JP4439364B2 - Machine security system - Google Patents

Description

  The present invention relates to a mechanical security system that guards a plurality of tenants in a building with an intrusion monitoring sensor or the like, and more particularly to setting of the start and end of intrusion monitoring using an ID discrimination device.

  Conventionally, each tenant is operated in a mechanical security system that operates an ID discrimination device using a storage medium storing unique information unique to a user, locks and unlocks a plurality of tenants, and monitors intrusions during locking. A single information reader that reads unique information from each corresponding storage medium, and a tenant that temporarily displays the status of the tenant corresponding to the storage medium when the information reader reads unique information from any storage medium Some devices include a display device and an individual display device that displays the status of each tenant for each tenant (see, for example, Patent Document 1).

JP-A-3-51995

  In a system that operates the ID discriminating device with such a storage medium, and locks / unlocks the door and turns on / off the intrusion sensor, the tenant's security status, that is, intrusion monitoring is being performed for each tenant who comes to work. In order to notify whether or not, for example, an ID discrimination device and a display device for displaying the security status of each tenant are required in the vicinity of the entrance of the building, and there is a problem that the cost is high.

  Also, in recent years, each tenant in a supermarket specialty store area (tenant area) or a dedicated store (tenant only) building has no partition or wall in the corresponding tenant area. A card reader cannot be installed in the vicinity, and it is installed on the back side (staircase etc.) that is not visible to customers. However, when setting for intrusion monitoring start is performed at such an arrangement position, for example, when the store is closed, a dead time of intrusion monitoring occurs from the tenant area to the card reader installation location. Also, if you install a card reader in a hidden area in the tenant's corresponding area, not only will the number of card readers increase, but when the tenant changes (the old tenant closes the store and the new tenant opens a new store), etc. The space of the tenant area often changes, and each time the number and location of card readers change, there is a problem that equipment costs and construction costs increase.

  It is an object of the present invention to provide a machine security system that guards a tenant area in a building that eliminates all ID discrimination devices and display devices provided in the vicinity of an entrance and reduces costs.

The present invention relates to a security control device having an Internet function for each tenant area related person to perform monitoring setting switching at the time of daily opening and closing for each tenant area without a partition in a security target building . A machine security system connected to a line, which includes intrusion monitoring means for performing intrusion monitoring for each tenant area in the building, and a homepage created on the Internet on the public line, for each tenant area. In addition, a setting consignor ID registration unit in which a tenant area party entrusted with start and end settings of the intrusion monitoring unit is registered by ID, an ID determination unit that performs personal authentication from the input ID, and for each tenant area personal authentication according to the result, based on the registration ID of the set consignor ID register means, monitoring start setting of the intrusion monitoring means Oyo Intrusion monitoring start / end setting permission means for performing each of the permission of monitoring end setting, and those containing, ID to the home page via the public line for monitoring the start or end set in the vicinity of the building is input, the A movement possessed by at least one tenant area person who has an Internet function to perform monitoring start setting and monitoring end setting of the intrusion monitoring means on the homepage, and to receive notification of a change in the status setting of the intrusion monitoring means from the homepage For each tenant area , an intrusion monitoring start / end setting execution means for executing intrusion monitoring start / end setting of the intrusion monitoring means in accordance with the setting on the homepage, and the state setting change of the intrusion monitoring means contact the tenant area officials of the mobile phone which was set via the public telephone network and can be displayed, at least When the intrusion monitoring means is set to end monitoring, the mobile phone of the tenant area party entrusted with the end setting registered in the setting entrustor ID registration means other than the set tenant area related person is also contacted. And an intrusion monitoring state setting change communication means that can be displayed .

  In this invention, intrusion monitoring is set to start and end from the mobile phone, and the intrusion monitoring status setting change is communicated to the mobile phone of the person concerned via the public line. This eliminates the need for an ID discrimination device and a display device.

