JP4726525B2 - Security device, security system, and security method - Google Patents

Description

  In the present invention, when a sensor that detects an abnormality in a monitoring area detects an abnormality, the abnormality detection information is transmitted to a notification destination terminal such as a mobile phone, a PDA (Personal Digital Assistants), or a fixed telephone connected to the network. The present invention relates to a device or a security system, and particularly relates to a security device, a security system, and a security method that can change the priority of a report destination of previously registered abnormality detection information.

  Conventionally, when a sensor installed in a monitoring area detects an abnormality, a security device notifies an alarm to a monitoring center or notifies an abnormal person to a home by an alarm such as a buzzer. Generally known.

  In addition, if an abnormality occurs when the user goes out, select one or more of the notification destinations of the abnormality detection information registered in advance and report the abnormality detection information, and the selected notification destination In the case where does not respond, a technique for selecting another report destination and reporting abnormality detection information is disclosed (for example, see Patent Document 1).

JP 2001-297384 A

  However, in the said patent document 1, notification is always performed according to the priority of the report destination of the abnormality detection information registered beforehand. Therefore, the first report of the abnormality detection information is reported to the user who is the report destination other than the highest, rather than the user whose registered priority is the highest report destination for the status of the monitoring area. Even if it is appropriate, the report is sent to the user who is the highest report destination. In such a case, a user who is a report destination other than the highest registered priority order spends time before receiving the report of the abnormality detection information. There was a problem that it was not possible to promptly report abnormality detection information to the report destination.

  That is, when a security device is installed in a residence, the user who wants to grasp the status of the monitoring area first changes from time to time. For example, even if the father is registered at the highest priority of the notification destination of the abnormality detection information in advance, the father is absent due to work and the mother lays the infant in the residence and goes to the neighborhood The mother recognizes that the infant is alone in the house, and wants to receive the first report of the report by the sensor detecting that the infant has started or the report of the trespassing Is also a mother. Even in such a case, if the first report of the abnormality detection information is reported to the father and then to the mother, it will take time to receive the report, and depending on the situation of the residence There is a problem that it is not possible to promptly report abnormality detection information to an appropriate report destination. Also, if the mother knows the current housing situation, by checking which sensor has detected, it is possible to guess whether the child has woken up, whether there was a visitor, an intruder, etc. Yes, but if a father who does not know the current housing situation receives a report, he cannot make such a guess, and there is a problem that he / she is useless and takes unnecessary care.

  The present invention has been made in view of the above, and based on the information of the user who performed the setting, the priority of the report destination of the abnormality detection information is changed, and the appropriateness according to the situation of the monitoring area is changed. An object is to obtain a security device, a security system, and a security method capable of promptly reporting abnormality detection information to a report destination.

  In order to solve the above-described problems and achieve the object, the invention according to claim 1 is specific to a user in a security device provided with a sensor for detecting an abnormality in a monitoring area and connected to a report destination terminal via a network. User information storage means for storing user information registered in association with the user identification information and the report destination terminal of the user, and the user corresponding to the report destination terminal registered in the user information Priority order storage means for storing priority order information that defines the priority order of identification information, and a security mode for transmitting abnormality detection information indicating that an abnormality has been detected in the notification destination terminal when the sensor detects an abnormality. And at least one security release state that is a security mode in which the abnormality detection information is not transmitted to the report destination terminal when the sensor detects an abnormality. Security mode switching for switching the current security mode to the security mode received by the security mode operation means for receiving the user identification information and the security mode input by the user in order to set the mode. And priority changing means for changing the priority of the user identification information in the priority information based on the user identification information of the user who has input the security mode from the security mode operating means, and the security When the current security mode is set to the self-security state by the state switching means, the abnormality detection information is converted into the user information according to the priority of the user identification information set in the priority information. An abnormality notification means for transmitting to the notification destination terminal corresponding to the registered user identification information, That.

  Further, the invention according to claim 2 is the security device according to claim 1, wherein the priority order changing means further receives the input of the self-security state by the security mode operation means. The user identification information of a user who has input the self-security state by operating means is changed to the highest priority in the priority information.

  According to a third aspect of the present invention, in the security device according to the second aspect, the priority order information stores the priority order at the time of initial setting and the current priority order, and the priority order changing means includes: In the current priority in the priority information, the user identification information of the user who has input the self-security state by the security mode operation means is changed to the highest priority, and priority other than the highest priority. The order is changed according to the priority order at the time of the initial setting in the priority order information.

  According to a fourth aspect of the present invention, in the security device according to the second aspect, the priority order information stores the priority order at the time of initial setting and the current priority order, and the priority order changing means includes: In the current priority in the priority information, the user identification information of the user who has input the self-security state by the security mode operation means is changed to the highest priority, and priority other than the highest priority. The order is changed according to the current priority order before the change in the priority order information.

  The invention according to claim 5 is the security device according to claim 1, further comprising receiving means for receiving the security mode of the self-security state or the security release state transmitted from the reporting destination terminal, The security state switching means switches the current security mode to the security mode received by the receiving means, and the priority order changing means is based on the user identification information of the user who transmitted the security mode from the report destination terminal. The priority order of the user identification information in the priority order information is changed.

  Further, the invention according to claim 6 is the security device according to claim 5, wherein the priority order changing means further receives the self-security state from the report destination terminal by the receiving means. In the rank information, the user identification information of the user who has transmitted the self-guard state by the reporting destination terminal is changed to the highest priority in the priority information.

  According to a seventh aspect of the present invention, in the security device according to the sixth aspect, the priority order information stores the priority order at the time of initial setting and the current priority order. In the current priority in the priority information, the user identification information of the user who has transmitted the self-guard status by the report destination terminal is changed to the highest priority and the priority other than the highest Is changed according to the priority at the time of the initial setting in the priority information.

  According to an eighth aspect of the present invention, in the security device according to the sixth aspect, the priority order information stores the priority order at the time of initial setting and the current priority order, and the priority order changing means includes: In the current priority in the priority information, the user identification information of the user who has transmitted the self-guard status by the report destination terminal is changed to the highest priority and the priority other than the highest Is changed according to the current priority order before the change in the priority order information.

  The invention according to claim 9 is connected to a security device having a sensor for detecting an abnormality in the monitoring area, and the security device and a report destination terminal of the user, and an abnormality from the security device is detected. In a security system comprising a monitoring center that receives abnormality detection information indicating that the sensor has detected that the abnormality has been detected, the security device detects the abnormality detected by the notification destination terminal when the sensor detects an abnormality. Set to any security mode including at least a self-security state that is a security mode that transmits a warning and a security release state that is a security mode that does not transmit the abnormality detection information to the reporting destination terminal when the sensor detects an abnormality Therefore, security mode operation means for accepting user identification information and security mode input unique to the user by the user, and the current security mode The user identification when the current security mode is set to the self-security state by the security state switching unit that switches to the security mode that has received an input by the security mode operation unit; A first transmission / reception means for transmitting information to the monitoring center; and an abnormality reporting means for reporting the abnormality detection information to the monitoring center when the sensor detects an abnormality. Report destination information storage means for storing report destination information registered in association with the user identification information and the report destination terminal; and the user identification information corresponding to the report destination terminal registered in the report destination information Priority storage means for storing priority information that defines priorities; second transmission / reception means for receiving the user identification information transmitted from the security device; Priority changing means for changing the priority of the user identification information in the priority information based on the user identification information received by the second transmission / reception means, the second transmission / reception means comprising: Further, the abnormality detection information transmitted from the security device is received, and the received abnormality detection information is registered in the notification destination information according to the priority of the user identification information set in the priority information. It transmits to the said report destination terminal corresponding to the said user identification information, It is characterized by the above-mentioned.

  The invention according to claim 10 is the security system according to claim 9, wherein the second transmission / reception means of the monitoring center further includes the self-security state transmitted from the report destination terminal or the security cancellation. Receiving the security mode of the state and the user identification information, transmitting the received security mode and the user identification information to the security device, and the security state switching means of the security device further includes the current security mode Is switched from the monitoring center to the security mode received by the first transmission / reception means, and the priority order changing means of the monitoring center is further based on the user identification information received from the report destination terminal. The priority order of the user identification information in the rank information is changed.

  According to the eleventh aspect of the present invention, when the sensor for detecting an abnormality in the monitoring area detects an abnormality, the abnormality detection information indicating that the abnormality is detected in the report destination terminal connected to the security device by the network. To set at least one security mode including a self-security state that is a security mode to be transmitted and a security release state that is a security mode that does not transmit the abnormality detection information to the reporting destination terminal when the sensor detects an abnormality A security mode operation step for accepting input of user identification information and security mode unique to the user by the user, and a security state switching step for switching the current security mode to the security mode for which input has been accepted by the security mode operation step. And the user identification information of the user who has input the security mode from the security mode operation step. Based on the priority order change step of changing the priority order of the user identification information in the priority order information, and when the current security mode is set to the self-security state in the security state switching step, An abnormality notification step of transmitting the abnormality detection information to the notification destination terminal corresponding to the user identification information registered in the user information according to the priority of the user identification information defined in the priority information; It is characterized by providing.

  The invention according to claim 12 is the security method according to claim 11, further comprising a receiving step of receiving the security mode of the self-security state or the security release state transmitted from the report destination terminal, The security state switching step switches the current security mode to the security mode received by the reception step, and the priority order changing step is based on the user identification information of the user who transmitted the security mode from the report destination terminal. The priority order of the user identification information in the priority order information is changed.

