes information;

Equipped with

The storage unit stores a policy for monitoring the monitored person,

The information processing unit

A storage procedure for causing the storage unit to store the detection information transmitted from another monitoring device via the information transmission / reception unit;

A determination procedure for determining whether the detection information by the monitored person detection means matches the detection information stored in the storage unit;

If the detection information by the person-to-be-monitored detection means matches the detection information stored in the storage unit, the detection by the other monitoring device is performed via the information transmission / reception unit according to the policy. Sending procedure to send information and

To do A monitoring device characterized by

[5] A procedure for causing the information processing unit to hold the detection information stored in the storage unit for a predetermined time

To do

The monitoring apparatus according to any one of claims 2 to 4, wherein

[6] The monitoring device further comprises a camera,

The information processing unit

A procedure for photographing the person to be monitored via a camera when the portable terminal of the person to be monitored is detected, and storing video information obtained by the photographing in the storage unit;

Performing a procedure of holding the video information stored in the storage unit for a predetermined period of time

The monitoring apparatus according to any one of claims 2 to 4, wherein

[7] The information processing unit may execute the process based on the policy for monitoring the person to be monitored received from the management apparatus via the information transmission / reception unit.

The monitoring apparatus according to any one of claims 2 to 6, wherein

[8] The information processing unit may notify an alarm to another monitoring apparatus via the information transmitting / receiving unit based on the determination by the determination procedure.

To do

The monitoring device according to claim 7, characterized in that:

[9] A management device that manages a monitoring device that monitors a person to be monitored,

An information processing unit that processes information;

Equipped with

The information processing unit

A procedure for receiving, via the information transmitting / receiving unit, the monitoring method of the monitored person input from the monitoring person's terminal of the monitoring person;

A procedure for creating a policy for monitoring a person to be monitored according to the monitoring device based on the monitoring method; Transmitting the policy to the monitoring device via the information transmission / reception unit

Management device characterized by.

[10] The information processing unit

A procedure for receiving an alarm from the monitoring device via the information transmission / reception unit; a procedure for acquiring information on the alarm force a monitored person;

A procedure for notifying the observer terminal of the observer who monitors the person to be monitored of the alarm via the information transmitting / receiving unit;

To do

The management apparatus according to claim 9, characterized in that:

[11] A plurality of monitoring devices for monitoring the monitored person holding the monitored mobile device are monitoring devices used in a monitoring system configured to be able to communicate with each other via a network link.

A storage unit for storing information;

An information processing unit that processes information;

Equipped with

The storage unit stores a policy for monitoring the monitored person,

The information processing unit

When the monitored person detection means detects the monitored person mobile terminal, a policy for temporarily monitoring the monitored person based on the policy is transmitted to the other monitoring device via the information transmitting / receiving unit. Procedures to transfer to

When a policy for temporarily monitoring a person to be monitored is received from another monitoring device via the information transmission / reception unit, the policy is stored in the storage unit, and the person to be monitored is temporarily stored based on the policy. Procedures to monitor

To do

A monitoring device characterized by [12] The information processing unit

A predetermined time has elapsed since the notification that the other monitoring device detected the mobile terminal of the person being monitored in the temporary monitoring is received from the other monitoring device via the information transmitting / receiving unit. Even if the monitor's mobile terminal can not be detected via the monitor's detection means, a procedure for notifying the monitor's mobile terminal of an alarm and prompting the monitor to input authentication information is provided.

To do

The monitoring device according to claim 11, characterized in that:

[13] A plurality of monitoring devices for monitoring the monitored person holding the monitored mobile terminal are monitoring devices used in a monitoring system configured to be able to communicate with each other via a network link.

A storage unit for storing information;

An information processing unit that processes information;

Equipped with

The information processing unit

When a policy for monitoring the monitored person is received from another monitoring apparatus via the information transmitting / receiving unit, the policy is stored in the storage unit, and the procedure for monitoring the monitored person based on the policy ,

When the person-to-be-monitored mobile terminal is detected by the person-to-be-monitored detection means, based on the policy! And a procedure for transferring a policy for monitoring the person to be monitored to another monitoring device via the information transmitting / receiving unit;

To do

A monitoring device characterized by

[14] A plurality of monitoring devices for monitoring the person to be monitored holding the person terminal of the person to be monitored are configured to be able to communicate with each other via the network, and can not communicate with the monitoring device via the network. Used for monitoring system that includes various unconnected monitoring devices Monitoring device, and

A storage unit for storing information;

An information processing unit that processes information;

Equipped with

The storage unit is configured to monitor the monitored person by the non-connected monitoring device.

, And fe

The information processing unit

A procedure for transferring the policy to the monitored person portable terminal via the information transmitting / receiving unit when the monitored person detecting unit detects the monitored person portable terminal

To do

A monitoring device characterized by

Monitored Person A plurality of monitoring devices for monitoring the monitored person holding the portable terminal are configured to be mutually communicable via a network, and not connected to the monitoring device that can not communicate via the network. A non-connected monitoring device used in a monitoring system comprising a type of monitoring device, comprising:

A storage unit for storing information;

An information processing unit that processes information;

Equipped with

The storage unit stores detection information of the mobile terminal of the monitored person,

The information processing unit

A procedure for transferring the detection information to the monitored person portable terminal via the information transmitting / receiving unit when the monitored person detecting unit detects the monitored person portable terminal

To do

Unconnected monitoring device characterized by. [16] A plurality of monitoring devices for monitoring the monitored person holding the monitored mobile terminal are monitoring devices used in a monitoring system configured to be able to communicate with each other via a network link.

A monitored person detecting means for detecting a position registration signal emitted by the monitored person portable terminal, a storage unit for storing information,

An information processing unit that processes information;

Equipped with

The storage unit stores a policy for monitoring the monitored person,

The information processing unit

And an alarm notification procedure for notifying another monitoring device of an alarm via the information transmission / reception unit based on the determination result by the determination procedure.

To do

A monitoring device characterized by

[17] A plurality of monitoring devices for monitoring the monitored person holding the monitored mobile device are monitoring devices used in a monitoring system configured to be able to communicate with each other via a network link.

Detection notification means for notifying the monitored person of the detection of the monitored person mobile terminal; and a storage unit for storing information.

Information processing unit that processes information and

Equipped with

The information processing unit

A determination procedure of determining whether the detection of the mobile terminal of the monitor by the monitor detection unit of the monitor is in accordance with the condition defined in the policy; A procedure for notifying the subject of detection through the detection and notification means to the subject based on the judgment result of the judgment procedure;

To do

A monitoring device characterized by