JP2012173977A - Security device and security method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a security device capable of reducing a trouble of confirmation work at a security mode change-over time and improving promptness of coping with the forgetfulness of a change-over of security mode, and a security method.SOLUTION: A security device includes a reception part 155 for receiving an operation of a first security state or a first security released state from a user and an operation of a second security state or a second security released state from a specific person other than the user, and a security mode change-over part 151 for changing a security mode between the security state and the security released state according to the received operations.

Description

  The present invention relates to a security device and a security method for managing entry / exit.

  Conventionally, a security device that guards the monitoring area is known, and the security state is generally set by switching between the security mode that guards the surveillance area and the security release state that releases the security. It is. Persons permitted to enter the monitoring area are generally referred to as building managers and resident guards (hereinafter referred to as building managers), in addition to users (hereinafter referred to as users) such as general employees who use the monitoring area. ), And specific persons such as cleaners are also included. For this reason, when a person leaving the monitoring area switches the security mode, it is necessary to confirm the presence of users, building managers, cleaners, etc. in the monitoring area. Since it is necessary to grasp, confirmation work at the time of security mode switching was troublesome.

  In addition, in the conventional method, in the case of controlling the locking / unlocking of security sensors, electric locks, lockers and other facilities and the power supply of building facilities in conjunction with the switching of the security mode, the occupants such as users, building managers, cleaners etc. Therefore, it is difficult to classify and control the facilities that are unlocked or turned on / off only when the user is in the room.

  Furthermore, in the conventional method, the monitoring center is the operator or the building manager who switches the security mode, and whether the occupant is the user when the security mode is in the security release state. I cannot determine if I am a building manager. As a result, when it is detected that the security mode is in the security release state for a long time, for example, when switching to the security mode is forgotten, the monitoring center cannot identify the last person leaving the room and quickly identifies the confirmation destination. It was not possible to do so and a delay in response occurred.

  In this regard, for the purpose of grasping the leaving of a worker who is a specific person other than the user, the manager determines the order of entering the rooms by the manager in advance according to the work order, and only enters the rooms in a predetermined order. There has been proposed a method for permitting and restricting entry in an order other than a predetermined order (see, for example, Patent Document 1).

JP-A-7-91122

  However, in the method of Patent Literature 1, since the room entry order of a specific person other than the user is only determined, it cannot be determined whether the occupant is a user or a specific person other than the user. For this reason, even by the method of Patent Document 1, the complexity of the confirmation work when switching the security mode and the delay in dealing with forgetting to switch cannot be solved.

  The present invention has been made in view of the above, and reduces the trouble of confirmation work at the time of switching the security mode, and can improve the speed of response to forgetting to switch the security mode and the security It aims to provide a method.

  In order to solve the above-described problems and achieve the object, the security device according to the present invention is a security device that performs security in a monitoring area, and reports to a report destination when an abnormality is detected in the monitoring area The first security state and the abnormality to be notified when an abnormality is detected as a setting by the user of the security mode consisting of a plurality of states that determine the operation of the security device including whether or not to notify the monitoring area An abnormality is detected as a setting by a specific person other than the user in the security mode and the first reception unit that accepts any operation of the first security release state that does not report even if it is detected from the user Any operation other than the user in the second security state in which notification is made in the event of a failure and the second security release state in which notification is not performed even if an abnormality is detected in a predetermined area of the monitoring area According to the second reception unit that receives from a specific person and the received operation, the security mode is changed between the first security state and the first security release state, or the second security state and the second security release. And a security mode switching unit that switches between states.

  Further, the security method according to the present invention is a security method for guarding a monitoring area, and includes whether or not to report to a reporting destination when an abnormality is detected in the monitoring area or whether or not reporting to the monitoring area is possible. As the setting by the user of the security mode consisting of a plurality of states that determine the operation of the security device, the first security state that reports when an abnormality is detected and the first security that does not report even when an abnormality is detected A first accepting step for accepting any operation of the unlocked state from the user, a second guard state for reporting when an abnormality is detected as a setting by a specific person other than the user in the guard mode; A second reception process for accepting an operation from a specific person other than the user in the second security release state in which notification is not performed even if an abnormality is detected in a predetermined area of the monitoring area. And switching the security mode between the first security state and the first security release state, or between the second security state and the second security release state, according to the received operation. A security mode switching step.