Embodiment 1 FIG.
FIG. 1 shows the structure of the floor (here, the first floor) where the entrance / exit of the building in which the machine security system of the present invention is installed. There are two tenant areas 1a and 1b on the right hand side of the passage 15 after entering the entrance door 17 (including the entrance door lock / unlock control device 17a). These tenant areas are open spaces, do not have partitions or walls, and there is no place to install a card reader or the like for each tenant. Then, intrusion monitoring sensors S1a and S1b each composed of an infrared passive sensor or the like are provided in the intrusion monitoring period from the closing of the store to the opening of the next day, for example, the entry of people from the passage 15 or other tenant areas Sense. On the left hand side of the passage 15 are a storeroom (management room) 14, an elevator 13, a toilet 12, a staircase 11, and the like. FIG. 2 shows the configuration of floors (N floors) other than the floor with the entrance. 1 is the same as that of FIG. 1 except that there is no storeroom 14 (not particularly related to the present invention). Similarly, for example, there are two tenant areas Na and Nb (hereinafter also referred to as tenant Na and Nb), and intrusion monitoring sensors SNa and SNb are provided, respectively.

  FIG. 3 is a diagram showing the configuration of the machine security system according to the embodiment of the present invention. The security control device 20 controls the mechanical security system of the present invention, and is generally provided somewhere in the building shown in FIGS. 1 and 2, but in a place where the following control can be performed. If there is, it may be installed in a place other than this building. The main body 21 performs actual security control including a computer. The server 24 includes a home page for each tenant in each tenant area 1a to Nb, an input unit 25 including a mouse and a keyboard, and a display unit including a liquid crystal screen. 26 is connected. Further, the main body 21 is connected to intrusion monitoring sensors S1a to SNb of the external tenant areas 1a to Nb, the elevator control device 13a of the elevator 13, and the entrance door locking / unlocking control device 17a of the entrance door 17 via the input / output interface 22. Has been. The main body 21 is also connected to the public line 30 via the public line interface 23. The main body 21 has a telephone function and an Internet function, and the public line interface 23 also has functions corresponding thereto. And mobile phones such as mobile phones TEL1, TEL2, TEL3,... Are mobile phones having internet functions of each tenant's clerk, and Internet terminals 41 and 42 are managers of each tenant, security centers, external security companies, etc. A mobile phone having an Internet function of a security department, or an Internet terminal 41 or 42 including a telephone function or a computer having a mobile phone function and an Internet function. Note that the telephone function of the main body 21 includes a function of automatically transmitting e-mails and telephones (including mobile mails and mobile phones) having specific contents to one or a plurality of designated places as will be described later.

  FIG. 4 shows an example of contents in the homepage for each tenant created in advance in the server 24. (a) is an example of a tenant area state display part, which is a part for confirming the intrusion monitoring state and setting the start and end of monitoring. The status of “business in progress”, “intrusion monitoring” and “intrusion occurrence” is displayed by light emission, color change, etc. “Do not TEL” is used to select whether or not to perform automatic communication after setting, which will be described later. These operations can be performed only when monitoring start / end settings are permitted. Only this part is displayed on the mobile phone. (b) is an example of the work schedule of the clerk divided into early and late numbers. When logging in to the clerk's homepage entrusted with the setting of the start and end of monitoring divided into early and late The user (registered) name entered in, each time zone (setting time zone information) that is permitted to be set, and a mobile phone mail address (e-mail address) or mobile phone number for automatic contact after setting described later It is registered. For example, the early number is a person (store clerk) who is entrusted with setting up intrusion monitoring when going to work in the morning, and the late number is a person (clerk) who is entrusted with setting up intrusion monitoring when working at night, for example. It is registered as the person's ID number. If the same person sets the start and end of intrusion monitoring, for example, after opening the lock or intrusion monitoring for a moment and then returning to the original state, fraudulent acts are easily performed. Therefore, it is possible to suppress fraud by separating these. No. 0 registered in both the early and late numbers is an administrator, and the administrator can set both the start and end of intrusion monitoring in each tenant. All of these data are registered in advance by the administrator of each tenant by logging in to the user's home page in the server 24 from the Internet terminal 41 with a user name and password, and changing as necessary. This work schedule is provided in a security area in the home page, for example, by a user name or a password so that only the administrator of each tenant can access. The main body 21 of the security control device 20 that is a host computer is configured to be able to refer to, change data, and the like for all the areas in the server 24, that is, the entire area of the homepage of the tenant. In addition, it is assumed that the floors in the buildings of the tenant areas 1a to Nb are recognized by the main body 21 having a table (not shown) or the like.

