JP2007157005A - Object action detection/report system, center device, controller device, object action detection/report method, and object action detection/report program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an object action detection/report system, an object action detection/report method, and an object action detection/report program, in which the passing time of a student at a predetermined position and a real image at the time of passing can be confirmed. <P>SOLUTION: An active tag detection part 5 detects an active tag which enters within an active tag detection range, and reads and transmits an object ID stored in the active tag, the passing time and the like to a center device 7 through a server communication part 65. A passive tag detection part 4 detects a passive tag which enters within a passive tag detection range, and transmits an identification ID of an object stored in the passive tag, the passing time, an image taken by an IP camera 2 at the time of detection and the like to the center device 7 through the server communication part 65. The center device 7 forms a report mail based on the passing time, the passing image and the like from a controller 6, and transmits it to a guardian terminal 8. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to an object behavior detection / notification system, a center device, a controller device, an object behavior detection / notification method, and an object behavior detection for detecting a behavior of a target object, for example, a schoolchild, and notifying a guardian terminal via a network. -It is related to the notification program.

  In recent years when social security has been deteriorating, crimes against children have been increasing. Under such circumstances, parents need to grasp the behavior of the child when the child cannot reach his / her eyes, such as when going to and from school, but this is actually difficult.

  With the spread of mobile phones in recent years, parents are required to have their mobile phones to contact parents using mobile phones when going to school or cram school so that they can understand the behavior of children. So, parents can get information about when children go to school and when they leave school, but it is cumbersome for children to call parents every time they go to school. However, even if a child does not go to school and goes to other places and plays, there is a problem that the real thing is not understood only by telephone contact.

  In addition, when the child is still small, such as in the lower grades of an elementary school, it is difficult to forget to call the parent / guardian each time when going to school or leaving school.

In order to solve such problems, attendance management and attendance school notification system that can obtain information on whether a child attended school or cram school at a predetermined time and can notify the information to parents was there. As this type of system, there is one disclosed in Patent Document 1. This attendance management and attending and attending school notification system provides an information storage medium for carrying a student to the student, and reads the identification information stored in the information storage medium near the entrance of an educational facility such as a school or a cram school When the reader is installed and the student passes through the entrance of the educational facility, the information storage medium reader automatically reads the information stored in the information storage medium and transmits it to the server side via the communication line. The server distributes information on the time when the student passes through the entrance of the educational facility to a communication terminal such as a mobile phone on the guardian side.
JP 2004-86394 A

  However, the conventional attendance management and school attendance notification system has a problem that although the passing time of the child at a predetermined position can be grasped, the actual image at that time cannot be confirmed.

  The present invention has been made to solve the conventional problems, and is an object behavior detection / notification system, an object behavior detection / notification method, and an object behavior capable of confirming the passage information of an object and a real image at the time of passage. The purpose is to provide a detection and notification program.

  The object behavior detection / notification system of the present invention is a controller that is installed in a plurality of specific locations and acquires and transmits individual identification information of an object to be detected, passage information of the object, and an image captured in response to the detection And the controller device via a network, receiving the individual identification information, the passage information, and the image from the controller device, and sending the individual identification information of the object, the passage information, and the image to the network. A center device that transmits to a user terminal connected via the controller device, and when the individual identification information for specifying the object to be detected is acquired, the passage information and the image Is transmitted to the center device in association with the individual identification information, the center device The individual identification information, the passage information, and the image are received from the controller device, and the passage information associated with the individual identification information and the image associated with the individual identification information are transmitted to the user terminal. It has the composition to do. With this configuration, it is possible to generate an image that allows the user of the system to check not only the object passage history but also the object image picked up at the time of passage.

  In the object behavior detection / notification system of the present invention, the controller device includes a first detection unit that detects the first tag, and a communicable distance between the first tag and the first detection unit. A second detection unit that detects a second tag that is smaller than the communicable distance, and when the first detection unit detects the first tag, the first tag is detected according to the detected first tag. When the individual identification information and the passage information of the object are acquired and the second tag is detected by the second detection unit, the individual identification information, the passage information, and the image are detected according to the detected second tag. To get. With this configuration, when the object passes near the controller device, the object can be well imaged.

  Furthermore, in the object behavior detection / notification system of the present invention, the object to be detected is a schoolchild. With this configuration, the guardian can check not only the passage history of schoolchildren but also images when passing.

  In the object behavior detection / notification system of the present invention, the controller device includes an illuminance detection unit that detects the illuminance of the external environment, and when the illuminance detection unit detects that the illuminance of the external environment has decreased below a predetermined value, A warning signal is sent to the center device. With this configuration, it is possible to notify and warn the center device that a schoolchild is walking in a dark time during a dark time (illuminance below a certain level) such as after sunset.

  In the object behavior detection / notification system of the present invention, the controller device includes an image acquisition / storage unit that stores the image, and the image acquisition / storage unit includes a volatile memory. With this configuration, the stored image can be automatically deleted after a predetermined time has elapsed or after a predetermined operation, so that personal information can be protected.

  In the object behavior detection / notification system of the present invention, the center device includes a change processing unit that changes an image in which the object to be detected is captured, and the change processing unit applies the object to the image. The object is recognized and identified by a feature that can be identified (for example, if the object is a schoolchild, for example, a school bag, a hat, etc.), and the visibility is reduced in the image according to the object. With this configuration, it is possible to protect the privacy of an object to be detected and / or a person or an object other than the detection target imaged together with the object.

  In the object behavior detection / notification system of the present invention, the center device includes a change processing unit that changes the individual identification information of the object to second individual identification information (such as a nickname), and the change processing unit includes: When the individual identification information to be detected is received from the controller device, the information is changed to confidential second individual identification information. With this configuration, it is possible to protect the privacy of an object to be detected and / or a person or object other than the detection target imaged together with the object.

  In the object behavior detection / notification system of the present invention, the center device includes a passage information extraction unit that extracts the passage information having the attribute according to the attribute (group ID or the like) given to the object, and the passage The information extraction unit selects the passage information having the specified attribute from the passage information detected by the detection unit or the second detection unit, and the detection unit displays the selected information on a map. It extracts so that display is possible according to the place on the map. With this configuration, the teacher of the school to be an administrator can be used for school attendance management for all school children and school attendance management for all school children.

  In the object behavior detection / notification system of the present invention, the center device includes a notification information transmission unit that transmits information to alert when the object performs an operation different from a preset condition, and the notification information transmission When there is passage information different from the set condition of the corresponding object registered in advance, the unit transmits information for calling attention. With this configuration, parents can be notified when a schoolchild returns home on a different route from that previously registered, or when there is no history after a certain amount of time has passed after passing the main gate when leaving school. .

