JP6440956B2 - Electric lock system and locked ID acquisition medium - Google Patents

Description

  The present invention relates to an electric lock system that locks and unlocks an electric lock device provided in the vicinity of a door or a door of a common part or a dedicated part in a management area to be managed by a manager, and the door or the door in the system. The present invention relates to a locked ID acquisition medium that is attached to an electric lock device installed in the computer and that acquires the lock ID of the device from the outside.

  Conventionally, there are management companies such as buildings such as condominiums and commercial buildings, areas divided in this kind of building (regardless of area division by floor number or division within the same floor), and multiple buildings. In the management area, which is the management target area, non-contact type IC cards and various types of information terminals (cell phones, smartphones, wearable devices) between the doors of the common part and the exclusive part or the electric lock device installed near the door Etc.) are used as authentication keys for short-range wireless communication to introduce an electric lock system that electrically locks and unlocks the lock to prevent intrusion of suspicious individuals and improve security. Yes. In addition, as this kind of electric lock system, what is disclosed by the following patent document 1, for example is well-known.

Japanese Patent Laid-Open No. 10-246043

  By the way, in this type of electric lock system, the management company that manages the management area issues an authentication key that grants the door locking / unlocking authority according to the type of user to the users entering and leaving the area. doing. The authentication key issuance method is as follows. The management company goes to the electric lock device installed in the shared section or the dedicated section using a dedicated device, and the identification information of the authentication key (the manufacturing number etc. is set in advance) that has registered the unlocking information. In general, the identification information (hereinafter referred to as “key identification information”) is registered.

  In other words, in the conventional electric lock system, when issuing an authentication key, first the registration operation of the lock / unlock information necessary for locking / unlocking is performed on the issued authentication key, and then the key identification information to be used is permitted for the lock / unlock operation. It will function as an authentication key only after it is registered in the electric lock device to be given.

  However, in the case of a large-scale building such as a tower apartment or a high-rise office building as the management area, the number of installed electric lock devices is enormous, and all the electric power that is managed and unlocked by the management company The key identification information must be registered for each authentication key using a dedicated device that goes to the lock, and the registration work is very complicated. Further, in addition to the authentication key issuance process, the manager has to create lock ID management information for grasping where the electric lock device is installed in the building, which is troublesome.

  Therefore, the present invention has been made in view of the above problems, and an electric lock system capable of easily managing a lock ID for each electric lock device while simplifying an authentication key issuing process, and the An object of the present invention is to provide a locked ID acquisition medium capable of acquiring a lock ID from the outside attached to the electric lock device of the system.

In order to achieve the above-described object, the electric lock system according to claim 1 is provided with an electric lock ID acquisition medium capable of acquiring an apparatus-specific lock ID that is information necessary for locking and unlocking the lock from the outside. A locking device;
The lock installation location list information in the form of a list in which the lock installation location information indicating the installation location of the electric lock device installed in the management area is associated with the lock ID registration field for registering the lock ID of the electric lock device. A lock ID acquisition terminal for creating lock ID management information in which the lock ID acquired from the lock ID acquisition medium is linked to the corresponding lock ID registration field;
A management server for storing and managing the lock ID management information created by the lock ID acquisition terminal for each management area;
It is characterized by providing.

Electric lock system according to claim 2 is an electric lock device that comes to be lock ID acquired medium which enables obtaining information and name Ru device unique lock ID required unlocking the lock from the outside,
A lock ID acquisition terminal for transmitting the lock ID acquired from the lock ID acquisition medium of the electric lock device in a management area to a transmission destination;
Stores lock installation location list information in a list form in which the lock installation location information of the electric lock device and the lock ID registration field for registering the lock ID of the electric lock device are associated with each other, and is transmitted from the lock ID acquisition terminal A management server for storing and managing the lock ID management information created by registering the generated lock ID in the corresponding lock ID registration field of the lock installation location list information for each management area;
It is characterized by providing.