  According to a thirteenth aspect of the present invention, a security device having a sensor for detecting an abnormality in a monitoring area is connected to the security device and a report destination terminal of the user via a network, and an abnormality from the security device is detected. In the security method that is executed with the monitoring center that receives the abnormality detection information indicating that a predetermined monitoring process is performed, when the sensor detects an abnormality in the security device, the notification destination terminal Any security including at least a self-security state that is a security mode for transmitting the abnormality detection information and a security release state that is a security mode that does not transmit the abnormality detection information to the report destination terminal when the sensor detects an abnormality. In order to set the mode, the security mode operation step for accepting the user identification information unique to the user and the input of the security mode by the user, In the security device, the current security mode is switched to the security mode in which the input is received in the security mode operation step, and the security mode switching step in the security device is the current security mode in the security status switching step. In the first transmission / reception step of transmitting the user identification information to the monitoring center and when the sensor detects an abnormality in the security device when the self-security state is set, the abnormality detection information is An abnormality reporting step for reporting to the monitoring center, wherein the monitoring center receives the user identification information transmitted from the security device, and the monitoring center includes the second notification step. Based on the user identification information received in the transmission / reception step, it corresponds to the report destination terminal. A priority changing step of changing the priority of the user identification information in the priority information defining the priority of the user identification information, and the second transmission / reception step further transmits from the security device The received abnormality detection information, and the received abnormality detection information corresponds to the user identification information registered in the report destination information in accordance with the priority of the user identification information set in the priority information. Transmitting to the reporting destination terminal.

  According to the first aspect of the present invention, the priority order change means changes the priority order of the user identification information in the priority order information based on the user identification information of the user who has input the security mode from the security mode operation means. By doing this, it is possible to promptly report abnormality detection information to an appropriate report destination according to the situation of the monitoring area.

  According to the second aspect of the present invention, when the priority change means receives an input of the self-guard state from the guard mode operation means, the use of the self-guard state input by the guard mode operation means in the priority order information By changing the user identification information of the user to the highest priority, the priority of the user identification information of the user who goes out automatically becomes the highest. Therefore, it is not necessary to perform the priority setting operation again when going out, and the priority order can be easily changed. In addition, by changing the priority order, there is an effect that the abnormality detection information can be reported more promptly to an appropriate report destination corresponding to the situation of the monitoring area.

  According to the invention of claim 3, the priority order at the time of initial setting and the current priority order are stored by the priority order information, and the self-guard state is input from the security mode operation means by the priority order changing means. Go out by changing the user identification information of the user to the top of the current priority in the priority information and changing the priority other than the highest according to the priority at the time of initial setting in the priority information The priority order of the user identification information of the user automatically becomes the highest order, and the user identification information other than the highest order is automatically set according to the priority order at the time of initial setting. Therefore, it is not necessary to perform an operation for setting the priority order of user identification information other than the highest order, and the priority order can be easily changed. In addition, by changing the priority order, there is an effect that the abnormality detection information can be reported more promptly to an appropriate report destination corresponding to the situation of the monitoring area.

  According to the invention of claim 4, the priority information at the time of initial setting and the current priority order are stored according to the priority order information, and the self-guard state is input from the security mode operation means by the priority order changing means. By changing the user identification information of the user to the highest priority of the current priority in the priority information, and changing the priority other than the highest according to the current priority before the change in the priority information, The priority of the user identification information of the user to be automatically set to the highest order, and the user identification information other than the highest order is automatically set according to the current priority order before the change. Therefore, it is not necessary to perform an operation for setting the priority order of user identification information other than the highest order, and the priority order can be easily changed. In addition, by changing the priority order, the user identification information other than the highest order can maintain the current priority order before the change, so the abnormality detection information is reported more promptly to a more appropriate report destination according to the status of the monitoring area There is an effect that can be.

  According to the invention of claim 5, the priority of the user identification information in the priority information is set based on the user identification information of the user who transmitted the security mode from the report destination terminal by the priority changing means. By changing, it is not necessary to return to the security device in order to perform the priority setting operation from the outside, and the priority order can be changed easily. In addition, by changing the priority order, it is possible to promptly report abnormality detection information to an appropriate report destination according to the status of the monitoring area.

  According to the invention of claim 6, when the priority change means further receives the self-security state from the report destination terminal by the reception means, the self-security state is transmitted by the report destination terminal in the priority information. By changing the user identification information of the user to the highest priority, the priority of the user identification information of the user who has transmitted the self-guard status from the report destination terminal automatically becomes the highest. Therefore, it is not necessary to return to the security device in order to perform the priority setting operation from the outside, and the priority can be easily changed. In addition, by changing the priority order, there is an effect that the abnormality detection information can be reported more promptly to an appropriate report destination corresponding to the situation of the monitoring area.

  According to the invention of claim 7, the priority information at the time of initial setting and the current priority order are stored according to the priority order information, and the self-security state is transmitted from the report destination terminal by the priority order changing means. By changing the user identification information of the user to the highest priority, and changing the priority other than the highest according to the priority notification destination at the time of initial setting in the priority information, self-guarding from the notification destination terminal The priority of the user identification information of the user who transmitted the status automatically becomes the highest, and the user identification information other than the highest is automatically set according to the priority at the time of initial setting. Therefore, it is not necessary to perform an operation for setting the priority order of user identification information other than the highest order, and the priority order can be easily changed. In addition, by changing the priority order, there is an effect that the abnormality detection information can be reported more promptly to an appropriate report destination corresponding to the situation of the monitoring area.

  According to the invention of claim 8, the priority information at the time of initial setting and the current priority order are stored according to the priority order information, and the self-security state is transmitted from the report destination terminal by the priority order changing means. By changing the user identification information of the user to the highest priority and changing the priority other than the highest according to the current priority report destination before the change in the priority information. The priority of the report destination identification information of the user who transmitted the security status automatically becomes the highest priority, and the user identification information other than the highest priority is automatically set according to the priority immediately before the change. Therefore, it is not necessary to perform an operation for setting the priority order of user identification information other than the highest order, and the priority order can be easily changed. In addition, by changing the priority order, the user identification information other than the highest order can maintain the current priority order before the change, so the abnormality detection information is reported more promptly to a more appropriate report destination according to the status of the monitoring area There is an effect that can be.

  According to the invention of claim 9, in the security device, when the sensor detects an abnormality by the security mode operation means, the self-security state and the sensor are in the security mode in which the abnormality detection information is transmitted to the report destination terminal. User identification information and security unique to the user by the user in order to set any security mode that includes at least the security release state, which is a security mode that does not send abnormality detection information to the destination terminal when an abnormality is detected The mode input is received, the current security mode is switched to the security mode received by the security mode operation means by the security status switching means, and the current security mode is self-timed by the security status switching means by the first transmission / reception means. When the security status is set, the user identification information is sent to the monitoring center, and the sensor is When an abnormality is detected, the abnormality detection information is reported to the monitoring center, and in the monitoring center, the report destination information storage means stores the report destination information registered in association with the user identification information and the report destination terminal, Priority information defining priority of user identification information corresponding to the report destination terminal registered in the report destination information is stored by the priority order storage means, and the use transmitted from the security device by the second transmission / reception means The user identification information is received, and the priority changing means changes the priority of the user identification information in the priority information based on the user identification information received by the second transmitting / receiving means, and the second transmitting / receiving means Furthermore, the abnormality detection information transmitted from the security device is received, and the received abnormality detection information is reported according to the priority of the user identification information set in the priority information. And it transmits to the destination terminal corresponding to the user identification information registered in the information. For this reason, it is not necessary to perform a priority setting operation again when going out, and it is not necessary to perform a priority setting operation for a user other than the highest user, and the priority order can be easily changed. . In addition, when the sensor detects an abnormality by changing the priority order, the abnormality detection information can be reported more quickly to an appropriate report destination according to the status of the monitoring area. Furthermore, since the functions related to the priority order of the report destinations are collected in the monitoring center, the functional configuration of the security device is the same as that of the existing security device, so it is also possible to use the existing security device. There is an effect.

  According to the invention of claim 10, the second transmission / reception means of the monitoring center further receives the security mode and the user identification information in the self-guarding state or the security-released state transmitted from the reporting terminal, The received security mode and user identification information are transmitted to the security device, and the current security mode is switched from the monitoring center to the security mode received by the first transmission / reception means by the security status switching means of the security device, and the monitoring center The priority order changing means further changes the priority order of the user identification information in the priority order information based on the user identification information received from the report destination terminal. For this reason, it is not necessary to return to the security device to perform the priority setting operation from the outside, and it is not necessary to perform the priority setting operation for users other than the highest level, making it easy to change the priority order. Can be done. In addition, when the sensor detects an abnormality by changing the priority order, the abnormality detection information can be reported more quickly to an appropriate report destination according to the status of the monitoring area. Furthermore, since the functions related to the priority order of the report destinations are collected in the monitoring center, the functional configuration of the security device is the same as that of the existing security device, so it is also possible to use the existing security device. There is an effect.

  According to the invention of claim 11, the user identification information of the user in the priority information based on the user identification information of the user who has input the security mode in the security mode operation step in the priority order changing step. By changing the priority order, it is possible to promptly report the abnormality detection information to an appropriate report destination according to the status of the monitoring area.

  According to the twelfth aspect of the present invention, based on the user identification information of the user who transmitted the security mode from the report destination terminal in the priority order changing step, the user identification information of the user in the priority order information By changing the priority order, it is possible to easily change the security mode even from other than the security mode operation step, and more quickly report the abnormality detection information to an appropriate report destination according to the status of the monitoring area There is an effect that can be done.

  According to a thirteenth aspect of the present invention, when the sensor detects an abnormality by the security mode operation step in the security device, the self-security state which is a security mode in which abnormality detection information is transmitted to the report destination terminal and the sensor User identification information and security unique to the user by the user in order to set any security mode that includes at least the security release state, which is a security mode that does not send abnormality detection information to the destination terminal when an abnormality is detected The mode input is received, the current security mode is switched to the security mode received by the security mode operation step by the security status switching step in the security device, and the security status switching step is performed by the first transmission / reception step in the security device. Use when the current security mode is set to the self-security state The identification information is transmitted to the monitoring center, and when the sensor detects an abnormality in the abnormality reporting step in the security device, the abnormality detection information is reported to the monitoring center and transmitted from the security device in the second transmission / reception step in the monitoring center. The priority of the user identification information corresponding to the report destination terminal is determined based on the user identification information received in the second transmission / reception step by the priority changing step in the monitoring center. The priority of the user identification information in the priority information is changed, the second transmission / reception step further receives the abnormality detection information transmitted from the security device, and the received abnormality detection information is set as the priority information. To the notification destination terminal corresponding to the user identification information registered in the notification destination information according to the priority of the user identification information To trust. Therefore, it is not necessary to perform a priority setting operation again when going out, and it is not necessary to perform a priority setting operation for a user other than the highest user, and the priority order can be easily changed. In addition, when the sensor detects an abnormality by changing the priority order, the abnormality detection information can be reported more quickly to an appropriate report destination according to the status of the monitoring area. Furthermore, since the functions related to the priority order of the report destinations are collected in the monitoring center, the functional configuration of the security device is the same as that of the existing security device, so it is also possible to use the existing security device. There is an effect.