  In the object behavior detection / notification system of the present invention, the center device generates an image presence sign (such as a camera icon) that can identify the presence or absence of the image captured by the controller device, and displays the image presence sign on a map. The image presence sign generation unit shown according to the location on the map where the detection unit is arranged, and the image extraction unit that extracts the image according to the image presence sign. With this configuration, information on the presence or absence of an image can be displayed, and when there is image information, the image can be easily confirmed by clicking an image presence indicator.

  In addition, the center device of the present invention is installed in a specific plurality of locations, a controller device that acquires and transmits individual identification information of an object to be detected, passage information of the object, and an image captured according to the detection, A user connected via a network, receiving the individual identification information, the passage information, and the image from the controller device, and connecting the individual identification information of the object, the passage information, and the image via the network A center device that transmits to a terminal, the center device receiving the individual identification information, the passage information, and the image from the controller device, the passage information associated with the individual identification information, and the individual The image associated with the identification information is transmitted to the user terminal. With this configuration, the user of the system can transmit not only the object passage history but also the image of the object captured at the time of passage.

  In addition, the center device of the present invention is installed in a specific plurality of locations, a controller device that acquires and transmits individual identification information of an object to be detected, passage information of the object, and an image captured according to the detection, A user connected via a network, receiving the individual identification information, the passage information, and the image from the controller device, and connecting the individual identification information of the object, the passage information, and the image via the network A center device that transmits to a terminal, the center device comprising: a receiving unit that receives the individual identification information, the passage information, and the image from the controller device; and a passage information detected by the controller device. Selecting passage information of an object having a specified attribute, and the selected passage information is An information processing unit that generates a map image displayed on a map together with the position of the roller device, the image associated with the individual identification information, and the map image associated with the individual identification information are transmitted to the user terminal. A transmission unit. With this configuration, the user of the system can view the passage history of the object on the map, and can also browse the image of the object captured at the time of passage as necessary.

  The controller device of the present invention is a controller device connected via a network to a center device that receives individual identification information of an object to be detected, passing information of the object, and an image captured in response to the detection. The controller device is configured to transmit the passing information and the image to the center device in association with the individual identification information when the individual identification information for specifying the object is acquired. . With this configuration, the user of the system can transmit not only the object passage history but also the image of the object captured at the time of passage.

  Furthermore, the controller device of the present invention includes a first detection unit that detects the first tag, and a second communication distance that is smaller than a communication possible distance between the first tag and the first detection unit. A second detection unit for detecting a tag, and detecting the first tag by the first detection unit, the individual identification information of the object and the passage according to the detected first tag When the information is acquired and the second detection unit detects the second tag, the individual identification information, the passage information, and the image are acquired according to the detected second tag. With this configuration, when the object passes near the controller device, the object can be well imaged.

  Furthermore, the controller device of the present invention includes an image acquisition / storage unit that stores the image, and the image acquisition / storage unit includes a volatile memory. With this configuration, in the unlikely event that the controller device is stolen, the stored image is erased when the controller device is powered off, thus protecting privacy.

  The object behavior detection / notification method of the present invention includes a step of receiving passage information of the object associated with individual identification information of an object to be detected, and an association with the individual identification information imaged in accordance with the passage information. Receiving the received image, and transmitting the passage information associated with the individual identification information and the image associated with the individual identification information. With this configuration, it is possible to generate an image that allows the user of the system to check not only the object passage history but also the object image picked up at the time of passage.

  Furthermore, the object behavior detection / notification method of the present invention includes a step of recognizing and identifying the object by a feature capable of identifying the object with respect to an image obtained by capturing the object to be detected, and depending on the object, A step of reducing visibility in the image, and a step of changing the individual identification information of the object to second individual identification information having confidentiality. With this configuration, it is possible to protect the privacy of an object to be detected and / or a person or object other than the detection target imaged together with the object.

  Furthermore, the object behavior detection method of the present invention includes the step of acquiring individual identification information of an object to be detected, passage information of the object, and an image captured in response to the detection, and the passage information and the image. And transmitting in association with the individual identification information. With this configuration, the user of the system can transmit not only the object passage history but also the image of the object captured at the time of passage.

  Also, the object behavior detection / notification method of the present invention acquires and transmits the individual identification information of the object to be detected, the passing information of the object, and the image captured in response to the detection, which are installed at a plurality of specific locations. A step of receiving the individual identification information, the passage information, and the image from the controller device, and the predetermined information specified from the passage information detected by the controller device that transmits the passage information and the image. Selecting the passage information of an object having the attribute of: generating a display map image according to a location on the map where the controller device is arranged on the selected passage information map; and the individual Transmitting the image associated with the identification information and the map image associated with the individual identification information to a user terminal; Provided. With this configuration, the user of the system can view the passage history of the object on the map, and can also browse the image of the object captured at the time of passage as necessary.

  The object behavior detection / notification program of the present invention is a program for causing a computer to execute each step described in the object information processing method.

  The present invention relates to an object behavior detection / notification system, a center device, a controller device, an object behavior detection / notification method, and an object behavior having an effect of confirming a passage time of a predetermined position of a schoolchild and an actual image at the time of passage. A detection / notification program can be provided.

  Hereinafter, an object behavior detection / notification system according to an embodiment of the present invention will be described with reference to the drawings. Here, a schoolchild will be used as an example of the object.

  FIG. 1 is a conceptual diagram showing an operation of detecting the behavior of the schoolchild 101 using the object behavior detection / notification system of the embodiment of the present invention and notifying the guardian's terminal.

  In FIG. 1, for example, a schoolchild tag 102 including an active tag 102a having a large communicable distance and a passive tag 102b having a relatively small communicable distance is attached to a hat of the schoolchild 101 or the like. The movement of the schoolchild tag 102 is linked to the movement of the schoolchild 101 itself.

  IP camera 2, active tag detection unit (active tag reader) 5, passive tag detection unit (passive tag reader) 4, and controller 6 are installed on a monitoring node 103 such as a power pole or vending machine on the way to school road of schoolchildren 101 The controller 6 includes an image acquisition unit, an active tag detection signal reception unit, a passive tag detection signal reception unit, a communication unit, and the like. The IP camera 2 is installed with its installation position and angle of view adjusted so that the range within the communicable distance between the passive tag detection unit 4 and the passive tag 102a can be imaged.

  A center device 7 is installed at a location distant from the watching node, the center device 7 communicates with a controller installed in the watching node 103 via the Internet, and is connected to the schoolchildren 101 to the guardian terminal via the Internet. Send a notification email about your behavior. The guardian terminal may be a personal computer or a mobile terminal.

