JP6654852B2 - Security service support system and remote device - Google Patents

Description

  The present invention relates to a security service support system and a remote device.

2. Description of the Related Art There is known a security system that monitors a monitoring target area without installing any security device by installing a security device in the monitoring target area. In such a security system, an abnormality that has occurred in the monitoring target area is detected by the security device, and when an abnormality occurs, a countermeasure to deal with the abnormality is dispatched to the monitoring target area.
Patent Document 1 discloses that a detection state of a sensor that monitors a security target in which an abnormality is detected is transmitted from a monitoring center of a security company to a mobile terminal possessed by a guard, and can be confirmed by the mobile terminal. It is described that a security guard heading to a security target can grasp the situation at the site to some extent.

JP 2005-248661 A

When information about operations is provided to the response personnel from the central control center where the management tasks of the response personnel are concentrated, the information provided to the response personnel should be the information that the control personnel who manages the response personnel should understand. In addition, the information can be classified into information in which it is preferable to increase the efficiency of information provision and reduce the duties of the controller.
For example, an instruction to dispatch a response person to the monitoring target area or cancellation of this instruction is an instruction related to the movement of the response person, and is provided to the response person after the controller checks the contents of the instruction and determines whether or not the instruction is appropriate. Is preferred. This is because flexible judgment may be required when changing the staffing at a plurality of work places. On the other hand, it is inefficient to make the controller confirm the support information on the work support of the response staff to be performed in the monitoring target area each time, and it is preferable to provide the information at an appropriate timing as needed.
An object of the present invention is to reduce the labor required to provide information to a response staff, while ensuring that a person determines whether or not transmission of information on the movement of the response staff is appropriate.

According to one aspect of the present invention, there is provided a security service support system including a security device, a remote device receiving a signal from the security device, and a portable terminal device communicating with the remote device.
The security device includes an abnormality detection unit that is installed in the monitoring target area and detects an abnormality, and an abnormality signal transmission unit that transmits an abnormality signal notifying the detected abnormality to the remote device.
The mobile terminal device includes a display unit on which information received from the remote device is displayed.
Upon receiving the abnormality signal, the remote device specifies a monitoring target region that specifies the monitoring target region in which the abnormality is detected, and sends the user having the mobile terminal device to the monitoring target region specified by the monitoring target region specifying unit. A first information generation unit that generates first information relating to a movement instruction to be moved or cancellation of the movement instruction, a second information generation unit that generates second information related to work support for work corresponding to an abnormality in the monitoring target area, An operation unit for receiving an operation on the remote device, and a transmission control unit for transmitting the first information to the mobile terminal device on condition that the operation on the remote device is performed, and transmitting the second information to the mobile terminal device regardless of whether or not there is an operation on the remote device. Is provided.

The remote device may further include a third information generation unit configured to generate third information relating to a portable item required for work corresponding to an abnormality occurring in the monitoring target area. The transmission control unit may transmit the third information to the portable terminal device on condition that an operation on the remote device is performed.
The mobile terminal device may further include a status transmitting unit that transmits status information indicating a behavior status of the user when the user moves to the monitoring target area to the remote device. The transmission control unit of the remote device may control transmission of the second information to the mobile terminal device according to the action state indicated by the status information received from the mobile terminal device.
The transmission control unit may prohibit transmission of the second information until receiving the status information indicating that the user has arrived at the monitoring target area.

  According to another aspect of the present invention, a remote device for communicating with a mobile terminal device is provided. The remote device includes a first information generation unit configured to generate a movement instruction for moving a user having the portable terminal device to the monitoring target area or first information related to cancellation of the movement instruction, and second information related to work support in the monitoring target area. A second information generation unit for generating the first information, an operation unit for receiving an operation on the remote device, and transmitting the first information to the portable terminal device on condition that the operation on the remote device is performed. Is transmitted to the portable terminal device.

  According to the embodiment of the present invention, it is possible to reduce the labor required for providing information to the response staff, while ensuring the judgment of the transmission of the information on the movement of the response staff by a person.

It is a schematic structure figure showing the whole security work support system of an embodiment. (A) is a diagram showing an example of a menu screen displayed on the mobile terminal device, and (b) is a diagram showing an example of a coping instruction displayed on the mobile terminal device. It is a figure showing an example of a support information screen displayed on a personal digital assistant. It is a figure showing the example of composition of the security device of an embodiment. It is a figure showing the example of composition of the personal digital assistant concerning a 1st embodiment. It is a figure showing the example of composition of the center device of an embodiment. It is an explanatory view of the whole operation of the security work support system of the first embodiment. It is a flowchart of the process by the center apparatus of 1st Embodiment. It is a figure showing an example of the action input screen displayed on a personal digital assistant. It is a figure showing the example of composition of the personal digital assistant concerning a 2nd embodiment. It is an explanatory view of the whole operation of the security work support system of the second embodiment. It is a flowchart of the process by the center apparatus of 2nd Embodiment.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
(1st Embodiment)
(Overall configuration of security work support system)
Please refer to FIG. The security work support system 1 is installed inside a monitoring target facility 3 in a monitoring area 2 to be monitored and detects an abnormality, and is installed in an outside area 5 outside the monitoring target facility 3 to detect an abnormality. A sensor 6 is provided. The security service support system 1 includes a security device 7 connected to the sensors 4 and 6 wirelessly or by wire, and a center device 10 installed in a monitoring center 9 and connected to the security device 7 through a communication line 8. The security service support system 1 includes a mobile terminal device 13 carried by a response person 12 heading to the monitoring area 2 in response to a response instruction from a controller 11 monitoring the center device 10.

The sensor 4 is installed in, for example, the inside of the monitored facility 3 or an opening / closing unit such as a window or a door, and detects an intruder or an intruder (hereinafter referred to as “intruder or the like”) entering the monitored facility 3. I do. The sensor 6 is installed on the outer wall of the facility 3 to be monitored, in the outer area 5, at the opening / closing portion of the entrance of the monitoring area 2, and detects an intruder or the like entering the monitoring area 2. Hereinafter, the sensors 4 and 6 may be collectively referred to as “sensor 4 or the like”.
The sensor 4 or the like may be, for example, a magnet sensor that detects opening and closing of the opening and closing unit, and an infrared sensor that detects the presence or absence of an intruder or the like in the detection range based on a change in the amount of received infrared light. Further, the sensor 4 or the like may be an image sensor that detects the presence or absence of an intruder or the like in the imaging range based on, for example, a difference between the captured image and a previously stored normal image. The sensor 4 or the like transmits a “detection signal” to the security device 7 when detecting an abnormality occurring in the monitoring area 2.

  The security device 7 detects the occurrence of an abnormality in the monitoring area 2 based on a detection signal from the sensor 4 or the like. The operation modes of the security device 7 include a security set mode and a security release mode. When receiving the detection signal in the security set mode, the security device 7 transmits an “abnormal signal” to the center device 10. An example of an abnormality that occurs in the monitoring area 2 is, for example, detection of an intruder or the like. In the following description, detection of an intruder or the like may be referred to as “intrusion abnormality”.