  Exemplary embodiments of a security device, a security system, and a security method according to the present invention will be explained below in detail with reference to the accompanying drawings.

(First embodiment)
First, a first embodiment will be described with reference to the accompanying drawings. In the monitoring system according to the first embodiment, in a monitoring system that transmits abnormality detection information detected by a sensor to a report destination terminal such as a mobile phone or a landline phone, a switching operation of a security mode is performed from a security mode operation unit. The priority of the report destination of the abnormality detection information is changed based on the user identification information of the user who performed the operation.

  FIG. 1 is a block diagram showing the configuration of the monitoring system according to the first embodiment of the present invention. The monitoring system 100 according to the present embodiment includes a security device 110, a notification destination terminal 130, and a monitoring center 140. The security device 110, the notification destination terminal 130, and the monitoring center 140 are connected via a network 120. It is connected.

  The security device 110 detects an abnormality in the monitoring area and transmits the abnormality detection information to the monitoring center 140 or the report destination terminal 130.

  The network 120 is a telephone line, a wireless network, the Internet, and the like, and connects the security device 110, the report destination terminal 130, and the monitoring center 140.

  When the monitoring center 140 receives a report from the abnormality reporting unit 1165 that the sensors 111a to 111n have detected an abnormality, the monitoring center 140 instructs the waiting guard to go to the monitoring area where the abnormality has been detected. At the same time, it is a center that reports to related organizations such as the police and fire departments as necessary.

  The report destination terminal 130 includes a transmission / reception unit, a control unit, a display unit, an operation unit, a voice call unit, and the like (not shown), and has the same configuration as a known mobile phone. The transmission / reception unit transmits and receives data wirelessly from the network 120, and the control unit performs various controls of the report destination terminal 130. The display unit displays the transmitted data or the input data, and the operation unit inputs the data. The voice call unit receives and outputs the abnormality detection information transmitted from the security device 110 as voice data, and performs a voice call with the person at home. Note that a known PDA (Personal Digital Assistants) or a fixed telephone may be used as the report destination terminal 130.

  Next, details of the security device 110 will be described. The security device 110 further includes a plurality of sensors 111a to 111n, a security mode operation unit 112, a microphone 113, a speaker 114, an input / output control unit 115, a control unit 116, a communication control unit 117, and a priority table. 118 and a user database 119 are mainly provided.

  Sensors 111a to 111n are human sensors, for example, an infrared sensor that detects the presence of a person based on a change in the amount of received infrared light, and a blocking sensor that detects the presence of a person by blocking reception of infrared light or the like. Various sensors that detect abnormalities in the monitoring area, such as a presence sensor that detects the presence of a person due to disturbance of electromagnetic waves, and a magnet sensor that detects the opening and closing of a door by a magnet, such as detecting an intruder into the monitoring area It was established for the purpose.

  The security mode operation unit 112 sets various security modes for the security device 110. The security mode operation unit 112 is provided with a biometric authentication device such as a numeric keypad, a card reader, and a fingerprint verification device for a user to input an ID in addition to a button for selecting a security mode, if necessary. It has been. The security mode is a mode for determining the operation of the security device 110 when an abnormality is detected in the monitoring area. Specifically, there are a security state, a home security state, a self-security state, and a security release state, and the security mode operation unit 112 sets one of the states.

  First, the security state is a state in which an alarm for notifying the monitoring center of an abnormality is notified when the security device receives a detection signal generated when the abnormality is detected by the sensor. In some cases, it is notified that an abnormality has been detected in the monitoring area where the security device is installed. This is for the purpose of intimidating an intruder or for the purpose of prompting an alarm release operation in the case of misinformation. When in the guard state, no report is sent to the report destination terminal.

  The home security state is a state in which when a security device receives a detection signal that is generated when an abnormality is detected by a sensor, it is notified that an abnormality has been detected in the monitoring area. In some cases, an alarm for notifying the monitoring center as well as the monitoring area is notified. This is a case where a contract is made for reporting to the monitoring center even when at home, and after notifying that an abnormality has been detected in the monitoring area, an operation is performed such as reporting to the monitoring center. Do not report to the callee terminal when in home security.

  The self-guarding state means that when a security device receives a detection signal that is issued when an abnormality is detected by a sensor, an abnormality is detected in a notification destination terminal such as a mobile phone or a landline phone held by the user when going out. It is a state to report that. Further, it may be notified that an abnormality has been detected in the monitoring area. This is for the purpose of intimidating an intruder or for the purpose of prompting an alarm release operation in the case of misinformation.

  Even if the security device receives a detection signal that is generated when an abnormality is detected by a sensor, the security release state means that an alarm is notified to the monitoring center, an abnormality is detected in the monitoring area, and an abnormality is reported to the destination terminal. None of the above is performed. In any of the above modes, if the detected abnormality is a fire or gas leak, or the emergency button is operated, a notification is sent to the monitoring center, and if necessary, there is an abnormality in the monitoring area. Detecting errors and reporting abnormalities to the reporting terminal.

  The microphone 113 acquires the voice uttered by a person at home or the like, and the speaker 114 outputs the transmitted voice.

  The input / output control unit 115 is a processing unit that controls input / output of various data by input / output control of the security mode operation unit 112, input control of the sensors 111a to 111n, the microphone 113, and output control of the speaker 114.

  The control unit 116 further includes a guard state switching unit 1161, a guard state storage unit 1162, a priority order changing unit 1163, an authentication unit 1164, an abnormality reporting unit 1165, a voice data control unit 1166, and a receiving unit 1167. Mainly prepared.

  The security state switching unit 1161 switches the security mode to any of the above-described security state, home security state, self-security state, or security release state according to the security mode set by the security mode operation unit 112.

  The security state storage unit 1162 is a storage medium such as a memory that stores the above-described current security mode of the monitoring area.

  When the priority mode changing unit 1163 switches the security mode from the security mode operation unit 112 to the self-guarding state by the user corresponding to the ID registered in the user database 119, the notification destination corresponding to the user ID The priority order is changed.

  The authentication unit 1164 verifies whether the ID input by the user who set the security mode by the security mode operation unit 112 is the ID of the user registered in the user database 119.

  The abnormality reporting unit 1165 corresponds to the abnormality reporting unit in the present invention, and when the sensors 111a to 111n detect an abnormality when the security mode is set to the self-security state and stored in the above-described security state storage unit 1162, Information that an abnormality is detected is reported to the report destination terminal 130. Further, when the security mode is set to the security state, the abnormality reporting unit 1165 reports information (alarm) that the abnormality is detected to the monitoring center 140 when the sensors 111a to 111n detect the abnormality. Is.

  The voice data control unit 1166 controls voice data between the report destination terminal 130 and the security device 110. Specifically, voice recognition of voice data or conversion to character string data is performed. The voice data control unit 1166 is not used, and instead of performing voice recognition, information is transmitted and received from the report destination terminal 130 by data communication, or an input is received from the report destination terminal 130 by a DTMF signal (Dual Tone Multi-Frequency). Etc.

  The receiving unit 1167 receives input information from the report destination terminal 130 of the user via the network 120.

  The communication control unit 117 controls communication between the security device 110 and the network 120, and specifically corresponds to a network board or the like.

  The user database 119 is a database in which preset user IDs and notification destinations of abnormality detection information corresponding to the respective IDs are registered. FIG. 2 is a data structure diagram showing an example of the user database 119. As shown in FIG. 2, the report destination corresponding to each ID of father's ID, mother's ID, and relative's ID is registered.

  The priority order table 118 is a data file in which the priority order of the user ID corresponding to the report destination is set, and stores a storage medium such as a memory or a hard disk drive (HDD). FIG. 3 is a data structure diagram showing an example of the priority order table 118. As shown in FIG. 3, in the priority order table 118, the priority order of the report destination of the abnormality detection information initially set by the user and the priority order of the current report destination set by the user after the initial setting are shown. It is registered. As shown in FIG. 3, the priority of the initial setting is set in the order of father's ID, mother's ID, and relative's ID, and is currently set in the order of mother's ID, father's ID, and relative's ID. ing.

  Next, the abnormality detection notification process in the self-guard state according to the present embodiment configured as described above will be described. FIGS. 4A and 4B are flowcharts illustrating the procedure of the abnormality detection notification process in the self-guard state set by the guard mode operation unit 112 according to the first embodiment.

  First, the security mode operation unit 112 includes a numeric keypad for inputting an ID and a button for setting a security mode. FIG. 5 is a diagram illustrating a configuration of the security mode operation unit 112 according to the present embodiment. As shown in FIG. 5, the security mode operation unit 112 includes a numeric keypad for the user to input an ID, a security mode button for setting the current security mode to the security state, and a home for setting the home security state. A security mode button; a self-security mode button for setting the self-security state; and a security release mode button for setting the security release state. By pressing each button, the security mode switching unit 1161 sets the security mode to each status. The security mode operation unit 112 may be input by using a touch panel, displaying the numeric keypad and each mode button on the screen, and touching the screen directly with a finger or the like. It is also possible to input not the ID but the identification number and the relationship code as identification information.

  When the user inputs an ID from the numeric keypad, the security mode operation unit 112 receives the ID input by the user (step S401). When the ID by the user is received, the authentication unit 1164 determines whether or not the received ID is registered in the user database 119, whereby the authentication unit 1164 is registered in the user database 119. It is checked whether or not the user is a person (step S402).

