JP2006146879A - Security system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To make management of various pieces of internal equipment by an internal security system further sure and robust by integrally coordinating an external security system with the internal security system. <P>SOLUTION: This security system comprises the external security system 12 monitoring abnormal intrusion to a building by detecting equipment, and reporting, upon detecting the abnormal intrusion, it to a management center 29 out of the building; and the internal security system 13 managing uses of various pieces of internal equipment 31-40 set within the building, which are mutually integrated through a LAN 41 or the like. An external security set release device 21 is operated for releasing the security of the external security system. A controller of the device 21 permits the uses of various pieces of internal equipment 31-40 all together when the external security is released by the operation of the device 21. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention monitors an abnormal intrusion into a building or a room of a building with various detection devices, and notifies the administrator outside the building when the abnormal intrusion is detected, and the inside of the building or the room of the building The present invention relates to a security system that integrates with an internal security system that manages the use of various internal devices installed in the company.

  Conventionally, as an external security system in which abnormal intrusion into a building or a room of a building is monitored by various detection devices and the abnormal intrusion is detected, it is reported to an administrator outside the building. There are systems described in 1-4. Among them, in Patent Document 1, when various sensors and communication devices are installed in a security target such as a user house and an intrusion abnormality is detected, an abnormal signal is transmitted to the security center via a communication line such as a telephone line. In the security center, when an abnormal signal is received, a security system is described in which a security guard is dispatched to the security target to take necessary measures. In general, this type of external security system, for example, in a company building, uses an operating device installed at a general entrance, etc., to set an abnormal intrusion guard or release a set security guard. It has come to be. In recent years, when operating a controller device, there are some devices that allow the setting and release of security after identifying the fact that a specific person is operating.

  On the other hand, as an internal security system for managing the use of various internal devices installed in a building or a room of a building, for example, there are systems described in Patent Documents 5 to 7 below. Among them, Patent Document 5 describes a “locker device” that manages lockers as various internal devices. In this patent document 5, there is a description of a locker device that allows a specific user to designate and use a specific area of a plurality of locker boxes in order to store particularly important business items in a company or the like. It also describes that there is a means for connecting a single locker or a plurality of lockers to a personal computer via a LAN in order to collectively control and manage locker users, usage time, code settings, and the like. Further, when control and management is performed centrally by a personal computer or the like, there is a description that an area to be used by the user and a setting of a password are input and set by the central personal computer or the like. In addition, Patent Document 7 describes a storage case management system that includes a storage box having a plurality of storage cases, a microcomputer that controls the storage box, and a personal computer to which the microcomputer is connected via a LAN cable. Is done. In this management system, the user is allowed to unlock the storage case only when logging in to the personal computer and confirming the ID in the storage box. Further, when the user is logged out of the personal computer, the storage case is not unlocked even if the user confirms the ID in the storage box.

JP 2002-183850 A JP 2002-170171 A JP 2003-162775 A JP 2004-247966 A JP 2002-129795 A Japanese Patent Laid-Open No. 2004-21538 Japanese Patent No. 3564122

  However, conventionally, even in the same building, the above external security system and internal security system have been constructed separately. For this reason, in a conventional external security system, for example, when a system is started up and security is set in a company building, etc., abnormal intrusion into the building can be monitored, but various internal devices installed inside the building Couldn't manage the behavior. As a result, the security by the external security system may be set while various internal devices are started up unnecessarily, and it cannot be said that the internal security is sufficient. Also, in the conventional external security system, when security is set, it is not judged that there are people left in the building, and people are confined in the building with the security set. There was also. In this case, the system may be activated, an abnormal signal may be transmitted to the security center, and the security guard may rush to uselessly. Also, in the unlikely event that a malicious person can remain intentionally, various internal devices managed inside the building may be used illegally. On the other hand, the conventional internal security system can be used for various managed internal devices regardless of the presence or absence of the external security system. There is also concern that the device will be used illegally, and in this sense, internal security was not sufficient.

  The present invention has been made in view of the above circumstances, and an object thereof is to integrate the external security system and the internal security system so as to cooperate with each other, thereby more reliably and robustly managing various internal devices by the internal security system. It is to provide an integrated security system that makes it possible to make things easier.

  In order to achieve the above object, the invention described in claim 1 monitors abnormal intrusion into a building or a room of a building with various detection devices, and notifies such as an administrator outside the building when the abnormal intrusion is detected. This is a security system that integrates an external security system designed to manage the use of various internal devices installed inside a building or building room. There are provided release operation means operated to release, and use permission means for permitting the use of various internal devices in the internal security system all together when the security by the external security system is released by the release operation means. The purpose.

According to the configuration of the above invention, the external security system monitors abnormal intrusion into a building or a room of a building with various detection devices, and when the abnormal intrusion is detected, notifies an administrator or the like outside the building, Guard the building or the room in the building. Administrators, etc. will respond to abnormal intrusions by rushing to the security target after receiving the report. On the other hand, the internal security system prepares for illegal use of various internal devices by managing the use of various internal devices installed inside a building or a room of a building. In the security system of the present invention, the external security system and the internal security system are integrated to link the systems.
Here, the release operation means is operated by a predetermined operator in order to release the security by the external security system. The use permission means permits the use of various internal devices in the internal security system all at once when the security by the external security system is released by the release operation means. Therefore, various internal devices in the internal security system cannot be used unless security by the external security system is released.

  According to the first aspect of the present invention, the external security system and the internal security system can be integrated and linked, thereby making the management of various internal devices by the internal security system more reliable and robust. Can do.

[First Embodiment]
Hereinafter, a first embodiment of the security system of the present invention will be described in detail with reference to the drawings.

  FIG. 1 is a perspective view showing a schematic configuration in which the security system of this embodiment is embodied in a company building. The building 1 includes a door 3 at the entrance 2. The building 1 includes a plurality of rooms 4, 5, 6, 7, and 8 therein.

  An external security set releasing device 21 is provided on the outer wall and the inner wall of the entrance 2. The door 3 is provided with an electric lock 22 (see FIG. 4). Each of the plurality of windows 9 provided in the building 1 is provided with a magnet sensor 23. A passive sensor 24 is provided on each of the ceilings of the rooms 4 to 8 inside the building 1. In addition, the building 1 is provided with a security camera 25 and a security system 26 (see FIG. 4). These apparatuses / devices 21 to 26 are components related to the external security system of the present invention. The external security system of this embodiment monitors abnormal intrusion into the building 1 or each of the rooms 4 to 8 with various detection devices 23 and 24, and notifies the external manager of the building 1 when such abnormal intrusion is detected. Configured to do. Here, the external security / set releasing device 21 is a device operated to set and release the security by the external security system (hereinafter, “security by the external security system” is referred to as “security of the external security”). Yes, it corresponds to the release operation means and the set operation means of the present invention. The magnet sensor 23 is for detecting opening and closing of the window 9, and corresponds to various detection devices for monitoring abnormal entry in the present invention. The passive sensor 24 detects infrared rays emitted by the human body in order to detect the presence of a person in the rooms 4 to 8, and similarly corresponds to various detection devices in the present invention.

  Each room 4-8 in the building 1 includes a reception room 4 following the entrance 2, a business room 5 for normal work, a changing room 6 for employees, a material room 7 for storing important materials, and an accounting room for accounting work. 8 is provided.

  The reception room 4 is provided with a network valuables locker 31 for storing customer valuables and the like. The locker 31 is connected to a local area network (LAN) 41 (see FIGS. 2 and 3) set inside the building 1.

  The business room 5 is provided with a plurality of network personal computers / desks 32, a network library 33, a facsimile 34 as an office device, and a copy machine 35. The network personal computer desk 32 includes a personal computer and a desk managed by the personal computer. The network library 33 is used for storing business materials and the like. The personal computer desk 32, the library 33, the facsimile 34, and the copy machine 35 are connected to a LAN 41 (see FIGS. 2 and 3), respectively.

  On the outer wall of the changing room 6, a network attendance leader 36 is provided for recording employee attendance and departure. Similarly, the changing room 6 is provided with a network valuables locker 31 for storing employee valuables and a network changing locker 37 for storing employee clothes. The attendance leader 36, the valuables locker 31, and the changing locker 37 are connected to the LAN 41 (see FIGS. 2 and 3), respectively.

  The entrance 7a of the document room 7 is provided with a network entrance leader 38 for managing entry, a network exit leader 39 for managing exit, and an electric lock 48 (see FIG. 9) for locking the door 10 of the entrance 7a. . Similarly, the document room 7 is provided with a network library 33 for storing company important materials and a network personal computer desk 32 for storing electronic information related to important materials. The entrance reader 38, the exit leader 39, the library 33, and the personal computer desk 32 are connected to the LAN 41 (see FIGS. 2 and 3), respectively.

  The entrance / exit 8a of the accounting room 8 is provided with a network entrance reader 38 for managing entrance and an electric lock 48 (see FIG. 9) for locking the door 11 of the entrance / exit 8a. Similarly, the accounting room 8 is provided with a network safe 40 for storing company money and a network personal computer desk 32 for storing electronic information related to accounting. The entrance reader 38, the safe 40, and the personal computer desk 32 are connected to a LAN 41 (see FIGS. 2 and 3), respectively.