The lock ID acquisition medium according to claim 3 is a lock ID acquisition medium used for the electric lock system according to claim 1 or 2,
It consists of a stickable / peelable seal indicating a lock ID unique to an electric lock device used as locking / unlocking information necessary for locking / unlocking the lock,
A lock installation location comprising a paper medium in which a lock installation location information indicating an installation location of the electric lock device in a management area and a lock ID registration field for registering a lock ID of the electric lock device are associated in a list form. It is affixed on the said lock ID registration column applicable to the installation location of the said electric lock apparatus in list information.

  According to the first and second aspects of the present invention, the lock ID is acquired from the locked ID acquisition medium attached to the electric lock device using the lock ID acquisition terminal, the lock ID of the acquired electric lock device, Since the lock ID management information associated with the lock installation location information indicating the installation location of the electric lock device that acquired the lock ID is registered in the management server, by using the lock ID management information when issuing the authentication key, The authentication key issuance process can be easily performed.

  Further, according to the invention described in claim 2, for example, an installer who constructs the electric lock device uses the lock ID acquisition terminal to link the lock installation location information indicating the installation location of the electric lock device and the acquired lock ID. Since the lock ID management information is created by associating the lock ID acquired by simply sending it to the management server in the attached state and the location where the electric lock device is installed, the manager can authenticate without going to the electric lock device. Key issuance processing and lock ID management can be performed, which is particularly useful when a large-scale building such as a condominium or an office building is used as a management area.

  According to the invention described in claim 3, the lock ID acquisition medium comprising the seal indicating the lock ID of the electric lock device is placed in the lock ID registration field corresponding to the installation location of the electric lock device in the lock installation location list information. By sticking, the lock ID installation location list information can function as lock ID management information in which the installation location of the electric lock device and the lock ID of the electric lock device are linked and managed. By requesting the work to the electric lock device mounting contractor, it is not necessary for the management contractor to go to the site and obtain the lock ID, and the management contractor only receives the paper medium lock ID management information created by the mounting contractor. The installation location of the electric lock device can be easily grasped, and the lock ID of the electric lock device can be managed for each installation location of the electric lock device 20.

It is a schematic block diagram which shows the structure of the electric lock system which concerns on this invention. (A) is a conceptual diagram showing an example when the lock installation location list information is expanded and displayed, and (b) is a lock ID management information in which the lock ID of each electric lock device is linked to the lock installation location list information. It is a conceptual diagram which shows an example. (A) is a conceptual diagram which shows the state which selected the lock ID registration column applicable when creating lock ID management information, (b) is the state by which the acquired lock ID was registered into the selected lock ID registration column FIG. It is the conceptual diagram which showed the usage example when the lock ID acquisition medium is used as a seal and the lock installation location list information is used as a paper medium.

  Hereinafter, embodiments for carrying out the present invention will be described in detail with reference to the accompanying drawings. It should be noted that the present invention is not limited by this embodiment, and all other forms, examples, operation techniques, etc. that can be implemented by those skilled in the art based on this form are included in the scope of the present invention. .

  The electric lock system of the present invention includes, for example, a building such as a housing complex, a commercial building, a public facility, an area divided in this type of building (regardless of area division by floor number or division in the same floor), and a plurality of buildings In an area that is managed by a management company such as a group of buildings (hereinafter collectively referred to as a “management area”), an electric lock device that is locked and unlocked by an electric operation by a user is installed in one or more places, Using a unique ID (hereinafter referred to as “lock ID”) set in the electric lock device as information used when locking or unlocking the door to be locked or unlocked or in the vicinity of the door, the lock is unlocked. The system is configured to lock, and the burden of the manager is reduced by omitting the registration work of the authentication key for the electric lock device performed in the conventional system.

  Further, in managing the lock ID unique to the electric lock device installed in the management area, “lock installation location information” indicating the installation location (the number of floors, the room name, the room number, etc.) of the electric lock device, and the electric lock device Management of the lock ID is simplified by creating “lock ID management information” in which each “lock ID” is linked to each installation location of the electric lock device and managing it by the external management server 40.

  In this specification, a lock ID acquisition medium (for example, a one-dimensional code (barcode) or a two-dimensional code provided in a predetermined location of the device to acquire the lock ID set in the electric lock device). Information identifiers such as (QR code (registered trademark)), color dots, RFID chips, etc.) are collectively defined as “locked ID acquisition medium”.