  If the received ID is not registered in the user database 119 (step S402: No), it is determined that the authentication has failed, an error message is output to the security mode operation unit 112, and the user inputs the ID again. Is required. On the other hand, when the received ID is registered in the user database 119 (step S402: Yes), the user is authenticated as a valid user, and the user can input each button of the security mode. It becomes. Next, when the user inputs settings for each button, the security mode operation unit 112 receives the security mode setting by the user (step S404).

  In the description of steps S401 to S404, the ID input by the user is collated, and then the button of the security mode to be set by the user is input. However, the user tries to set it. After inputting the button of the security mode, the ID input by the user may be verified.

  The security state switching unit 1161 switches the current security mode to the set security mode by overwriting and storing the security state corresponding to the set security mode in the security state storage unit 1162 (step S405). Next, the priority changing unit 1163 acquires the current security mode from the security state storage unit 1162 (step S406). The priority changing unit 1163 determines whether or not the acquired security mode is in a self-guarding state (step S407).

  If the current security mode is not the self-security state (step S407: No), the priority order is not changed and the process is exited.

  If the current security mode is the self-security state (step S407: Yes), the priority changing unit 1163 sets the ID of the user who has set the security mode to the current priority “1” in the priority table 118. Set (step S408). The priority changing unit 1163 sets the user IDs other than the user whose security mode is switched to “2” and “3” of the current priority in the priority table 118 in the order of the default priority (step S409). ).

  FIG. 6 is a priority table 118 before and after changing the priority when the self-guard state is set. As shown in FIG. 6, the initial priority is set in the order of father's ID, mother's ID, and relative's ID, and the current priority before change is the mother's ID, father's ID, and relative's ID. If the relatives set the security mode to the self-guarding state, the reporter of the relative ID is the highest for the current priority, and the default priority is the father from the next priority. ID and mother ID are set in this order.

  When the sensors 111a to 111n detect an abnormality, the abnormality reporting unit 1165 reports the abnormality detection information of the sensors 111a to 111n that detected the abnormality to the notification destination of the ID set to “1” in the priority table 118 at present. It transmits to the destination terminal 130 (step S410). The abnormality reporting unit 1165 determines whether there is a response from the reporting destination terminal 130 (step S411).

  When there is a response from the report destination terminal 130 (step S411: Yes), the report to the report destination terminal 130 which is another report destination is not transmitted, and the process is terminated. When there is no response from the reporting destination terminal 130 (step S411: No), the abnormality reporting unit 1165 sets the abnormality detection information of the sensors 111a to 111n that detected the abnormality to “2” in the priority order table 118 at present. It transmits to the report destination terminal 130 of the report destination of the set ID (step S412). The abnormality reporting unit 1165 determines whether or not there is a response from the reporting destination terminal 130 (step S413).

  When there is a response from the report destination terminal 130 (step S413: Yes), the report to the report destination terminal 130 which is another report destination is not transmitted, and the process is terminated. When there is no response from the reporting destination terminal 130 (step S413: No), the abnormality reporting unit 1165 sets the abnormality detection information of the sensors 111a to 111n that detected the abnormality to “3” at the present time in the priority order table 118. It transmits to the report destination terminal 130 of the report destination of the set ID (step S414). The abnormality reporting unit 1165 determines whether there is a response from the reporting destination terminal 130 (step S415).

  When there is a response from the report destination terminal 130 (step S415: Yes), the abnormality detection report in the self-guarding state ends. If there is no response from the reporting destination terminal 130 (step S415: No), the reporting destination terminal 130 that is the reporting destination of the ID set to “1” in the priority order table 118 as the abnormality detection information again. Send to.

  As described above, in the present embodiment, when the security mode is set to the self-security state from the security mode operation unit 112 when the user goes out, the priority of the report destination of the user who goes out automatically becomes the highest. Users other than the highest rank are automatically set according to the priority order at the time of initial setting. Therefore, it is not necessary to perform a priority setting operation again when going out, and it is not necessary to perform a priority setting operation for a user other than the highest user, and the priority order can be easily changed. Further, when the sensors 111a to 111n detect an abnormality by changing the priority order, the abnormality detection information can be notified more promptly to an appropriate report destination according to the status of the monitoring area.

(Modification of the first embodiment)
In the security device according to the first embodiment, when the security mode is set to the self-security state from the security mode operation unit 112 when the user goes out, the priority of the report destination of the user going out is automatically set Therefore, the users other than the highest user are automatically set according to the priority at the time of initial setting. However, the user other than the highest user may be configured to be set according to the immediately preceding priority.

  FIGS. 7A and 7B are flowcharts illustrating the procedure of the abnormality detection notification process in the self-guard state set by the guard mode operation unit 112 according to the modification of the first embodiment.

  Processing and flow from reception of ID by the user of the security mode operation unit 112 to setting of the user ID whose security mode of the priority changing unit 1163 is switched to the current priority “1” of the priority table 118 ( Steps S701 to S708) are the same as the processing and flow (steps S401 to S408) described in the first embodiment of FIG.

  Next, the priority changing unit 1163 sets the user IDs other than the user whose security mode is switched to “2” and “3” of the current priority in the priority table 118 in the order of the previous priority ( Step S709). FIG. 8 is a priority table 118 before and after changing the priority when the self-guard state is set. As shown in FIG. 8, when the initial priority is set in the order of father, mother, and relative, and the current priority before change is set in the order of mother, father, and relative, When the security mode is set to the self-guarding state, the relative's report destination is the highest for the current priority, and the next priority is set in the order of mother and father, which are the priorities (current before change). Become.

  When the sensors 111a to 111n detect an abnormality, the abnormality detection information of the sensors 111a to 111n that has detected the abnormality of the abnormality reporting unit 1165 is used as the notification destination of the ID set at “1” in the priority table 118 at present. The processing and flow (steps S710 to S715) after transmission to the report destination terminal 130 are the same as the processing and flow (steps S410 to S415) described in the first embodiment of FIG.

  As described above, in the present embodiment, which is a modification of the first embodiment, when the user goes out, the user who goes out when the security mode is set to the self-guard state from the security mode operation unit 112. The priority of the report destination automatically becomes the highest priority, and the users other than the highest priority are automatically set according to the previous priority. Therefore, it is not necessary to perform a priority setting operation again when going out, and it is not necessary to perform a priority setting operation for a user other than the highest user, and the priority order can be easily changed. Further, when the sensors 111a to 111n detect an abnormality by changing the priority order, the abnormality detection information can be notified more promptly to an appropriate report destination according to the status of the monitoring area.

(Second Embodiment)
In the monitoring system according to the first embodiment, when switching operation of the security mode is performed from the security mode operation unit, priority of the report destination of the abnormality detection information is based on the user identification information of the user who performed the operation. Although the order was changed, in the monitoring system of the second embodiment, when the switching operation of the security mode is performed from the report destination terminal possessed by the user, the user of the user who performed the operation Based on the identification information, the priority of the report destination of the abnormality detection information is changed. The second embodiment will be described below with reference to the accompanying drawings.

  FIG. 9 is a block diagram showing the configuration of the monitoring system according to the second embodiment of the present invention. The monitoring system 600 according to the present embodiment includes a security device 610, a notification destination terminal 130, and a monitoring center 140. The security device 610, the notification destination terminal 130, and the monitoring center 140 are connected via a network 120. It is connected.

  The security device 610 detects an abnormality in the monitoring area and transmits the abnormality detection information to the monitoring center 140 and the notification destination terminal 130. In the present embodiment, the security mode is further set from the notification destination terminal 130. It is possible.

  Here, since the configurations and functions of the network 120, the monitoring center 140, and the report destination terminal 130 are the same as those in the first embodiment, the description thereof is omitted.

  Next, details of the security device 610 will be described. The security device 610 further includes a plurality of sensors 111a to 111n, a security mode operation unit 112, a microphone 113, a speaker 114, an input / output control unit 115, a control unit 616, a communication control unit 117, and a priority table. 118, a user database 119, and a report destination terminal key correspondence table 620 are mainly provided.

  Here, the configuration of the sensors 111a to 111n, the security mode operation unit 112, the microphone 113, the speaker 114, the input / output control unit 115, the communication control unit 117, the priority order table 118, and the user database 119 Since the function is the same as that of the first embodiment, description thereof is omitted.

  The report destination terminal key correspondence table 620 is a data file for registering the number of the numeric key of the report destination terminal 130 of the user and the type of the security mode in association with each other. FIG. 10 is a data structure diagram showing an example of the report destination terminal key correspondence table 620. As shown in FIG. 10, each security mode is associated with keys “1”, “2”, and “3”. Therefore, when the key “1” is pressed at the report destination terminal 130, the value is transmitted to the security device 610 and set to the security state on the security device 610 side. In addition, when the keys “2”, “3”, and “4” are pressed, the home security state, the self security state, and the security release state are similarly set.

  The control unit 616 further includes a security status switching unit 6161, a security status storage unit 1162, a priority order changing unit 6163, an authentication unit 1164, an abnormality reporting unit 1165, a voice data control unit 1166, and a receiving unit 1167. Mainly prepared.

  Here, the configurations and functions of the security state storage unit 1162, the authentication unit 1164, the abnormality notification unit 1165, the voice data control unit 1166, and the reception unit 1167 are the same as those in the first embodiment, and thus omitted. To do.

  The security state switching unit 6161 refers to the numeric key number of the report destination terminal 130 received by the reception unit 1167 and the report destination terminal key correspondence table 620, converts the security mode to the corresponding security mode, and switches to the converted security mode. It is.

  The priority changing unit 6163 sets the user ID to the user ID when the user corresponding to the ID registered in the user database 119 switches the security mode from the report destination terminal 130 possessed by the user to the self-security state. The priority of the corresponding report destination is changed.

  Next, the abnormality detection notification process in the self-guard state according to the present embodiment configured as described above will be described. FIGS. 11A and 11B are flowcharts illustrating the procedure of the abnormality detection notification process in the self-guard state set by the notification destination terminal 130 according to the second embodiment.