  FIG. 2 is a conceptual diagram showing the configuration of the various internal devices 31 to 40 described above. The network entrance reader 38 includes an input device 43 made of a numeric keypad, a display unit 44 made of a liquid crystal display, and a personal authentication device 45 made of a non-contact type IC card reader on the front surface of the housing 42. A control device 46 and a storage device 47. The personal authentication device 45 is used for reading the personal information recorded on the IC card carried by the room occupant. The personal authentication device 45 has an antenna (not shown) that receives a signal transmitted from the IC card. When the IC card is approached, the personal authentication device 45 receives a signal including the personal information recorded on the card with the antenna and reads the personal information. The input device 43 is used for inputting a personal identification number or the like related to a room occupant. The display unit 44 displays the input personal information, password, necessary message, and the like. The control device 46 controls unlocking and locking related to the electric lock 48 (see FIG. 9). The storage device 47 stores in advance control programs, personal information for personal authentication, and the like. Since the basic configurations of the network attendance reader 36, the network leaving reader 39, and the external security / set release device 21 described above are the same as those of the room entrance reader 38, the description thereof will be omitted.

  The network library 33 includes a display unit 52 including a touch panel display, an input device 53, and a personal authentication device 54 including a non-contact type IC card reader on the front surface of the cabinet 51 including a plurality of storage units 51a. In addition, a control device 55 and a storage device 56 are provided. The personal authentication device 54 is used to read the personal information recorded on the IC card carried by the user of the library 33, and the basic configuration thereof conforms to that of the entrance reader 38 described above. The input device 53 is used for inputting a personal identification number and the like related to the user. The display unit 52 displays the input personal information, password, and necessary message. The control device 55 controls unlocking and locking of the electric lock 57 (see FIG. 7) of each storage unit 51a. The storage device 56 stores in advance control programs, personal information for personal authentication, and the like. Since the basic configuration of the network safe 40 described above is the same as that of the network library 33, the description thereof is omitted.

  The network valuables locker 31 includes a display unit 62 made of a touch panel display, an input device 63, and a personal authentication device 64 made up of a non-contact type IC card reader on the front surface of the cabinet 61 including a plurality of storage units 61a. Is provided with a control device 65 and a storage device 66. The personal authentication device 64 is used for reading the personal information recorded on the IC card carried by the user of the locker 31, and its basic configuration conforms to that of the entrance reader 38. The input device 63 is used to input a password related to the user. The display unit 62 displays the input personal information, password, and necessary message. The control device 65 controls unlocking and locking related to the electric lock 57 (see FIG. 7) of the storage unit 61a. The storage device 66 stores in advance control programs, personal information for personal authentication, and the like. Since the basic configuration of the network changing locker 37 described above is the same as that of the network valuables locker 31, the description thereof is omitted.

  The network personal computer desk 32 includes a desk 71 including a plurality of storage units 71 a and a personal computer 72 installed on the desk 71. The personal computer 72 includes a display unit 73 composed of a monitor, an input device 74 composed of a keyboard and a mouse, a personal authentication device 75 composed of a non-contact type IC card reader, a control device 76 and a storage device 77. The personal authentication device 75 is used to read the personal information recorded on the IC card carried by the user of the personal computer desk 32, and the basic configuration thereof conforms to that of the entrance reader 38. The input device 74 is used for inputting necessary information and the like. The display unit 73 displays necessary information. The control device 76 controls the personal computer 72 and controls unlocking and locking of the electric lock 78 (see FIG. 8) of the storage unit 71a of the desk 71. The storage device 77 stores in advance a control program related to the personal computer 72, a control program related to the desk 71, personal information for personal authentication, and the like.

  FIG. 3 is a block diagram showing an electrical configuration according to the security system of this embodiment. This security system monitors abnormal intrusion into the building 1 or each of the rooms 4 to 8 with various detection devices 23 and 24, and when the abnormal intrusion is detected, to the management center 29 as an administrator or the like outside the building 1 A LAN 41 and a telephone line 14 are connected to the external security system 12 to be notified and the internal security system 13 to manage the use of various internal devices 31 to 40 installed in the building 1 or the rooms 4 to 5. It is configured through integration. An external security set / release device 21 constituting the external security system 12 is connected to a LAN 41. Similarly, the management center 25 constituting the external security system 12 is connected to the LAN 41 via the telephone line 14. On the other hand, a network attendance reader 36 that constitutes various internal devices of the internal security system 13, a plurality of network storages and the like (library 33, lockers 31, 37, safe 40), a plurality of network personal computers / desks 32, a plurality of network entrance readers 38, the network leaving leader 39 and the office equipment (facsimile 34, copy machine 35) are connected to the LAN 41, respectively.

  Next, the configuration of various devices shown in FIG. 3 will be described in detail. FIG. 4 is a block diagram showing a configuration related to the external security / set releasing device 21. The device 21 includes a user interface 30, a control device 46, and a storage device 47. The user interface 30 includes the personal authentication device 45, the input device 43, and the display unit 44 described above. The control device 46 includes a control unit 46a and a determination unit 46b. The storage device 47 includes a storage unit 47a that stores history information, a storage unit 47b that stores authority information, and a storage unit 47c that stores login and logout information. The personal authentication device 45, the input device 43, and the display unit 44 are connected to the control unit 46a. The storage unit 47a related to the history information is connected to the control unit 46a. The storage units 47b and 47c related to the authority information and login / logout information are connected to the control unit 46a via the determination unit 46b. The plurality of magnet sensors 23, the plurality of passive sensors 24, the security camera 25, the security system 26, and the electric lock 22 of the door 3 of the entrance 2 are connected to the control unit 46a. The control unit 46a causes the storage unit 47a to store the personal information, the personal identification number, and the like input by the personal authentication device 45 and the input device 43 as history information. The control unit 46a stores the login / logout information of the user input by the personal authentication device 45 and the input device 43 in the storage unit 47b via the determination unit 46b. In addition, the determination unit 46b determines whether the personal information and the password input by the personal authentication device 45 and the input device 43 correspond to a predetermined authority based on the authority information stored in the storage unit 47b. At the same time, it is determined whether login and logout information corresponding to each individual exists in the storage unit 47c. On the other hand, the control unit 46a sets or cancels the external security when it is determined that the personal information and the password entered by the personal authentication device 45 and the input device 43 correspond to the authority information. When the external security is set, when the controller 46a detects an abnormal intrusion into the building 1 based on signals from the magnet sensor 23, the passive sensor 24, etc., the occurrence of the abnormal intrusion is detected through the LAN 41 and the telephone line 14. The management center 29 is notified via this. When the external security is released, the control unit 46a unlocks the electric lock 22 and cancels signal input from the magnet sensor 23, the passive sensor 24, and the like.

  FIG. 5 is a block diagram showing a configuration related to the management center 29. The management center 29 is composed of a personal computer and includes a user interface 15, a control device 16, and a storage device 17. The user interface 15 includes an input device 15a and a display unit 15b. The control device 16 includes a control unit 16a. The storage device 17 includes a storage unit 17a that stores history information, a storage unit 17b that stores device operation information, and a storage unit 17c that stores login and logout information. The input device 15a and the display unit 15b are connected to the control unit 16a. The various storage units 17a to 17c are each connected to the control unit 16a. The control unit 16a is connected via the telephone line 14 and the LAN 41 to the external security / set release device 21, the network attendance reader 36, the network storage 31, etc. 31, 33, 37, 40, the network personal computer desk 32, the network entry reader 38, and the network The history information sent from the leaving reader 39 and the like, the operation information regarding the devices 31 to 33 and 36 to 40, and the login and logout information are stored in the various storage units 17a to 17c, respectively. In addition, when the external security set unlocking device 21 receives a notification regarding an abnormal intrusion, the control unit 16a displays the occurrence of the abnormal intrusion on the display unit 15b.

  FIG. 6 is a block diagram showing a configuration related to the network attendance reader 36. The attendance reader 36 includes a user interface 30, a control device 46, and a storage device 47. The user interface 30 includes the personal authentication device 45, the input device 43, and the display unit 44 described above. The control device 46 includes a control unit 46a. The storage device 47 includes a storage unit 47a that stores history information, and a storage unit 47c that stores login and logout information. The personal authentication device 45, the input device 43, and the display unit 44 are connected to the control unit 46a. Each storage unit 47a, 47c is connected to the control unit 46a. The control unit 46a receives history information sent from the external security / set release device 21, the network storage 31, etc. 31, 33, 37, 40, the network personal computer desk 32, the network entry reader 38, and the network exit reader 39 via the LAN 41. The log-in and log-out information and the history information and log-in and log-out information input by the personal authentication device 45 and the input device 43 of the reader 36 are stored in the storage units 47a and 47c, respectively.