[System configuration]
First, the configuration of the electric lock system according to the present invention will be described. As shown in FIG. 1, the electric lock system 1 includes an authentication key 10 that is operated by a user during a locking / unlocking operation, and a common part or a dedicated part in a management area to be managed or a door near the door. An electric lock device 20 having a stand-alone configuration provided, a lock ID acquisition terminal 30 for acquiring a lock ID of the electric lock device 20 possessed by an installation company of the electric lock device 20 and a management company managing the management area, and lock ID management A management server 40 that manages information is schematically configured.

<About the authentication key>
The authentication key 10 has a storage area that can store / rewrite various types of information including a CPU, ROM, RAM, flash RAM, etc. For example, MiFare (ISO / IEC 14443), FeliCa (ISO / IEC 15408), and both RFID (Radio Frequency Identification Tag) and Bluetooth (registered trademark) that can perform short-range wireless communication with a communication distance of several centimeters to several meters using electromagnetic fields and radio waves such as NFC (ISO / IEC 18092), which is an upward compatible system ) Various devices having a short-range wireless communication function such as a microchip capable of communication according to), portable remote control keys equipped with various devices capable of wireless LAN standard communication such as Wi-Fi, and non-contact type IC cards , Various mobile information terminals (eg mobile phones, smartphones, wearables) Device) and the like. The authentication key 10 of this example is configured to perform short-range wireless communication using an RFID tag, and the RFID tag stores a lock ID that is communicated when locking / unlocking with the electric lock device 20. When a person performs a predetermined operation at the time of locking and unlocking, communication of the lock ID is performed with the electric lock device 20. In addition, as for the lock ID stored in the authentication key 10, only the lock ID corresponding to the electric lock device 20 that is permitted to perform the locking / unlocking operation is stored in advance, and the electric lock device 20 that is not permitted to perform the locking / unlocking operation. Even if the locking / unlocking operation is performed, the electric lock device 20 is not locked / unlocked.

  Therefore, in this system, only the lock ID of the electric lock device 20 permitted to be locked / unlocked by the management company is registered in the authentication key 10, and the authentication key 10 registration operation for permitting the electric lock device 20 to be locked / unlocked is performed. Even without performing security, security similar to that of the conventional system can be ensured.

  Note that the RFID tag includes an IC tag configured by a small one-chip IC (integrated circuit) that has been put into practical use in recent years, in addition to a circuit substrate on which a plurality of electronic elements are mounted. Moreover, as a specification of short-distance wireless communication, a passive type (passive type), an active type (active type), a semi-active type (a start-up type active type) that combines both a passive type and an active type may be used.

<About electric lock device>
As shown in FIG. 1, the electric lock device 20 is a stand-alone type in which an information communication unit 21, an electric lock control unit 22, a lock side storage unit 23, a locking / unlocking mechanism 24, and a power supply unit 25 are unitized. Device. In addition, since the number of installation of the electric lock device 20 may be a necessary number in the management area, it may be either singular or plural.

  The electric lock device 20 includes a lock ID acquisition medium 26 for acquiring a lock ID by performing a predetermined operation on a lock ID acquisition terminal 30 possessed by an installation contractor or a management contractor (hereinafter simply referred to as a “trader”). Attached. The lock ID acquisition medium 26 may be attached corresponding to the electric lock device 20 such as being provided at a position where the lock ID for each electric lock device 20 can be acquired. As a form of the lock ID acquisition medium 26, the lock ID may be a medium that can be acquired from the outside. For example, the lock ID is acquired by short-range wireless communication using the information communication unit 21, for example, A configuration in which a color dot-shaped lock ID acquisition medium 26 is printed on the exterior surface of the casing of the electric lock device 20, and a sticker ID acquisition medium 26 that is a barcode or QR code (registered trademark) can be attached / separated freely. As a structure attached to the exterior of the housing, as a card lock ID medium or as a tag, enclosed in a package packaged by the electric lock device 20, and provided with a display unit on the display screen, various information identifiers and colors For example, a configuration for displaying dots.