  First, in the report destination terminal 130, a setting screen for inputting an ID is displayed. FIG. 12 is a schematic diagram showing an ID input screen in the report destination terminal 130 of the present embodiment. As shown in FIG. 12, an ID field for inputting a user ID is displayed on the ID input screen. Then, when the user inputs the ID from the notification destination terminal 130 and presses the input end button, the input ID is transmitted to the security device 610. As shown in FIG. 13, it is also possible to display not the ID but the code number field and the relationship code field so that the user can input the code number and the relationship code.

  When the user inputs the ID on the ID input screen and the ID is transmitted to the security device 610, the receiving unit 1167 receives the ID input by the user (step S1101). When the ID by the user is received, the authentication unit 1164 determines whether or not the received ID is registered in the user database 119, whereby the authentication unit 1164 is registered in the user database 119. It is checked whether or not the user is a person (step S1102).

  If the received ID is not registered in the user database 119 (step S1102: No), it is determined that the authentication has failed, an error message is transmitted to the report destination terminal 130, and the user inputs the ID again. This is necessary (step S1103).

  On the other hand, when the received ID is registered in the user database 119 (step S1102: Yes), the user is authenticated as a valid user, and the security status switching unit 6161 sets the security status. The security state setting screen to be transmitted is transmitted to the report destination terminal 130 (step S1104). In this case, a screen for setting a security state is displayed on the report destination terminal 130. FIG. 14 is a schematic diagram showing a security state setting screen in the report destination terminal 130 according to the present embodiment. As shown in FIG. 14, the security state setting screen displays each security mode numbered, a number input field for inputting the selected number, and an input end button. Then, when the user inputs the number assigned to the security mode selected from the report destination terminal 130 and presses the input end button, the input number is transmitted to the security device 610. In the security device 610, the receiving unit 1167 receives the number of the security mode by the user (step S1105).

  The security state switching unit 6161 converts the received security mode number into the corresponding security mode with reference to the report destination terminal key correspondence table 620 (step S1106). The security state switching unit 6161 switches the current security mode to the set security mode by overwriting and storing the security mode corresponding to the converted security mode in the security state storage unit 1162 (step S1107).

  Next, the priority changing unit 6163 acquires the current security mode from the security state storage unit 1162 (step S1108). The priority changing unit 6163 determines whether or not the acquired security mode is the self-guarding state (step S1109).

  If the current security mode is not the self-security state (step S1109: No), the priority order is not changed and the process is exited.

  On the other hand, when the current security mode is the self-security state (step S1109: Yes), the priority changing unit 1163 displays the ID number of the user who has set the security mode as the current priority “ 1 "(step S1110). The priority changing unit 6163 sets the user IDs other than the user whose security mode has been switched to “2” and “3” of the current priority in the priority table 118 in the order of the default priority (step S1111). ).

  In this case, the report destination terminal 130 displays a screen indicating that the setting of the security status and the change of the priority order have been completed. FIG. 15 is a schematic diagram showing a guard state setting end screen and a priority order change end screen in the report destination terminal 130 of the present embodiment when the self guard state is set. As shown in FIG. 15, the notification destination terminal 130 has converted the priority order so that “the outing guard mode has been set. The priority of the notification has been changed from relatives → father → mother”. Is transmitted to the report destination terminal 130 and displayed on the screen of the report destination terminal 130. Then, when the user presses the input end button, the screen is closed and the process ends. Also, as shown in FIG. 16, in consideration of the convenience of the user, it is also possible to display a message shortly as “mode setting and priority change”. Also in this case, when the user presses the input end button, the screen closes and ends.

  When the sensors 111a to 111n detect an abnormality, the abnormality detection information of the sensors 111a to 111n that has detected the abnormality of the abnormality reporting unit 1165 is used as the notification destination of the ID set at “1” in the priority table 118 at present. The processing and flow (steps S1112 to S1117) after transmission to the report destination terminal 130 are the same as the processing and flow (steps S410 to S415) described in the first embodiment in FIG.

  As described above, in the present embodiment, when the user is out of the office, when the security mode is set to the self-security state from the report destination terminal 130 possessed by the user, the user is notified of the outing. The previous priority is automatically set to the highest level, and users other than the highest level are automatically set according to the priority at the time of initial setting. Therefore, it is not necessary to return to the security device in order to perform the priority setting operation from the outside, and it is not necessary to perform priority setting operations for users other than the highest level, thus simplifying the priority change. Can be done. In addition, when the sensors 111a to 111n detect an abnormality by changing the priority order, the abnormality detection information can be notified more promptly to an appropriate report destination corresponding to the situation of the monitoring area.

(Modification of the second embodiment)
In the security device according to the second embodiment, when the security mode is set to the self-security state from the report destination terminal 130 when the user is out, the priority of the report destination of the user who is out Automatically becomes the highest level, and users other than the highest level are automatically set according to the priority order at the time of initial setting. However, the user other than the highest user may be configured to be set according to the immediately preceding priority.

  FIGS. 17A and 17B are flowcharts illustrating a procedure of abnormality detection notification processing in the self-guarding state set by the notification destination terminal 130 according to the modification of the second embodiment.

  Processing and flow from setting of the user ID whose ID is received by the user of the receiving unit 1167 to the setting of the user ID whose priority mode changing unit 6163 switches the security mode to the current priority “1” of the priority table 118 (steps S1701 to S1701) S1710) is the same as the processing and flow (steps S1101 to S1110) described in the first embodiment of FIG.

  Next, the priority changing unit 6163 sets the user IDs other than the user whose security mode is switched to “2” or “3” of the current priority in the priority table 118 in the order of the previous priority ( Step S1711).

  When the sensors 111a to 111n detect an abnormality, the abnormality detection information of the sensors 111a to 111n that has detected the abnormality of the abnormality reporting unit 1165 is used as the notification destination of the ID set at “1” in the priority table 118 at present. The processing and flow (steps S1712 to S1717) after transmission to the report destination terminal 130 are the same as the processing and flow (steps S412 to S417) described in the first embodiment in FIG.

  As described above, in the modification of the present embodiment, when the user is out, the use is out when the security mode is set to the self-guard state from the report destination terminal 130 possessed by the user. The reporter's report destination priority automatically becomes the highest priority, and users other than the highest priority are automatically set according to the immediately preceding priority. Therefore, it is not necessary to return to the security device in order to perform the priority setting operation from the outside, and it is not necessary to perform priority setting operations for users other than the highest level, thus simplifying the priority change. Can be done. In addition, when the sensors 111a to 111n detect an abnormality by changing the priority order, the abnormality detection information can be notified more promptly to an appropriate report destination corresponding to the situation of the monitoring area.

  Further, in the second embodiment and the modification of the second embodiment, the ID input screen and the security mode setting screen are displayed on the report destination terminal 130, but a voice message is displayed on the report destination terminal 130. It is also possible to configure such that ID and security mode settings are input from the report destination terminal 130 by voice.

  Examples of such voice input and voice output are as follows. When a user makes a call to the telephone set in the monitoring system 600, after a certain call, “Please enter your ID number” or “Please enter your PIN and your relationship code.” A voice requesting input of user identification information for checking whether or not the user is a valid user flows. When the user inputs an ID or a personal identification number and a relationship code, the authentication unit 1164 checks whether or not the user is registered in the user database 119 on the security device 610 side.

  When the user is authenticated as a legitimate user, “Set the security mode. Select 1 to select the security status, 2 to select the home security status, and select the self-security status. Press 3 to select the security release state, and press 4 to select the security release state. ”The voice requesting the input of the number corresponding to the selected security mode is played. When the number corresponding to the security mode selected by the user is input, the security mode corresponding to the number received by the security status switching unit 6161 on the security device 610 side is stored in the security status storage unit 1162.

  Next, the priority order changing unit 6163 acquires the current security mode from the security state storage unit 1162. When the acquired security mode is the self-security state, the priority level changing unit 1162 determines the current priority level of the priority level table 118 as in the second embodiment and the modified example of the second embodiment. Be changed. Then, the security mode setting has been completed and the priority of the report destination has been changed, such as “We have set the self-guard state. The priority of the report destination has been changed in the order of relatives → father → mother”. Message flows.

  Note that the voice message that requests the input of the selected security mode number can be shortened to “Enter a command” in consideration of the convenience of the user. In addition, a voice message indicating that the security mode setting has been completed and the priority of the report destination has been changed can be shortened to only “set to the self-guard state”.

(Third embodiment)
In the monitoring system of the first embodiment, when the switching operation of the security mode is performed from the security mode operation unit, the priority of the report destination of the abnormality detection information is changed in the security device. In the monitoring system according to the embodiment, the priority of the report destination of the abnormality detection information is changed in the monitoring center. The third embodiment will be described below with reference to the accompanying drawings.

  FIG. 18 is a block diagram showing a configuration of a monitoring system according to the third embodiment of the present invention. As shown in FIG. 18, a monitoring system 1800 according to the present embodiment includes a security device 1810, a monitoring center 1910, and a report destination terminal 130. The security device 1810 and the monitoring center 1910 are connected via the network 120, and the monitoring center 1910 and the report destination terminal 130 are similarly connected via the network 120.

  The security device 1810 detects an abnormality in the monitoring area and transmits abnormality detection information to the monitoring center 140.

  The monitoring center 1910 transmits the abnormality detection information to the report destination terminal 130 via the network 120 when the abnormality detection information from the security device 1810 is received. In addition, it is a center that gives instructions to the waiting guards to go to the monitoring area where an abnormality has been detected and, if necessary, reports to related organizations such as the police and fire department.

  Here, since the configurations and functions of the network 120 and the notification destination terminal 130 are the same as those in the first embodiment, the description thereof is omitted.

  Next, details of the security device 1810 will be described. The security device 1810 further includes a plurality of sensors 111a to 111n, a security mode operation unit 112, a microphone 113, a speaker 114, an input / output control unit 115, a control unit 1816, a communication control unit 117, and a user database. 1818 is mainly provided.

  Here, the configurations and functions of the sensors 111a to 111n, the security mode operation unit 112, the microphone 113, the speaker 114, the input / output control unit 115, and the communication control unit 117 are the same as those in the first embodiment. Since there is, description is abbreviate | omitted.