  Advantageous Effects of Invention According to the present invention, it is possible to reduce the labor of confirmation work at the time of switching the security mode, and to improve the speed of dealing with forgetting to switch the security mode.

FIG. 1 is a diagram showing a security system including a security device according to the present embodiment. FIG. 2 is a diagram illustrating classification of sensor settings by the power control unit. FIG. 3 is a table in which the security mode setting by the operator is associated with the sensor warning / release mode. FIG. 4 is a diagram illustrating classification of facility settings by the power supply control unit. FIG. 5 is a chart in which the security mode setting by the operator is associated with the power ON / OFF of the equipment. FIG. 6 is a flowchart showing a procedure of security state switching processing in the security device according to the present embodiment. FIG. 7 is a flowchart showing a procedure of sensor control processing by the power supply control unit. FIG. 8 is a flowchart showing a procedure of facility power control processing by the power control unit.

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

  FIG. 1 is a diagram showing a security system including a security device according to the present embodiment. As shown in FIG. 1, the security device 100 is a device that guards a monitoring area divided into a plurality. The security device 100 is installed in a sensor 101a installed in an office, 101b installed in a data room, 101c installed in a safe (hereinafter collectively referred to as the sensor 101 unless otherwise specified), and the office. The controller 110 is connected to the monitoring center 300 via the network 200. In addition, the office, the data room, and the safe, which are monitoring areas, are respectively provided with equipment A, equipment B, and equipment C (hereinafter collectively referred to as equipment unless otherwise specified).

  The network 200 is a telephone line, a wireless network, the Internet, and the like, and connects the security device 100 and the monitoring center 300.

  The monitoring center 300 receives a report from the security device 100 that has detected an abnormality in the monitoring area, issues an instruction to the waiting guard to go to the monitoring area in which the abnormality is detected, and if necessary, the police It is a center that reports to related organizations such as fire departments. In addition, when the monitoring center 300 receives a notification that an abnormality in the monitoring area has been detected, the monitoring center 300 transmits a notification to that effect to a portable terminal such as a mobile phone held by a user who is out of the monitoring area. Also good.

  In addition, the monitoring center 300 receives the security mode switched by the operation received from the security device 100 by the controller 110 via the network 200.

  Here, the “security mode” is a mode that determines whether or not to notify the reporting destination when abnormality is detected in the monitoring area or whether or not notification to the monitoring area is possible, and the security device 100 when abnormality is detected. This is a mode for determining the operation. The security mode has a plurality of modes depending on the availability of notification, the notification destination, the presence / absence of notification to the monitoring area, and the like, and representative security modes include a security state and a security release state.

  First, the “security state” is a security mode that is mainly set when security is required when the user is absent, and when the security device receives a detection signal that is issued when an abnormality is detected by the sensor. In addition, an alarm for notifying the monitoring center of an abnormality is reported. 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.

  The “security release state” is a security mode that is mainly set when the user is not in the room and does not require security. The security device receives a detection signal that is issued when an abnormality is detected by the sensor. Even in such a case, the alarm is not reported to the monitoring center, and it is not determined that there is an abnormality in the monitoring area. This is because even if an abnormality is detected by the sensor (detection of the presence of a person, detection of opening / closing of a door), it is determined that a user in the room has been detected.

  The sensor 101 is a human sensor that is installed in an office, a data room, or a safe that is a monitoring area and detects a person or the like who has entered the monitoring area. As the sensor 101, for example, an infrared sensor that detects the presence of a person based on a change in the amount of received infrared light, a blocking sensor that detects the presence of a person by blocking the reception of infrared light, etc. Various sensors that detect abnormalities in the monitoring area, such as a sign sensor that detects the presence of the sensor, a magnet sensor that detects the opening and closing of the door by a magnet, and the like.

  Next, details of the security device 100 will be described. When the security mode of the monitoring area is in the security state, the security device 100 reports an abnormality to the monitoring center 300 or detects an abnormality such as an unauthorized person entering the monitoring area (intruder). Or output an alarm.