  The information communication unit 21 uses various wireless communications (NFC, Bluetooth (registered trademark), Wi-Fi, etc.) to enable various communication devices that can transmit and receive the lock ID to and from the authentication key 10 and the lock ID acquisition terminal 30. Consists of. The information communication unit 21 of this example is a configuration example by short-range wireless communication. The information communication unit 21 polls the authentication key 10 that is close to the predetermined communication range at a constant cycle, and reads the lock ID when the authentication key 10 is close to the communication range. The lock ID is transmitted to the electric lock control unit 22. In addition, when the information communication unit 21 functions as the lock ID acquisition medium 26, the lock ID acquisition terminal 30 that is close to the predetermined communication range is also polled at a fixed period, and the lock ID acquisition terminal 30 A lock ID is transmitted when close to the communication range.

  In addition, as a method for communicating the lock ID between the authentication key 10 and the lock ID acquisition terminal 30, the information communication unit 21 performs power saving in addition to a method of performing polling at a predetermined cycle as described above. In order to confirm the intention of communication of the lock ID as an object, the lock ID can be communicated only when a lock / unlock operation button (not shown) provided at a predetermined position of the electric lock device 20 is operated. .

  The electric lock control unit 22 includes, for example, a processor such as a CPU (Central Processing Unit), a ROM (Read Only Memory), a RAM (Random Access Memory), or an MPU (Micro-Processing Unit) having these functions. Drive control and power supply control of each part constituting the lock device 20 are performed. The electric lock control unit 22 first collates the lock ID read from the authentication key 10 during the locking / unlocking operation with the authentication lock ID stored in the lock side storage unit 23 (the lock ID set in the apparatus). Only when the legitimacy is determined and it is determined to be legitimate, a drive control signal corresponding to the current lock or door state is transmitted to the locking / unlocking mechanism 24.

  In addition, when the lock ID acquisition process is started by the lock ID acquisition terminal 30 via the information communication unit 21, the electric lock control unit 22 performs information communication so as to transmit the lock ID to the lock ID acquisition terminal 30. The unit 21 is controlled. In addition, when communicating lock ID with the lock ID acquisition terminal 30, in addition to the structure which transmits lock ID to the lock ID acquisition terminal 30 from the information communication part 21, lock ID acquisition is performed via the information communication part 21. The terminal 30 may be configured to read the lock ID.

  The lock side memory | storage part 23 is comprised with various memory | storage devices, such as non-volatile memories, such as EEPROM and flash memory, various semiconductor memories containing volatile memories, such as DRAM and SDRAM, and HDD. The lock side storage unit 23 determines whether the device information of each device constituting the electric lock device 20 and the lock ID read by the information communication unit 21 are valid information for locking and unlocking the lock. The authentication lock ID is stored. Moreover, the lock | rock side memory | storage part 23 memorize | stores the various data regarding locking / unlocking control, such as a status signal (door open / closed state signal, locking / unlocking state signal of a lock, locking / unlocking operation history) as monitor information as needed. May be.

  The locking / unlocking mechanism 24 can be locked or unlocked or locked or unlocked according to a drive control signal from the electric lock control unit 22 in a door (opening door, sliding door, folding door) that the user enters and exits. It is a mechanism for making a state. As a form example, it is composed of a drive device such as a motor and a solenoid and a lock, and is driven to lock or unlock the lock by a drive control signal input from the electric lock control unit 22 to the locking hole of the door frame. The lock is unlocked by projecting (locking) or pulling (unlocking) the deadbolt, the key inserted into the cylinder can be rotated in the locking / unlocking operation direction, and the door is opened / closed A form in which the handle or knob to be operated can be opened from the locked state, a state in which the electric strike of the door frame is driven and controlled to lock or unlock, or a state in which the door can be opened or closed, an electromagnetic lock In the form of locking / unlocking by driving control, in the retrofitting locking device that electrically rotates the existing mechanical thumb turn, the thumb turn is rotated in the locking / unlocking operation direction to lock / unlock the lock. Form, the electric thumb turn rotates the locking / unlocking operation direction such as in the form of performing locking and unlocking of the lock can be considered to.