  The user database 1818 is a database in which preset user IDs are registered. FIG. 20 is a data structure diagram showing an example of the user database 1818. As illustrated in FIG. 20, the father database, the mother ID, and the relative ID are registered in the user database 1818.

  The control unit 1816 further includes a guard state switching unit 1161, a guard state storage unit 1162, an authentication unit 1164, an abnormality notification unit 1165, a voice data control unit 1166, and a transmission / reception unit 1820.

  Here, the configurations and functions of the security state switching unit 1161, the security state storage unit 1162, the authentication unit 1164, the abnormality notification unit 1165, and the voice data control unit 1166 are the same as those in the first embodiment. Omitted.

  The transmission / reception unit 1820 receives the user ID and the security mode from the security mode operation unit 112. Further, when the received ID is a legitimate user registered in the user database 1818 and the received security mode is the self-security state, the received ID is transmitted to the monitoring center 1910.

  Next, details of the monitoring center 1910 will be described. The monitoring center 1910 mainly includes a communication control unit 1911, a report destination database 1912, a communication log 1913, a priority order table 1914, and a control unit 1920.

  The communication control unit 1911 controls communication between the monitoring center 1910 and the network 120, and specifically corresponds to a network board or the like.

  The report destination database 1912 is a database in which preset user IDs and report destinations of abnormality detection information corresponding to the respective IDs are registered. The report destination database 1912 is configured in the same manner as the user database 119 in the security device 110 of the first embodiment, and is provided in the monitoring center 1920. As in FIG. 2, the father ID and mother ID are provided. In addition, a report destination corresponding to each ID such as a relative ID is registered.

  The communication log 1913 is a log file in which a history of communication status between the security device 1810 or the report destination terminal 130 and the monitoring center 1910 is recorded, and is recorded every time communication is performed on a storage medium such as an HDD.

  The priority table 1914 is a data file in which the priority order of the user ID corresponding to the report destination is set, and stores a storage medium such as a memory or a hard disk drive (HDD). The priority table 1914 is configured in the same manner as the priority table 118 in the security device 110 of the first embodiment, and as shown in FIG. 3, the priority table 1914 is initially set by the user. The priorities of the report destinations of the error detection information and the current report destination priorities set by the user after the initial setting are registered. As shown in FIG. 3, the priority of the initial setting is set in the order of father's ID, mother's ID, and relative's ID, and is currently set in the order of mother's ID, father's ID, and relative's ID. ing.

  The control unit 1920 further includes a priority order changing unit 1921, a communication log recording unit 1922, an audio data control unit 1923, and a transmission / reception unit 1924.

  The priority changing unit 1921 receives from the transmission / reception unit 1924 in the monitoring center 1910 when the security mode is switched to the self-guarding state by the user corresponding to the ID registered in the user database 1818 in the security device 1810. The priority of the report destination corresponding to the user ID is changed.

  The communication log recording unit 1922 records a communication state by transmission / reception between the security device 1810, the report destination terminal 130 and the monitoring center 1910 in the communication log 1913.

  The voice data control unit 1923 controls voice data between the report destination terminal 130, the security device 1810, and the monitoring center 1910. Specifically, voice recognition of voice data or conversion to character string data is performed. Similar to the voice data control unit 1166 in the security device 110 according to the first embodiment, the voice data control unit 1923 is not used, and instead of performing voice recognition, information is transmitted and received from the report destination terminal 130 by data communication. Alternatively, an input may be received from the report destination terminal 130 through DTMY communication.

  The transmission / reception unit 1924 transmits information such as abnormality detection information and the user ID received by the security mode operation unit 112 to the reporting destination terminal 130 of the user to the monitoring center 1910. The input information such as the user ID received by the user is received from the monitoring center 1910 via the network 120.

  Next, the abnormality detection notification process in the self-guard state according to the present embodiment configured as described above will be described. FIG. 21 is a flowchart showing the procedure of the abnormality detection notification process in the self-guard state set by the guard mode operation unit 112 according to the present embodiment. In this embodiment, in the security device, the user ID is authenticated and the security mode is set, the user ID is transmitted to the monitoring center, and the priority of the report destination of the abnormality detection information is changed in the monitoring center. To do.

  First, processing on the security device 1810 side will be described. Processing from the reception of the user ID by the security mode operation unit 112 to the process of storing the security status corresponding to the set security mode in the security status storage unit 1162 by the security status switching unit 1161 (steps S2101 to S2105) ) Is the same as the processing and flow (steps S401 to S405) described in the first embodiment of FIG.

Next, the transmission / reception unit 1820 determines whether or not the security mode stored in the security status storage unit 1162 is in the self-security status (step S2106). When the stored security mode is the self-security state (step S2106: Yes), the transmission / reception unit 1820 transmits the user ID received from the security mode operation unit 112 to the monitoring center 1910 (step S2107).

  On the other hand, when the stored security mode is not in the self-security state (step S2106: No), the user ID is not transmitted to the monitoring center 1910, and the process is exited.

  Next, processing on the monitoring device 1910 side will be described. The transmission / reception unit 1924 receives the ID of the user who sets the security mode transmitted in step S2107 from the security device 1810 (step S2201). The priority changing unit 1921 sets the ID of the user who has switched the security mode received from the security device 1810 to the current priority “1” in the priority table 1914 (step S2202). The priority changing unit 1921 sets the IDs of the users other than the user ID whose security mode has been switched to “2” and “3” of the current priority in the priority table 1914 in the order of the default priority. (Step S2203).

  Here, the priority table 1914 is configured in the same manner as the priority table 118 in the security device of the first embodiment, and is provided in the monitoring center 1910. An example of changing the priority is This is the same as FIG. 6 in the embodiment.

  Next, when the sensors 111a to 111n in the security device 1810 detect an abnormality, the abnormality detection information is reported to the monitoring center 1910. When the abnormality detection information is received from the security device 1810, the transmission / reception unit 1924 transmits the abnormality detection information to the notification destination terminal 130 that is the notification destination of the ID set to “1” in the priority order table 1914. (Step S2204). The transmission / reception unit 1924 determines whether or not there is a response from the report destination terminal 130 (step S2205).

  When there is a response from the report destination terminal 130 (step S2205: Yes), the report to the report destination terminal 130 which is another report destination is not transmitted, and the process is terminated. When there is no response from the report destination terminal 130 (step S2205: No), the transmission / reception unit 1924 reports the report destination of the ID set to “2” in the priority table 1914 as the abnormality detection information. It transmits to the destination terminal 130 (step S2206). The transmission / reception unit 1924 determines whether or not there is a response from the report destination terminal 130 (step S2207).

  When there is a response from the report destination terminal 130 (step S2207: Yes), the report to the report destination terminal 130 which is another report destination is not transmitted, and the process is terminated. When there is no response from the reporting destination terminal 130 (step S2207: No), the transmission / reception unit 1924 reports the reporting destination of the ID set to “3” in the priority table 1914 as the abnormality detection information. It transmits to the destination terminal 130 (step S2208). The transmission / reception unit 1924 determines whether or not there is a response from the report destination terminal 130 (step S2209).

  When there is a response from the report destination terminal 130 (step S2209: Yes), the abnormality detection report in the self-guarding state ends. When there is no response from the report destination terminal 130 (step S2209: No), the report destination terminal 130 that is the report destination of the ID set to “1” in the priority order table 1914 as the abnormality detection information again. Send to.

  In this embodiment, the ID of the user who has set the security mode from the security mode operation unit 112 is set to the current priority “1” of the priority table 1914, and the current priority of the priority table 1914 is set. User IDs other than the received user IDs are set to “2” and “3” in the order of the priority order of the initial setting. However, the user IDs other than the received user IDs may be set in the order of the priorities immediately before (current before the change) in the current priority “2” and “3” of the priority table 1914. .

  As described above, in the present embodiment, when the security mode is set to the self-security state from the security mode operation unit 112 when the user goes out, the priority order of the user's report destination registered in the monitoring center Automatically becomes the highest level, and users other than the highest level are automatically set according to the priority order of the initial setting. Therefore, it is not necessary to perform a priority setting operation again when going out, and it is not necessary to perform a priority setting operation for a user other than the highest user, and the priority order can be easily changed. Further, when the sensors 111a to 111n detect an abnormality by changing the priority order, the abnormality detection information can be notified more promptly to an appropriate report destination according to the status of the monitoring area. Furthermore, since the functions related to the priority order of the report destinations are aggregated in the monitoring center 1910, the functional configuration of the security device 1810 is the same as that of the existing security device 1810, so that the existing security device 1810 is used. Is also possible.

  In the present embodiment, communication between the security device 1810 and the report destination terminal 130 is performed via the monitoring center 1910. Therefore, the communication log recording unit 1922 stores a communication status log in the communication log 1913. It is recorded and can be used for situation grasp and situation analysis when an abnormality is detected in the monitoring area.

(Fourth embodiment)
In the monitoring system of the third embodiment, when the switching operation of the security mode is performed from the security mode operation unit in the security device, the priority of the report destination of the abnormality detection information is changed in the monitoring center. In the monitoring system of the fourth embodiment, when the switching operation of the security mode is performed from the reporting destination terminal possessed by the user, the priority of the reporting destination of the abnormality detection information is changed in the monitoring center. . Hereinafter, a fourth embodiment will be described with reference to the accompanying drawings.

  Since the monitoring system of the present embodiment has the same configuration as the monitoring system of the third embodiment, it will be described with reference to FIG. As shown in FIG. 18, a monitoring system 1800 according to the present embodiment includes a security device 1810, a monitoring center 1910, and a report destination terminal 130. The security device 1810 and the monitoring center 1910 are connected via the network 120, and the monitoring center 1910 and the report destination terminal 130 are similarly connected via the network 120.

  The security device 1810 detects an abnormality in the monitoring area and transmits abnormality detection information to the monitoring center 1910. In addition, the security mode transmitted from the user's report destination terminal 130 is received via the monitoring center 1910 to set the security mode.