  The schoolchild 101 moves carrying a school bag with the schoolchild tag 102 including the active tag 102a and the passive tag 102b, approaches the watching node 103, and enters the active tag detection range. The active tag 102a is detected, the identification ID (Identification) of the object stored in the active tag 102a is read, and the time (passing time) when the active tag 102a is detected is transmitted to the center device 7 via the communication unit.

  As the schoolchild continues to move, the schoolchild tag 102 moves, further approaches the watching node and enters the passive tag detection range, and the passive tag detection unit detects the passive tag 102b of the schoolchild tag 102 and stores it in the passive tag 102b. The identification ID of the object being read is read, and the time when the passive tag 102b is detected (passing time) and the image captured by the IP camera when passing are transmitted to the center device 7 via the communication unit.

  The center device 7 creates a notification e-mail based on the passage time from the controller 6 and the image at the time of passage, and transmits it to the guardian's terminal. Here, the passage history of the schoolchild 101 and the image at the time of passage can be included in the mail. As an image transmission method, the image may be transmitted by directly including it in the mail, or the URL of the image may be entered in the correct text of the mail and transmitted.

  When the guardian's terminal receives the notification mail, the guardian who has viewed the mail confirms the behavior of the schoolchildren 101. If the image is directly included in the e-mail and sent, the guardian confirms the passing history of the schoolchild 101 and the image at the time of passing by e-mail. If the URL of the image is entered in the text of the e-mail, the guardian The passage history of the schoolchild 101 is confirmed by e-mail, and the image at the time of passage is confirmed by accessing the URL entered in the correct sentence.

  A schoolchild tag 102 including an active tag 102a having a relatively large communicable distance and a passive tag 102b having a relatively small communicable distance is attached in advance to a hat, a school bag, etc. of the schoolchild 101. In general, the active tag 102a is a tag provided with a power supply, and has a large communicable distance and is detected in a relatively wide range. However, because of this property, there is a possibility that the object cannot be photographed well at the same time as the detection (for example, the object may be photographed from a long distance). Therefore, in the present embodiment, the passive tag 102b that does not have a power source and has a smaller communicable distance is used in combination, and detection of the passive tag 102b is used as a shooting trigger. In general, the passive tag 102b does not include a power source, and converts the energy of a magnetic field coming from the outside into electric energy to secure necessary power. The communicable distance is smaller than the active tag 102a and is relatively narrow. Detected in range. As a result, it is expected that the object (schoolchild) is photographed well at a short distance. Thereby, the guardian can easily check not only the passage history of school children but also the image at the time of passage.

  2 and 3 are diagrams showing a procedure for detecting the behavior of a schoolchild using the object behavior detection / notification system according to the embodiment of the present invention and notifying the guardian's terminal. Here, when a schoolchild goes to school from home, one watch node is installed in the middle of school attendance and a watch node is also installed at the school gate.

  First, an administrator who manages the center apparatus, such as a security company, performs user registration of the object behavior detection / notification system through the administrator terminal (step S201). Here, before using the object behavior detection / notification system, through the administrator terminal, the object ID, the ID of the object (schoolchild) to the center device, the e-mail address when notifying the object by e-mail, and the object ID are easily A secret object name (such as a nickname) that cannot be specified is registered. The identification ID of an object (school child) is individual identification information of the object, that is, information for specifying and identifying each object. In the present embodiment, an identification ID for specifying each schoolchild is used, but is directly an identification ID assigned to each schoolchild tag.

  Next, the schoolchild to be detected starts moving, that is, as the schoolchild tag moves, the schoolchild tag gradually approaches the watching node (step S202), and the schoolchild tag together with the schoolchild is detected by the active tag detection range of the schoolchild tag. When entering, the active tag reader of the controller 1 installed in the watching node detects the active tag (step S203), that is, detects the schoolchild tag. The controller 1 acquires the identification ID stored in the active tag read from the active tag, and transmits passage information including the time (passage time) at which the active tag is detected from the controller 1 to the center device in association with the identification ID. (Step S204).

  The center device receives the passage information from the controller 1 (step S205), stores the received passage information in association with the corresponding identification ID (step S206).

  When the schoolchild tag further approaches the watching node (step S207) and enters the passive tag detection range of the schoolchild tag, the passive tag reader of the controller 1 installed in the watching node detects the passive tag (step S208), that is, , It is detected that the schoolchild tag is closer to the controller 1. In response to this detection, the controller 1 causes the IP camera 2 to capture an image of the schoolchild having the schoolchild tag. Thereafter, the controller 1 acquires the identification ID stored in the passive tag read from the passive tag. Note that the identification ID stored in the passive tag may be the same value as or different from the identification ID stored in the active tag. In the following description, both will be described simply as identification IDs. The controller 1 transmits the passage information including the time when the passive tag is detected (passing time) and the image at the time of passage of the schoolchild acquired by the above-described method to the center device in association with the identification ID (step S209). .

  The center device receives the passage information and image from the controller 1 (step S210), and stores the received passage information and image in association with the corresponding identification ID (step S211).

  The schoolchild tag continues to move toward the school, approaches the school gate (step S212), and enters the active tag detection range, the active tag reader of the controller 2 installed in the school gate detects the active tag (step S213). That is, the schoolchild tag is detected, and the passage information including the passage time of the schoolchild tag is transmitted from the controller 2 together with the identification ID to the center device (step S214).

  The center apparatus receives the passage information from the controller 2 (step S215), associates the received passage information with the corresponding identification ID, and stores it (step S216).

  On the other hand, when the schoolchild tag further approaches the school gate (step S217) and enters the passive tag detection range, the passive tag reader of the controller 2 installed in the school gate detects the passive tag (step S218), that is, the schoolchild tag. Is further approached to the controller 2, and the passage information including the passage time of the schoolchild tag and the image at the time of passage are transmitted from the controller 2 to the center device (step S 219).

The center device receives the passage information and image from the controller 2 (step S220), associates the received passage information and image with the corresponding identification ID, and stores them (step S221).
The center device processes passing information and images when the stored schoolchild tag passes the watch node and the school gate (step S222), generates a notification email to be sent to the guardian terminal (step S223), and the guardian Transmit to the terminal (step S224).

When the guardian's terminal receives the notification mail (step S225), the guardian browses the received mail and confirms the passage information of the schoolchild tag and the image at the time of passage (step S226).
Further, the system administrator always maintains and manages the object behavior detection / notification system through the administrator terminal (step S227).

  Even when the schoolchild leaves the school, it is possible to transmit the passage information and image of the schoolchild tag when passing through the school gate and passing through the watch node to the guardian's terminal in the same manner as described above.

  FIG. 4 is a block diagram illustrating a configuration of the object behavior detection / notification system according to the embodiment of this invention.