  As shown in FIG. 1, the security device 100 mainly includes a controller 110, an input / output control unit 120, a control unit 150, a communication control unit 130, and a schedule storage unit 180. Here, the schedule storage unit 180, the input / output control unit 120, the communication control unit 130, and the control unit 150 are provided in the security device 100 main body.

  The controller 110 is provided at the entrance / exit of the monitoring area, has an operation display unit 111, and operates the controller 110 when entering and exiting the monitoring area from the operation display unit 111 (hereinafter referred to as an operator). .) Is accepted.

  Specifically, the controller 110 accepts an operation (switching operation) for switching the security mode by a visitor to the monitoring area from the security state to the security release state, or the security mode by the person leaving the monitoring area is in the security release state. The operation (switching operation) etc. which switch from the security state to the security state is accepted.

  In addition, the controller 110 sends a switching signal indicating a security mode (security state or security release state) by the received switching operation to the input / output control unit 120 of the security device 100 main body.

  In FIG. 1, one controller 110 is arranged in the monitoring area, but it may be arranged outside the entrance or both.

  The operation display unit 111 is, for example, a touch-input type liquid crystal screen, and displays various screens that accept an operation input by a user or an operation input by a specific person other than the user in accordance with an instruction from a display control unit 154 described later. Here, a user is an employee who uses an office or the like to be guarded, and a specific person other than the user is a person other than the user who enters or leaves the office or the like to be guarded. It is a specific person who is permitted, for example, a building manager or a cleaner.

  The input / output control unit 120 is an input / output control of the controller 110, an input control of the sensor 101, a microphone (not shown) that acquires the sound of the monitoring area, and an output control of a speaker (not shown) that outputs the transmitted sound. To control the input / output of various data.

  The communication control unit 130 controls communication between the security device 100 and the network 200. Specifically, a network board or the like is applicable.

  The control unit 150 mainly includes a security mode switching unit 151, a security mode storage unit 152, an abnormality notification unit 153, a reception unit 155, a power supply control unit 156, a display control unit 154, and an authentication unit 157. .

  The reception unit 155 is a first reception unit that receives an operation of switching a security mode between a security state and a security release state by a user, and a security mode is set to a security state or a security release state from a building administrator as a specific person other than the user And a second reception unit that receives an operation for switching between them, and a third reception unit that receives an operation for switching a security mode between a security state and a security release state from a cleaner as a specific person other than the user.

  The receiving unit 155 receives various operations from the operation display unit 111 in addition to the switching of the security mode. Here, when the acceptance unit 155 starts accepting an operation from the operation display unit 111, the accepting unit 155 accepts an input of an operator ID for identifying each operator from an operator who is a user, a building manager, or a cleaner. It is good. For example, the reception unit 155 reads the operator ID card and acquires the operator ID from the read operator ID card.

  The authentication unit 157 authenticates the operator ID received by the reception unit 155. For example, the authentication unit 157 inquires of an authentication system (not shown) whether or not the operator ID received through the communication control unit 130 is a registered user, a building manager, or a cleaner.

  From the operation screen displayed on the operation display unit 111, the display control unit 154 accepts an operation of “security state” or “security release state” for each operator as the setting of the security mode in the monitoring area. First, the display control unit 154 displays an operation button for selecting an operator state indicating the state of the operator from the operator on the operation display unit 111, and then displays a security mode switching screen for switching the security mode. Displayed on the unit 111. Here, when the operator ID is received by the receiving unit 155, the display control unit 154 displays the guard mode switching screen only when the authentication unit 157 authenticates the operator ID.

  For example, the display control unit 154 includes, as operation buttons for selecting an operator, a user button indicating that the operator is a user, a building manager button indicating that the operator is a building manager, A cleaner button indicating that the user is a cleaner is displayed. When the selection of the user button is received from the operation display unit 111, the display control unit 154 displays a user status screen that receives an operation for switching the guard mode by the user on the operation display unit 111.

  Further, when the selection of the building manager button is received from the operation display unit 111, the display control unit 154 displays a building manager state screen for receiving an operation by the building manager on the operation display unit 111. Here, the display control unit 154 displays an entrance / exit selection button that allows the building administrator to select an entry operation or an exit operation on the building administrator status screen.