  The monitoring center 1910 transmits the abnormality detection information to the report destination terminal 130 via the network 120 when the abnormality detection information from the security device 1810 is received. In addition, the user ID and the security mode setting are received from the reporting destination terminal 130 of the user and transmitted to the security device 1810. In addition, it is a center that gives instructions to the waiting guards to go to the monitoring area where an abnormality has been detected and, if necessary, reports to related organizations such as the police and fire department.

  Here, since the configurations and functions of the network 120 and the notification destination terminal 130 are the same as those in the first embodiment, the description thereof is omitted.

  Next, details of the security device 1810 will be described. The security device 1810 further includes a plurality of sensors 111a to 111n, a security mode operation unit 112, a microphone 113, a speaker 114, an input / output control unit 115, a control unit 1816, a communication control unit 117, and a user database. 1818 is mainly provided.

  Here, the configurations and functions of the sensors 111a to 111n, the security mode operation unit 112, the microphone 113, the speaker 114, the input / output control unit 115, the communication control unit 117, and the user database 1818 are as follows. Since it is the same as that of embodiment, description is abbreviate | omitted.

  The control unit 1816 further includes a guard state switching unit 1161, a guard state storage unit 1162, an authentication unit 1164, an abnormality notification unit 1165, a voice data control unit 1166, and a transmission / reception unit 1820.

  Here, the configurations and functions of the security state switching unit 1161, the security state storage unit 1162, the authentication unit 1164, the abnormality notification unit 1165, and the voice data control unit 1166 are the same as those in the third embodiment. Omitted.

  The transmission / reception unit 1820 receives the user ID transmitted from the report destination terminal 130 of the user via the monitoring center 1910, and monitors the result of authentication by the authentication unit 1164 for the received user ID. To 1910. Further, the transmission / reception unit 1820 receives the security mode setting transmitted from the user's report destination terminal 130 via the monitoring center 1910.

  Next, details of the monitoring center 1910 will be described. The monitoring center 1910 mainly includes a communication control unit 1911, a report destination database 1912, a communication log 1913, a priority order table 1914, and a control unit 1920.

  Here, the configurations and functions of the communication control unit 1911, the report destination database 1912, the communication log 1913, and the priority order table 1914 are the same as those in the third embodiment, and thus the description thereof is omitted.

  The control unit 1920 further includes a priority order changing unit 1921, a communication log recording unit 1922, an audio data control unit 1923, and a transmission / reception unit 1924.

  Here, since the configurations and functions of the communication log recording unit 1922 and the audio data control unit 1923 are the same as those in the third embodiment, description thereof will be omitted.

  The priority changing unit 1921 sets the ID of the user transmitted from the user reporting destination terminal 130 to the security device 1810 via the monitoring center 1920 to the ID registered in the user database 1818 in the security device 1810. When the security mode transmitted from the report destination terminal 130 is switched to the self-security state, the priority order of the report destination corresponding to the user ID received from the transmission / reception unit 1924 is changed. is there.

  The transmission / reception unit 1924 receives the user ID transmitted from the report destination terminal 130 of the user, and transmits the received user ID to the security device 1810. In addition, the authentication result of the user ID in the security device 1810 is received, and the received authentication result is transmitted to the report destination terminal 130. Furthermore, when the user ID is authenticated as a valid user, the transmission / reception unit 1924 receives the setting of the security mode from the report destination terminal 130 and transmits it to the report destination terminal 130. Also, the abnormality detection information notified from the security device 1810 is received, and the received abnormality detection information is transmitted to the user's notification destination according to the priority table 1914.

  Next, the abnormality detection notification process in the self-guard state according to the present embodiment configured as described above will be described. FIG. 23 is a sequence diagram illustrating a procedure of abnormality detection notification processing in the self-guard state set by the notification destination terminal 130 according to the present embodiment.

  First, the notification destination terminal 130 transmits the user ID to the monitoring center 1910, and the transmission / reception unit 1924 in the monitoring center 1910 receives the user ID transmitted from the notification destination terminal 130 (step S2301). The transmission / reception unit 1924 in the monitoring center 1910 transfers the received user ID to the security device 1810, and the transmission / reception unit 1820 in the security device 1810 receives the user ID transmitted from the monitoring center 1910 (step S2302). .

  Next, the authentication unit 1164 in the security device 1810 collates whether or not the received user ID is the user ID registered in the user database 1818 (step S2303). Then, the transmission / reception unit 1820 in the security device 1810 transmits to the monitoring center 1910 an authentication result indicating that the verified user ID is authenticated (authentication OK) or not authenticated (authentication NG). Then, the transmission / reception unit 1924 in the monitoring center 1910 receives the authentication result transmitted from the security device 1810 (step S2304). The monitoring center 1910 transfers the received authentication result to the report destination terminal 130, and the report destination terminal 130 receives the authentication result transmitted from the monitoring center 1910 (step S2305).

  Next, when the user ID transmitted from the report destination terminal 130 receives an authentication result authenticated as a user registered by the authentication unit 1164 in the security device 1810 (in the case of authentication OK), The reporting destination terminal 130 transmits the security mode to be set to the monitoring center 1910, and the transmission / reception unit 1924 in the monitoring center 1910 receives the security mode transmitted from the reporting destination terminal 130 (step S2306).

  As in the second embodiment, the monitoring center 1910 includes a report destination terminal key correspondence table for registering the number of the numeric key of the report destination terminal 130 of the user and the type of the security mode in association with each other. When the user inputs the number assigned to the security mode selected from the report destination terminal 130 and presses the input end button, the input number is transmitted to the monitoring center 1910 and used by the monitoring center 1910. The security mode setting corresponding to the number entered by the person is received.

  When the security mode received by the transmission / reception unit 1924 in the monitoring center 1910 is in the self-security state, the priority changing unit 1921 in the monitoring center 1910 displays the ID of the user who transmitted the security mode in the priority table 1914. Is set to the current priority “1”, and the IDs of users other than the user who transmitted the security mode are set in the order of the default priority (step S2307).

  Next, the transmission / reception unit 1924 in the monitoring center 1910 transfers the security mode received from the report destination terminal 130 to the security device 1810, and the transmission / reception unit 1820 in the security device 1810 receives the security mode transmitted from the monitoring center 1910. (Step S2308). Then, the security state switching unit 1161 in the security device 1810 stores the security mode received by the transmission / reception unit 1820 in the security state storage unit 1162, and switches the current security mode (step S2309).

  Next, when the sensors 111a to 111n in the security device 1810 detect an abnormality, the abnormality notification unit 1165 reports abnormality detection information to the monitoring center 1910, and the transmission / reception unit 1820 in the monitoring center 1910 is transmitted from the security device 1810. Anomaly detection information is received (step S2310).

  Then, the transmission / reception unit 1924 in the monitoring center 1910 transfers the abnormality detection information to the notification destination terminal 130 of the notification destination of the ID set to “1” in the priority order table 1914 (step S2311).

  When there is no response from the report destination terminal 130, the transmission / reception unit 1924 sends the abnormality detection information to the report destination terminal 130 that is the report destination of the ID set to “2” in the priority order table 1914. Transfer (step S2312). Further, when there is no response from the report destination terminal 130, the transmission / reception unit 1924 sends the abnormality detection information to the report destination terminal 130 that is the report destination of the ID set to “3” in the priority order table 1914. Transfer (step S1213).

  If there is no response from the report destination terminal 130, the transmission / reception unit 1924 again transmits the abnormality detection information to the report destination terminal 130 of the report destination with the ID set to “1” in the priority order table 1914. Forward.

  In this embodiment, the ID of the user who has set the security mode from the report destination terminal 130 is set to the current priority “1” of the priority table 1914, and the current priority “ The user IDs other than the received user IDs are set in the order of the priority order of the initial setting in “2” and “3”. However, the user IDs other than the received user IDs may be set in the order of the priorities immediately before (current before the change) in the current priority “2” and “3” of the priority table 1914. .

  Thus, in this embodiment, when the user is out, the usage registered in the monitoring center when the security mode is set to the self-security state from the report destination terminal 130 possessed by the user. The reporter's report destination priority is automatically set to the highest order, and users other than the highest order are automatically set according to the priority order at the time of initial setting. Therefore, it is not necessary to return to the security device to perform priority setting operations from the outside, and it is not necessary to perform priority setting operations for users other than the highest level, making it easy to change priority. It can be carried out. In addition, when the sensors 111a to 111n detect an abnormality by changing the priority order, the abnormality detection information can be notified more promptly to an appropriate report destination corresponding to the situation of the monitoring area. Furthermore, since the functions related to the priority order of the report destinations are aggregated in the monitoring center 1910, the functional configuration of the security device 1810 is the same as that of the existing security device 1810, so that the existing security device 1810 is used. Is also possible.

  Further, in the present embodiment, as in the third embodiment, communication and the like between the security device 1810 and the report destination terminal 130 are performed via the monitoring center 1910. Therefore, the communication log recording unit 1922 Thus, a data log is recorded in the communication log 1913 and can be used for situation grasp and situation analysis when an abnormality is detected in the monitoring area. In this embodiment, the user ID input from the report destination terminal 130 is transferred from the monitoring center 1910 to the security device 1810 and the user ID is authenticated on the security device 1810 side. On the side, the received user ID may be authenticated.