The security device 7 also transmits an abnormality signal to the center device 10 when detecting the occurrence of an abnormality in the security device 7 itself, the sensor 4, or the like. An example of an abnormality that occurs in the security device 7 itself, the sensor 4, and the like is an abnormality of a wireless device used for wireless communication between the security device 7 and the sensor 4 or the like. In the following description, the abnormality of the wireless device may be referred to as “wireless communication abnormality”. When there is a wireless device that does not return a response to the health check, that is, a periodic communication confirmation response, the security device 7 determines that a wireless communication abnormality has occurred and transmits an abnormality signal.
Another example of the abnormality that occurs in the security device 7 itself, the sensor 4, and the like is a battery near-end state in which the remaining capacity of the battery that supplies power to the sensor 4 or the like is less than a certain threshold and the battery is almost exhausted. In the following description, the battery near-end of the battery may be referred to as “battery remaining amount abnormality”. When detecting the battery near-end of the battery that supplies power to the sensor, the security device 7 determines that a battery remaining amount abnormality has occurred and transmits an abnormality signal.

  The abnormality signal transmitted from the security device 7 to the center device 10 includes identification information of the monitoring area 2 in which the abnormality has been detected, identification information of the sensor 4 or the like in which the abnormality has been detected, or the security device 7 or the sensor 4 in which the abnormality has occurred. Etc. may be included. The abnormality signal may further include identification information of the abnormality detected by the security device 7. The identification information of the abnormality may be, for example, identification information uniquely defined in advance for each of the different types of abnormalities such as the “intrusion abnormality”, the “wireless communication abnormality”, and the “battery level abnormality”.

  The center device 10 that has received the abnormal signal, based on the identification information of the monitoring area 2 included in the abnormal signal, the identification information of the sensor 4 or the like that has detected the abnormality, or the identification information of the security device 7 or the sensor 4 or the like in which the abnormality has occurred. Then, the monitoring area 2 in which the abnormality has occurred is specified. The center apparatus 10 notifies the controller 11 of the abnormality by displaying, for example, visual information indicating the occurrence of the abnormality and the monitoring area 2 in which the abnormality has occurred on the control console. After confirming the occurrence of the abnormality, the controller 11 instructs a countermeasure 12 in charge of security in the monitoring area 2 to cope with the detected abnormality. Upon receiving the response instruction, the response person 12 goes to the monitoring area 2 where the abnormality has occurred, and starts a response operation such as confirmation of an abnormal situation and recovery.

Referring to FIG. 2A and FIG. 2B. The response instruction from the controller 11 to the response worker 12 may be transmitted to the response worker 12 by displaying the instruction information 23 on the portable terminal device 13 carried by the response worker 12, for example. In the example of FIG. 2B, the instruction information 23 is displayed as a pop-up on the menu screen 20 displayed on the mobile terminal device 13, and a monitoring area display in which the monitoring area 2 to which the care worker 12 should go is displayed. Region 24 is included.
In addition, for example, the abnormality detected by the security device 7 may be naturally recovered, or after first giving a response instruction to the response person 12, the response instruction may be canceled, and another response person may be instructed to respond. The cancellation of the coping instruction in this case may also be transmitted to the coordinator 12 by displaying the portable terminal device 13 possessed.

  Please refer to FIG. After instructing the response staff 12 to deal with the abnormality, the center device 10 generates support information on work support for the task in which the response staff 12 handles the abnormality in the monitoring area 2. The support information may be, for example, detailed information on an abnormality detected by the security device 7. This “detailed information” includes, for example, the classification, occurrence location, and cause of the abnormality detected by the security device 7, identification information of the sensor 4 or the like where the abnormality was detected, or identification information of the security device 7 or the sensor 4 or the like where the abnormality was detected, It may include information on how to deal with an abnormality detected by the security device 7. The center device 10 may generate information on the classification, cause, and coping method for the abnormality detected by the security device 7 according to the identification information of the detected abnormality included in the abnormality signal.

The support information may include information other than the above detailed information. For example, when dealing with an abnormality detected by the security device 7, specific equipment such as replacement equipment and tools may be required. For this reason, the center device 10 may generate personal information as support information that specifies equipment necessary for dealing with the detected abnormality as personal information, and transmit the generated information to the mobile terminal device 13.
Please refer to FIG. The support information is displayed on the portable terminal device 13 when the operator 12 performs an operation of pressing the support information button 22 in the menu screen 20.

  When the operation of pressing the support information button 22 is performed, the support information is displayed in the support information screen 30 shown in FIG. The support information screen 30 includes a classification display column 31 in which the classification of the abnormality detected by the security device 7 is displayed, an occurrence location display column 32 in which an abnormality occurrence location is displayed, a sensor 4 or the like which has detected the abnormality, or an abnormality. Includes a device display column 33 in which identification information of the security device 7 or the sensor 4 or the like in which is detected is displayed.

  In addition, the support information screen 30 displays a cause display column 34 in which the cause of the abnormality detected by the security device 7 is displayed, a countermeasure display column 35 in which a countermeasure for the abnormality is displayed, and carrying item information. A carrying item display section 36 is included. In the following description, the information on the classification of the abnormality detected by the security device 7, the information on the cause of the abnormality, and the information on the coping method for the abnormality are referred to as “classification information”, “cause information”, and “coping method information”, respectively. It may be described.

Information such as a coping instruction, cancellation, and support information provided from the monitoring center 9 to the coordinator 12 is preferably information that the controller 11 should know for management of the coordinator 12, and the provision of the information is efficient. The information can be classified as information in which it is preferable to reduce the work of the controller 11.
For example, the coping instruction and the cancellation of the coping instruction are instructions relating to the destination of the coordinator 12, and it is preferable that the controller 11 confirms the content of the instruction and determines whether or not the instruction is appropriate, and then provides the coordinator 12 with the instruction. This is because flexible judgment may be required when changing the staffing at a plurality of work places. On the other hand, it is inefficient to make the controller 11 confirm the support information on the work support of the work of the response person 12 in the monitoring area 2 each time, and it is preferable to provide the information at an appropriate timing as needed.

For this reason, the center device 10 transmits the response signal indicating the response instruction and the transmission of the cancellation signal notifying the cancellation of the response instruction, on condition that the controller 11 performs the response instruction operation and the cancel operation on the center device 10. To give permission.
On the other hand, the center device 10 permits transmission of the support information regardless of whether or not the controller 11 operates the center device 10. Here, the center apparatus 10 may permit the transmission of the support information on condition that the operator 12 (the mobile terminal apparatus 13) has already transmitted the response instruction signal.