  The power supply unit 25 is a power supply unit in which various types of batteries such as a button battery and a dry battery (regardless of a primary battery or a secondary battery) can be attached or detached, or light energy such as sunlight or illumination light using a photovoltaic effect. It is composed of a photovoltaic module that converts directly into electric power, and appropriately supplies driving power to each part of the electric lock device 20.

<About the lock ID acquisition terminal>
The lock ID acquisition terminal 30 is composed of a portable information terminal (for example, a mobile phone, a smartphone, a wearable device, a handy terminal) possessed by a business operator, and includes a lock ID acquisition unit 31, a terminal side storage unit 32, and a terminal side control unit 33. And a display unit 34 and an input operation unit 35. In addition, since the lock ID acquisition terminal 30 is a portable information terminal that is generally widespread, of course, various types of communication are made using an electric communication service with an external communication target via a known mobile communication network. A mobile communication function for wirelessly communicating information is assumed.

  The lock ID acquisition unit 31 is, for example, an RFID tag capable of short-range wireless communication, a camera for photographing a one-dimensional or two-dimensional code (bar code or QR code (registered trademark)) or a color code and reading the information, It is composed of a device for acquiring a lock ID from a lock ID acquisition medium 26 provided in the electric lock device 20 using a device for realizing various wireless communications such as Bluetooth (registered trademark) and Wi-Fi. The The lock ID acquisition unit 31 acquires a lock ID from the locked ID acquisition medium 26 provided in the electric lock device 20 under the control of the terminal-side control unit 33.

  The terminal-side storage unit 32 includes various storage devices such as a nonvolatile memory such as an EEPROM and a flash memory, a variety of semiconductor memories including a volatile memory such as a DRAM and a SDRAM, and an HDD, and constitutes a lock ID acquisition terminal. The drive control information is stored. The terminal-side storage unit 32 also has lock ID acquisition processing information (for example, activation and communication of an RFID tag) for realizing a function necessary for the lock ID acquisition unit 31 to acquire a lock ID from the locked ID acquisition medium 26. Control information relating to processing, bar code captured using a camera function, QR code (registered trademark), application software that reads a pattern such as a color code, etc., and decodes the lock ID are stored.

  Further, the terminal-side storage unit 32 associates the lock ID with the lock installation location list information in which the lock installation location information indicating the installation location of the electric lock device 2 is in the form of a list and the corresponding location of the lock installation location list information. Stored lock ID management information is stored.

  As shown in FIG. 2A, the lock installation location list information includes lock installation location information (floor number, room name, room number, etc.) indicating the installation location of the electric lock device 20 in the management area, and each installation location. The information and the lock ID registration field for registering the lock ID of the electric lock device 20 installed at the corresponding location are information in the form of a list, and when the input operation unit 35 is operated by the supplier for a predetermined operation, The item is displayed on the display screen of the display unit 34 in a state where the item can be selected.

  Accordingly, the contractor expands and displays the lock installation location list information while operating the input operation unit 35 in a predetermined manner, and selects the lock ID registration field while selecting the lock ID registration field corresponding to the installation location of the electric lock device 20 to be registered. By performing acquisition and registration processing, the lock ID acquired from the lock ID acquisition medium 26 of the electric lock device 20 and the lock installation location information of the electric lock device 20 as shown in FIG. Is created.

  As an example of the registration of the lock ID, for example, as shown in FIG. 3A, the lock ID registration field (hatched portion in the figure) of “shared entrance” is selected on the display screen of the display unit 34. When the lock ID (A00001) is acquired from the lock ID acquisition medium 26 of the electric lock device 20 installed at the entrance, the acquired lock ID is registered in the selected lock ID registration field as shown in FIG. . The lock ID management information is created by performing this operation for each electric lock device 20. Also, once all lock IDs have been acquired, after acquiring the lock ID, the contractor operates the input operation unit 35 on the display screen of the display unit 34 to associate each lock ID with the corresponding lock ID registration field one by one. Thus, the lock ID management information may be created, or the lock IDs acquired in a predetermined order may be automatically registered in the lock ID registration field of the lock placement location list information in the order of acquisition.