  FIG. 7 is a block diagram showing a configuration related to a network storage (such as the library 33, lockers 31, 37, safe 40, etc.). These devices 31, 33, 37, and 40 include a user interface 58, control devices 55 and 56, storage devices 56 and 66, and storage units 51a and 61a. The user interface 58 includes the above-described personal authentication devices 54 and 64, input devices 53 and 63, and display units 52 and 62. The control devices 55 and 65 include a control unit 59a and a determination unit 59b. The storage devices 56 and 66 include a storage unit 60a that stores history information, a storage unit 60b that stores authority information, and a storage unit 60c that stores login and logout information. In addition, a plurality of electric locks 57 are provided in the storage units 51a and 61a. The personal authentication devices 54 and 64, the input devices 53 and 63, and the display units 52 and 62 are connected to the control unit 59a. The storage unit 60a related to the history information is connected to the control unit 59a. The storage units 60b and 60c related to the authority information and login / logout information are connected to the control unit 59a via the determination unit 59b. Each electric lock 57 is connected to the control unit 59a. The control unit 59a causes the storage unit 60a to store the personal information and the personal identification number input by the personal authentication devices 54 and 64 and the input devices 53 and 63 as history information. The control unit 59a stores the login / logout information of the user input by the personal authentication devices 54 and 64 and the input devices 53 and 63 in the storage unit 60c via the determination unit 59b. The determination unit 59b determines whether the personal information and the personal identification number input by the personal authentication devices 54 and 64 and the input devices 53 and 63 correspond to a predetermined authority based on the authority information. It is determined whether login and logout information corresponding to each individual exists in the storage unit 60c. On the other hand, when the control unit 59a determines that the personal information and the personal identification number input by the personal authentication devices 54 and 64 and the input devices 53 and 63 correspond to the authority information, the electric lock of the storage units 51a and 61a 57 is unlocked.

  FIG. 8 is a block diagram showing a configuration related to the network personal computer desk 32. The personal computer desk 32 includes a user interface 79, a control device 76, a storage device 77, and a storage unit 71a. The user interface 79 includes the personal authentication device 75, the input device 74, and the display unit 73 described above. The control device 76 includes a control unit 76a and a determination unit 76b. The storage device 77 includes a storage unit 77a that stores history information, a storage unit 77b that stores authority information, and a storage unit 76c that stores login and logout information. In addition, the storage unit 71 a of the desk 71 is provided with a plurality of electric locks 78. The personal authentication device 75, the input device 74, and the display unit 73 are connected to the control unit 76a. The storage unit 77a related to the history information is connected to the control unit 76a. The storage units 77b and 77c related to the authority information and login / logout information are connected to the control unit 77a via the determination unit 76b. Each electric lock 78 is connected to the control unit 76a. The control unit 76a causes the storage unit 77a to store the personal information and the personal identification number input by the personal authentication device 75 and the input device 74 as history information. The control unit 76a stores the login and logout information of the user input by the personal authentication device 75 and the input device 74 in the storage unit 77c via the determination unit 76b. The determination unit 76b determines whether the personal information and the password entered by the personal authentication device 75 and the input device 74 correspond to a predetermined authority based on the authority information, It is determined whether or not corresponding login / logout information exists. On the other hand, the control unit 76a permits the use of the personal computer 72 and determines whether the personal information and the personal identification number input by the personal authentication device 75 and the input device 74 correspond to the authority information. The electric lock 78 of 71a is unlocked.

  FIG. 9 is a block diagram showing the configuration relating to the network entry reader 38 and the network exit leader 39. These readers 38 and 39 include a user interface 30, a control device 46, and a storage device 47. The user interface 30 includes the personal authentication device 45, the input device 43, and the display unit 44 described above. The control device 46 includes a control unit 46a and a determination unit 46b. The storage device 47 includes a storage unit 47a that stores history information, a storage unit 47b that stores authority information, and a storage unit 47c that stores login and logout information. In addition, electric locks 48 are provided on the doors 10 and 11 of the rooms 7 and 8. The personal authentication device 45, the input device 43, and the display unit 44 are connected to the control unit 46a. The storage unit 47a related to the history information is connected to the control unit 46a. The storage units 47b and 47c related to the authority information and login / logout information are connected to the control unit 46a via the determination unit 46b. The electric lock 48 is connected to the control unit 46a. The control unit 46a causes the storage unit 47a to store the personal information, the personal identification number, and the like input by the personal authentication device 45 and the input device 43 as history information. The control unit 46a stores the login / logout information of the user input by the personal authentication device 45 and the input device 43 in the storage unit 47c via the determination unit 46b. The determination unit 46b determines whether the personal information and the password entered by the personal authentication device 45 and the input device 43 correspond to a predetermined authority based on the authority information, It is determined whether or not corresponding login / logout information exists. On the other hand, the control unit 46a unlocks the electric lock 48 of the doors 10 and 11 when determining that the personal information and the password entered by the personal authentication device 45 and the input device 43 correspond to the authority information. Or locked.

  FIG. 10 is a block diagram showing a configuration relating to office equipment (facsimile 34, copy machine 35). These devices 34 and 35 include a user interface 85, an operation unit 86, a control device 87, and a storage device 88. The user interface 85 includes an input device 89 and a display unit 90. The control device 87 includes a control unit 87a. The storage device 88 includes a storage unit 88a that stores history information. The operation unit 86 includes a predetermined mechanism 86a. The input device 89 and the display unit 90 are connected to the control unit 87a. The storage unit 88a related to the history information is connected to the control unit 87a. The mechanism 86a is connected to the control unit 87a. The control unit 87a controls the mechanism 86a based on an operation command input from the input device 89, and stores the operation history and the like in the storage unit 88a as history information.

  In this embodiment, various internal devices constituting the internal security system 13, that is, a network attendance reader 36, a network storage 31, 33, 37, 40, a network personal computer desk 32, a network entry reader 38, a network exit reader 39 And the control devices 46, 55, 65, 76, 87 of the office devices 34, 35 prohibit the use of the internal devices 31-40 when the security of the external security is not released by the external security set release device 21. When the security of the external security is canceled by the external security / set canceling device 21, the use of the internal devices 31 to 40 is permitted all at once. In this embodiment, each control device 46, 55, 65, 76, 87 corresponds to the use permission means in the present invention.

  In this embodiment, the external security / set release device 21, the input devices 43, 53, 63, 74, 89 and the personal authentication devices 45, 54, 64, 75 of the various internal devices 31 to 40 are the various internal devices 31. ˜40 users are used to log in and log out under the control of the internal security system 13. In this embodiment, the input devices 43, 53, 63, 74, and 89 and the personal authentication devices 45, 54, 64, and 75 correspond to login / logout means. Information relating to login and logout input by each of the input devices 43, 53, 63, 80, 87 and the personal authentication devices 45, 54, 64, 75 is sent via the LAN 41 to the external security set releasing device 21, the management center 29, Storage unit 17c, 47c of storage devices 17, 47, 56, 66, 77 in network attendance reader 36, network storage 31, etc. 31, 33, 37, 40, network personal computer desk 32, network entry reader 38 and network exit reader 39 60c and 77c are stored as common information. Here, the control device 46 of the external security set releasing device 21 permits the external security guard to be set by the device 21 based on information relating to login and logout in the storage unit 47c. In this embodiment, the control device 46 corresponds to set permission means. Further, the control device 46 of the external security / set releasing device 21 determines that the user is not left in the building 1 or each of the rooms 4 to 8 based on the information related to login and logout in the storage unit 47c of the storage device 47. Then, when the device 21 is operated, the operations of the various internal devices 31 to 40 are forcibly treated. In this embodiment, the control device 46 corresponds to forced treatment means. Further, the display unit 44 of the external security / set releasing device 21 is configured to collectively display operation states of the various internal devices 31 to 40 when the device 21 is operated. In this embodiment, the display unit 44 corresponds to a display unit.

  Here, the control contents executed by the control device 46 of the device 21 when the external security is released using the external security / set release device 21 in the above-described security system will be described with reference to the flowchart of FIG.

  When the processing shifts to this routine, the control device 46 reads the identity information of the IC card inputted by the personal authentication device 45 in step 100, and in step 110, uses the input device 43 to release the security of external security. When the entered personal identification information is read, the personal information stored in the storage device 47 is searched in step 120. Here, the control device 46 retrieves the identity information from the history information stored in the storage unit 47 a of the storage device 47.

  Next, in step 130, the control device 46 determines whether or not the identity information corresponding to the identity information of the IC card is included in the identity information recorded in the storage device 47. If this determination result is negative, it is assumed that an unauthorized operation has been performed, and in step 170, the control device 46 displays an error on the display unit 44 and stores the history information of the unauthorized operation in the storage device 47. Thereafter, in step 180, the controller 46 maintains external security guards.

  On the other hand, if the determination result in step 130 is affirmative, it is determined that a legitimate operation has been performed, and in step 140, the control device 46 determines whether or not the person who performs the operation has an appropriate use authority. Is determined based on the authority information stored in the storage device 47. If this determination result is negative, the control device 46 proceeds to steps 180 and 190 and executes the above-described processing.