In addition, as shown in the lower part of FIG. 2A, the menu screen 20 includes a portable item registration button for registering a portable item possessed by the response person 12. When the carry-on item registration button is pressed, the operator can input the carry-on item currently possessed, and the portable terminal device 13 transmits the inputted present carry-on item to the center device 10. The center device 10 may manage the belongings of the handling person 12 in this way. If it is estimated or found that a work to be carried out is required for the work corresponding to the abnormality, and the worker 12 who is moving to the monitoring area 2 does not have this carry, the destination of the worker 12 may change. . For example, in some cases, it is more appropriate to return the response staff 12 to a business office or a stuffing station in order to retrieve the belongings, so that the response instruction to the response staff 12 is canceled and the other staff members carry the belongings in advance. In some cases, it is more appropriate to go to the monitoring area 2.
Therefore, it is preferable that the controller 11 determine whether or not to provide the carry-on information necessary for the work to the responder 12 in accordance with the urgency of the response. Therefore, the center device 10 permits transmission of the portable item information on condition that the controller 11 performs the transmission instruction operation on the center device 10.

Next, the configuration of each unit of the security service support system 1 will be described.
(Structure of security device)
The configuration of the security device 7 will be described with reference to FIG. The security device 7 includes an input / output interface 50, a control unit 51, a storage unit 52, and a communication circuit 53. The input / output interface 50 is connected to the sensor 4 or the like, and receives a detection signal from the sensor 4 or the like that has detected an abnormality.
The storage unit 52 may include a nonvolatile memory or a hard disk drive. In the storage unit 52, a program executed by the control unit 51, data necessary for executing the program, identification information of each sensor 4 and the like, and a log as a history of the device state and operation status of the sensor 4 and the like and the security device 7 are stored. The information is stored.

The control unit 51 includes an abnormality detection unit 54. The control unit 51 includes a processor and its peripheral circuits, and executes a computer program stored in the storage unit 52 to execute processing of the abnormality detection unit 54 described below. That is, the computer program includes an instruction for causing the control unit 51 to execute the process of the abnormality detection unit 54.
When receiving a detection signal from the sensor 4 or the like via the input / output interface 50 while the operation mode of the security device 7 is the security set mode, the abnormality detection unit 54 detects the occurrence of an abnormality in the monitoring area 2. The abnormality detection unit 54 reads, from the storage unit 52, identification information of the sensor 4 or the like that has detected the abnormality. The abnormality detection unit 54 generates an abnormality signal including identification information of the sensor 4 or the like that has detected the abnormality, identification information of the security device 7, identification information of the monitoring area 2, and identification information of the detected abnormality.

  When detecting the occurrence of an abnormality in the sensor 4 or the like, the abnormality detecting unit 54 reads the identification information of the sensor 4 or the like in which the abnormality has occurred from the storage unit 52. The abnormality detection unit 54 generates an abnormality signal including identification information of the sensor 4 and the like, identification information of the security device 7, identification information of the monitoring area 2, and identification information of the detected abnormality. When the occurrence of the security device 7 is detected, the abnormality detection unit 54 generates an abnormality signal including the identification information of the security device 7, the identification information of the monitoring area 2, and the identification information of the detected abnormality.

The abnormality detection unit 54 transmits the generated abnormality signal to the center device 10 via the communication circuit 53.
The communication circuit 53 is a circuit for performing wired communication or wireless communication with the center device 10 via the communication line 8.
Further, in response to a log information transmission request from the center device 10, the control unit 51 reads the log information stored in the storage unit 52 and transmits the log information to the center device 10 via the communication circuit 53.

(Configuration of mobile terminal device)
Next, the configuration of the mobile terminal device 13 according to the first embodiment will be described with reference to FIG. As the mobile terminal device 13, a smartphone or a mobile phone can be adopted. However, the mobile terminal device 13 is not limited to these. The mobile terminal device 13 may be another device that is portable and has a communication function with the center device 10 and an information processing function, and stores an application program and can realize these functions.
The mobile terminal device 13 includes an operation unit 60, a display unit 61, a storage unit 62, a communication circuit 63, and a control unit 64.

The operation unit 60 functions as information input means, and may include input buttons, a touch panel provided on a display screen of the display unit 61, and the like. The operation unit 60 is used for receiving information input and operation input to the portable terminal device 13 by the response staff 12.
The display unit 61 functions as a display unit, and displays various types of information under the control of the control unit 64. The display section 61 may display, for example, the menu screen 20 shown in FIG. 2A, the instruction information 23 shown in FIG. 2B, and the support information screen 30 shown in FIG.

The storage unit 62 includes, for example, a ROM (Read Only Memory) and a RAM (Random Access Memory). The storage unit 62 may include a nonvolatile memory or a hard disk drive. The storage unit 62 stores a computer program executed by the control unit 64 and data necessary for executing the computer program.
The computer program executed by the control unit 64 may be recorded on a machine-readable recording medium, read by a medium reading device (not shown), and installed in the storage unit 62. This computer program may be downloaded from the communication line 8 via the communication circuit 63 and installed in the storage unit 62.
The communication circuit 63 includes a wired or wireless communication interface, and is connected to the communication line 8 via a connector or an antenna.

The control unit 64 includes a communication processing unit 65 and a display control unit 66. The control unit 64 includes a processor and its peripheral circuits, and executes a computer program stored in the storage unit 62 to execute processing of the communication processing unit 65 and the display control unit 66 described below. That is, the computer program includes an instruction for causing the control unit 64 to execute the processing of the communication processing unit 65 and the display control unit 66.
The communication processing unit 65 performs a communication process with the center device 10 via the communication circuit 63. For example, the communication processing unit 65 performs a process for receiving support information, a coping instruction signal notifying a coping instruction, and a cancel signal notifying the cancellation of the coping instruction transmitted from the center device 10.

The display control unit 66 performs a process of displaying various screens on the display unit 61. For example, the display control unit 66 displays the menu screen 20 shown in FIG. Further, for example, when the operator 12 presses the support information button 22 on the menu screen 20 (that is, when the operation unit 60 is operated), the display control unit 66 displays the support information screen 30 shown in FIG. Is also good. Further, for example, when the communication processing unit 65 receives the portable item information, the display control unit 66 may display the portable item information on the menu screen 20 in a pop-up display.
Further, for example, when the communication processing unit 65 receives the coping instruction signal, the display control unit 66 may display the instruction information 23 shown in FIG. Further, for example, when the communication processing unit 65 receives the cancel signal, the display control unit 66 may display the cancellation of the coping instruction on the display unit 61.

(Configuration of center device)
Next, the configuration of the center device 10 will be described with reference to FIG. The center device 10 includes, for example, a control console 70 which is a computer installed in the monitoring center 9 and a server device 71. The control console 70 includes an operation unit 72, a display unit 73, a communication circuit 74, and a control unit 75. The server device 71 includes a storage unit 76, a communication circuit 77, and a control unit 78.
The operation unit 72 of the control console 70 functions as information input means, and includes a keyboard, a mouse, a touch pen, a touch pad or a trackball included in a computer constituting the control console 70, a touch panel provided on a display screen of the display unit 73, and the like. May be provided.