  The terminal-side control unit 33 includes, for example, a processor such as a CPU (Central Processing Unit), a ROM (Read Only Memory), a RAM (Random Access Memory), or an MPU (Micro-Processing Unit) having these functions. Control for acquiring the lock ID from the lock ID acquisition medium 26, control for expanding and displaying the lock installation location list on the display unit 34, control relating to the association registration between the lock ID and the lock installation location list, created Control for transmitting lock ID management information to the management server 40 using the mobile communication function of this terminal, various controls according to operation information from the input operation unit 35, and display control for the display unit 34 according to various display contents The drive control of each part which comprises the lock ID acquisition terminal 30, such as a process, is performed.

  The display unit 34 is configured by a display device such as a liquid crystal display (LCD) or an EL display (electroluminescence display: ELD), for example, and develops lock ID installation location list information under the control of the terminal-side control unit 33. Various display contents such as display necessary for driving the lock ID acquisition terminal 30 are displayed on the display screen.

  The input operation unit 35 includes various input devices such as operation keys such as numeric keys and selection buttons, and a UI (User Interface) such as a touch panel including software keys on the display screen of the display unit 34. When a predetermined operation is performed by a supplier such as a selection operation of the lock ID registration field in the lock installation location list information expanded and displayed when registering the acquired lock ID, operation information corresponding to the operation content is displayed on the terminal side control unit 33. Is output.

<About the management server>
The management server 40 is capable of wireless communication with a lock ID acquisition terminal 30 constituted by a server (installation location regardless of domestic and overseas) and a PC that can be used by a management company in the management area, and various information. It is comprised with the terminal device which can be preserve | saved / managed. When the lock ID management information transmitted from the lock ID acquisition terminal 30 is input, the management server 40 stores the acquired lock ID management information and the corresponding management area in a linked state.

  As described above, by storing the lock ID management information for each management area to be managed in the management server 40, only the lock ID that permits the locking / unlocking operation based on the lock ID management information stored in the management server 40 is obtained. The authentication key 10 can be registered and issued. Thereby, it is not necessary to go to the electric lock device 20 that grants the locking / unlocking operation permission during the issuance processing of the authentication key 10 as in the prior art, and it is possible to save the labor of the manager. .

[About processing operations]
Next, a series of processing operations in the electric lock system 1 described above will be described. Here, it is an example in which the electric lock system of the present example is adopted as the management area, and the lock ID management created by the management company after acquiring the lock ID from the lock ID acquisition medium 26 of each electric lock device 20 is completed. This is a processing operation until information is registered in the management server 40.
In the following processing operation, the RFID tag of the information communication unit 21 that communicates with the authentication key 10 at the time of locking / unlocking is used as a configuration of the locked ID acquisition medium 26, and short-range wireless communication is used with this tag. This is an example of acquiring a lock ID.

  The manager goes to the place where the electric lock device 20 is installed after the completion of the apartment, and brings the lock ID acquisition terminal 30 close to the communication range of the information communication unit 21 which is the locked ID acquisition medium 26 of the electric lock device 20. Get an ID. At this time, the lock ID acquisition terminal 30 performs the lock ID acquisition operation in a state where the lock installation location list information is expanded and displayed and the corresponding lock ID registration field is selected.

  The lock ID acquisition terminal 30 registers in a state where the corresponding lock ID registration field and the acquired lock ID are associated with each other in the lock ID installation location list information stored in advance. The manager completes the lock ID management information while acquiring the lock ID of each electric lock device 20 from the lock ID acquisition medium 26 of all the electric lock devices 20 installed in the apartment.

  Then, the management company transmits the created lock ID management information to the management server 40, and the management server 40 manages the lock ID management information of the apartment that is the current creation target. As a result, the information where the installation location of each electric lock device 20 installed in the common part and the exclusive part of the apartment is associated with the corresponding lock ID is managed, so that the manager has installed which lock ID. It is possible to easily grasp whether the ID of the electric lock device 20 is present.