  Furthermore, when the selection of the cleaner button is accepted from the operation display unit 111, the display control unit 154 displays a cleaner state screen for accepting an operation by the cleaner on the operation display unit 111. Here, the display control unit 154 displays an entrance / exit selection button that allows the cleaner to select an entrance operation or an exit operation on the cleaner state screen.

  The security mode storage unit 152 is a storage medium such as a memory that stores various security modes and the current security mode in the monitoring area. That is, the current security mode is stored in the security mode storage unit 152.

  The security mode switching unit 151 receives a switching signal from the controller 110 via the input / output control unit 120, and switches to the security mode storage unit 152 according to the received switching signal (that is, the security mode received by the reception unit 155). The security mode in the current monitoring area is set by storing the security mode.

  In the present embodiment, specifically, when the security mode switching unit 151 receives an operation in the security state from the operation display unit 111 by the user, the security mode is changed from the security release state (first security release state) according to the operation. Switch to the security state (first security state) or from the security state to the security release state. Further, when the user receives an operation in the guard state from the operation display unit 111 by the user, the guard mode switching unit 151 switches the state of the sensor 101 from the release mode to the alert mode or from the alert mode to the release mode according to the operation.

  The security mode switching unit 151 sets the security mode to the security state (second security state, second security status) when an admission operation is received from the operation display unit 111 by a building manager or a cleaning person as a specific person other than the user. (3 security state) to security release state (2nd security state, 3rd security state), and when the exit operation is accepted, the security mode is switched from the security release state to the security state. Furthermore, when the security mode switching unit 151 receives an entrance operation from the operation display unit 111 by a building manager or a cleaning person as a specific person other than the user, the security mode switching unit 151 includes a plurality of sensors 101 installed in the monitoring area. The state of the sensor 101 associated with the security release state (second security state, third security state) is switched from the warning mode to the release mode.

  The schedule memory | storage part 180 memorize | stores the schedule which matched the operator and the time slot | zone when a guard state is set. The time zone in which the security state is set is a time zone in which the security mode is set to the security state, and is set as a time zone in which the operator of the controller 110 leaves the room. For example, the schedule is “security state: 24:00 to 7 o'clock” as the user's schedule, “security state: 24:00 to 6 o'clock” as the schedule for the building manager, and “security state: 19:00 to 15” as the schedule for the cleaner. The operator is associated with the time zone set in the guard state, such as “hour”, and these schedules are stored in the schedule storage unit 180.

  In the state where the security mode of the monitoring area is switched to the security state (the state set to the security state), the abnormality notifying unit 153 is illegal when the sensor 101 detects a person entering the monitoring area. It is determined that the person is an intruder, and the monitoring center 300 is notified that an abnormality has been detected.

  In addition, the abnormality reporting unit 153 determines whether the current time corresponds to the time zone indicated by the schedule stored in the schedule storage unit 180 when the security mode of the monitoring area is set to the security release state. . When the abnormality reporting unit 153 determines that the current time is the time zone indicated by the schedule, the abnormality reporting unit 153 determines that the security mode that should have been switched to the security state is still in the security release state and forgetting to switch. Then, the monitoring center 300 is notified of the abnormality. The abnormality reporting unit 153 may include a signal indicating that the abnormality to be reported here forgets to switch the security mode. The abnormality reporting unit 153 may be configured to notify the monitoring center 300 of the security status of the sequential monitoring area not only when an abnormality occurs in the monitoring area but also in a normal case.

  The power supply control unit 156 controls the power supply of the lock (not shown), the sensor 101 and the equipment 102 installed in the monitoring area. For example, as shown in FIG. 1, a sensor A101a and equipment A102a are installed in the office, a sensor B101b and equipment B102b are installed in the document room, and a sensor C101c and equipment C102c are installed in the safe. ing. The power supply control unit 156 controls the power supply of these sensors 101 and equipment 102 installed in each of the monitoring regions via the input / output control unit 120.