  On the other hand, if the determination result in step 140 is affirmative, it is assumed that the operation is performed by an appropriate user, and in step 150, the control device 46 releases the security of external security. That is, the control device 46 unlocks the electric lock 22 and cancels signal input from the magnet sensor 23 and the passive sensor 24 in order to release the external security.

  Thereafter, in step 160, the control device 46 permits the use of various internal devices 31 to 40 related to the internal security system 13. That is, the control device 46 of the external security set releasing device 21 sends a signal permitting use via the LAN 41 to the control devices 46, 55, 65, 76, 87 of the various internal devices 31-40. In the internal security system 13, even if various internal devices 31 to 40 are activated, the various internal devices 31 to 40 are not activated unless the permission signal is received from the external security / set release device 21.

  Next, control contents executed by the control device 46 of the device 21 when the external security is set using the external security / set canceling device 21 in the security system described above will be described with reference to the flowchart of FIG.

  When the processing shifts to this routine, the control device 46 reads the identity information of the IC card inputted by the personal authentication device 45 in step 200, and in step 201, uses the input device 43 to set security of external security. When the entered personal identification information is read, in step 202, the personal information stored in the storage device 47 is searched. Here, the control device 46 retrieves the identity information from the history information stored in the storage unit 47 a of the storage device 47.

  Thereafter, in step 203, the control device 46 determines whether or not the identity information corresponding to the identity information of the IC card is in the identity information recorded in the storage device 47. If the determination result is negative, it is assumed that an unauthorized operation has been performed, and in step 212, the control device 46 displays an error on the display unit 44 and stores the history information of the unauthorized operation in the storage device 47. Thereafter, in step 213, the control device 46 maintains the security release of the external security, and temporarily terminates the subsequent processing.

  On the other hand, if the determination result in step 203 is affirmative, it is determined that a legitimate operation has been performed, and in step 204, the control device 46 determines whether or not the person who performs the operation has an appropriate use authority. Is determined based on the authority information stored in the storage device 47. If this determination result is negative, the control device 46 proceeds to steps 212 and 213 and executes the above-described processing.

  On the other hand, if the determination result in step 204 is affirmative, in step 205, the control device 46 determines whether all employees in the building 1 have logged out based on the login and logout information stored in the storage device 47. To judge. If the determination result is negative, in step 210, the control device 46 collectively displays the survivors who have not logged out on the display unit 44. In response to this display, the operator who wants to set the security of the external security will urge the remaining person to log out by telephone contact or the like. As a result, the remaining person logs out using the various internal devices 31 to 40, so that the logout information is sent from the various internal devices 31 to 40 to the external security set releasing device 21 via the LAN 41. It is stored in the storage device 47 of the device 21.

  Thereafter, in step 211, the control device 46 determines whether or not the survivor has logged out based on the login and logout information stored in the storage device 46. If the determination result is negative, in step 213, the control device 46 maintains the security release of the external security. On the other hand, when the determination result of step 211 is affirmative, the control device 46 returns the process to step 205.

  If the determination result in step 205 is affirmative, in step 206, the control device 46 determines whether or not any of the various internal devices 31 to 40 is in a power-on state. If this determination result is negative, it is assumed that the power sources of the various internal devices 31 to 40 are turned off, and in step 214, the control device 46 starts security of external security. That is, the control device 46 locks the electric lock 22 and enables signal input from the magnet sensor 23, the passive sensor 24, and the like in order to set security for external security. Thereafter, in step 215, the control device 46 disables the various internal devices 31 to 40. That is, unless the external security / security releasing is performed by the external security / set releasing device 21, the various internal devices 31 to 40 cannot be used.

  On the other hand, if the determination result in step 206 is affirmative, there is a power-on state among the various internal devices 31 to 40. Therefore, in step 207, the control device 46 determines that the internal devices 31 to 40 are in the power-on state. Are collectively displayed on the display unit 44. In response to this display, the operator forcibly treats the internal devices 31 to 40 by operating the input device 43 of the external security / set releasing device 21. For example, as a compulsory treatment, the operator performs an operation for forcibly terminating the operation of the various internal devices 31 to 40 by forcibly turning off the power.

  In step 208, the control device 46 determines whether or not there is an operation for forcibly treating the various internal devices 31 to 40. If this determination result is affirmative, in step 209, the control device 46 forcibly treats the various internal devices 31 to 40 in the power-on state. Thereafter, the control device 46 returns the process to step 206. At this time, since the determination result in step 206 is negative, the control device 46 starts security of external security in step 214, and disables the various internal devices 31 to 40 in step 215.

  On the other hand, if the determination result in step 208 is negative, there is no operation for forcibly treating the internal devices 31 to 40 in the power-on state. To maintain.

  According to the security system of this embodiment described above, the external security system 12 monitors abnormal intrusion into the building 1 or each of the rooms 4 to 8 with the magnet sensor 23 and the passive sensor 24 that are various detection devices. When an abnormal intrusion is detected, the building 1 or the rooms 4 to 8 are guarded by reporting to the management center 29 outside the building 1. And the management center 29 copes with abnormal intrusion by receiving a report and urging the guard to the building 1 to be guarded.

  On the other hand, the internal security system 13 includes a network attendance reader 36, which is various internal devices installed in the building 1 or each room 4-8, a plurality of network storages, etc. (library 33, lockers 31, 37, safe 40). By managing the use of a plurality of network personal computers / desks 32, a plurality of network entry readers 38, a network exit reader 39, and office equipment (facsimile 34, copy machine 35), the internal devices 31-40 are prepared for unauthorized use. It is like that.

  The security system of this embodiment integrates the external security system 12 and the internal security system 13 so that the systems 12 and 13 are linked to each other. That is, the external security set releasing device 21 is allowed to be operated only by an operator having a predetermined authority in order to release the security of the external security. When the security of the external security is released using the external security / set releasing device 21, the control device 46 of the device 21 permits the use of the various internal devices 31 to 40 in the internal security system 13 all at once. It is supposed to be. Therefore, the various internal devices 31 to 40 in the internal security system 13 cannot be used unless the security of external security is released. That is, in the state where the security of external security is set, it is not possible to operate various internal devices 31 to 40 even if they are used in normal operation. This means that the use of the various internal devices 31 to 40 is subject to the double restriction of the use restriction by the external security system 12 and the original use restriction by the internal security system 13. For example, even if an attempt is made to use the network safe 40 through a normal personal authentication operation, the safe 40 cannot be unlocked. As a result, the external security system 12 and the internal security system 13 can be integrated and linked, and thereby the management of the various internal devices 31 to 40 by the internal security system 13 can be made more reliable and robust. .

  On the other hand, according to the security system of this embodiment, the external security / set releasing device 21 is set such that only an operator having a predetermined authority is permitted to set the security of external security. . In addition, the users of the various internal devices 31 to 40 use the personal authentication devices 45, 54, 64, and 75 and the input devices 43, 53, 63, 74, and 89 of the internal devices 31 to 40 and use the internal security system. 13, the various internal devices 31 to 40 can be used for the first time, and the login information and logout information about the user are stored in the various internal devices 31 to 33, 36 to 40 and the external security set. It is given to the release device 21 and stored in those storage devices 47, 56, 66, 77. Then, the control device 46 of the external security / set release device 21 permits the external security guard to be set by operating the device 21 based on the login information and logout information stored in the storage device 47. It is supposed to do. Therefore, unless it judges based on the login information and logout information regarding the users of the various internal devices 31 to 40 (that is, in this embodiment, unless all users remain in the building 1 based on the logout information). ) External security security can never be set. For this reason, when the security of external security is set, it becomes possible to confirm useless survivors in the building 1. For this reason, a person is not confined in the building 1 with the security of the external security set, the external security system 12 is activated, and an abnormal signal is not transmitted to the management center 29. There is no longer a security guard rushing to the security target. Moreover, it becomes difficult for a malicious person to remain in the building 1 intentionally, and it becomes difficult to illegally use the various internal devices 31 to 40 managed in the building 1. Also in this sense, the external security system 12 and the internal security system 13 can be integrated and linked, thereby making the management of the various internal devices 31 to 40 by the internal security system 13 more reliable and robust. it can.

  In addition, according to the security system of this embodiment, the control device 46 of the external security / set release device 21 allows the employee who is the user to use the building 1 or each of the buildings 1 or each based on the login information and logout information stored in the storage device 47 When it is determined that the rooms 4 to 8 do not remain, when the apparatus 21 is operated, the operations of the various internal devices 31 to 40 are forcibly treated. That is, in this embodiment, the power of the internal devices 31 to 40 in the power-on state is forcibly turned off. Therefore, even when there are no employees remaining in the building 1 or the rooms 4 to 8, when setting the security of external security, the power of the various internal devices 31 to 40 is forcibly turned off. The internal devices 31 to 40 can be reliably disabled, and the internal security related to the internal devices 31 to 40 is strengthened. For this reason, even if the external security system 12 breaks down, the operations of the various internal devices 31 to 40 are surely limited. Also in this sense, the external security system 12 and the internal security system 13 can be integrated and linked, thereby making the management of the various internal devices 31 to 40 by the internal security system 13 more reliable and robust. it can.