  In general, in this embodiment, intrusion monitoring is set to start and end using a mobile phone (including a mobile phone, PHS, etc.) and a homepage created on the Internet instead of an ID discrimination device and a display device. In addition, at least when the intrusion monitoring is set to end, the person who is going to work after that is automatically notified to that effect. The registration of the person who entrusted the setting, personal authentication, intrusion monitoring start and end settings are permitted on the homepage.

  The intrusion monitoring sensors S1a, S1b,... SNa, SNb constitute intrusion monitoring means, the main body 21, the public line 30, and the Internet terminals 41, 42 constitute notification means, and the server 24 is a setting entrustor ID registration means, An ID determination unit, an intrusion monitoring start / end setting permission unit, and an intrusion monitoring state storage unit are configured, and the main body 21 and the input / output interface 22 configure an intrusion monitoring start / end setting execution unit. The telephones TEL1 to TEL3 constitute intrusion monitoring state setting change contact means. Further, the main body 21, the input / output interface 22 and the elevator control device 13a constitute an elevator service stopping means and an elevator service resumption means, and the main body 21, the input / output interface 22 and the entrance door unlocking control device 17a constitute a temporary unlocking means. To do.

  5 to 7 show flowcharts for explaining the operation in the machine security system of the present invention, and the operation will be described in accordance with this flowchart. This flowchart also includes human actions, and the actions directly related to the machine security system are indicated by double frames. For example, the case of the tenant area Na will be described. In FIG. 5, the tenant Na is in a closed time zone (step S1), and the last store clerk comes out of his tenant area Na so that there is no intrusion monitoring dead time. If, for example, the user logs in to the homepage of the tenant Na of the server 24 with the mobile phone TEL1 (step S2), the user name at that time is entrusted with the monitoring start setting of the work table on the homepage of any tenant in the server 24 In addition, it is confirmed that it is registered in the late number and is currently the late number time zone designated in the work schedule, that is, the time zone in which the start setting is permitted (step S3). Note that the current time when determining whether or not it is in the start set time zone, which is a late time zone, is obtained from, for example, the server 24 and the main body 21 provided with a clock (not shown). If the confirmation is obtained, the display content of the tenant area state of FIG. 4A is displayed on the mobile phone TEL1, and the monitoring start setting is permitted (step S4). Then, when “starting intrusion monitoring” is clicked on the mobile phone TEL1 and the start is set (step S5), the main body 21 turns on the intrusion monitoring sensor SNa of the tenant Na and also confirms that the intrusion is being monitored on the homepage. As shown, for example, the display color is switched from green to red for “intrusion monitoring” and from red to green for “business” (step S6). The main body 21 automatically notifies the tenant Na administrator or the like by e-mail or telephone. The address and telephone number refer to those registered in the work schedule of FIG. 4B (step S7).