  The power supply control unit 156 switches the setting of the power supply between the warning mode indicating the security state ON and the release mode indicating the security state OFF for the facility 102 according to a predetermined classification. For example, when the first security release state is received by the reception unit 155, the power supply control unit 156 turns on the power supply (first power supply) of the facility 102 so that it can be used. Moreover, the power supply control part 156 turns ON the power supply (2nd power supply) of the predetermined installation 102 in a monitoring area | region, when a 2nd guard cancellation | release state is received by the reception part 155.

  First, a specific power control method for the sensor 101 by the power control unit 156 will be described. FIG. 2 is a diagram illustrating classification of the setting of the sensor 101 by the power supply control unit 156.

  In FIG. 2, the sensor 101 is associated with the monitoring target of the sensor 101 and the setting. For example, the sensor A monitors the office, and is set to the warning mode only when the security modes of the user, the building manager, and the cleaner are all in the security state. In addition, the sensor B monitors the data room, which is an area in which entry by the cleaning staff is prohibited, and is set to the warning mode when the security modes of the user and the building manager are in the security state. Further, the sensor C monitors the safe and is set to the alert mode when the user's guard mode is in the guard state.

  FIG. 3 is a chart in which the security mode setting by the operator is associated with the security / release mode of the sensor 101. First, paying attention to the sensor A in FIG. 3, the power supply control unit 156 sets the warning mode only when the security modes of the user, the building manager, and the cleaner are all in the security state. This is because the sensor A is installed in a monitoring target “office” where all operators can enter the room.

  In addition, the power supply control unit 156 sets the sensor B to the warning mode when the security modes of the user and the building manager are in the security state. Here, when paying attention to the security mode of the cleaner, the sensor B is not set to the release mode even if the security mode of the cleaner is in the security release state. This is because the “data room” to be monitored by the sensor B is an area where entry by the cleaner is prohibited.

  Furthermore, the power supply control unit 156 sets the sensor C to the release mode only when the user's security mode is set to the security release state. That is, the power supply control unit 156 sets the sensor C to the warning mode for the sensor C even when the security mode of the building manager and the cleaner is set to the security release state. This is because the monitoring target “safe” of sensor C is permitted to be used only by the user.

  Next, a specific power control method for the facility 102 by the power control unit 156 will be described. FIG. 4 is a diagram illustrating classification of the setting of the equipment 102 by the power supply control unit 156.

  In FIG. 4, the facility 102 is associated with the monitoring target and the setting. For example, the power control target of the facility A is office lock and lighting, and the power control unit 156 can use the facility A only when the security modes of the user, the building manager, and the cleaning staff are all in the security release state. Set to ON automatically. In addition, the power control target of the facility B is the lock and lighting of the data room, and the power control unit 156 is set to automatically ON so that the facility B can be used when the security mode of the user or the building manager is in the security release state. To do.

  Further, the power control target of the facility C is the lock and lighting of the vault, and the power control unit 156 sets the facility C to be automatically ON only when the security mode of the user is in the security release state.

  FIG. 5 is a chart in which the security mode setting by the operator is associated with the power ON / OFF of the equipment. First, paying attention to the facility A in FIG. 5, the power control unit 156 sets the facility A to be unusable so that the facility A cannot be used only when the security modes of all users, building managers, and cleaners are in the guarded state. This is because the sensor A is installed in a monitoring target “office” where all operators can enter the room.

  Focusing on the facility B, the power supply control unit 156 sets the facility B to be unusable when the security mode of the user and the building manager is in the security state. Note that the equipment B is turned off even when the security mode of the cleaner is in the guard state because the cleaner B is set as an entry prohibited area in the facility B.

  Further, paying attention to the facility C, the power supply control unit 156 sets the power supply ON so that the facility C can be used only when the security mode of the user is in the security release state. This is because the vault is set as an area where only the user is allowed to use it.

  Next, a security state switching process for switching the security mode to the security state in the security device 100 configured as described above will be described. FIG. 6 is a flowchart illustrating a procedure of security state switching processing in the security device 100 according to the present embodiment.

  The display control unit 154 determines whether the selection of the operation button has been received by the receiving unit 155 (step S1). When the display control unit 154 determines that the selection of the operation button is received by the reception unit 155 (step S1: Yes), the display control unit 154 determines whether the selection is received from a user button (step S2).