  Furthermore, according to the security system of this embodiment, when the external security / set releasing device 21 is operated in order to start the security of external security, the display unit 44 of the device 21 displays various internal devices 31 to 31. Forty operation states, that is, the power-on internal devices 31 to 40 are specified and collectively displayed. Therefore, the operator of the external security / set releasing device 21 confirms the operation state collectively displayed on the display unit 44 to perform the operations of the various internal devices 31 to 40 before setting the security of the external security. It is possible to forcibly terminate it arbitrarily. In this embodiment, since the power is forcibly turned off by the operator's operation, the operations of the various internal devices 31 to 40 are surely limited. Also in this sense, the external security system 12 and the internal security system 13 can be integrated and linked, thereby making the management of the various internal devices 31 to 40 by the internal security system 13 more reliable and robust. it can.

[Second Embodiment]
Next, a second embodiment that embodies the security system of the present invention will be described in detail with reference to the drawings.

  In each of the following embodiments including this embodiment, the same components as those in the first embodiment are denoted by the same reference numerals, description thereof is omitted, and different points will be mainly described below.

  In this embodiment, operation specifications of various detection devices are different from those in the first embodiment. Other configurations in this embodiment are the same as those in the first embodiment. Therefore, also in this embodiment, the same effect as that of the first embodiment can be obtained.

  FIG. 13 shows the accounting room 8 of FIG. 1 in an enlarged manner. In this embodiment, one security camera 25 is installed on the ceiling of the accounting room 8. The security camera 25 is one of a plurality of security cameras installed inside the building 1. The security camera 25 is arranged toward the network safe 40 and photographs a person who operates the safe 40. The security camera 25 corresponds to one of various detection devices in the present invention. FIG. 14 is a block diagram showing an electrical configuration according to the security system of this embodiment. In this embodiment, the external security / set releasing device 21 controls the operation of the security camera 25. In this embodiment, a server 50 is provided, and data is exchanged between the server 50 and the various detection devices 23 to 25, the external security / set release device 21, and the various internal devices 31 to 40 via the LAN 41. To do. The configuration of the server 50 is basically the same as that of the network personal computer desk 32 shown in FIG.

  In this embodiment, the external security / set releasing device 21 releases the security by the external security system 12 and the various security devices 23 to 25 when the use of the various internal devices 31 to 40 in the internal security system 13 is permitted. The operation can be set to any specification (arbitrary specification) that matches the operation of the various internal devices 31 to 40. In order to set this optional specification, the external security / set release device 21, the various internal devices 31 to 40, and the server 50 can be used as operation means.

  That is, the external security / set releasing device 21 can be operated to set the operation of the various detection devices 23 to 25 to an arbitrary specification different from the normal specification. The authority for this setting is granted only to specific administrators. The setting of arbitrary specifications by the other various internal devices 31 to 40 and the server 50 is the same as that of the external security / set releasing device 21. Incidentally, the normal specification of the security camera 25 is to photograph a person who illegally enters the accounting room 8 when the external security system 12 is operating.

  Next, an example of the setting of the above arbitrary specification and its operation will be described. Here, the administrator operates the network safe 40 in the accounting room 8, so that “when someone operates to open the network safe 40, shooting by the security camera 25 in the accounting room 8 starts from the start of the operation, A case will be described in which an arbitrary specification is set that “shooting by the security camera 25 is stopped when five minutes have elapsed after the operation is completed”. FIG. 15 is a flowchart showing the flow of setting optional specifications performed by the administrator.

  First, in step 300, the administrator performs ID authentication using the personal authentication device 54 in the network safe 40. When the ID authentication is completed, in step 310, the administrator selects the “manager menu”. In the “manager menu”, various items that can be set by the manager are listed. Next, in step 320, the administrator selects “arbitrary operation setting” as one of the items of the “manager menu”. Similarly, in step 330, the administrator selects “arbitrary operation memory 1”. In step 340, the administrator selects “normal operation” in the “apply operation” item. Thereafter, in step 350, the administrator selects “security camera number” in the “arbitrary operation device setting” item. Here, the number of the security camera 25 in the accounting room 8 is selected. In step 360, the administrator selects “operating for 5 minutes from the start of the operation to the end of the operation” in the “select arbitrary operation” item. Thereafter, in step 370, the administrator selects “input complete”. As a result, in step 380, the control device 55 of the network safe 40 records completion of the arbitrary setting in the “arbitrary operation memory 1”.

  By the above operation, “When someone operates to open the network safe 40, the camera camera 25 in the accounting room 8 starts shooting from the start of the operation. An optional specification “stops shooting” is set. FIG. 16 is a flowchart showing the flow of the set optional specifications.

  First, in step 400, a user (administrator) who enters the accounting room 8 performs ID authentication using the personal authentication device 54 of the network safe 40. Then, in step 410, the control device 55 of the network safe 40 instructs the external security / set release device 21 on the optional specification that has been set. Then, in step 420, the security camera 25 in the accounting room 8 starts to operate, and the photographing of the user in front of the network safe 40 is started. Thereafter, when the user finishes the operation of the network safe 40 in step 430, in step 440, when the operation is completed, the external security / set release device 21 is instructed to stop shooting by the security camera 25 when 5 minutes have elapsed. As a result, in step 450, photographing by the security camera 25 in the accounting room 8 is stopped. Here, the image captured by the security camera 25 is recorded in the storage device of the server 50 from the security camera 25 via the external security / set release device 21 and the LAN 41.

  According to the security system of this embodiment described above, even after the security by the external security is released by operating the external security set releasing device 21 and the various internal devices 31 to 40 in advance as necessary, The operation of the detection devices 23 to 25 can be set to an arbitrary specification that matches the operation of the various internal devices 31 to 40, and abnormal situations related to the various internal devices 31 to 40 are monitored using the various detection devices 23 to 25. It becomes possible to do. For this reason, management of various internal devices 31-40 can be made severer as needed.

  That is, in the case of the above description, the operation of the security camera 25 is adjusted to the operation of the network safe 40 even after the security by the external security is released by the administrator operating the network safe 40 as necessary. Optional specification, that is, “When someone operates to open the network safe 40, the shooting by the security camera 25 in the accounting room 8 is started from the start of the operation, and the shooting by the security camera 25 is stopped when 5 minutes have elapsed from the end of the operation. Can be set. For this reason, it is possible to monitor the abnormal situation such as an unauthorized operation related to the network safe 40 and an illegal money withdrawal using the security camera 25. As a result, the management of the network safe 40 can be made more strict as necessary.

[Third Embodiment]
Next, a third embodiment that embodies the security system of the present invention will be described in detail with reference to the drawings.

  In this embodiment, the operation specifications of various internal devices are different from those in the first embodiment. Other configurations in this embodiment are the same as those in the second embodiment. Therefore, also in this embodiment, the same effect as that of the second embodiment can be obtained.

  In this embodiment, the operation of the various internal devices 31 to 40 when an abnormal intrusion is detected by the various detection devices 23 to 25 can be set to an arbitrary specification. In order to set an arbitrary specification in this abnormal intrusion, the external security / set release device 21, various internal devices 31 to 40, and the server 50 can be used as operation means.

  That is, the external security / set releasing device 21 can be operated to set the operation of the various internal devices 31 to 40 to an arbitrary specification different from the normal specification when an abnormal intrusion is detected by the various detection devices 23 to 25. It has become. The authority for this setting is granted only to specific administrators. The setting of arbitrary specifications by the other various internal devices 31 to 40 and the server 50 is the same as that of the external security / set releasing device 21.

  Next, an example of setting an optional specification for the above-described abnormal intrusion and an example of its operation will be described. Here, after the administrator operates the external security / set release device 21 and the security by the external security system 12 is set, “when the passive sensor 24 in the accounting room 8 detects an abnormal entry of a person or the like, the network safe 40 The operation of the optional specification for abnormal intrusion that "the operation of" is completely impossible "will be described. FIG. 17 is a flowchart showing the flow of setting optional specifications performed by the administrator.

  First, in step 500, the administrator performs ID authentication using the personal authentication device 45 in the external security / set release device 21. When the ID authentication is completed, in step 510, the administrator selects the “manager menu”. In the “manager menu”, various items that can be set by the manager are listed. Next, in step 520, the administrator selects “arbitrary emergency operation setting” as one of the items of “manager menu”. Next, in step 530, the administrator selects “arbitrary emergency operation memory 1”. In step 540, the administrator selects “passive sensor number” in the item “detection device”. Here, the number of the passive sensor 24 in the accounting room 8 is selected. Thereafter, in step 550, the administrator selects “operation not possible” in the “arbitrary emergency operation selection” item. In step 560, the administrator selects “input completed”. As a result, in step 570, the external security / set releasing device 21 records completion of the arbitrary setting in the “arbitrary emergency operation memory 1”.

  With the above operation, an optional specification for abnormal intrusion is set such that “when the passive sensor 24 in the accounting room 8 detects an abnormal intrusion of a person or the like, the operation of the network safe 40 is completely disabled”. FIG. 18 is a flowchart showing the operation flow of the optional specification in the set abnormal intrusion.