  After the above-described monitoring start setting, a predetermined time has passed for the clerk to get down to the first floor where the entrance door 17 is located at the elevator 13 (step S8), and all tenants on the corresponding floor, that is, the Nth floor that is the same as the tenant Na, are intruded. If the vehicle is in the middle (all the intrusion monitoring sensors SNa and SNb are on) (step S9), the main body 21 outputs an elevator service stop signal ESS of the Nth floor to the elevator control device 13a (step S10). As a result, the elevator 13 thereafter prohibits car call and hall call registration for the Nth floor and does not perform service. Then, during intrusion monitoring, for example, when the intrusion monitoring sensor SNa of the tenant Na senses a person intrusion in the tenant area Na (step S11), the state of the tenant Na shown in FIG. Switch (step S12), and automatically notify the security department and the tenant Na administrator, such as the security center of the building or an external contracted security company (step S13), thereby dispatching the staff to perform processing (step) S14). The automatic notification when an intrusion occurs may be a special line (not shown), or may be automatic telephone communication to the security department terminal 42 and the tenant Na administrator terminal 41 using the public line 30, for example.

  Next, in FIG. 6, regarding the time before the opening of the building in the building opening time zone (step S21), the main body 21 outputs the unlocking signal KO to the doorway door locking / unlocking control device 17a via the input / output interface 22, The electric lock of the door 17 is unlocked (step S22). On the other hand, when a store clerk logs in to the homepage of the tenant Na of the server 24 by using, for example, the mobile phone TEL2 when he / she wants to enter the building in the early morning, for example, not in the opening hours, the user name at that time is stored in the server 24 The work schedule monitoring end setting on any tenant's homepage is registered in the earliest time entrusted to the work schedule, and is currently in the early time period specified in the work schedule, that is, the time period that permits the end setting. Is confirmed (step S24). If confirmed, the main body 21 outputs the unlocking signal KO to the doorway door locking / unlocking control device 17a through the input / output interface 22 to temporarily unlock the doorway door 17 (for a predetermined time) (step). S25). However, the setting is not permitted here so that the store clerk performs the setting near his tenant area Na so as not to cause the intrusion monitoring dead time. Then, if there is an elevator service stop signal ESS output to the elevator control device 13a on the corresponding floor of the tenant of the store clerk, this is stopped and the service is started (step S26). This allows the store clerk to enter the building and use the elevator 13 to the floor where his tenant is located.

  Next, in FIG. 7, the tenant Na is in the opening time zone (step S31), and the first store clerk comes close to his tenant area Na so that the intrusion monitoring dead time does not occur. When logging in to the homepage of 24 tenants Na (step S32), the user name at that time is registered in the early number entrusted with the monitoring end setting of the work schedule on the homepage of any tenant in the server 24, and It is confirmed that the current time zone is the early time zone specified in the work schedule, that is, the time zone in which the end setting is permitted (step S33). If the confirmation is obtained, the display content of the tenant area state of FIG. 4A is displayed on the mobile phone TEL2, and the monitoring end setting is permitted (step S34). Then, when “sales” is clicked on the mobile phone TEL2 and the end is set (step S35), the main body 21 turns off the intrusion monitoring sensor SNa of the tenant Na and is operating on the homepage (not intrusion monitoring). ), For example, the display color is switched from “open” to green and “intrusion monitoring” from red to green (step S36). Then, for example, the administrator of the tenant Na is automatically notified to that effect by e-mail or telephone. The address and telephone number refer to those registered in the work schedule of FIG. 4B (step S37). At the same time, the other mobile phone clerk registered in the work schedule of FIG. 4B is automatically notified to the mobile phone to that effect (step S38). As a result, the early turn clerk who goes to work after that can know that the intrusion monitoring has been canceled in advance. Note that not only when monitoring is ended but also when the above monitoring is started, another late store clerk may be automatically notified of the monitoring start to the mobile phone. Further, when the person who is permitted to set the start and end clicks “Don't TEL” in FIG. 4A, the main body 21 does not contact other early-numbered clerks after the setting regarding the setting.

  For example, if a lamp indicating an on / off state is attached to each intrusion monitoring sensor S1a, S1b,... SNa, SNb, a person who has set the start and end of intrusion monitoring can confirm the completion of the setting. Also, there may be no condition for the time zone in which the monitoring start / end setting is permitted.