  In FIG. 4, the object behavior detection / notification system 1 includes an IP camera 2, a sensor 3, a passive tag detection unit 4, an active tag detection unit 5, a controller 6, and a center device 7. The As a minimum configuration of the object behavior detection / notification system 1, a controller 6 and a center device 7 are necessary. The controller 6 and the center device 7 communicate information via the Internet 9 as a network. Further, the center device 7 transmits a notification mail to the guardian terminal 8 via the Internet 9.

  The IP camera 2 is a camera having a network function based on the Internet protocol.

  The sensor 3 constitutes an illuminance detection unit that converts an external situation into an electrical signal and outputs a situation change detection signal. When the external situation changes, the electrical signal also changes, and the situation change is predetermined. When it falls below the value (threshold), a detection signal is output. For example, the illuminance of the outside world is converted into an electrical signal, the illuminance of the outside world is detected, and if the detected illuminance falls below a predetermined value (threshold value), a warning signal is sent to the center device 7 via the server communication unit 65. Output.

  The passive tag detection unit (second detection unit) 4 is a passive tag reader. When the passive tag (second tag) passes through the detection range of the passive tag detection unit 4, the passive tag detection unit 4 becomes the passive tag. Is detected and a detection signal is output. Passive tags do not use a power source, and therefore the communicable distance is relatively short and the detection range is relatively narrow.

  The active tag detection unit (first detection unit) 5 is an active tag reader. When the active tag (first tag) passes through the detection range of the active tag detection unit 5, the active tag detection unit 5 detects the active tag. Is detected and a detection signal is output. An active tag is equipped with a power source such as a battery, has a relatively long communicable distance, and has a relatively wide detection range.

  The controller 6 includes an image acquisition / storage unit 61, a sensor signal receiving unit 62, a detection signal receiving unit 63, a detection signal receiving unit 64, a server communication unit 65, and a control unit 66.

  The image acquisition / storage unit 61 acquires an image captured by the IP camera 2 from the IP camera 2 and temporarily stores it. The image acquisition / storing unit 61 can be composed of various storage media, but is composed of a volatile memory such as DRAM (Dynamic Random Access Memory) or SRAM (Static Random Access Memory) from the viewpoint of theft prevention and personal information protection. It is desirable to do. By configuring the image acquisition / storage unit 61 with a volatile memory, if the controller 6 is stolen, the image stored in the image acquisition / storage unit 61 is deleted when the controller 6 is powered off. Therefore, personal information protection is achieved.

  The sensor signal receiving unit 62 receives the detection signal from the sensor 3 and transmits it to the server communication unit 65.

  The detection signal receiving unit 63 receives the detection signal from the passive tag detection unit 4 and transmits it to the server communication unit 65.

  The detection signal receiving unit 64 receives the detection signal from the active tag detection unit 5 and transmits it to the server communication unit 65.

  The server communication unit 65 constitutes a transmission unit that transmits data to the center device 7 when the controller 6 is activated or a tag is recognized via the Internet under the control of the control unit 66. Specifically, when a sensor detection signal from the sensor signal receiving unit 62 is received, a warning signal is transmitted to the center device 7. When an active tag detection signal is received from the detection signal receiving unit 64, an identification ID is sent to the center device 7. When the passive tag detection signal from the detection signal reception unit 63 is received, the image at the time of passive tag detection is acquired from the image acquisition storage unit 61, and the center device is associated with the identification ID and the passage information. 7 to send. The image here may be, for example, an image that is always captured at a fixed period and temporarily stored in the image acquisition storage unit 61 regardless of the passive tag detection signal and is taken out in response to reception of the passive tag detection signal. It may be an image captured by the IP camera 2 by receiving a passive tag detection signal.

The controller 66 controls the overall operation of the controller 6.

  The center device 7 includes a controller communication unit 71, an image recognition unit 72, an information deformation control unit 73, a schoolchild information database 74, an image information database 75, a mail generation unit 76, an information processing unit 79, and a Web server. 77 and a mail server 78.

  The controller communication unit 71 receives the identification ID and passage information transmitted from the controller 6, registers them in the schoolchild information database 74, receives the image information transmitted from the controller 6, and sends it to the image information database 75. .

  The image recognition unit 72 extracts an image of a specific portion from the image of the image file, and performs image processing. For example, schoolchildren are extracted from the image by using unique information of schoolchildren such as school bags and hats.

  Based on the image recognized by the image recognition unit 72, the information deformation control unit 73 is a mosaic process that reduces the visibility of the human body part other than the detection target in this embodiment other than the detection target in order to protect personal information. Is granted. In addition, the object identification ID (name, etc.) is changed to a confidential object name (nickname, etc.) so that the object cannot be easily specified.

  The schoolchild information database 74 stores information on schoolchildren to be detected. FIG. 5 shows an example of schoolchild information stored in the schoolchild information database 74. In the example shown in FIG. 5, the schoolchild information database 74 stores a tag passage history 341, a communication reception time 342, a nickname 343, and setting conditions (such as a school route) 344. The tag passage history 341 is information obtained by associating the identification ID and passage information transmitted from the controller 6 with each other according to each schoolchild. The communication reception time 342 is information on the time when the identification ID and the passage information are received. As described above, the nickname 343 is a confidential object name (second individual identification information) registered in correspondence with the identification ID of each schoolchild through the administrator terminal. The setting condition 344 is information such as a normal school route for school children set in advance via the administrator terminal.

  The image information database 75 stores an image received from the controller 6 and an image processed by the image recognition unit 72 and the information deformation control unit 73.

  The mail generation unit 76 generates a mail to be transmitted to the guardian terminal 8 based on the schoolchild information stored in the schoolchild information database 74 and the images stored in the image information database 75. When the guardian's terminal 8 is a personal computer, a mail including a tag passage history 341 that is a passage history of the schoolchild tag and an image at the time of passage may be generated, or a passage history of the schoolchild tag and the URL of the image may be entered. May be generated. When the guardian terminal 8 is a mobile terminal, since the display screen of the mobile terminal is small, an email displaying only the passage history is created. Of course, an email including an image may be created. As will be described later, the information processing section 79 creates various screen display data to be displayed on the screen of the guardian terminal.

  The web server 77 includes a batch control unit 771 and a web control unit 772. The batch control unit 771 deletes unnecessary data and files. The Web control unit 772 performs various screen display data generated by the information processing unit 79 based on the authentication using the ID, password, and the like from the guardian terminal 8 side, the image information database 75 image, or the URL of the image. Functions as a transmission unit that transmits to the guardian terminal 8.

  The mail server 78 includes a mail transmission control unit 781 and transmits the mail generated by the mail generation unit 76 via the network to the guardian terminal 8 via the mail control unit 781 as a transmission unit. The web server 77 and the mail server 78 may be formed integrally in the center device 7 or may be formed separately from the center device 7.