  First, in step 600, security by external security is set by the external security set releasing device 21. Then, in step 610, the passive sensor 24 in the accounting room 8 is activated. When the passive sensor 24 detects an abnormal intrusion of a person or the like, the external security / set releasing device 21 issues an abnormality in step 620. That is, the management center 29 is notified. In step 630, the external security / set releasing device 21 instructs the network safe 40 in the accounting room 8 to perform an emergency operation. Thus, in response to the instruction, in step 640, the network safe 40 becomes completely inoperable. In other words, even if an intruder tries to open the network safe 40 by a regular operation method, the network safe 40 cannot be opened.

  According to the security system of this embodiment described above, the operations of the various internal devices 31 to 40 and 50 are performed by operating the external security / set release device 21 and the various internal devices 31 to 40 and 50 in advance as necessary. Can be set to an arbitrary specification according to an abnormal situation. Thereby, the various internal devices 31 to 40 and 50 can be arbitrarily used or managed according to the occurrence of an abnormal situation.

  That is, in the above case, the administrator operates the external security / set release device 21 in advance as necessary, so that the network safe 40 in the accounting room 8 is completely operated in response to an abnormal intrusion into the accounting room 8. It becomes possible to set to impossible. Thereby, when there is an abnormal intrusion into the accounting room 8, the network safe 40 cannot be opened even if the network safe 40 is properly operated, and the network safe 40 can be managed safely according to the abnormal intrusion.

[Fourth Embodiment]
Next, a fourth embodiment that embodies the security system of the present invention will be described in detail with reference to the drawings.

  In this embodiment, the operation specifications of various internal devices are different from those in the first embodiment. Other configurations of this embodiment are the same as those of the first embodiment. Therefore, also in this embodiment, the same effect as that of the first embodiment can be obtained.

  FIG. 19 is a block diagram showing an electrical configuration according to the security system of this embodiment. In this embodiment, a disaster prevention system 26 is provided. The disaster prevention system 26 includes a fire sensor 27 as a fire detector for detecting a fire in the building 1 or each room 4 to 8 of the building 1. Further, as already described (see FIG. 7), electric locks 57 are provided in the network storages (library, locker, safe) 31, 33, 37, 40.

  In this embodiment, the operation of the various internal devices 31 to 40 when a fire is detected by the fire sensor 27 can be set to an arbitrary specification. In order to set an arbitrary specification at the time of the occurrence of the fire, the external security / set release device 21, various internal devices 31 to 40, and the server 50 can be used as operation means.

  In other words, the external security / set release device 21 can be operated to set the operation of the various internal devices 31 to 40 to an arbitrary specification adapted to the fire detection different from the normal specification when the fire is detected by the fire sensor 27. It has become. The authority for this setting is granted only to specific administrators. The setting of optional specifications at the time of the fire occurrence regarding the other various internal devices 31 to 40 and the server 50 is the same as that of the external security / set releasing device 21.

  Next, setting of optional specifications at the time of fire occurrence and an example of its operation will be described. Here, when the administrator operates the external security / set releasing device 21, the security by the external security system 12 is released and the use of the various internal devices 31 to 40, 50 is permitted, that is, “ When the fire sensor 27 detects smoke or flame heat, the network storage (library, locker, safe) 31, 33, 37, 40 and the electric locks 48, 57 attached to the doors 10, 11 are forcibly unlocked, respectively. The case of setting an optional specification at the time of the fire occurrence will be described. FIG. 20 is a flowchart showing the flow of setting optional specifications performed by the administrator.

  First, in step 700, the administrator performs ID authentication using the personal authentication device 45 in the external security / set release device 21. When the ID authentication is completed, in step 710, the administrator selects the “manager menu”. In the “manager menu”, various items that can be set by the manager are listed. Next, in step 720, the administrator selects “arbitrary emergency operation setting” as one of the items of “manager menu”. Next, in step 730, the administrator selects “arbitrary emergency operation memory 2”. Further, in step 740, the administrator selects “fire sensor” in the “detection device” item. Here, all the fire sensors 27 installed in the building 1 are selected. Thereafter, in step 750, the administrator selects “unlocked” in the “arbitrary emergency operation selection” item. In step 760, the administrator selects “input completed”. As a result, in step 770, the external security / set releasing device 21 records completion of the arbitrary setting in the “arbitrary emergency operation memory 2”.

  By the operation as described above, “When the fire sensor 27 detects smoke or flame heat, the network storage (library, locker, safe) 31, 33, 37, 40 and the electric lock 48 attached to each door 10, 11. , 57 are forcibly unlocked, ”an optional specification at the time of fire occurrence is set. FIG. 21 is a flowchart showing the flow of the set optional specifications.

  First, in step 800, the administrator or the like releases the security by the external security by the external security / set releasing device 21. Then, in step 810, all the fire sensors 27 inside the building 1 continue to operate. The disaster prevention system 26 operates regardless of whether security by external security is set or cancelled. Accordingly, the fire sensor 27 continues to operate for detecting a fire. Thereafter, when the fire sensor 27 detects smoke or flame heat, in step 820, the external security set releasing device 21 reports an abnormality. That is, the management center 29 is notified of the occurrence of a fire, and the disaster prevention system 26 is activated to activate an alarm device and the like. In step 830, the external security / set release device 21 instructs the network storage (library, locker, safe) 31, 33, 37, 40, the network entry reader 38, and the network exit leader 39 to perform an emergency operation. In response to this emergency command, in step 840, the network storages (library, locker, safe) 31, 33, 37, 40 and the electric locks 48, 57 attached to the doors 10, 11 are forcibly unlocked. As a result, the doors of the network storages (library, lockers, safes) 31, 33, 37, 40 can be freely opened only in the event of a fire, and important documents, money, etc. are stored in the network storages (librarys, lockers, safes) 31, 33. , 37, 40 can be taken out early to protect from fire. In addition, the doors 10 and 11 can be freely opened only when a fire occurs, and an evacuation route for employees or the like can be secured when a fire occurs.

  According to the security system of this embodiment described above, by operating the external security / set release device 21 and the various internal devices 31 to 40 and 50 in advance as necessary, the various internal devices 31 to 40 and 50 are controlled. The operation of the various internal devices 31 to 40, 50 when use is permitted can be set to an arbitrary specification according to the fire detection by the fire sensor 27, and the various internal devices 31 to 40, 50 are prepared in preparation for the occurrence of a fire. Can be managed. For this reason, it can contribute to the reduction of the damage by a fire.

  That is, in the case of the above description, the network storage (library, locker, safe) 31, 33, 37, 40, and network entry by the administrator operating the external security / set release device 21 as necessary. The operation of the electric locks 48 and 57 attached to the reader 38 and the network exit reader 39 can be set to an arbitrary specification that is forcibly unlocked in accordance with the fire detection. , Safe) 31, 33, 37, 40, network entry reader 38 and network exit reader 39 can be managed. As a result, the doors of the network storages (library, lockers, safes) 31, 33, 37, 40 can be freely opened only in the event of a fire, and important documents, money, etc. are stored in the network storages (librarys, lockers, safes) 31, 33. , 37, 40 can be taken out early to protect from fire. In addition, the doors 10 and 11 can be freely opened only when a fire occurs, and an evacuation route for employees or the like can be secured when a fire occurs. As a result, it is possible to contribute to ensuring the safety of property and personnel in the event of a fire.

[Fifth Embodiment]
Next, a fifth embodiment embodying the security system of the present invention will be described in detail with reference to the drawings.

  This embodiment differs from the first embodiment in part in the configuration of various detection devices and various internal devices.

  FIG. 22 shows the material room 7 of FIG. 1 in an enlarged manner. In this embodiment, one security camera 91 is installed on the ceiling of the document room 7. The security camera 91 is one of a plurality of security cameras installed inside the building 1. The security camera 91 is an interpersonal follow-up type camera, and automatically changes the shooting direction so that a person who enters the document room 7 can follow the movement of the person as a shooting target. The security camera 91 corresponds to one of various detection devices in the present invention. In this embodiment, a network face identification entry / exit reader 92 and a network face identification / exit leader 93 are provided at the entrance / exit 7a of the document room 7 in place of the network entry reader 38 and the network exit leader 39 in the first embodiment. It is done. The network face identification entry reader 92 corresponds to the entry authentication apparatus of the present invention, and the network face identification exit reader 93 corresponds to the exit authentication apparatus of the present invention. Further, a network take-out management gate 94 is provided in the document room 7 in correspondence with the entrance 7a. When the material stored in the network archive 33 is to be taken out of the material room 7, the take-out management gate 94 automatically reads the personal information of the take-out person and information on the material in a non-contact manner. Yes. The network library 33 corresponds to the storage of the present invention.