  Further, if the lock ID management information is managed by the management server 40, when the authentication key 10 issued to the resident of the apartment is created, the unlocking operation is performed for each resident based on the lock ID management information. The corresponding lock ID can be registered in the authentication key 10 while selecting the electric lock device 20 to which permission is given.

  As described above, the electric lock system 1 described above is a system that uses the lock ID of the electric lock device 20 as locking / unlocking information of the electric lock device 20, and when acquiring the lock ID, Obtained from the locked ID obtaining medium 26 provided in the locking device 20 using the lock ID obtaining terminal 30. At this time, the lock installation location list information stored in advance in the lock ID acquisition terminal 30 is expanded and displayed, and the lock ID registration field corresponding to the lock installation location information of the electric lock device 20 that is the lock ID acquisition target is selected. By acquiring the lock ID in this state, the installation location of the electric lock device 20 that acquired the lock ID and the acquired lock ID are linked. Then, lock ID management information created by performing lock ID acquisition and registration processing on the electric lock device 20 to be managed is transmitted to the management server 40 and stored.

  Thereby, since the installation location of the electric lock device 20 and the lock ID are linked as the lock ID management information, each authentication is performed using the lock ID management information when the management company newly issues the authentication key 10. Only the lock ID necessary for the key 10 can be registered, and the authentication key 10 issuance process is simplified. Therefore, unlike the conventional system, there is no need to go to all the electric lock devices 20 when issuing the authentication key 10 and perform the registration work for the number of issued authentication keys 10, and particularly in apartments and office buildings. This is useful when managing large management areas.

  Further, by storing and managing the lock ID management information in the management server 40, the manager can simply determine which lock ID is the ID of the electric lock device 20 installed by simply browsing the lock ID management information. It can be easily grasped.

[Other embodiments]
In addition, this invention is not limited to said each embodiment, For example, as shown below, it can also change suitably according to a use environment etc. and can also implement it. Also, the following modifications can be implemented in any combination within the scope not departing from the gist of the present invention.

  In the embodiment described above, the lock ID acquisition terminal 30 displays the lock installation location list, and performs the lock ID registration process with the lock ID registration field of the electric lock device 20 to be registered in the list selected. The lock ID management information created in this way has been described as being transmitted to the management server 40 for management, but is not limited thereto. For example, the lock ID acquisition terminal 30 acquires the lock ID acquired from the lock ID acquisition medium 26 of the electric lock device 20 to be acquired, and the lock installation location information indicating the installation location of the electric lock device 20 that acquired the lock ID; The information is transmitted to the management server 40 in the associated state, and the lock installation location list information stored in advance in the management server 40 is compared with the lock ID to which the lock installation location information transmitted from the lock ID acquisition terminal 30 is associated. Then, the lock ID transmitted to the corresponding lock ID registration field may be registered to create and store and manage the lock ID management information. That is, if the lock ID management information is not created by the lock ID acquisition terminal 30 and is transmitted to the management server 40 in a state where the lock ID and the installation location information of the electric lock device 20 are linked, the management server 40 automatically locks the lock ID. In this configuration, ID management information is created.

  As a method for creating lock ID management information by the management server 40, the lock ID and the lock installation location information of the electric lock device 20 that acquired the lock ID from the lock ID acquisition terminal 30 are linked as in the above-described method. The lock ID acquired by at least the lock ID acquisition terminal 30 is transmitted to the management server 40, and the lock ID transmitted by the management server 40 is the corresponding part of the lock installation list information. It is sufficient that the lock ID management information is created by registering the ID. As an example, if the lock IDs transmitted in a predetermined order are automatically registered in the lock ID registration column of the lock installation location list information in the order of transmission, the lock ID is registered in the corresponding location, which is unnecessary. The lock ID management information can be created without requiring an association process.

