KR100483236B1 - Door Lock Opening/Setting System - Google Patents

Abstract

Only when the authorized door lock switch is authenticated by the remote server, the one-time password is issued to open and close the door lock, and in this process, the switch can be easily issued and used by the switch, and the server operator opens and closes the door lock. Door lock opening and closing system to check and control. The door lock opening and closing system of the present invention includes an opening and closing control device connected to the door lock and electrically opening the door lock, and a management center system located at a remote location of the door lock and managing opening and closing authentication of the door lock. In the opening and closing control apparatus, the fingerprint recognition unit scans the fingerprint of the switch, and the storage means stores the fingerprint pattern of the registered user. If the fingerprint pattern scanned by the fingerprint recognition unit matches the storage means, the controller generates a random number for the switch and generates a first authentication number according to a predetermined rule using the random number, based on the random number. If the second authentication number and the first authentication number generated by the management center system match, the door lock is controlled to be opened. The management center system includes an authentication server that accepts the random number and generates a second authentication number by the rule, and authentication recording means for storing the authentication result of the authentication server.

Description

Door Lock Opening / Setting System

The present invention relates to a door lock device, and more particularly to a control system for controlling the opening and closing operation of the door lock that can be opened and closed by electrical control.

Currently, CD / ATM devices are widely installed and used in places other than banks and other financial institutions such as subway stations and bus terminals. Such a CD / ATM device stores a large amount of cash to pay cash required by the user, and the possibility of theft of the CD / ATM device can be said to exist everywhere. In particular, due to the large number of installations, the installation in an open area for easy access by users, and the lack of security for each device, highly intelligent criminals will open the door locks of CD / ATM devices and steal cash from the safe. It is very likely that cash will be leaked through risks, lost vault keys, duplication, or by entering or leaving someone else.

In addition to CD / ATM devices, concerns about the possibility of safe deposits are generally present in all companies and organizations. For example, it is common for financial institutions such as banks or institutions or corporations that handle confidential documents to store money or documents in safes. Many of these safes employ an open / close detection device to monitor whether a third party or a safe officer opens the safe and tears off the contents. For example, it is difficult for the remote monitor to monitor the open / close detection device to determine whether the person who opens or closes the safe door is a safe person or a third party, and even in the case of the safe person, the safe is locked out. This is because there is a possibility of opening the safe for fraudulent purposes while pretending to be a normal operation.

Therefore, there is a strong demand for a system that can remotely check when the door lock operator opens or closes the door lock, and permits the door lock to be opened and closed only when the door lock operator is authorized to authenticate the remote operation. In order to prevent unauthorized opening / closing of a third party's door lock, the present applicant uses a different password for each access so that the one-time password (OTP) cannot be used even if the previously used password is exposed by sniffing or the like. System).

In the conventional OTP scheme, the S / KEY one-time password system allows the client to log in to the server to generate a one-time password using the MD4 one-way hash function, and the server checks the one-time password to allow the login. The challenge-response system, in which the server sends a byte string called a challenge, the client generates a one-time password using a personal identification code (PIN) and challenge, responds to it, and the server authenticates the response. When the server attempts to log in to the server, the server asks for a PIN and a random number, and the client sends it. The server uses the PIN as an index to find the corresponding secret key in the database. Time-synchronized system that checks and authenticates The.

However, these conventional OTP schemes require a simple structure, unlike the ones that can be used in a client-server type computer system, because the transaction process for authentication is complicated and the algorithm processed in the client is complicated. It is not appropriate to employ in switching systems.

The present invention is to solve such a problem, it is possible to open and close the door lock by issuing a one-time password only when the authorized door lock switch is authenticated from the server in the remote location, in this process the switch is easily issued a one-time password It is a technical task to provide a door lock opening and closing system that enables the use and enables the server operator to check and control the door lock opening and closing point.