  Furthermore, in the above explanation, by using a mobile phone and a homepage in order to eliminate the display device and ID discrimination device on the floor with the entrance door of the building, monitoring start and end can be set everywhere, and the setting result is assigned to the corresponding person. Even if the personal identification is performed by an ID discriminator provided at the entrance to the building as in the past, the setting result is automatically sent to the mobile phone. By contacting, at least a display device becomes unnecessary. In that case, an ID discrimination device is connected to the main body 21 of the security control device 20, the user name of the work schedule in the homepage is changed to an ID number, and the main body 21 refers to the work schedule while the above-mentioned authentication, setting permission, It is only necessary to perform setting execution and automatic communication.

Embodiment 2. FIG.
FIG. 8 is a diagram showing a configuration of a machine security system according to another embodiment of the present invention. In the above embodiment, an example is shown in which the mobile phone TEL1, TEL2, TEL3,... Is used as a means for the store clerk who came to the building to input the ID, but as shown in FIG. At least an ID wireless device 51 and an ID wireless slave device 52 connected via a wireless interface 29 capable of wireless communication at least in the entire building and in the vicinity of the building are provided. An ID may be input from the handset 52 near 17 to set the start and end of intrusion monitoring.

  As the ID, an ID registered in an ID card issued in advance for authenticating the store clerk, biometric data such as a fingerprint or a retina pattern, or the like is used. FIG. 9 shows an example of the slave unit 52. In the case of an ID card, for example, an ID card reading slot 52a is provided, and an ID card (not shown) issued in advance is read. In the case of biometric data, a biometric information reading unit 52b is provided for reading. Therefore, in this case, the work table of the home page built in the server 24 includes the ID number of the ID card and the biometric as shown in FIG. 10B instead of the user name of the work table shown in FIG. Metric data is registered. 9 may be provided with a display unit 52c for confirming the completion of setting so as to display the status of intrusion during business, intrusion monitoring, and so on. The ID wireless device 51 and the ID wireless slave device 52 constitute an ID input means.

  In this embodiment, the homepage of each tenant of the server 24 registers the person who entrusts the setting, and other personal authentication, permission and execution of intrusion monitoring start and end settings, automatic communication, etc. are performed by the main body 21. Is called.

  For example, when an ID number is used (basically the same for biometric data), registration and modification of data on the home page is the same as in the above embodiment, but the ID is given from the slave unit 52 to the security control device 20. When the number is transmitted, the security control device 20 refers to the work schedule on the home page in the server 24 from the received ID number, and also considers the time zone whether or not it is a store clerk entrusted with the start or end of the proper monitoring. Authenticate and judge. If it is a legitimate clerk, the start or end corresponding to the work schedule is executed as it is here. Then, on / off of the intrusion monitoring sensor SNa of the corresponding tenant, switching of the display contents of the tenant area state of FIG. 10A in the homepage, switching of the elevator service stop signal ESS and unlocking signal KO, e-mail, Automatic notification of setting switching to the manager of the corresponding tenant or the other work attendant registered in the work schedule by telephone is performed in accordance with the logic almost similar to the above embodiment. In this way, the same effect can be obtained.

  Furthermore, if the display unit 52c of the slave unit 52 is configured with a touch-capable input device, or if an input unit (not shown) is provided in the slave unit 52, the display unit 52c is the same as in the first embodiment. Settings can be made above.

Embodiment 3 FIG.
Further, in the configuration of the mechanical security system of the first embodiment shown in FIG. 3, the setting is permitted only when a legitimate clerk calls the security control device 20 from the mobile phone for setting the start and end of monitoring. May be executed. In this case, in the work schedule of the homepage built in the server 24, a mobile phone number is registered as shown in FIG. 11B instead of the user name of the work schedule shown in FIG. This may be the same as the lower mobile phone number used for automatic contact after setting.