  When the display control unit 154 determines that the selection is received by the reception unit 155 is a user button (step S2: Yes), the display control unit 154 switches the operation screen of the operation display unit 111 to the user state screen (step S4).

  The accepting unit 155 accepts a guard state / release selection button operation from the user status screen displayed by the display control unit 154 (step S5). Here, the accepting unit 155 accepts the switching to the security state of the security mode set to the security release state as the security set, and sets the security mode set to the security state to the security release state as the security release. Accept switching. At this time, the reception unit 155 may read the user ID from a card reader (not shown).

  The authentication unit 157 authenticates the user ID read by the card reader (step S6). The security mode switching unit 151 determines whether or not the user ID is authenticated by the authentication unit 157 (step S7).

  When the security mode switching unit 151 determines that the user ID is authenticated by the authentication unit 157 (step S7: Yes), the security mode switching unit 151 switches the security mode to the security mode received by the reception unit 155 (step S8). The security mode switching unit 151 transmits the security mode after switching to the monitoring center 300 as an operation by the user via the communication control unit 130 (step S9).

  In step S2, if the display control unit 154 determines that the selection is received by the reception unit 155 is not a user button (step S2: No), whether the selection is received is a building manager button or not. Is determined (step S3).

  When the display control unit 154 determines that the building manager button is selected by the receiving unit 155 (step S3: Yes), the display control unit 154 switches the operation screen of the operation display unit 111 to the building manager state screen ( Step S10).

  The accepting unit 155 accepts an operation of the entry / exit selection button from the building manager state screen displayed by the display control unit 154 (step S11). Here, when the reception unit 155 receives an entry selection, the entry unit 155 switches the security mode set to the security state (second security state) to the security release state (second security release state). Accept. In addition, when accepting the exit selection, the accepting unit 155 accepts switching to the security release state of the security mode set to the security state by the selection of the exit. At this time, the reception unit 155 may read the building administrator ID from a card reader (not shown).

  The authentication unit 157 authenticates the building manager ID read by the card reader (step S12). The security mode switching unit 151 determines whether the building manager ID has been authenticated by the authentication unit 157 (step S13).

  When the security mode switching unit 151 determines that the building manager ID is authenticated by the authentication unit 157 (step S13: Yes), the security mode switching unit 151 switches the security mode to the security mode received by the reception unit 155 (step S14). The security mode switching unit 151 transmits the security mode after switching to the monitoring center 300 as an operation by the building manager via the communication control unit 130 (step S15).

  In step S3, when the display control unit 154 determines that the selection received by the reception unit 155 is not the building manager button (step S3: No), the display control unit 154 determines that the selection is a cleaner button. Then, the operation screen of the operation display unit 111 is switched to the cleaner state screen (step S16).

  The accepting unit 155 accepts an operation of the entry / exit selection button from the cleaner state screen displayed by the display control unit 154 (step S17). Here, when accepting the entrance selection, the accepting unit 155 switches the security mode set to the security state (third security state) to the security release state (third security release state) by selecting the entrance. Accept. In addition, when accepting the exit selection, the accepting unit 155 accepts switching to the security release state of the security mode set to the security state by the selection of the exit. At this time, the reception unit 155 may read the cleaning person ID from a card reader (not shown).

  The authentication unit 157 authenticates the cleaner ID read by the card reader (step S18). The security mode switching unit 151 determines whether or not the cleaner ID has been authenticated by the authentication unit 157 (step S19). When it is determined that the cleaning member ID is authenticated by the authentication unit 157 (step S19: Yes), the security mode switching unit 151 proceeds to the process of step S20.

  The process of step S20 is the same as the process of step S14. In step S21, the security mode switching unit 151 transmits the security mode after switching to the monitoring center 300 as an operation by the cleaner through the communication control unit 130 (step S21).

  Next, sensor control processing for controlling the power supply of the sensor 101 by the power supply control unit 156 will be described. FIG. 7 is a flowchart showing a procedure of sensor control processing by the power supply control unit 156. In addition, the sensor control process by the power supply control unit 156 is started when the security mode switching unit 151 switches any one of the security modes.