The operation unit 72 is used to receive an operation input from the controller 11 to the control console 70. For example, the operation unit 72 receives a “coping instruction operation” for instructing the coping staff 12 to cope when an abnormality occurs, and a “cancel operation” for instructing canceling of the coping instruction. In addition, for example, the operation unit 72 receives a “transmission instruction operation” for transmitting personal belongings information indicating personal belongings required for work to cope with the abnormality that has occurred in the monitoring area 2 to the portable terminal device 13 possessed by the response staff 12. .
The display unit 73 functions as a display unit, and displays various types of information under the control of the control unit 75.

The communication circuit 74 includes a wired or wireless communication interface, and is connected to the communication line 8 via a connector or an antenna.
The control unit 75 includes a processor and its peripheral circuits, and executes the following processing by executing a computer program stored in a storage device (not shown).
The control unit 75 receives, from the server device 71, a “notification signal” notifying the occurrence of the abnormality and the monitoring area 2 in which the abnormality has been detected. Upon receiving the notification signal, the control unit 75 displays, on the display unit 73, visual information notifying the occurrence of the abnormality and the monitoring area 2 where the abnormality is detected.

  The control unit 75 generates a response instruction signal and a cancel signal in response to the response instruction operation and the cancel operation by the controller 11, respectively. The control unit 75 transmits a coping instruction operation and a cancel operation to the mobile terminal device 13 via the communication circuit 74. That is, the control unit 75 permits transmission of a coping instruction signal notifying the coping instruction and a cancel signal notifying the cancellation of the coping instruction, on condition that the controller 11 performs the coping instruction operation and the cancel operation at the control console 70. I do.

On the other hand, the storage unit 76 of the server device 71 includes, for example, a ROM and a RAM. The storage unit 76 may include a non-volatile memory or a hard disk drive. The storage unit 76 stores a computer program executed by the control unit 78 of the server device 71 and data necessary for executing the computer program.
The computer program executed by the control unit 78 may be recorded on a machine-readable recording medium, read by a medium reading device (not shown), and installed in the storage unit 76. This computer program may be downloaded from the communication line 8 via the communication circuit 77 and installed in the storage unit 76.
The communication circuit 77 includes a wired or wireless communication interface, and is connected to the communication line 8 via a connector or an antenna.

  The control unit 78 includes a communication processing unit 79, a monitoring area identification unit 80, a support information generation unit 81, a portable item determination unit 82, and a transmission control unit 83. The control unit 78 includes a processor and its peripheral circuits, and executes a computer program stored in the storage unit 76 to execute a communication processing unit 79, a monitoring area specifying unit 80, and a support information generating unit 81 described below. The processing of the carrying item determination unit 82 and the transmission control unit 83 is performed. That is, the computer program includes an instruction to be executed by the communication processing unit 79, the monitoring area identification unit 80, the support information generation unit 81, the portable item determination unit 82, and the transmission control unit 83.

  The communication processing unit 79 performs a communication process between the portable terminal device 13 and the security device 7 via the communication circuit 77. For example, the communication processing unit 79 performs a process of transmitting the support information generated by the support information generation unit 81 to the mobile terminal device 13. In addition, for example, the communication processing unit 79 performs a process of receiving an abnormal signal transmitted from the security device 7. Further, for example, the communication processing unit 79 transmits a log information transmission request for requesting log information of the sensor 4 or the like or the log information of the security device 7 necessary for generation of support information by the support information generation unit 81 to the security device 7, 7 to receive the log information. The communication processing unit 79 performs a communication process with the control console 70.

The monitoring area specifying unit 80 specifies the monitoring area 2 in which the abnormality is detected, based on the identification information of the monitoring area 2 included in the abnormality signal. Alternatively, the identification information of the sensor 4 or the like or the security device 7 is stored in the storage unit 76 in association with the monitoring area 2, and the monitoring area is determined based on the identification information of the sensor 4 or the like or the security device 7 included in the abnormal signal. The specifying unit 80 may specify the monitoring area 2.
The control unit 78 generates a notification signal notifying the monitoring area 2 specified by the monitoring area specifying unit 80 and the occurrence of the abnormality, and transmits the notification signal to the control console 70.

The support information generation unit 81 generates support information relating to work support for work in which the response staff 12 handles abnormalities in the monitoring area 2. The support information generation unit 81 includes an abnormality classification determination unit 84 and an abnormality cause estimation unit 85.
When the abnormality signal is received, the abnormality classification determining unit 84 determines the classification of the detected abnormality according to the identification information of the detected abnormality included in the abnormality signal. For example, the abnormality classification determining unit 84 determines whether the identification information included in the abnormality signal is identification information assigned to any of the different classifications such as “intrusion abnormality”, “wireless communication abnormality”, and “battery level abnormality”. Accordingly, the classification of the detected abnormality is determined.

  The abnormality cause estimation unit 85 estimates the abnormality classification of the abnormality determined by the abnormality classification determination unit 84 and the abnormality cause of the abnormality detected according to the abnormality determination information stored in the storage unit 76. The abnormality determination information is, for example, threshold information for estimating a cause of abnormality predetermined for each abnormality classification. The cause-of-abnormality estimation unit 85 receives log information necessary for analyzing the abnormality of the determined classification from the security device 7 as necessary, and determines a specific numerical value included in the log information and a threshold value of the abnormality determination information. The cause of the abnormality is estimated by comparison.

Further, for example, the abnormality determination information may be an analysis algorithm for estimating a cause of abnormality predetermined for each classification of abnormality or threshold information used in the analysis algorithm. The abnormality cause estimating unit 85 may estimate the cause of the abnormality by analyzing the log information received from the security device 7 according to the analysis algorithm.
For example, when the classification of the detected abnormality is “wireless communication abnormality”, the abnormality cause estimating unit 85 stores a communication log between the wireless device in which the wireless communication abnormality is detected and the security device 7 for a predetermined period in the past. Obtained from the security device 7.

The abnormality cause estimating unit 85 determines whether or not the received electric field strength recorded in the communication log is equal to or smaller than a threshold. Further, the abnormality cause estimating unit 85 calculates the packet loss frequency, that is, the signal collision frequency, by analyzing the communication log using the analysis algorithm.
If the received electric field strength is equal to or less than the threshold value or the packet loss frequency is equal to or greater than the threshold value in the past predetermined period before the wireless communication abnormality is detected, the abnormality cause estimation unit 85 determines whether the detected abnormality (wireless communication abnormality) has occurred. It is assumed that the cause is deterioration of the wireless communication environment. If the received electric field strength is greater than the threshold value and the packet loss frequency is less than the threshold value, that is, if the communication malfunction is not seen before the abnormality is detected, the abnormality cause estimation unit 85 determines the cause of the detected abnormality. Is assumed to be a failure of the wireless device.

  For example, when the classification of the detected abnormality is “battery remaining amount abnormality”, the abnormality cause estimation unit 85 acquires an operation log of the sensor 4 or the like in which the abnormality is detected from the security device 7. For example, the abnormality cause estimating unit 85 calculates the period from the last battery replacement time recorded in the operation log to the battery near-end detection time as the battery drive time, and determines whether the battery drive time is less than a predetermined minimum level value. to decide. This minimum level value is set in advance in accordance with the expected battery life value determined for each sensor 4 or the like. For example, if the expected battery life value is two years, the minimum level value is set to one half of that value. If the calculated battery drive time is less than the minimum level value, the abnormality cause estimating unit 85 determines that the cause of the abnormality is a failure of the sensor 4 or the like. If the calculated battery drive time is equal to or greater than the minimum level value, the abnormality cause estimating unit 85 determines that the battery remaining amount is merely a decrease.