  In this embodiment, as in the second embodiment, the homepage of each tenant of the server 24 registers the person who entrusted the setting, permits and executes other personal authentication, intrusion monitoring start and end settings, and automatic Communication and the like are performed by the main body 21.

  The registration and change of data on the home page is the same as in the above embodiment, but when the store clerk calls the security control device 20 from the mobile phone TEL1, the security control device 20 starts the server 24 from the received mobile phone number. Referring to the work schedule on the homepage of the homepage, it is authenticated and determined whether or not it is a store clerk entrusted with the setting of the start or end of the proper monitoring. If it is a legitimate clerk, the start or end corresponding to the work schedule is executed as it is here. Then, on / off of the intrusion monitoring sensor SNa of the corresponding tenant, switching of the display contents of the tenant area state of FIG. 11A in the homepage, switching of the elevator service stop signal ESS and the unlocking signal KO, e-mail, Automatic notification of setting switching to the administrator of the corresponding tenant or the other work attendant registered in the work schedule by telephone is performed according to the same logic as in the above embodiment. In this way, the same effect can be obtained.

  Furthermore, if the display unit 52c of the slave unit 52 is configured with a touch-capable input device, or if an input unit (not shown) is provided in the slave unit 52, the display unit 52c is the same as in the first embodiment. Settings can be made above.

  It should be noted that the server 24 is not limited to the security control device 20 as long as it is configured to perform the same operation as described above, and may be provided anywhere on the Internet of the public line 30. In addition, the homepage may be a homepage of one system instead of each tenant. In this case, a table indicating the relationship between the store clerk, the tenant to which the store clerk belongs, and the floor on which the tenant is located is provided, or these information are included in the ID. Must be included.

  Further, when the server 24 with a built-in homepage is used only as a storage device, a memory may be provided instead of the server, and information registered in the homepage may be stored in the memory. In this case, registration or change of data from an Internet terminal or the like cannot be performed, but there is a considerable effect.

It is a figure which shows the structure of the floor with the entrance / exit of the building which installed the mechanical security system of this invention. It is a figure which shows the structure of floors other than the floor with the entrance / exit of the building which installed the mechanical security system of this invention. It is a figure showing composition of a machine security system by one embodiment of this invention. It is a figure which shows an example of the content of the homepage built in the server in one embodiment of this invention. It is a flowchart for demonstrating operation | movement of the machine security system by one Embodiment of this invention. It is a flowchart for demonstrating operation | movement of the machine security system by one Embodiment of this invention. It is a flowchart for demonstrating operation | movement of the machine security system following FIG. It is a figure which shows the structure of the machine security system by another embodiment of this invention. It is a figure which shows an example of the radio | wireless subunit | mobile_unit for ID used with the machine security system of FIG. It is a figure which shows an example of the content of the homepage built in the server in another embodiment of this invention. It is a figure which shows an example of the content of the homepage built in the server in another embodiment of this invention.

Explanation of symbols

  1a, 1b to Na, Nb Tenant area (tenant), 11 stairs, 12 toilet (etc.), 13 elevator, 13a elevator control device, 14 storage, 15 passage, 17 doorway door, 17a doorway door unlocking control device, 20 security Control device, 21 body, 22 input / output interface, 23 public line interface, 24 server (HP built-in), 25 input unit, 26 output unit, 29 wireless interface, 30 public line, 41, 42 Internet terminal, 51 ID Wireless device, 52 ID wireless slave, 52a ID card reading slot, 52b biometric information reading unit, 52c display unit.