  In the embodiment described above, the lock ID is acquired from the locked ID acquisition medium 26 provided in the electric lock device 20 using the lock ID acquisition terminal 30, and the lock ID and the lock installation location acquired by the lock ID acquisition terminal 30 are acquired. Although the lock ID management information is created from the list information, it is not limited to this. As shown in FIG. 4, as a method for creating lock ID management information, a lock ID acquisition medium 26 is used as a stickable / peelable seal, and a mounting contractor installs the housing of the electric lock device 20 when the electric lock device 20 is attached. The lock ID acquisition medium 26 affixed to the body exterior is peeled off, and the lock ID registration field of the lock installation location list information created with a paper medium (that is, the installation of the electric lock device 20 with the lock ID acquisition medium 26 peeled off) The configuration may be such that the lock ID management information is created by sticking the peeled ID acquisition medium 26 peeled off to the column corresponding to the location).

  With such a configuration, it is not necessary for the manager to go to the site and acquire the lock ID, and the manager manages the contents of the lock ID management information of the paper medium created by the installer by the scanner function or manual input. By registering in the server 40, the same effect as that described above can be obtained. In addition, when it is set as the said structure, the lock ID acquisition terminal 30 which a trader possesses becomes unnecessary.

  Further, as described above, in the lock ID management information created on a paper medium, the lock installation location information and the lock ID are both information such as a one-dimensional code (bar code) and a two-dimensional code (QR code (registered trademark)). A configuration such as an identifier or a color dot, and a predetermined reading order using the lock ID acquisition terminal 30 (for example, lock installation location information (A) → lock ID (A) → lock installation location information (B) → lock The lock ID and the lock installation location information are read by ID (B) →... Of the electric lock device 20 as in the case of ID (B)..., And the management server stores the read lock ID and lock installation location information. If the lock ID management information is generated by transmitting to 40, the lock installation location information and the lock ID are continuously linked in the reading order, so the management server 40 sequentially lists the input information. Just lock ID It is possible to create a management information.

  In addition to such a configuration, each piece of information (lock ID, lock placement location information) of the lock ID management information created on a paper medium using the lock ID acquisition terminal 30 is read in a predetermined reading order, and the lock ID If the acquisition terminal 30 is configured to create the lock ID management information, the management server 40 need only store and manage the transmitted lock ID management information, and the processing load can be reduced.

DESCRIPTION OF SYMBOLS 1 ... Electric lock system 10 ... Authentication key 20 ... Electric lock device 26 ... Locked ID acquisition medium 30 ... Lock ID acquisition terminal 40 ... Management server

Claims (3)

An electric lock device attached with a locked ID acquisition medium capable of acquiring from the outside a device-specific lock ID that is information necessary for locking and unlocking the lock;
The lock installation location list information in the form of a list in which the lock installation location information indicating the installation location of the electric lock device installed in the management area is associated with the lock ID registration field for registering the lock ID of the electric lock device. A lock ID acquisition terminal for creating lock ID management information in which the lock ID acquired from the lock ID acquisition medium is linked to the corresponding lock ID registration field;
A management server for storing and managing the lock ID management information created by the lock ID acquisition terminal for each management area;
An electric lock system comprising: An electric lock device attached with a locked ID acquisition medium capable of acquiring from the outside a device-specific lock ID that is information necessary for locking and unlocking the lock;
A lock ID acquisition terminal for transmitting the lock ID acquired from the lock ID acquisition medium of the electric lock device in a management area to a transmission destination;
Stores lock installation location list information in a list form in which the lock installation location information of the electric lock device and the lock ID registration field for registering the lock ID of the electric lock device are associated with each other, and is transmitted from the lock ID acquisition terminal A management server for storing and managing the lock ID management information created by registering the generated lock ID in the corresponding lock ID registration field of the lock installation location list information for each management area;
An electric lock system comprising: A locked ID acquisition medium for use in the electric lock system according to claim 1 or 2,
It consists of a stickable / peelable seal indicating a lock ID unique to an electric lock device used as locking / unlocking information necessary for locking / unlocking the lock,
A lock installation location comprising a paper medium in which a lock installation location information indicating an installation location of the electric lock device in a management area and a lock ID registration field for registering a lock ID of the electric lock device are associated in a list form. A locked ID acquisition medium, which is attached to the lock ID registration field corresponding to the installation location of the electric lock device in the list information.

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