  For example, when the classification of the detected abnormality is “intrusion abnormality”, the abnormality cause estimating unit 85 detects the abnormality by the sensor 4 or the like using an analysis algorithm based on the location of the sensor 4 or the like that has detected the abnormality and the order of detection. It is estimated whether or not the cause of the abnormality is the intruder. For example, when the sensor 4 or the like that has detected an abnormality is an image sensor, it is estimated whether or not the cause of the abnormality is an intruder by calculating “personality” by image analysis.

The support information generation unit 81 determines a coping method for the detected abnormality based on the cause of the abnormality estimated by the abnormality cause estimation unit 85. The coping method may be determined in advance for each cause of the abnormality and stored in the storage unit 76.
For example, when the classification of the detected abnormality is “wireless communication abnormality” and the cause of the abnormality is “deterioration of the wireless communication environment”, the support information generation unit 81 determines “improvement of the wireless communication environment” as a coping method. I do. When the cause of the abnormality is “failure of the wireless device”, the support information generation unit 81 determines “replacement of the wireless device” as a coping method.
For example, when the classification of the detected abnormality is “battery remaining amount abnormality” and the cause of the abnormality is “failure of the sensor 4 or the like”, the support information generation unit 81 determines “replacement of a failed device” as a coping method. I do. When the cause of the abnormality is “mere decrease in the remaining battery level”, the support information generation unit 81 determines “battery replacement” as a coping method.

  The support information generation unit 81 includes classification information indicating a classification determined by the abnormality classification determination unit 84, cause information indicating a cause estimated by the abnormality cause estimation unit 85, coping method information indicating a coping method, an abnormality occurrence location, and an abnormality. Information regarding the detected sensor 4 or the like or the security device 7 or the sensor 4 or the like where an abnormality is detected is generated as detailed information, that is, support information.

The portable item determining unit 82 determines whether the cause estimated by the abnormality cause estimating unit 85 requires a portable item to cope with the detected abnormality. When a portable item is needed to cope with the detected abnormality, the portable item determination unit 82 generates portable item information indicating the portable item as support information.
For example, when the classification of the detected abnormality is “wireless communication abnormality” and the cause of the abnormality is “wireless device failure”, the portable item determination unit 82 determines the replacement device as a portable item. Further, for example, when the classification of the detected abnormality is “battery level abnormality” and the cause of the abnormality is “failure of the sensor 4 or the like”, the carried item determination unit 82 To be determined.

Further, for example, when the classification of the detected abnormality is “battery remaining amount abnormality” and the cause of the abnormality is “mere decrease in battery remaining amount”, the carrying item determination unit 82 determines the replacement battery as the carrying item. I do.
The transmission control unit 83 transmits the generated personal belongings information to the control console 70. When the control unit 75 of the control console 70 receives the portable item information from the server device 71, the control unit 75 displays the portable item information on the display unit 73 and presents it to the controller 11.

  As described above, it is preferable that the controller 11 determines whether or not to provide the carry-on item information to the responder 12 in accordance with the urgency of the response. For this reason, the control unit 75 transmits the portable item information received via the communication circuit 74 to the portable terminal device 13 in response to the transmission instruction operation by the controller 11. That is, the control unit 75 permits transmission of the personal belongings information on condition that the controller 11 performs a transmission instruction operation on the control console 70.

  On the other hand, the transmission control unit 83 of the server device 71 controls transmission of the detailed information generated by the support information generation unit 81 to the portable terminal device 13. As described above, it is inefficient to make the controller 11 confirm the detailed information for the work support of the worker 12 in the monitoring area 2 each time, and it is preferable to provide the information at the necessary timing as needed. . For this reason, the transmission control unit 83 permits transmission of the detailed information regardless of whether or not the controller 11 operates the control console 70.

The center device 10 is an example of a remote device described in the claims. The monitoring area 2 is an example of a monitoring target area. The response member 12 is an example of a user. The coping instruction and the canceling of the coping instruction are examples of the first information, the coping instruction is an example of the moving instruction, and the canceling of the coping instruction is an example of canceling the moving instruction. The detailed information is an example of the second information, and the belongings information is an example of the third information.
The abnormality detection unit 54 of the security device 7 is an example of an abnormality signal transmission unit. The monitoring area specifying unit 80 of the center device 10 is an example of a monitoring target area specifying unit. The control unit 75 is an example of a first information generation unit. The support information generation unit 81 is an example of a second information generation unit. The portable item determination unit 82 is an example of a third information generation unit. The control unit 75 and the transmission control unit 83 of the center device 10 are examples of a transmission control unit.

(Operation of the security service support system)
Next, the entire operation of the security service support system 1 according to the first embodiment will be described with reference to FIG. In the following description, only the classification information, the cause information, and the coping method information are illustrated as the detailed information for simplicity.
When the sensor 4 or the like detects an abnormality or the security device 7 detects an abnormality of the sensor 4 or the like or the security device 7, the security device 7 transmits an abnormality signal to the server device 71 in step S1. In step S2, the server device 71 transmits to the control console 70 a notification signal indicating the occurrence of the abnormality and the monitoring area 2 in which the abnormality has been detected. Thereafter, in step S3, the server device 71 collects log information of the sensor 4 or the like or the security device 7 as necessary.

In step S4, the control console 70 displays, on the display unit 73, visual information notifying that an abnormality has occurred and the monitoring area 2 where the abnormality has been detected. In step S5, the control console 70 receives a coping instruction operation by the control personnel 11. The control console 70 that has received the coping instruction operation transmits a coping instruction signal to the portable terminal device 13 in step S6.
In step S7, the server device 71 generates support information. In step S8, the server device 71 transmits the detailed information (that is, the classification information, the cause information, and the coping method information) of the support information to the portable terminal device 13 regardless of whether or not the controller 11 operates the control console 70. .

  In step S9, the server device 71 transmits the portable item information generated as support information to the control console 70. In step S <b> 10, the control console 70 displays the belongings information on the display unit 73 and presents it to the controller 11. In step S11, the control console 70 receives a transmission instruction operation by the control personnel 11. In step S <b> 12, the control console 70 transmits the portable item signal to the portable terminal device 13 on condition that the transmission instruction operation in the control console 70 is input.

In step S13, the mobile terminal device 13 displays the portable item information on the display unit 61. For example, the mobile terminal device 13 outputs a screen display notifying the receptionist 12 of the reception of the portable item information or an auditory signal such as a buzzer or an audio signal, and confirms the support information screen 30 on which the portable item information is displayed. The item to be carried may be displayed by prompting the coordinator 12 at a later time. In addition, for example, the portable terminal device 13 may display the carrying item information in a pop-up on the menu screen 20.
In step S <b> 14, the portable terminal device 13 displays the detailed information received in step S <b> 8 on the display unit 61 in response to the operation of the response person 12.