Claims (6)

For each tenant area without a partition in the building to be guarded, a security control device having an Internet function for performing monitoring setting switching at the time of daily opening and closing by a person related to each tenant area is connected to a public line. A mechanical security system,
Intrusion monitoring means for performing intrusion monitoring for each tenant area in the building,
A setting consignor ID that is a homepage created on the Internet on the public line, and for each tenant area, a tenant area related person entrusted to start and end monitoring of the intrusion monitoring means is registered by ID Registration means, ID discrimination means for performing personal authentication based on the input ID, monitoring start setting and monitoring end of the intrusion monitoring means based on the registration ID of the setting entrustor ID registration means according to the personal authentication result for each tenant area Including intrusion monitoring start / end setting permission means for permitting each setting,
An ID is input to the homepage via the public line to set the monitoring start or end near the building , and the monitoring start setting and the monitoring end setting of the intrusion monitoring means are performed on the homepage. A mobile phone possessed by at least one tenant area person having an internet function for receiving a notification of a change in status setting of the monitoring means;
For each tenant area, intrusion monitoring start / end setting execution means for executing intrusion monitoring start / end setting of the intrusion monitoring means according to the setting on the homepage;
The state setting change of the intrusion monitoring means can be displayed by contacting the mobile phone of the tenant area related person set via the public line, and at least when the intrusion monitoring means is set to end monitoring, the tenant area relation set above An intrusion monitoring state setting change notifying means for contacting and displaying a mobile phone of a tenant area related person entrusted with the end setting registered in the setting entrustee ID registration means other than the person ,
A machine security system characterized by comprising:   The setting entrustor ID registering unit also includes setting time zone information that limits a time zone in which monitoring start and end settings are permitted, and the intrusion monitoring start / end setting permission unit is within the time zone of the setting time zone information. The machine security system according to claim 1, wherein setting of intrusion monitoring start and end is permitted only in. Said building a multi-story building, with an elevator with floors located in each tenant area is recognized, said home page is created for each tenant areas, floors that all tenants area is in intrusion monitoring The machine security system according to claim 1 or 2 , further comprising elevator service stopping means for causing the elevator to stop the elevator service to the floor. The building has an entrance / exit door having an unlocking / unlocking control device in an unlocked state during the opening hours of the building, and when the entrance door is in the locked state, the monitoring end setting of the intrusion monitoring means in any tenant area is set. When the ID of the entrusted tenant area related person is input, to the floor where the unlocking control device temporarily unlocks the entrance door and the tenant area of the tenant area related person corresponding to the ID The machine security system according to claim 3 , further comprising an elevator service restarting unit that restarts the elevator service. 5. The Internet device according to claim 1 , further comprising an Internet terminal for an administrator of the tenant area to register and change information in the setting entrustor ID registration means of the homepage via the public line . The machine security system according to any one of the above. A machine security system in which a security control device is connected to the public line for each tenant area person to perform monitoring setting switching at the time of daily opening and closing for each tenant area without partitions in the building to be guarded Because
Intrusion monitoring means for performing intrusion monitoring for each tenant area in the building,
For each tenant area, a setting entrustor ID registration unit in which tenant area related persons entrusted with the start and end settings of the intrusion monitoring unit are registered by ID,
ID discrimination means for performing personal authentication from the input ID;
Intrusion monitoring start / end setting permission means for permitting the monitoring start setting and the monitoring end setting of the intrusion monitoring means based on the registration ID of the setting entrustor ID registration means according to the personal authentication result for each tenant area When,
An ID input means for a person who has come to the building to input an ID wirelessly for the start or end of monitoring;
An intrusion monitoring start / end executing means for executing intrusion monitoring start / end setting of the intrusion monitoring means in accordance with the permission of the intrusion monitoring start / end setting permission means for each tenant area ;
A mobile phone possessed by at least one tenant area party for receiving notification of a change in the status setting of the intrusion monitoring means;
The state setting change of the intrusion monitoring means can be displayed by contacting the mobile phone of the tenant area related person set via the public line, and at least when the intrusion monitoring means is set to end monitoring, the tenant area relation set above An intrusion monitoring state setting change notification means that makes it possible to contact and display the mobile phone of the tenant area related person who has been entrusted with the end setting registered in the setting entrustee ID registration means other than the person ,
A machine security system characterized by comprising:

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