  The power supply control unit 156 determines whether or not the security modes of the user, the building manager, and the cleaner are all set to the security state (step S31). When the power supply control unit 156 determines that all the security modes of the user, the building manager, and the cleaning staff are set to the security state (step S31: Yes), the sensor A sets the security mode to the sensor A (step S32). .

  On the other hand, in step S31, when the power supply control unit 156 determines that all the security modes are not set to the security state (step S31: No), only the security modes of the user and the building manager are all in the security state. It is determined whether it is set (step S33). If the power supply control unit 156 determines that the security mode of the user and the building manager is set to the security state (Yes at Step S33), the power supply control unit 156 sets the sensor B to the security mode (Step S34).

  In step S33, when the power supply control unit 156 determines that the security mode of the user and the building manager is not set to the security state (step S33: No), is the security mode of the user set to the security state? It is determined whether or not (step S35). When determining that the user's security mode is set to the security state (step S35: Yes), the power supply control unit 156 sets the sensor C to the warning mode (step S36).

  On the other hand, when determining that the user's security mode is not set to the security state (step S35: No), the power supply control unit 156 ends the process without setting the sensors A to C to the security mode. That is, the power supply control unit 156 sets the sensors A to C to the alert release mode.

  Next, facility power control processing for controlling the power of the facility by the power control unit 156 will be described. FIG. 8 is a flowchart showing a procedure of facility power control processing by the power control unit 156. In addition, the equipment power supply control process by the power supply control unit 156 is started when the security mode switching unit 151 switches the security mode.

  The power supply control unit 156 determines whether or not the security modes of the user, the building manager, and the cleaning staff are all in the security state (step S41). When it is determined that the security modes of the user, the building manager, and the cleaner are all set to the security state (step S41: Yes), the power control unit 156 sets the facility A to OFF and controls the power source. That is, the power supply control unit 156 controls the power supply OFF so that the facility A cannot be used when all the security modes are set to the security state (step S42).

  When the power control unit 156 determines that all the security modes of the user, the building manager, and the cleaning staff are not set to the security state (step S41: No), the security mode of the user and the building manager is the security state, respectively. It is determined whether or not it is set to (step S43).

  When the power control unit 156 determines that the security mode of the user and the building manager is set to the security state (step S43: Yes), the power control unit 156 controls the facility B to be unusable so that the power is turned off (step S44). .

  In step S43, when the power supply control unit 156 determines that the security mode of the user and the building manager is not set to the security state (step S43: No), is the user security mode set to the security state? It is determined whether or not (step S45). When the power supply control unit 156 determines that the user's security mode is set to the security state (step S45: Yes), the power supply control unit 156 controls the facility C to be unusable so that the power supply is turned off (step S46).

  As described above, according to the present embodiment, since the security device separately manages the operation by the user and the operation by a specific person other than the user, the operator can easily perform the confirmation work when switching the security mode. .

  As described above, according to the present embodiment, since the monitoring center receives from the security device for each operator who has switched the switched security mode, the monitoring center can quickly respond to forgetting to switch to the security mode of the security mode. Can respond.

  Further, according to the present embodiment, since the security device manages the security state according to the schedule, the time for which the security device is left in the security release state can be reduced.

  As described above, according to the present embodiment, since the security device separately manages the operation by the user and the operation by a specific person other than the user, the monitoring center grasps the last person leaving the room when receiving an abnormality report. be able to. As a result, it is possible to confirm that the last person leaving the room has forgotten to switch the security mode and the situation at the time of the last room leaving.

  In addition, according to the present embodiment, the range of equipment to be unlocked can be limited according to the type of occupant, so the security range can be changed variably according to the type of occupant. .