Note that the operation in step S1 corresponds to the operation of the abnormality detection unit 54 of the security device 7. The operation in step S2 corresponds to the operation of the monitoring area specifying unit 80 and the control unit 78 of the server device 71. The operation in step S3 corresponds to the operation of the communication processing unit 79 and the abnormality cause estimating unit 85 of the server device 71.
The operations in steps S4, S6, S10, and S12 correspond to the operations of the control unit 75 of the control console 70. The operations in steps S5 and S11 correspond to the operations of the operation unit 72 and the control unit 75 of the control console 70. The operation in step S7 corresponds to the operation of the support information generation unit 81 of the server device 71. The operation in step S8 corresponds to the operation of the communication processing unit 79 and the transmission control unit 83 of the server device 71. The operation in step S9 corresponds to the operation of the transmission control unit 83 of the server device 71. The operations in steps S13 and S14 correspond to the operations of the display control unit 66 of the mobile terminal device 13.

(Processed by the center device)
Next, the processing of the center device 10 when transmitting the support information will be described with reference to FIG.
In step S20, the transmission control unit 83 determines whether the transmission target information to be transmitted to the mobile terminal device 13 is a coping instruction or a cancel instruction. If the information to be transmitted is a coping instruction or a cancel instruction (step S20: Y), the process proceeds to step S21. If the information to be transmitted is neither a coping instruction nor a cancel instruction (step S20: N), the process proceeds to step S23.

If the information to be transmitted is a coping instruction, the control unit 75 determines whether or not a coping instruction operation has been received by the control console 70 in step S21. If a coping instruction operation has been received (step S21: Y), the process proceeds to step S22. If the coping instruction operation has not been received (step S21: N), the process returns to step S21. In step S22, the control unit 75 transmits a coping instruction signal to the mobile terminal device 13. Thereafter, the process ends.
If the information to be transmitted is a cancel instruction, the control unit 75 determines whether or not the control console 70 has accepted a cancel instruction operation in step S21. If a cancel instruction operation has been received (step S21: Y), the process proceeds to step S22. If the cancel instruction operation has not been received (step S21: N), the process returns to step S21. In step S22, the control unit 75 transmits a cancel signal to the mobile terminal device 13. Thereafter, the process ends.

  In step S23, the transmission control unit 83 of the server device 71 determines whether the information to be transmitted is carry-on information. When the information to be transmitted is carrying item information (Step S23: Y), the transmission control unit 83 transmits the carrying item information to the control console 70 without transmitting the carrying item information to the portable terminal device 13. Thereafter, the process proceeds to step S24. If the information to be transmitted is not carrying item information, for example, if the information to be transmitted is detailed information (step S23: N), the process proceeds to step S27.

In step S24, the control unit 75 of the control console 70 displays the received belongings information on the display unit 73 and presents it to the control personnel 11. In step S25, the control unit 75 determines whether the control console 70 has accepted a transmission instruction operation. If the transmission instruction operation has been received (step S25: Y), the process proceeds to step S26. If the transmission instruction operation has not been received (step S25: N), the process returns to step S25. Note that, in step S25, a series of processes may be terminated by a lapse of a fixed time or an interrupt process. In step S26, the control unit 75 transmits the portable item information to the portable terminal device 13. Thereafter, the process ends.
In step S27, the transmission control unit 83 of the server device 71 transmits information to be transmitted, for example, detailed information to the portable terminal device 13 irrespective of whether or not the controller 11 has operated the control console 70. Thereafter, the process ends.

(Effect of First Embodiment)
(1) The control unit 75 of the control console 70 transmits to the mobile terminal device 13 information on a coping instruction, which is an instruction to move to the monitoring area 2, or information on canceling the coping instruction, on condition of an operation on the control console 70. The transmission control unit 83 of the server device 71 transmits support information other than the personal information to the portable terminal device 13 irrespective of the operation on the control console 70.
For this reason, it is ensured that the information regarding the destination of the response staff 12 is transmitted to the mobile terminal device 13 after the confirmation and determination by the controller 11, and the flexible determination by the controller 11 can be reflected. On the other hand, by omitting the determination by the controller 11 and transmitting the support information to the mobile terminal device 13 at an appropriate timing as appropriate, the work of the controller 11 can be reduced, and the delay of the transmission time to the mobile terminal device 13 can be reduced. It can also be prevented.

  (2) The control unit 75 of the control console 70 transmits the personal belongings information to the portable terminal device 13 on condition that the operation on the control console 70 is performed. For this reason, it is ensured that the control staff 11 transmits to the portable terminal device 13 the personal belongings information which may change the destination of the response staff 12 and then transmits the information to the portable terminal device 13 and reflects the flexible judgment by the control staff 11. Can be done.

(2nd Embodiment)
Next, a second embodiment will be described. In an actual security operation, it may not be preferable to disclose information on the occurred abnormality in detail from an early stage to the response staff 12 who heads to the monitoring area 2 when the abnormality occurs. For example, if detailed information is obtained and the responder assumes that the location, degree, or accuracy of the abnormality is concerned, it may cause carelessness and a decrease in tension in situations where an emergency threat such as an intruder may occur. .

In addition, there is a possibility that the priority of the coping service in the monitoring area 2 and the other tasks which the coordinator 12 is in charge may be determined consciously or unconsciously.
Furthermore, if important information from the viewpoint of security such as security abnormality is transmitted earlier than necessary, there is a problem that the risk of information leakage increases due to unexpected circumstances such as peeping at a terminal.

  For this reason, in the second embodiment, disclosure of the detailed information to the response staff 12 is controlled according to the action state of the response staff 12 when the response staff 12 having the mobile terminal device 13 moves to the monitoring area 2. For example, before the response person 12 arrives at the monitoring area 2, only the classification information among the detailed information is displayed, and other detailed information such as the cause information and the coping method information is displayed after the response person 12 arrives at the monitoring area 2. indicate.

  The center device 10 according to the second embodiment controls transmission of detailed information to the response staff 12 according to the action state of the response staff 12. For example, the center device 10 according to the second embodiment prohibits transmission of detailed information designated not to be disclosed to the response staff 12 until the response staff 12 arrives at the monitoring area 2 until the monitoring staff 2 arrives at the monitoring area 2. . For example, the center device 10 transmits only the classification information of the detailed information before the response person 12 arrives at the monitoring area 2, and the response person 12 transmits other detailed information such as cause information and response method information to the monitoring area 2. Sent after arriving at.

  The action state of the response person 12 may be detected by using, for example, the mobile terminal device 13. The mobile terminal device 13 may detect the current action state of the response person 12 by an operation performed by the response terminal 12 on the mobile terminal device 13, for example. For example, the portable terminal device 13 may detect the current behavior state of the response person 12 based on information about the current behavior state input to the mobile terminal device 13 by the response person 12.