  The guardian terminal 8 is a terminal used by a user, for example, a guardian, and may be a personal computer (PC) 81 or a portable terminal 82.

  The operation of the object behavior detection / notification system configured as described above will be described based on the flowcharts shown in FIGS.

  First, after the controller 6 is activated (step S501), the control unit 66 of the controller 6 determines whether an active tag is detected by the server communication unit 65 based on whether there is a detection signal from the detection signal receiving unit 64 (step S502). ), When it is determined that there is no detection signal from the detection signal receiving unit 64, that is, no active tag is detected, the control unit 66 repeatedly executes step S502 and waits for detection of an active tag.

  On the other hand, in step S502, when it is determined that there is a detection signal from the detection signal receiving unit 64, that is, an active tag is detected, the control unit 66 instructs the server communication unit 65 to transmit the identification ID and passage information. Then, the server communication unit 65 transmits the identification ID and the passage information when the active tag is detected according to the instruction to the center device 7 (step S503).

  And the controller communication part 71 of the center apparatus 7 receives identification ID and passage information from the controller 6 (step S504), and preserve | saves it as the tag passage log | history 341 in the schoolchild information database 74 (step S505). Saved as communication reception time 342.

  After detecting the active tag, the control unit 66 of the controller 6 determines whether the passive tag is detected by the server communication unit 65 depending on whether there is a detection signal from the detection signal receiving unit 63 (step S506), and the detection signal receiving unit. When it is determined that there is no detection signal from 63, that is, the passive tag has not been detected, the control unit 66 determines whether a certain time has elapsed (step S507), and determines that the certain time has not elapsed. If so, the process returns to step S506 to determine again whether a passive tag has been detected.

  On the other hand, if it is determined in step S507 that the predetermined time has elapsed, the control unit 66 does not wait for detection of the passive tag, returns to step S502, and determines again whether the active tag is detected. Here, if a passive tag is not detected after a certain period of time, for example, a schoolchild moves toward the watching node and enters the active tag detection range, but then approaches the watching node further. Instead of passing through the watchdog node, the control unit 66 considers that there is a possibility that the watchdog node has passed through another route and has passed through the watchdog node without entering the detection range of the passive tag. Don't wait for tag detection.

  In step S506, when it is determined that the detection signal from the detection signal receiving unit 63 is present, that is, the passive tag is detected, the control unit 66 displays the identification ID, the passage information, and the image information at the time of detection in the center device. 7, the server communication unit 65 is instructed to transmit to the center device 7, and the server communication unit 65 transmits the identification ID, passage information, and image information at the time of detection to the center device 7 when the passive tag is detected according to the instruction (step S 508). .

  The controller communication unit 71 of the center device 7 receives the identification ID, the passage information, and the image information at the time of detection from the controller 6 (step S509), stores the identification ID and the passage information in the schoolchild information database 74, and an image at the time of detection. Information is stored in the image information database 75 as an image file (step S510).

  The image recognition unit 72 extracts an image of a specific part from the image of the image file in the image information database 75, and performs image processing (step S511). For example, a specific portion corresponding to a schoolchild is extracted from the image using the unique information of schoolchildren such as school bags and hats, that is, unique information of schoolchildren tags.

Based on the image recognized by the image recognition unit 72, the information deformation control unit 73 applies mosaic processing to the image of the human body part other than the detection target, in this embodiment other than the schoolchild to be detected, for personal information protection. (Step S512). That is, here, the image recognition unit 72 and the information deformation control unit 73 function as an image change processing unit that changes a captured image including a schoolchild. The image change processing unit recognizes and identifies the schoolchild with a feature capable of identifying the schoolchild to be detected with respect to the captured image, and applies mosaic processing to the image of the human body part in the image other than the schoolchild. , Reduce visibility. The mosaic process is an example of a process for reducing the visibility. For example, other change processes such as blackening a human body image other than the schoolchild to be detected may be performed. Further, mosaic processing may be performed on an image of a part such as the face of the child in the image.
Further, the identification ID (name) of the schoolchild is changed to an object name (second individual identification information) such as a nickname with reference to the nickname 343 in the schoolchild information database 74 corresponding to the identification ID (step S513). That is, here, the information deformation control unit 73 functions as a change processing unit that changes the identification ID as the individual identification information to the second individual identification information having confidentiality so that the object cannot be easily specified. To do.

  Then, the mail generation unit 76 generates a mail based on the information processed in steps S511 to S513 (step S514). Here, based on the schoolchild information stored in the schoolchild information database 74 and the image stored in the image information database 75, a mail to be transmitted to the guardian terminal is generated. In the generated mail, the detection target is displayed not by the object identification ID but by the nickname, for example, Mr. Taro, as described in step S513 above. When the guardian's terminal 8 is a personal computer, the mail generation unit 76 may generate a mail including the passage history of the schoolchild tag and the image at the time of passage, or the mail in which the passage history of the schoolchild tag and the URL of the image are entered. May be generated. When the guardian's terminal 8 is a mobile terminal, the display screen of the mobile terminal is small, so the mail generation unit 76 generates a mail that displays only the passage history. Of course, a mail including an image may be generated. Then, the mail created by the mail transmission control unit 781 of the mail server 78 is transmitted (step S515). If it is not necessary to perform the change processing as in steps S511 to S513, the mail generation unit 76 directly receives the image from the image information database 75, the identification ID and the passage information from the schoolchild information database 74, and creates a mail. .

  When the guardian terminal 8 receives the mail (step S516), the guardian browses the mail and confirms the behavior of the schoolchild (step S517). Here, when the e-mail contains the passage history of the schoolchild tag and the image at the time of passage, the guardian confirms the passage history of the schoolchild tag and the image at the time of passage directly by browsing the mail, but the URL of the image is recorded in the e-mail. If it is, the image at the time of passage is confirmed by accessing the entered URL.

  Further, after the controller 6 transmits the object name, the detection date, the history information, and the image information at the time of detection to the center device 7 when the passive tag is detected, the control unit 66 uses the server communication unit 65 from the sensor receiving unit 62. By determining whether there is a sensor reception signal, it is determined whether the external field illuminance has decreased below a predetermined value (step S518). If it is determined that there is no sensor reception signal from the sensor receiver 62, the external field illuminance is a predetermined value. If it is not lower and it is not necessary to transmit a warning signal, the process returns to step S502 to determine again whether an active tag has been detected.

  On the other hand, when it is determined in step S518 that there is a sensor reception signal from the sensor reception unit 62, the control unit 66 considers that the external illuminance is lower than a predetermined value and transmits a warning signal to the center device 7 (step S519). ).