  FIG. 23 is a conceptual diagram showing a configuration related to the network library 33. In this embodiment, an IC tag 96 is attached to each material such as a file 95 stored in the archive 33. The IC tag 96 stores information (material information) for specifying the material to which the IC tag 96 is attached, and transmits the material information by weak radio waves. A reading device 97 for reading material information transmitted from the IC tag 96 is installed on the shelf 33a of the library 33. The reading device 97 has a flat plate shape and includes an antenna 97a disposed in the entire inside thereof. As shown by a solid line in FIG. 23, when the file 95 is in the shelf 33a, the reading device 97 reads the material information of the IC tag 96, and the file 95 is taken out from the library 33 as shown by a chain line in FIG. Then, the reading device 97 does not read the material information of the IC tag 96. Therefore, based on whether or not the material information is read by the reading device 97, it is detected whether or not each material has been taken out from the archive 33.

  FIG. 24 is a front view of the network face identification entry reader 92. The face identification entry reader 92 is provided on the front of the housing 92a from an input device 98 made of a numeric keypad, a display unit 99a made of a target lamp, another display unit 99b made of an OK / error lamp, and a non-contact type IC card reader. A personal authentication device 101, a photographing device 102 made of a camera, and an irradiation device 103 made of a plurality of infrared lights. A control device 104 and a storage device 105 are provided separately from the housing 92 a. The personal authentication device 101 is used to read the personal information recorded on the IC card carried by the user who wants to enter the room. The personal authentication device 101 has an antenna (not shown) that receives a signal transmitted from the IC card. When the IC card is approached, the personal authentication device 101 receives a signal including the personal information recorded on the card with an antenna and reads the personal information. The input device 98 is used for inputting a personal identification number related to the user. Each of the display units 99a and 99b is lit to give instructions and information to the user. The imaging device 102 captures a user's face image. The display unit 99a is lit to cause the user to gaze at the photographing apparatus 102 during photographing. The irradiation device 103 irradiates the user's face during photographing. The control device 104 controls unlocking and locking related to the electric lock 48 (see FIGS. 26 and 28). The storage device 105 stores in advance a control program, personal information for personal authentication, and the like. Since the basic configuration of the network face identification / exit leader 93 described above is the same as that of the entry reader 92, description thereof will be omitted.

  FIG. 25 is a perspective view showing the network take-out management gate 94. The take-out management gate 94 has a channel shape formed by gate frames 94a and 94b that stand in a bowl shape on the left and right sides, and a base frame 94c that supports the gate frames 94a and 94b. A control device 106 is provided below each of the gate frames 94a and 94b. A reading device 107 including an IC card reader and an IC tag reader is provided above each gate frame 94a, 94b. When a person with the file 95 passes between the two gate frames 94a and 94b, the reader 107 reads the personal information of the IC card carried by the person and the material information of the IC tag 96 attached to the file 95. It is like that.

  FIG. 26 is a block diagram showing an electrical configuration according to the security system of this embodiment. This embodiment differs from the block diagram shown in FIG. 14 in that the security camera 91, the network face identification entry / exit reader 92, and the network face identification / exit leader 93 are changed and a network take-out management gate 94 is newly added. . An electric lock 48 is connected to the network face identification entry / exit reader 92 and the network face identification exit / reader 93. In this embodiment, the security camera 91 constitutes one of various detection devices of the external security system 12, and the network face identification entry / exit reader 92, the network face identification / exit leader 93, and the network take-out management gate 94 are respectively internal security systems. It constitutes one of 13 various internal devices.

  In this embodiment, as in the second embodiment, the security by the external security system 12 is released by the external security / set releasing device 21, and various internal devices 31 to 37, 40, 92 to 94 in the internal security system 13 are released. The operation of the various detection devices 23, 24, 91 when use is permitted can be set to arbitrary specifications according to the operations of the various internal devices 31-37, 40, 92-94. In order to set this optional specification, the external security / set release device 21, various internal devices 31 to 37, 40, 92, 93 and the server 50 can be used as operation means. In other words, the external security / set releasing device 21 can be operated to set the operation of the various detection devices 23, 24, 91 to an arbitrary specification different from the normal specification. The authority for this setting is granted only to specific administrators. Other various internal devices 31 to 37, 40, 92 to 94 and setting of arbitrary specifications by the server 50 are the same as those of the external security / set releasing device 21. The method of setting the optional specifications is the same as that of the second embodiment, and thus the description thereof is omitted. Incidentally, the normal specification of the security camera 91 is to photograph a person who illegally enters the document room 7 when the external security system 12 is operating. In this embodiment, the server 50 corresponds to the recording device of the present invention.

  Next, the configuration of various devices changed and added in FIG. 26 will be described in detail. FIG. 27 is a block diagram showing a configuration related to the network archive 33 in this embodiment. In this embodiment, the network archive 33 is different from the block diagram of FIG. 7 in that a reading device 97 is added to the user interface 58. The reading device 97 is connected to the control unit 59a of the control device 55. The control unit 59a stores the material information of the IC tag 96 input by the reading device 97 in the storage unit 60a of the storage device 56 as history information. Other configurations are the same as those in the block diagram shown in FIG.

FIG. 28 is a block diagram showing the configuration of the network face identification entry / exit reader 92 and the network face identification / exit reader 93. In this embodiment, these readers 92 and 93 are provided with a user interface 30, a control device 104, and a storage device 105 as basic components, like the network entrance reader 38 and the network exit reader 39 shown in the block diagram of FIG. The user interface 30 includes an input device 98, display units 99a and 99b, a personal authentication device 101, a photographing device 102, and an irradiation device 103. The control device 104 includes a control unit 104a and a determination unit 104b. The storage device 105 includes a history information storage unit 105a, an authority information storage unit 105b, and a login / logout information storage unit 105c. An input device 98, display units 99a and 99b, a personal authentication device 101, an imaging device 102, and an irradiation device 103 are connected to the control unit 104a. The control unit 104a operates the irradiation device 103 together with the imaging device 102, and stores face image information input by the imaging device 102 in the storage unit 105a as history information. Other configurations are the same as those in the block diagram shown in FIG.

  FIG. 29 is a block diagram showing a configuration related to the network export management gate 94. The gate 94 includes a control device 106, a storage device 108, and a user interface 109. The user interface 109 includes a reading device 107. The control device 106 includes a control unit 106a. The storage device 108 includes a storage unit 108a. The reading device 107 is connected to the control unit 106a, and the control unit 106a is connected to the storage unit 108a. The control unit 106a operates the reading device 107 and stores information input by the reading device 107 in the storage unit 108a as history information.

  Next, an example of the operation | movement of the arbitrary specification regarding the security camera 91 of the document room 7 is demonstrated. Here, as an optional specification related to the security camera 91, “the security camera 91 tracks and captures a person's movement from entering the document room 7 to leaving the room in a regular procedure during the operation of the internal security system 13.” The case will be described. This optional specification is set by the same procedure as described in the flowchart shown in FIG. FIG. 30 is a flowchart showing an operation flow according to the optional specification.

  First, in step 900, the user performs ID authentication with the network face identification entry reader 92. If the ID authentication is appropriate, in step 901, the control device 104 of the room entrance reader 92 captures the face image of the user by the photographing device 102 and performs face identification. If the face identification is appropriate, the control device 104 of the room entry reader 92 unlocks the electric lock 48 and allows the door 10 to be opened in step 902. The face identification information and the information obtained by unlocking the electric lock 48 at this time are recorded as history information in the storage device 105 of the entrance reader 92 and also recorded in the storage device of the server 50 via the LAN 41. ing.

  Thereafter, when the user enters the document room 7, in step 903, the control device 104 of the entry room reader 92 instructs the external security / set release device 21 to set an optional specification, thereby preventing the crime in the document room 7. The operation of the camera 91 is started, and the security camera 91 starts tracking the person. Images taken by the security camera 91 are sequentially recorded from the security camera 91 to the storage device of the server 50 via the external security / set release device 21 and the LAN 41.

  Thereafter, in step 904, the user performs ID authentication in the network library 33. If the ID authentication is proper, the user starts the operation of the network archive 33 in step 905. That is, the electric lock 57 of the library 33 is unlocked and the door is opened. When the user takes out the file 95 from the library 33, the control device 55 of the library 33 detects the removal of the file 95 based on the material information of the IC tag 96 by the reading device 97 in step 906.

  After that, when the user finishes the operation of the library 33 in step 907, the control device 55 of the library 33 has the extracted user information and the material information of the extracted file 95 in step 908. The output information is recorded in the storage device 56 of the library 33 and is also recorded in the storage device of the server 50 via the external security / set release device 21 and the LAN 41.

  Thereafter, in step 909, when the user passes through the network take-out management gate 94, the reader 107 of the gate 94 identifies the identity of the IC card carried by the user and the document of the IC tag 96 attached to the file 95. Read information as take-out information. Then, in step 910, the control device 106 of the gate 94 determines whether or not the file 95 is taken out by a person who has a predetermined take-out authority (take-out authority) based on the read out information. Determine whether. The control device 106 records the determination result at this time in the storage device of the server 50 via the LAN 41.

  If it is determined in step 910 that the user is a take-out authority, in step 911, the user performs ID authentication with the network face identification / exit reader 93. Then, in step 912, the control device 104 of the exit leader 93 performs face identification by photographing the user's face image with the photographing device 102. If the face identification is appropriate, the control device 104 of the exit leader 93 allows the door 10 to be opened by unlocking the electric lock 48 in step 913. At this time, the personal information of the user, the face identification information, and the information obtained by unlocking the electric lock 48 are recorded in the storage device of the server 50 via the LAN 41.