The input of the information regarding the action state is performed on the action input screen displayed in response to the operation of pressing the action information input button 21 in the menu screen 20 shown in FIG.
When the action information input button 21 is pressed, an action input screen 90 shown in FIG. 9 is displayed on the display unit 61 of the mobile terminal device 13. The action input screen 90 includes a monitoring area input field 91 for inputting a monitoring area 2 which is a destination of the movement of the agent 12, and an action input field 92 for inputting an action or work of the agent 12 to be performed in the monitoring area 2. And an action state input column 93 for inputting the current action state of the counselor 12.

In the action state input field 93, for example, "arrival", "working", "departure", "resting" and the like can be input as information on the current action state. For example, when "arriving" or "working" is entered in the action state input column 93 in a state where "@ building" is input in the monitoring zone input column 91 as the monitoring zone 2, the operator 12 enters "@ building". Is detected as an action state.
Further, for example, when the information in the monitoring area input field 91 is changed to “xx building” and “departure” is input in the action state input field 93, the response staff 12 may be moving to “xx building”. It is detected as an action state. The mobile terminal device 13 transmits to the center device 10 status information indicating the detected action status of the response staff 12.

The mobile terminal device 13 uses, for example, a GPS (Global Positioning System) receiver provided in the mobile terminal device 13 instead of the operation of the mobile terminal device 13 to determine whether the agent 12 has arrived at the monitoring area 2 or not. It may be detected whether or not the user is moving to the destination as an action state.
In addition, the mobile terminal device 13 determines whether the agent 12 has arrived at the monitoring area 2 or is moving to the monitoring area 2 by short-range communication with a wireless device installed in the monitoring area 2. May be detected. For example, the mobile terminal device 13 receives an identification signal from an RFID (Radio Frequency IDentification) tag installed in the monitoring area 2, and determines whether the agent 12 has arrived at the monitoring area 2 or is moving to the monitoring area 2. It may be detected whether there is.

  The security device 7 may be used to detect the action state of the response staff 12. For example, the short-range communication between the security device 7 and the portable terminal device 13 may detect as an action state whether the agent 12 has arrived at the monitored area 2 or is moving to the monitored area 2. For example, the security device 7 detects whether the agent 12 has arrived at the monitoring area 2 or is moving to the monitoring area 2 by wireless communication with the mobile terminal device 13 via a wireless LAN (Local Area Network). You may. Further, for example, the security device 7 detects whether the agent 12 has arrived at the monitoring area 2 or is moving to the monitoring area 2 by receiving the identification signal from the RFID tag provided on the portable terminal device 13. You may. Further, for example, the security device 7 determines whether the ID code received as an operation input from the user is for the response staff 12 to determine whether the response staff 12 has arrived at the monitoring area 2 or is moving. May be detected. The security device 7 transmits to the center device 10 status information indicating the detected action status of the response staff 12.

  Please refer to FIG. The mobile terminal device 13 according to the second embodiment has a similar configuration to the mobile terminal device 13 according to the first embodiment, and the same reference numerals are used for the same components as those in the first embodiment. The mobile terminal device 13 includes a state detection unit 67. The control unit 64 executes the processing of the state detection unit 67 described below by executing the computer program stored in the storage unit 62. That is, the computer program includes an instruction for causing the control unit 64 to execute the process of the state detection unit 67.

The state detection unit 67 performs a process of detecting an action state of the response staff 12. For example, the state detection unit 67 may detect the current action state of the response member 12 based on the information on the action state input on the action input screen 40 illustrated in FIG.
Further, for example, the state detection unit 67 may detect the current action state of the response person 12 based on a positioning result of a GPS receiver (not shown) included in the mobile terminal device 13. Further, for example, the state detection unit 67 may detect the current action state of the response person 12 based on the result of the short-range communication with the wireless device installed in the monitoring area 2.

The display control unit 66 displays the menu screen 20 shown in FIG. 2A on the display unit 61, and when the operator 12 performs an operation of pressing the action information input button 21, the action input screen 40 shown in FIG. May be displayed on the display unit 61.
Further, when the state detection unit 67 detects the action state of the response staff 12, the communication processing unit 65 performs processing for transmitting state information indicating the detected action state to the center device 10.

Please refer to FIG. The control unit 75 of the control console 70 receives the state information from the mobile terminal device 13. When receiving the inquiry about the action state of the response person 12 from the server device 71, the control unit 75 transmits the state information received from the mobile terminal device 13 to the server device 71.
The transmission control unit 83 of the server device 71 inquires the control console 70 that has received the status information from the mobile terminal device 13 about the action status of the response staff 12.
The transmission control unit 83 controls the transmission of the detailed information to the portable terminal device 13 according to the action state of the response staff 12 irrespective of whether the control staff 11 operates the control console 70 or not. For example, the transmission control unit 83 periodically checks the action state of the response staff 12 and monitors the transmission of the detailed information designated so as not to be disclosed to the response staff 12 until the response staff 12 arrives at the monitoring area 2. Prohibit until arrival in area 2.

For example, the transmission control unit 83 permits transmission of only the classification information in the detailed information before the response person 12 arrives at the monitoring area 2 and transmits other detailed information such as cause information and countermeasure information. Allow after 12 arrives in surveillance area 2.
Note that the control unit 75 of the control console 70 may permit the transmission of the personal belongings information on the condition that the control staff 11 operates the control console 70 irrespective of the action state of the response staff 12. The communication processing unit 65 of the mobile terminal device 13 is an example of a state transmission unit described in the claims.

  Next, the entire operation of the security service support system 1 according to the second embodiment will be described with reference to FIG. The operations in steps S30 to S36 are the same as the operations in steps S1 to S7 shown in FIG. In step S37, the server device 71 transmits only the classification information to the portable terminal device 13 irrespective of the operation of the control console 70 among the detailed information as the support information. The operations in steps S38 to S42 are the same as the operations in steps S9 to S13 shown in FIG.

In step S43, the server device 71 inquires about the action state of the response staff 12. At this time, the control console 70 has not received the status information indicating that the response staff 12 has arrived at the monitoring area 2 yet. Therefore, at step S44, the control console 70 determines that the response staff 12 has arrived at the monitoring area 2. The server device 71 is notified that there is no state.
In step S45, the mobile terminal device 13 detects a state in which the agent 12 has arrived in the monitoring area 2 as an action state. In step S46, the mobile terminal device 13 transmits to the control console 70 status information indicating the status where the response staff 12 has arrived at the monitoring area 2. When the server device 71 inquires of the action state of the response staff 12 in step S47, the control console 70 notifies the server device 71 that the response staff 12 has arrived in the monitoring area 2 in step S48.

  Since the response person 12 has arrived at the monitoring area 2, the server device 71 releases the prohibition of the transmission of the detailed information other than the classification information. In step S49, the server device 71 transmits to the mobile terminal device 13 detailed information including cause information and coping method information other than the classification information. In step S <b> 50, the portable terminal device 13 displays these detailed information on the display unit 61 in response to the operation of the response person 12.