  When the controller communication unit 71 of the center device 7 receives a warning signal from the control 6 (step S520), the mail generation unit 76 generates a warning mail (step S521) and transmits it to the guardian terminal 8 (step S522). . Then, the guardian terminal 8 receives the warning mail (step S523).

  As described above, the system of the present invention uses an active tag with a large communicable distance and a passive tag with a small communicable distance, collects passage histories by detecting active tags, and acquires images by detecting passive tags. To the parent terminal. As a result, the object can be photographed well, and the guardian can check not only the passage history of the schoolchild tag but also the image at the time of passage. Further, when the external illuminance falls below the threshold value, a warning mail is transmitted to the guardian terminal. As a result, sensor information indicating that the object detected under conditions of a certain illuminance or less has passed after dark (going to school) is given, and can be used for school attendance management.

  Next, a procedure when the guardian browses schoolchild behavior information will be described in detail.

  FIG. 8 is a flowchart when the guardian browses the schoolchild behavior information from the personal computer constituting the guardian terminal.

  First, when a URL is input by the guardian through the guardian's terminal (step S601), the Web control unit 772 of the center apparatus receives the URL (step S602) and controls to display a login screen (step S603). The login screen is displayed on the guardian's terminal (step S604).

FIG. 9 is a diagram illustrating an example of a login screen. The guardian inputs the user ID and password on the login screen (step S605), and after the Web control unit 772 of the center apparatus 7 authenticates the input user ID and password (step S606), the information processing unit Based on the process of 79, it controls to display the passage history and the map (step S607), and the passage history and the map are displayed on the guardian terminal (step S608).
FIG. 10 shows the configuration of the information processing unit 79. The information processing unit 79 includes a general map database (not shown) together with a passage information extraction unit 791, an image extraction unit 792, an image presence sign generation unit 793, and a notification information transmission unit 794.

  FIG. 11 is an example of a display screen of a passage history and a map. As shown in FIG. 10, the information processing unit 79 of the center device 7 displays the passage history and the map on the guardian terminal based on the tag passage history 341 in the schoolchild information database 74. That is, the passage information extraction unit 791 of the information processing unit 79 extracts the identification ID and passage information of the schoolchild to be detected from the tag passage history 341, and superimposes it on the map of the map database, as shown in FIG. Screen display data similar to the above is created and transmitted to the guardian's terminal via the Web control unit 772. Based on the passing information, the location and passing time of each watching node corresponding to the location on the map where the controller 6 is located (the location of the passive tag detection unit 4 or the active tag detection unit 5) are displayed on the map. For example, there is a display such as 8:40 (picture). This (image) means that there is an image at the time when this image has passed, and when the guardian clicks on the place where this (image) is written, the image at the time can be displayed. Here, the image extraction unit 792 of the information processing unit 79 extracts an image corresponding to the identification ID from the image information database 75, and the image presence indicator generation unit 793 displays the (image) display on the location of the controller 6 (passive tag It is generated in association with the location of the detection unit 4. This (image) part can also be replaced by a camera icon or the like. In any case, in this example, an image presence sign indicating the presence or absence of an image captured at the watching node on the map is added to the map by the information processing unit 79, and the guardian clicks on the sign on the guardian terminal. Thus, the image can be viewed.

  When an image display is selected by the operation of the guardian's terminal of the guardian (step S609), the web control unit 772 accepts the image display selection (step S610) and is extracted by the image extraction unit 792 of the information processing unit 79. The web control unit 772 controls the guardian terminal so as to display an image (step S611), and the image is displayed on the guardian terminal (step S612).

  FIG. 12 is an example of image display. As shown in FIG. 12, in the displayed image, an image at the time of passage of a schoolchild to be detected is displayed. To protect personal information, mosaic processing is applied to an image of a human body part other than schoolchildren. Yes. That is, as the display image here, an image processed by the deformation processing unit including the image recognition unit 72 and the information deformation control unit 73 is displayed.

  FIG. 13 is a flowchart when the guardian browses the schoolchild behavior information from the portable terminal constituting the guardian terminal.

  Since the procedure from URL input by the guardian terminal to user authentication, that is, the operations in steps S601 to S606 are the same as the operations shown in FIG.

  After the web control unit 772 performs user authentication, the web control unit 772 protects the passage history created by the information processing unit 79 (in this example, the image is omitted) as in the example of FIG. The parent terminal is controlled (step S1001), and the passage history is displayed on the screen of the guardian terminal (step S1002).

  FIG. 14 is an example of the passage history displayed on the screen of the guardian terminal. Also in FIG. 14, based on the tag passage history 341 in the schoolchild information database 74 of the center device 7, the passage place of the schoolchild and the passage time of each place are marked. In this example, since the guardian's terminal is a portable terminal, image display is omitted.

  Next, a procedure when an administrator such as a school teacher views the passage history will be described.

  FIG. 15 is a flowchart when a school teacher views the passage history using an administrator (teacher) terminal (such as a personal computer).

  Since the procedure from URL input to user authentication by the administrator (teacher) terminal, that is, the operations in steps S601 to 606 are the same as the operations shown in FIG.

  After the web control unit 772 performs user authentication, the web control unit 772 controls the administrator (teacher) terminal to display the administrator screen generated by the information processing unit 79 (step S1201). The administrator initial screen is displayed on the screen of the administrator (teacher) terminal (step S1202).

  FIG. 16 shows an example of an administrator initial screen displayed to the administrator (teacher). When the administrator inputs date selection of the passage history on the screen of the administrator (teacher) terminal (step S1203), the web control unit 772 of the center apparatus 7 receives the date selection information (step S1204), and the information processing unit 79. The administrator (teacher) terminal is controlled to display the passage history of the date selected from the schoolchild information database 74 (step S1205), and the passage history of the selected date is displayed on the screen of the administrator (teacher) terminal. (Step S1206).

  FIG. 17 is an example of a pass history screen for each date displayed to the administrator (teacher). In the passing history by date shown in FIG. 17, the passing time, class, nickname, and the passing time of the schoolchild who passed each watch node on July 11 based on the tag passing history 341 and the nickname 343 in the schoolchild information database 74 of the center device 7 The residential area is displayed.

  When the administrator inputs a narrowing condition on the screen of the administrator (teacher) terminal (step S1207), the Web control unit 772 accepts the narrowing condition (step S1208), and the information processing unit 79 uses the schoolchild information database 74. Control is performed so as to display the passage history of the conditions narrowed down from step S1209. That is, the information processing unit 79 creates screen display data of the screen example of FIG. 17 and transmits the screen display data to the administrator (teacher) terminal via the Web control unit 772. The administrator (teacher) terminal receives this screen display data, and displays the passage history of the conditions narrowed down on the screen (step S1210).