It is a block diagram which shows the structure of the monitoring system concerning 1st Embodiment. It is explanatory drawing which shows an example of a data structure of a user database. It is explanatory drawing which shows an example of a data structure of a priority table. It is a flowchart which shows the procedure of the abnormality detection notification process in the self-guard state concerning 1st Embodiment. It is a flowchart which shows the procedure (continuation) of the abnormality detection notification process in the self-guard state concerning 1st Embodiment. It is explanatory drawing which shows an example of a structure of the security mode operation part concerning 1st Embodiment. It is explanatory drawing which shows an example of the data structure of the priority table before and after the change of the setting of a self-guard state. It is a flowchart which shows the procedure of the abnormality detection notification process in the self-guard state concerning the modification of 1st Embodiment. It is a flowchart which shows the procedure (continuation) of the abnormality detection notification process in the self-guard state concerning the modification of 1st Embodiment. It is explanatory drawing which shows an example of the data structure of the priority table before and after the change of the setting of a self-guard state. It is a block diagram which shows the structure of the monitoring system concerning 2nd Embodiment. It is explanatory drawing which shows an example of a data structure of a report destination terminal key corresponding table. It is a flowchart which shows the procedure of the abnormality detection notification process in the self-guard state concerning 2nd Embodiment. It is a flowchart which shows the procedure (continuation) of the abnormality detection notification process in the self-guard state concerning 2nd Embodiment. It is explanatory drawing which shows ID collation screen in a report destination terminal. It is explanatory drawing which shows the PIN code in a report destination terminal, and a collation screen of a relationship. It is explanatory drawing which shows the setting screen of each guard mode in the report destination terminal of 2nd Embodiment. It is explanatory drawing which shows the report and completion screen of the security mode setting completion in a report destination terminal. It is explanatory drawing which shows the report and completion screen of the security mode setting completion in a report destination terminal. It is a flowchart which shows the procedure of the abnormality detection notification process in the self-guard state concerning the modification of 2nd Embodiment. It is a flowchart which shows the procedure (continuation) of the abnormality detection notification process in the self-guard state concerning the modification of 2nd Embodiment. It is a block diagram which shows the structure of the monitoring system concerning 3rd Embodiment. It is a block diagram which shows the structure of the monitoring center concerning 3rd Embodiment. It is explanatory drawing which shows an example of a data structure of a user database. It is a flowchart which shows the procedure of the abnormality detection notification process in the self-guard state concerning 3rd Embodiment. It is a flowchart which shows the procedure (continuation) of the abnormality detection notification process in the self-guard state concerning 3rd Embodiment. It is a sequence diagram which shows the procedure of the abnormality detection notification process in the self-guard state concerning 4th Embodiment.

Explanation of symbols

100, 600, 1800 Monitoring system 110, 610, 1810 Security device 120 Network 130 Report destination terminal 140, 1910 Monitoring center 111a-111n Sensor 112 Security mode operation unit 113 Microphone 114 Speaker 115 Input / output control unit 116, 616, 1816, 1920 Control unit 1161, 6161 Security state switching unit 1162 Security state storage unit 1163, 6163, 1921 Priority change unit 1164 Authentication unit 1165 Abnormality notification unit 1166, 1923 Voice data control unit 1167 Reception unit 117, 1911 Communication control unit 118, 1914 priority Order table 119, 1818 User database 620 Report destination terminal key correspondence table 1820, 1924 Transmission / reception unit 1912 Report destination database 1913 Communication log 192 Communication log recording unit

Claims (13)

In a security device equipped with a sensor that detects abnormalities in the monitoring area and connected to the reporting terminal via the network,
User information storage means for storing user information registered in association with user identification information unique to a user and a report destination terminal of the user;
Priority order storage means for storing priority information defining the priority order of the user identification information corresponding to the report destination terminal registered in the user information;
When the sensor detects an abnormality, it sends the abnormality detection information indicating that an abnormality has been detected to the notification destination terminal. Security mode operation means for receiving input of the user identification information and the security mode by the user in order to set any security mode including at least a security release state that is a security mode that does not transmit the abnormality detection information;
Security state switching means for switching the current security mode to the security mode accepted by the security mode operation means;
Priority change means for changing the priority of the user identification information in the priority information based on the user identification information of the user who has input the security mode from the security mode operation means;
When the current security mode is set to the self-security state by the security status switching means, the abnormality detection information is set according to the priority of the user identification information defined in the priority information. An abnormality reporting means for transmitting to the reporting destination terminal corresponding to the user identification information registered in the information;
A security device comprising: The priority changing means further receives the user identification information of the user who has input the self-guard state by the guard mode operating means when the self-guard state input is received by the guard mode operating means. Changing to the highest priority in the priority information,
The security device according to claim 1. The priority information stores the priority at the time of initial setting and the current priority.
The priority changing means changes the user identification information of the user who has input the self-security state by the security mode operation means to the highest priority in the current priority in the priority information. Changing the priority other than the highest priority according to the priority at the time of the initial setting in the priority information,
The security device according to claim 2. The priority information stores the priority at the time of initial setting and the current priority.
The priority changing means changes the user identification information of the user who has input the self-security state by the security mode operation means to the highest priority in the current priority in the priority information. Changing the priority other than the highest priority according to the current priority before the change in the priority information,
The security device according to claim 2. Receiving means for receiving the security mode of the self-security state or the security release state transmitted from the reporting destination terminal,
The security state switching means switches the current security mode to the security mode received by the receiving means,
The priority changing means changes the priority of the user identification information in the priority information based on the user identification information of the user who transmitted the security mode from the report destination terminal.
The security device according to claim 1. The priority changing means further uses the use of the user who has transmitted the self-security state by the notification destination terminal in the priority information when the reception means receives the self-security state from the notification destination terminal. Changing the person identification information to the highest priority in the priority information,
The security device according to claim 5. The priority information stores the priority at the time of initial setting and the current priority.
The priority changing means changes the user identification information of the user who has transmitted the self-security state by the reporting destination terminal to the highest priority in the current priority in the priority information. Changing the priority other than the highest priority according to the priority at the time of the initial setting in the priority information,
The security device according to claim 6. The priority information stores the priority at the time of initial setting and the current priority.
The priority changing means changes the user identification information of the user who has transmitted the self-security state by the reporting destination terminal to the highest priority in the current priority in the priority information. Changing the priority other than the highest priority according to the current priority before the change in the priority information,
The security device according to claim 6. A security device having a sensor for detecting an abnormality in the monitoring area, and connected to the security device and the user's report destination terminal via a network, and receives abnormality detection information indicating that an abnormality has been detected from the security device. In a security system including a monitoring center that executes predetermined monitoring processing,
The security device
When the sensor detects an abnormality, the self-guard state is a security mode in which the abnormality detection information is transmitted to the report destination terminal, and the abnormality detection information is not transmitted to the report destination terminal when the sensor detects an abnormality. Security mode operation means for accepting input of user identification information and security mode specific to the user by the user in order to set any security mode including at least the security release state that is the security mode;
Security state switching means for switching the current security mode to the security mode that has received input by the security mode operation means;
A first transmission / reception unit configured to transmit the user identification information to the monitoring center when the current security mode is set to the self-security state by the security state switching unit;
An abnormality reporting means for reporting the abnormality detection information to the monitoring center when the sensor detects an abnormality,
The monitoring center is
Report destination information storage means for storing report destination information registered in association with the user identification information and the report destination terminal;
Priority order storage means for storing priority order information that defines the priority order of the user identification information corresponding to the report destination terminal registered in the report destination information;
Second transmission / reception means for receiving the user identification information transmitted from the security device;
Priority order changing means for changing the priority order of the user identification information in the priority order information based on the user identification information received by the second transmission / reception means;
The second transmission / reception means further receives the abnormality detection information transmitted from the security device, and receives the abnormality detection information according to the priority of the user identification information defined in the priority information. Transmitting to the report destination terminal corresponding to the user identification information registered in the report destination information;
Security system characterized by The second transmission / reception means of the monitoring center further receives the security mode and the user identification information in the self-security state or the security release state transmitted from the report destination terminal, and receives the received security mode and Sending the user identification information to the security device;
The security state switching means of the security device further switches the current security mode to the security mode received by the first transmission / reception means from the monitoring center,
The priority changing means of the monitoring center further changes the priority of the user identification information in the priority information based on the user identification information received from the notification destination terminal;
The security system according to claim 9. When a sensor that detects an abnormality in the monitoring area detects an abnormality, a self-security state that is a security mode that transmits abnormality detection information indicating that an abnormality has been detected to a report destination terminal connected to the security device via the network; When the sensor detects an abnormality, it is set in any security mode including at least a security release state that is a security mode that does not transmit the abnormality detection information to the report destination terminal. Security mode operation step for accepting the input of the person identification information and the security mode;
A security state switching step for switching the current security mode to a security mode that has received an input in the security mode operation step;
A priority changing step for changing the priority of the user identification information in the priority information based on the user identification information of the user who has input the security mode from the security mode operation step;
When the current security mode is set to the self-security state in the security state switching step, the abnormality detection information is set according to the priority of the user identification information set in the priority information. An abnormality notification step for transmitting to the notification destination terminal corresponding to the user identification information registered in the information;
A security method comprising: A reception step of receiving the security mode of the self-guarding state or the security-released state transmitted from the reporting destination terminal;
The security state switching step switches the current security mode to the security mode received by the reception step,
The priority changing step is to change the priority of the user identification information in the priority information based on the user identification information of a user who has transmitted a security mode from the report destination terminal.
The security method according to claim 11. A security device having a sensor for detecting an abnormality in the monitoring area, and connected to the security device and the user's report destination terminal via a network, and receives abnormality detection information indicating that an abnormality has been detected from the security device. In a security method executed with a monitoring center that executes predetermined monitoring processing,
In the security device, when the sensor detects an abnormality, the abnormality is detected in the self-guard state, which is a security mode in which the abnormality detection information is transmitted to the notification destination terminal, and the abnormality is detected in the notification destination terminal when the sensor detects an abnormality. A security mode operation step for accepting input of user identification information and security mode specific to the user by the user in order to set to any security mode including at least a security release state that is a security mode that does not transmit detection information;
In the security device, a security status switching step for switching the current security mode to the security mode that has received input by the security mode operation step;
In the security device, when the current security mode is set to the self-security status in the security status switching step, a first transmission / reception step of transmitting the user identification information to the monitoring center;
In the security device, when the sensor detects an abnormality, the abnormality reporting step of reporting the abnormality detection information to the monitoring center,
A second transmitting / receiving step for receiving the user identification information transmitted from the security device in the monitoring center;
In the monitoring center, based on the user identification information received in the second transmission / reception step, the user identification information in the priority information that defines the priority of the user identification information corresponding to the report destination terminal A priority changing step for changing the priority of
The second transmission / reception step further receives the abnormality detection information transmitted from the security device, and receives the abnormality detection information according to the priority of the user identification information set in the priority information. Transmitting to the report destination terminal corresponding to the user identification information registered in the report destination information;
Security method characterized by including.

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