  On the other hand, if it is not taken out by the take-out authority in step 910, the control device 104 of the exit leader 93 forcibly locks the electric lock 48 in step 914. Here, forced locking means locking that can only be unlocked by a predetermined administrator. Therefore, the electric lock 48 cannot be unlocked even if the user operates the exit leader 93 in the normal procedure. In step 915, the control device 104 of the exit leader 93 notifies the administrator that the material is abnormally taken out, and records information relating to the abnormal takeout in the storage device of the server 50 via the LAN 41. Let Here, as a report to the administrator, the control device 104 sends information indicating that the abnormality has occurred to the network personal computer / desk 32 used by the administrator via the LAN 41 from the exit / exit reader 93. ing.

  Thereafter, in step 916, the administrator who is the take-out authority operates the outside network face identification entry reader 92, whereby the network face identification exit leader 93 releases the forced lock of the electric lock 48. Thereby, opening of the door 10 of the data room 7 is permitted.

  Then, in step 917 after shifting from step 913 or 916, the control device 104 of the leaving reader 93 instructs the external security / set release device 21 to end the tracking shooting by the security camera 91.

  According to the security system of this embodiment described above, the security by the external security is released by operating the external security set releasing device 21 and the various internal devices 31 to 37, 40, 92, 93 in advance as necessary. Even after the security camera 91 is operated, the operation of the security camera 91 is set to an arbitrary specification in accordance with the operations of the network archive 33, the network face identification entry / exit reader 92, the network face identification / exit reader 93, and the network export management gate 94 in the document room 7. Can do.

  In this embodiment, after the user enters the document room 7, the user operates the network library 33 to take out the material such as the file 95 from the library 33, and leaves the document room 7 with the taken-out document. Information obtained by photographing a series of actions up to and including the operation information regarding the network library 33, the network face identification entry / exit reader 92 and the network face identification exit / reader 93, the read information by the reader 97, and the network export management gate 94. The information to be taken out is recorded in the server 50 together. Therefore, the operation of the network archive 33, the network face identification entry / exit reader 92, the network face identification exit / exit reader 93, the network take-out management gate 94 and the reading device 97 and the handling of the materials stored in the archive 33 are used for the security camera 91. It becomes possible to use and monitor. In this embodiment, the identity information of the user who enters or leaves the material room 7, the material information such as the file 95 handled by the user operating the network archive 33, and the user enters the material room 7. A series of video information from entering the room to leaving the room can be linked to each other and remain in the server 50 as history information. For this reason, the management of the material stored in the network library 33, the network face identification entry / exit reader 92, the network face identification / exit reader 93, the network export management gate 94, and the material stored in the library 33 is made more strict as necessary. be able to.

  Further, in this embodiment, since the reading device 97 is provided in the network archive 33, it is possible to check the extraction of the material such as the file 95 from the archive 33, so that the management of important documents in the archive 33 is more strict. Can be. In addition, by using the network take-out management gate 94, only an administrator having the take-out authority is allowed to take out the material from the material room 7, and the general user who does not have the take-out authority is restricted from taking out the material. can do. For this reason, regarding the handling of the material, a double check can be performed by using the reading device 97 and the network carry-out management gate 94 together. In this sense, the important material is strictly managed in the material room 7. be able to.

  The present invention is not limited to the above-described embodiments, and can be implemented as follows by appropriately changing a part of the configuration without departing from the spirit of the invention.

  (1) In the above-described embodiment, the present invention is embodied in the external security system 12 that guards the building 1 and all the rooms 4 to 8 in the building 1 as security targets. It can also be embodied in an external security system configured to selectively guard each room in the building.

  (2) In the first embodiment, when the security of the external security is released and set, the identity information of the IC card input by the personal authentication device 45 of the external security / set release device 21 is read and input. The personal identification information stored in the storage device 47 is collated by reading the personal identification information input by the device 43. On the other hand, the personal authentication performed based on the physical information of the operator who releases or sets the security of external security may be used together with the personal authentication or may be adopted alone. Here, the body information includes face information photographed by a camera, fingerprint information read by a fingerprint reading device, voiceprint information read by a voice input device, and the like.

  (3) In the first embodiment, it is determined that the operator has the predetermined authority when releasing or setting the security of the external security. However, the determination of the presence or absence of the predetermined authority may be omitted. Good. In this case, even an operator who does not have a predetermined authority may be able to cancel or set the security of external security as long as personal authentication is possible. In addition, when setting security for external security, if it is confirmed that all employees are logged out and various internal devices are turned off, it may be possible to operate only with personal authentication.

  (4) In the first embodiment, as various internal devices of the internal security system, the network attendance reader 36, network storage, etc. (library 33, lockers 31, 37, safe 40), network personal computer / desk 32, network entry Although the reader 38, the network leaving leader 39, and the office equipment (facsimile 34, copy machine 35) are provided, a client server system server (personal computer) and a terminal (personal computer) may be provided as various internal devices. Further, a copier having a scanner function may be provided as an office device.

  (5) In the second embodiment, the operation of the various detection devices 23 to 25 is set to an arbitrary specification according to the operation of the various internal devices 31 to 40. You may make it set to arbitrary specifications.

  (6) In the fifth embodiment, the interpersonal follow-up type security camera 91 is used to track and photograph the movement of a person who has entered the document room 7, thereby recording a series of actions of the person as video information. I did it. On the other hand, the entire room can be photographed with a security camera with a fixed shooting direction, and a person entering the room with the security camera is photographed, so that a series of actions of the person is recorded as video information and the photograph is taken. A person's movement route may be estimated by performing image processing on the image.

The perspective view which shows the schematic structure which actualized the security system in the building of a company. The conceptual diagram which shows the structure of various internal apparatuses. The block diagram which shows the electric constitution which concerns on a security system. The block diagram which shows the structure which concerns on an external security set cancellation | release apparatus. The block diagram which shows the structure which concerns on a management center. The block diagram which shows the structure which concerns on a network attendance leader. The block diagram which shows the structure which concerns on a network storage. The block diagram which shows the structure which concerns on a network personal computer desk. The block diagram which shows the structure concerning a network entrance / exit leader. The block diagram which shows the structure which concerns on office equipment. The flowchart which shows the control content when canceling | releasing external security. The flowchart which shows the control content when setting external security. The perspective view which expands and shows the accounting room of FIG. The block diagram which shows the electric constitution which concerns on a security system. The flowchart which shows the flow of the setting of the arbitrary specifications which an administrator performs. The flowchart which shows the flow of the operation | movement of the set arbitrary specification. The flowchart which shows the flow of the setting of the arbitrary specifications which an administrator performs. The flowchart which shows the flow of the operation | movement of the set arbitrary specification. The block diagram which shows the electric constitution which concerns on a security system. The flowchart which shows the flow of the setting of the arbitrary specifications which an administrator performs. The flowchart which shows the flow of the operation | movement of the set arbitrary specification. The perspective view which expands and shows the data room of FIG. The conceptual diagram which shows taking out of the document in a network library. The front view which shows a network face identification entrance reader. The perspective view which shows a network taking-out management gate. The block diagram which shows the electric constitution which concerns on a security system. The block diagram which shows the structure which concerns on a network library. The block diagram which shows the structure concerning a network face identification entrance / exit leader. The block diagram which shows the structure which concerns on a network taking-out management gate. The flowchart which shows the flow of the operation | movement of the set arbitrary specification.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Building 4 Reception room 5 Business room 6 Changing room 7 Data room 7a Entrance / exit 8 Accounting room 12 External security system 13 Internal security system 14 Telephone line 21 External security set release device (release operation means)
23 Magnet sensor (various detection devices)
24 Passive sensors (various detection devices)
25 Security camera (various detection devices)
26 Disaster prevention system (various detection devices)
27 Fire sensor (fire detector)
29 management center (administrators, etc.)
31 Network valuables locker (various internal devices)
32 Network personal computer desk (various internal devices)
33 Network library (various internal devices, storage)
34 Facsimile (various internal devices)
35 Copy machines (various internal devices)
36 Network attendance leader (various internal devices)
37 Network locker (various internal devices)
38 Network entry reader (various internal devices)
39 Network exit leader (various internal devices)
40 Network safe (various internal devices)
50 servers (various internal devices)
55 Control device (use permission means)
65 Control device (use permission means)
76 Control device (use permission means)
87 Control device (use permission means)
91 Security camera (various detection devices)

Claims (1)

An external security system that monitors abnormal intrusion into a building or a room of a building with various detection devices and notifies an administrator outside the building when the abnormal intrusion is detected, and the building or the room of the building A security system integrated with an internal security system designed to manage the use of various internal devices installed inside,
Release operation means operated to release security by the external security system;
A security system comprising: use permission means for simultaneously permitting use of the various internal devices in the internal security system when security by the external security system is released by the release operation means.

Images