  FIG. 18 is an example of a passing history screen for each node displayed to the administrator (teacher). In the example illustrated in FIG. 17, the class, nickname, residential area, and passage time of school children who passed the main gate on July 11 are displayed based on the tag passage history 341 in the school child information database 74 of the center device 7. This can be used to manage school attendance time for each schoolchild. Similarly to FIG. 17, the screen display data of the screen example of FIG. 18 is created by the information processing unit 79 of the center device 7 and transmitted to the guardian terminal.

  FIG. 19 is an example of a passing history screen for each class displayed to the administrator (teacher). In the example shown in FIG. 19, the passing history of all school children of one set per year is displayed on July 11. When the administrator clicks a “route screen” button on the screen, a map shown in FIG. 20 is displayed. Using this, it is possible to manage the passage history of school children of each class. Similarly to FIGS. 17 and 18, the screen display data of the screen example of FIG. 19 is created by the information processing unit 79 of the center device 7 and transmitted to the guardian terminal. In addition, the map shown in FIG. 20 is created by the action of the passage information extraction unit 791 of the information processing unit 79, similarly to the creation of the display example of FIG.

  FIG. 21 is a screen history example screen for each school child displayed to the administrator (teacher). In the example shown in FIG. 21, the passage history of Taro-chan, one set per year, is displayed on July 11th. Again, when the administrator clicks the “route screen” button on the screen, the map shown in FIG. 20 is displayed. Using this, it is possible to manage the action history of Taro-chan, one set per year, on July 11. Similarly to FIGS. 17 to 19, the screen display data of the screen example of FIG. 21 is also created by the information processing unit 79 of the center device 7 and transmitted to the guardian terminal.

  FIG. 22 is an example of a passage history screen for each residential area. In the example shown in FIG. 22, the passage histories of all school children who live in Kitamachi on July 11 are displayed. Again, when the administrator clicks the “route screen” button on the screen, the map shown in FIG. 20 is displayed. Using this, the behavior history of all school children who live in Kitamachi on July 11 can be managed. Similar to FIGS. 17 to 19 and 21, the screen display data of the screen example of FIG. 22 is also created by the information processing unit 79 of the center device 7 and transmitted to the guardian's terminal.

  That is, as described in FIG. 17 to FIG. 22, the detailed information processing unit 79 of the center device 7 has a function of extracting and displaying history information for each attribute according to attributes (group ID and the like) set for all objects. Have. Specifically, when applied to a child watch system, the number of detections at all detection nodes for a certain period of time (when attending school or leaving school) is displayed on the map at a time for each schoolchild. it can. In addition, the number of times detected at all detection nodes for a certain period (when attending school or leaving school) is displayed on the route screen for each school district, each residence area, or every school attendance group, and can be used for school attendance management.

  According to such an object behavior detection / notification system of the embodiment of the present invention, an active tag having a large communicable distance and a passive tag having a small communicable distance are used together, and a passing history is collected by detecting an active tag, An image is acquired by detecting a passive tag and transmitted to a guardian's terminal. As a result, the object can be photographed well, and the guardian can check not only the passage history of the schoolchild tag but also the image at the time of passage. Further, when the external illuminance falls below the threshold value, a warning mail is transmitted to the guardian terminal. As a result, sensor information that an object detected under conditions of a certain illuminance or less has passed after dark (going to school) can be applied to manage school attendance for children.

  In the above description, an example of detection when school children are going to and from school has been described. However, on the system administrator screen, when an object (school child) operates different from the preset conditions, for example, the school route of the corresponding school child in advance You may be alerted with a warning screen or e-mail when you return home on a route different from that route, or when there is no history after a certain period of time has passed after passing through the main gate when leaving school. In addition, a watch node may be installed in a place where a schoolchild should not go, and if a schoolchild tag is detected, an alert may be issued by e-mail or the like. Such information processing can also be performed by the information processing unit 79 that creates an image display on the terminal. That is, the notification information transmission unit 794 of the information processing unit 79 compares the passage information of the tag passage history 341 of the schoolchild information database 74 with the preset setting conditions (such as a school route) 344, and the abnormal information as described above. When an event is detected, information for calling attention is transmitted to the guardian's terminal. The setting condition 344 can be registered through an administrator terminal or the like in step S201 in FIG. This can warn parents of abnormal movements of school children.

  A program for causing each device to execute the above-described method is incorporated in various memories in various formats. The program may be recorded on an information recording device such as a hard disk, or an information recording medium such as a CD-ROM, DVD-ROM, or memory card.

  Although various embodiments of the present invention have been described above, the present invention is not limited to the matters shown in the above-described embodiments, and those skilled in the art can make modifications and applications based on the description and well-known techniques. This is also the scope of the present invention, and is included in the scope for which protection is sought.

  As described above, the object behavior detection / notification system, the object behavior detection / notification method, and the object behavior detection / notification program according to the present invention confirm the passage time of a predetermined position of the object and the actual image at the time of passage. Object behavior detection / notification system, center device, controller device, object behavior detection / notification method, and object behavior detection / notification for detecting a target object and notifying a user terminal via a network. Useful as a program.

The conceptual diagram which shows the operation | movement which detects the action of a schoolchild using the object action detection and notification system of embodiment of this invention, and notifies a guardian's terminal The figure which shows the procedure which detects the action of a schoolchild using the object action detection and notification system of embodiment of this invention, and notifies a guardian's terminal. Continuation of Figure 2 The block diagram which shows the structure of the object action detection and notification system of embodiment of this invention The figure which shows the example of the schoolchild information stored in the schoolchild information database Flow chart explaining operation of object behavior detection / notification system Flowchart continued from FIG. Flow chart when parent browses schoolchild behavior information from parent terminal (PC) Figure showing an example of the login screen The figure which shows the composition of the information processing section Example of display screen of passing history and map Image display example Flow chart when guardian browses schoolchild behavior information from mobile terminal Example of passage history displayed on the guardian's terminal (mobile terminal) screen Flowchart when a school teacher views the passage history using the administrator (teacher) terminal Example initial screen for administrators Example of pass history screen by date Example of the node history log screen Example of class history screen Map display example Example of passing history screen for each schoolchild Example of passage history screen for each residential area

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Object action detection and notification system 2 IP camera 3 Sensor 4 Passive tag detection part 5 Active tag detection part 6 Controller 7 Center apparatus 8 Parent terminal 61 Image acquisition preservation | save part 62 Sensor signal receiving part 63,64 Detection signal receiving part 65 Server Communication unit 66 Control unit 71 Controller communication unit 72 Image recognition unit 73 Information deformation control unit 74 Schoolchild information database 75 Image information database 76 Mail generation unit 77 Web server 78 Mail server 79 Information processing unit 81 Personal computer 82 Portable terminal 102 Schoolchild tag 103 Watching Node 771 Batch control unit 772 Web control unit 781 Mail transmission control unit