DESCRIPTION OF SYMBOLS 100 Security apparatus 101 Sensor 102 Equipment 120 Input / output control part 130 Communication control part 150 Control part 151 Security mode switching part 152 Security mode memory | storage part 153 Abnormality notification part 154 Display control part 155 Reception part 156 Power supply control part 157 Authentication part 180 Schedule memory | storage Department 200 Network 300 Monitoring Center

Claims (10)

A security device for guarding a monitoring area,
In the monitoring area, as a setting by the user of the security mode consisting of a plurality of states that determine whether or not to report to the reporting destination when an abnormality is detected or whether or not to notify the monitoring area, the operation of the security device, A first accepting unit that accepts an operation from the user in either a first security state that reports when an abnormality is detected and a first security release state that does not report even if an abnormality is detected;
As a setting by a specific person other than the user in the security mode, the second security state in which notification is made when an abnormality is detected and no notification is made even if an abnormality is detected in a predetermined area of the monitoring area A second accepting unit for accepting any operation with the second security release state from a specific person other than the user;
A security mode switching unit that switches the security mode between the first security state and the first security release state or between the second security state and the second security release state according to the received operation. When,
A security device characterized by comprising: The monitoring area is provided with a first power source and a second power source,
A power supply that controls the first power supply when the security mode is switched to the first security release state, and controls the second power supply when the security mode is switched to the second security release state. Control unit,
The security device according to claim 1, further comprising: The first power source is a power source for all equipment installed in the monitoring area, and the second power source is a power source for equipment installed in a predetermined area of the monitoring area,
The power control unit turns on the first power supply when the security mode is switched to the first security release state, and when the security mode is switched to the second security release state, 2 Turn on the power,
When the security mode is switched to the first security cancellation state, the security mode switching unit cancels the security status of all sensors installed in the monitoring area, and the security mode is the second security cancellation. Canceling the security state of the sensor installed in the predetermined area when switched to a state;
The security device according to claim 2. The first receiving unit further receives first identification information for identifying the user,
The second receiving unit further receives second identification information for identifying a specific person other than the user,
An authentication unit that authenticates the first identification information when the operation is received by the first reception unit, and that authenticates the second identification information when the operation is received by the second reception unit; Further comprising
The security mode switching unit switches the security mode according to the received operation when the first identification information or the second identification information is authenticated.
The security device according to any one of claims 1 to 3. The setting by a specific person other than the user includes a setting by a building manager and a setting by a cleaner.
The second reception unit receives an operation of either the second security state or the second security release state from the building manager as a setting by the building manager,
As the setting by the cleaning staff, either the third security state in which notification is made when an abnormality is detected or the third security release state in which notification is not made even if an abnormality is detected in a predetermined area of the monitoring area A third reception unit that receives the operation of from the cleaner,
According to the received operation, the security mode switching unit switches the security mode between the first security state and the first security release state, between the second security state and the second security release state. Or switching between the third security state and the third security release state,
The security device according to claim 4. The monitoring area is further provided with a third power source,
The power supply control unit further controls the third power supply when the security mode is switched to the third security release state.
The security device according to claim 5. The third power source is a power source of equipment installed in a second predetermined area of the monitoring area,
The power supply control unit further turns on the third power supply when the security mode is switched to the third security release state,
The security mode switching unit further cancels the security state of the sensor installed in the second predetermined area when the security mode is switched to the third security release state;
The security device according to claim 6. An operation display;
The first security state or the first security release state received by the first reception unit, the second security state or the second security release state received by the second reception unit, or the third reception A display control unit that distinguishes between the third security state or the third security release state received by the unit and displays them on the operation display unit,
The security device according to claim 5, further comprising: A transmission unit for transmitting the switched security mode to the report destination;
The security device according to claim 1, further comprising: A security method for guarding a surveillance area,
In the monitoring area, as a setting by the user of the security mode consisting of a plurality of states that determine whether or not to report to the reporting destination when an abnormality is detected or whether or not to notify the monitoring area, the operation of the security device, A first accepting step for accepting from the user an operation of either a first security state that reports when an abnormality is detected and a first security release state that does not report even if an abnormality is detected;
As a setting by a specific person other than the user in the security mode, the second security state in which notification is made when an abnormality is detected and no notification is made even if an abnormality is detected in a predetermined area of the monitoring area A second accepting step for accepting any operation of the second security release state from a specific person other than the user;
A security mode switching step of switching the security mode between the first security state and the first security release state or between the second security state and the second security release state according to the received operation. When,
Security method characterized by including.

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