  The operations in steps S37, S43, S47, and S49 correspond to the operations of the transmission control unit 83 of the server device 71. The operations in steps S44 and S48 correspond to the operations of the control unit 75 of the control console 70. The operation in step S45 corresponds to the operation of the state detection unit 67 of the mobile terminal device 13. The operation in step S46 corresponds to the operation of the communication processing unit 65 of the mobile terminal device 13. The operation in step S50 corresponds to the operation of the display control unit 66 of the mobile terminal device 13.

With reference to FIG. 12, a process when the center device 10 according to the second embodiment transmits support information will be described. The operations in steps S60 to S66 are the same as the operations in steps S20 to S26 shown in FIG.
In step S67, the transmission control unit 83 determines whether the information to be transmitted is detailed information. If the information to be transmitted is detailed information (step S67: Y), the process proceeds to step S69. If the information to be transmitted is not detailed information (step S67: N), the process proceeds to step S68.
In step S68, the transmission control unit 83 permits transmission of the information to be transmitted. The communication processing unit 79 transmits the information to be transmitted to the mobile terminal device 13.

In step S69, the transmission control unit 83 determines whether the detailed information to be transmitted is either the cause information or the coping method information. If the detailed information to be transmitted is either the cause information or the coping method information (step S69: Y), the process proceeds to step S71. If the detailed information to be transmitted is not the cause information or the coping method information but the classification information (step S69: N), the process proceeds to step S70.
In step S70, the transmission control unit 83 permits transmission of the classification information. The communication processing unit 79 transmits the classification information to the mobile terminal device 13.

In step S71, the transmission control unit 83 inquires the control console 70 about the action state of the response staff 12. In step S72, the transmission control unit 83 determines whether the response person 12 has arrived at the target monitoring area 2. When the operator 12 arrives at the monitoring area 2 (step S72: Y), the process proceeds to step S73. In step S73, the transmission control unit 83 permits transmission of cause information or coping method information. The communication processing unit 79 transmits the cause information or the coping method information to the mobile terminal device 13.
If the operator 12 has not arrived at the monitoring area 2 (step S72: N), the process ends. As a result, transmission of the cause information and the coping method information is prohibited until the coordinator 12 arrives at the target monitoring area 2.

(Effect of Second Embodiment)
(1) The transmission control unit 83 of the center device 10 performs a process of transmitting detailed information on the detected abnormality to the mobile terminal device 13 according to the action state of the response person 12 indicated by the status information received from the mobile terminal device 13. Control. This makes it possible to control the degree of information to be disclosed to the response personnel 12 according to the state of the response personnel 12 heading to the monitoring area 2 when an abnormality occurs, without going through the judgment of the controller 11. As a result, it is possible to improve the timing of disclosing the information on the detected abnormality to the responder 12 while reducing the duties of the controller 11.

  (2) The transmission control unit 83 prohibits transmission of more detailed information other than the classification information, for example, cause information and coping method information until the coping staff 12 arrives at the monitoring area 2. For this reason, it is possible to prohibit an excessively detailed disclosure of the information on the abnormality from an early stage to the response person 12 heading to the monitoring area 2 when an abnormality occurs. As a result, it is possible to prevent the response person 12 from having a conviction about the place, degree or accuracy of the abnormality, and to prevent a carelessness and a decrease in tension in a situation where there is an emergency threat such as an intruder. In addition, it is possible to prevent conscious or unconscious determination of the priority between the coping task in the monitoring target area and the other tasks that the coordinator 12 is in charge of. In addition, by transmitting important information from the viewpoint of security such as security anomalies unnecessarily early, it is possible to reduce the risk of such information leaking due to unexpected circumstances such as peeping at the terminal.

  1 security work support system, 2 monitored areas, 3 monitored facilities, 4 sensors, 5 outside areas, 6 sensors, 7 security devices, 8 communication lines, 9 monitoring centers, 10 center devices, 11 controllers, 12 operators, 13 Portable terminal device, 50 input / output interface, 51 control unit, 52 storage unit, 53 communication circuit, 54 abnormality detection unit, 60 operation unit, 61 display unit, 62 storage unit, 63 communication circuit, 64 control unit, 65 communication processing unit , 66 display control section, 67 state detection section, 70 control console, 71 server device, 72 operation section, 73 display section, 74 communication circuit, 75 control section, 76 storage section, 77 communication circuit, 78 control section, 79 communication processing Section, 80 monitoring area identification section, 81 support information generation section, 82 portable item determination section, 83 transmission control section, 84 abnormality classification determination section, 85 abnormality cause estimation Part

Claims (4)

A security device, a remote device that receives a signal from the security device, and a security service support system including a portable terminal device that communicates with the remote device,
The security device,
An abnormality detection unit that is installed in the monitoring target area and detects an abnormality;
An abnormal signal transmitting unit that transmits an abnormal signal notifying the detected abnormality to the remote device,
The portable terminal device,
A display unit on which information received from the remote device is displayed, and state information indicating an action state of the user when the user having the mobile terminal device moves to the monitoring target area is transmitted to the remote device. And a status transmitting unit that performs
The remote device comprises:
Upon receiving the abnormality signal, a monitoring target area specifying unit that specifies the monitoring target area where the abnormality is detected,
A first information generation unit that generates a movement instruction to move the user to the monitoring target area specified by the monitoring target area specification unit or first information related to cancellation of the movement instruction;
A second information generation unit that generates second information related to work support for work corresponding to the abnormality in the monitoring target area;
An operation unit that receives an operation on the remote device;
A transmission control unit that transmits the first information to the portable terminal device on condition of an operation on the remote device, and transmits the second information to the portable terminal device regardless of the presence or absence of an operation on the remote device;
Equipped with a,
The transmission control unit, security business support system characterized that you control the transmission of said second information to said portable terminal device in accordance with the action state of said state information received from the mobile terminal device shown. The remote device further includes a third information generation unit that generates third information relating to a portable item required for work corresponding to the abnormality that has occurred in the monitoring target area,
The security service support system according to claim 1, wherein the transmission control unit transmits the third information to the portable terminal device on condition that an operation on the remote device is performed. The transmission control unit, until receiving the status information indicating that the user has arrived at the monitored area, according to claim 1 or 2, characterized in that prohibits the transmission of the second information Security operation support system. A remote device communicating with the mobile terminal device,
A first information generation unit configured to generate a movement instruction to move a user having the portable terminal device to a monitoring target area or first information related to cancellation of the movement instruction;
A second information generation unit that generates second information related to work support in the monitoring target area;
An operation unit that receives an operation on the remote device;
A transmission control unit that transmits the first information to the portable terminal device on condition of an operation on the remote device, and transmits the second information to the portable terminal device regardless of the presence or absence of an operation on the remote device;
A control unit that receives, from the portable terminal device, state information indicating an action state of the user when the user moves to the monitoring target area,
Equipped with a,
The transmission control unit, remote unit, characterized that you control the transmission of said second information to said portable terminal device in accordance with the action state of said state information received from the mobile terminal device shown.

Images