Claims (20)

A controller device that is installed in a plurality of specific locations and acquires and transmits individual identification information of an object to be detected, passage information of the object, and an image captured in response to the detection;
Connected to the controller device via a network, receiving the individual identification information, the passing information, and the image from the controller device;
A center device that transmits the individual identification information of the object, the passage information, and the image to a user terminal connected via a network, and
The controller device includes:
When the individual identification information for specifying the object to be detected is acquired, the passage information and the image are transmitted to the center device in association with the individual identification information,
The center device is
The individual identification information, the passage information, and the image are received from the controller device, and the passage information associated with the individual identification information and the image associated with the individual identification information are transmitted to the user terminal. Object behavior detection / notification system to send. The object behavior detection / notification system according to claim 1,
The controller device detects a first tag that detects a first tag and a second tag that has a communicable distance smaller than a communicable distance between the first tag and the first detector. A second detection unit,
When the first detection unit detects the first tag, the individual identification information and the passage information of the object corresponding to the detected first tag are acquired, and the second detection unit acquires the first tag. An object behavior detection / notification system that acquires the individual identification information, the passage information, and the image corresponding to the second tag when two tags are detected. The object behavior detection / notification system according to claim 1 or 2,
The object to be detected is an object behavior detection / notification system for schoolchildren. The object behavior detection / notification system according to any one of claims 1 to 3,
The controller device has an illuminance detection unit that detects the illuminance of the outside world, and when the illuminance detection unit detects that the illuminance of the outside world has decreased below a predetermined value, an object behavior detection that transmits a warning signal to the center device -Notification system. The object behavior detection / notification system according to any one of claims 1 to 3,
The controller device includes an image acquisition / storage unit that stores the image, and the image acquisition / storage unit includes a volatile memory. The object behavior detection / notification system according to any one of claims 1 to 3,
The center device includes a change processing unit that changes the image in which the object to be detected is captured, and the change processing unit recognizes the object by a feature that can identify the object with respect to the image. An object behavior detection / notification system that identifies and reduces visibility in the image according to an object. The object behavior detection / notification system according to any one of claims 1 to 3 or claim 6,
The center device includes a change processing unit that changes the individual identification information of the object to second individual identification information, and the change processing unit receives the individual identification information to be detected from the controller device. An object behavior detection / notification system that changes to second individual identification information having confidentiality. The object behavior detection / notification system according to any one of claims 1 to 3,
The center device has a passage information extraction unit that extracts the passage information having the attribute according to the attribute given to the object,
The passage information extraction unit selects the passage information having the specified attribute from the passage information detected by the detection unit or the second detection unit, and detects the selected information on a map. An object behavior detection / notification system that extracts information in a displayable manner according to the location on the map where the part is arranged. The object behavior detection / notification system according to claim 3,
The center device includes a notification information transmitting unit that transmits information for alerting when the object performs an operation different from a preset condition, and the notification information transmitting unit is configured to transmit the notification information of the corresponding object registered in advance. An object behavior detection / notification system that sends alerting information when there is passing information that differs from the set conditions. The object behavior detection / notification system according to any one of claims 1 to 3,
The center device generates an image presence sign that can identify the presence or absence of the image captured by the controller device, and the image presence sign is displayed on the map according to a location on the map where the detection unit is arranged. An object behavior detection / notification system comprising: an image presence sign generation unit shown below; and an image extraction unit that extracts the image corresponding to the image presence sign. Connected via a network to a controller device that is installed at a plurality of specific locations and acquires and transmits individual identification information of an object to be detected, passage information of the object, and an image captured in response to the detection, and the individual A center device that receives identification information, passage information, and the image from the controller device, and transmits the individual identification information of the object, the passage information, and the image to a user terminal connected via a network. ,
The center device receives the individual identification information, the passage information, and the image from the controller device, the passage information associated with the individual identification information, and the image associated with the individual identification information. A center device that transmits to the user terminal. Connected via a network to a controller device that is installed at a plurality of specific locations and acquires and transmits individual identification information of an object to be detected, passage information of the object, and an image captured in response to the detection, and the individual A center device that receives identification information, passage information, and the image from the controller device, and transmits the individual identification information of the object, the passage information, and the image to a user terminal connected via a network. ,
The center device
A receiving unit that receives the individual identification information, the passage information, and the image from the controller device;
The passage information detected by the controller device is used to select the passage information of an object having a specified attribute, and the selected passage information is located on the map on the map. An information processing unit that generates a map image that can be displayed according to
A transmission unit that transmits the image associated with the individual identification information and the map image associated with the individual identification information to the user terminal;
A center device comprising: A controller device connected via a network to a center device that receives individual identification information of an object to be detected, passage information of the object, and an image captured in response to the detection,
When the individual identification information for specifying the object is acquired, the controller device is configured to transmit the passage information and the image to the center device in association with the individual identification information. The controller device according to claim 13,
A first detection unit that detects the first tag, and a second detection unit that detects a second tag whose communicable distance is smaller than the communicable distance between the first tag and the first detection unit. And
When the first detection unit detects the first tag, the individual identification information and the passage information of the object corresponding to the detected first tag are acquired, and the second detection unit acquires the first tag. When the second tag is detected, the controller device acquires the individual identification information, the passage information, and the image corresponding to the second tag. The controller device according to claim 13 or 14,
A controller device further comprising an image acquisition / storage unit for storing the image, wherein the image acquisition / storage unit includes a volatile memory. Receiving the passing information of the object associated with the individual identification information of the object to be detected;
Receiving an image associated with the individual identification information imaged according to the passage information;
Transmitting the passage information associated with the individual identification information and the image associated with the individual identification information;
Object behavior detection / notification method having The object behavior detection / notification method according to claim 16,
Recognizing and identifying the object by a feature that allows the object to be identified with respect to the image obtained by imaging the object to be detected;
Reducing visibility in the image according to the object;
Changing the individual identification information of the object to confidential second individual identification information;
Object behavior detection / notification method having Obtaining individual identification information of an object to be detected, passage information of the object, and an image captured in response to the detection;
Transmitting the passage information and the image in association with the individual identification information;
Object behavior detection / notification method having The object behavior detection / notification method according to claim 18,
Selecting the passage information of an object having a specified attribute specified from the passage information and the passage information detected by a controller device that transmits the image;
Generating a map image capable of displaying the selected passing information according to a location on the map where the controller device is arranged on a map;
Transmitting the image associated with the individual identification information and the map image associated with the individual identification information to a user terminal;
Object behavior detection / notification method comprising:   An object behavior detection / notification program for causing a computer to execute each step according to any one of claims 17 to 19.

Images