The door lock opening and closing system of the present invention for achieving the above technical problem is provided with an opening and closing control device connected to the door lock and electrically opening the door lock, and a management center system located at a remote location of the door lock and managing the opening and closing authentication of the door lock. In the opening and closing control apparatus, the fingerprint recognition unit scans the fingerprint of the switch, and the storage means stores the fingerprint pattern of the registered user. If the fingerprint pattern scanned by the fingerprint recognition unit matches the storage means, the controller generates a random number for the switch and generates a first authentication number according to a predetermined rule using the random number, based on the random number. If the second authentication number and the first authentication number generated by the management center system match, the door lock is controlled to be opened. The management center system includes an authentication server that accepts the random number and generates a second authentication number by the rule, and authentication recording means for storing the authentication result of the authentication server. In a preferred embodiment, the opening and closing control device further comprises a keypad for key input and a display for displaying the random number.

In one embodiment, the management center system may include an auto-response subsystem to accept the random number from the user's portable terminal and provide a second authentication number as a voice message to the user's portable terminal. However, in another embodiment, the management center system may provide the second authentication number as a text message to the user's portable terminal so that the user can input through the keypad. In addition, in another embodiment, the switchgear control device and the management center system may be connected or at least connected by a communication network, such that the management center system accepts a random number from the switchgear control device through the communication network and receives a second authentication number. It may be provided to the opening and closing control device through the communication network.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention.

1 shows an embodiment of a door lock opening and closing system according to the present invention. In the present embodiment, the door lock opening / closing system operates the door opening / closing control device 20 connected to the door lock 10, the management center system 50 located at a remote location, and the door opening / closing control device 20. It includes a portable terminal 40, such as a PDA or a mobile phone used by the switchgear to open and close to receive the opening and closing authentication from the management center system 50.

In the opening / closing control device 20, the fingerprint recognition unit 22 scans the fingerprint of the device manager or the switchgear, and the keypad 24 allows the device manager or the switchgear to select a menu or input a personal identification code or authentication number. The display 26 displays a guide message or the like to the device manager or the switch. The control unit 28 generates a random number according to the fingerprint pattern data from the fingerprint recognition unit 22 and the keypad 24 input information, generates a first authentication number according to the random number, and based on the random number, the management center system. Comparing the second authentication number generated 50 and the first authentication number to authenticate the device administrator or the switchgear, the door lock 10 is opened by controlling the lock opening and closing control unit 30 in accordance with the authentication result. The opening / closing detection unit 32 detects the opening / closing change state of the door lock 10 and provides the sensing data to the control unit 28.

In a preferred embodiment, the control unit 28 is implemented using a microprocessor, where the ROM 34 loads the BIOS necessary to drive such a control unit 28. The EEPROM 36 stores a program to be executed on the control unit 28, and also stores a personal identification code and fingerprint data for a device manager or a registered switch, and the RAM 38 temporarily stores data generated during a device operation process. Save it.

Management center system 50, on the other hand, includes an ARS subsystem 52, an authentication server 54, and a database server 56. As mentioned above, in this embodiment, the device manager or switchgear is provided with a portable terminal 40 such as a PDA or a mobile phone for accessing the management center system 50 for authentication of opening and closing, and the ARS subsystem 52 When the portable terminal 40 is connected, the user is allowed to select a service menu and inputs a random number generated by the opening / closing control device 20, and then the authentication result of the authentication server 54 is displayed. 40) will be voiced. The authentication server 54 generates a second authentication number based on the random number accepted through the ARS subsystem 52 and provides it to the user's portable terminal 40 through the ARS subsystem 52. Here, when the user makes an authentication request to the ARS subsystem 52 using the portable terminal 40, the user may be further inputted with a personal identification code in addition to the arbitrary number. On the other hand, each time the authentication request is processed, the authentication server 54 stores the authentication result, that is, the opening and closing record in the database server 56.

As described above, in one embodiment, the management center system 50 accepts a random number from a user's portable terminal 40 by key input and outputs a second authentication number by voice. However, this embodiment has been modified. In this case, the authentication server 54 of the management center system 50 may provide the portable terminal 40 with the second authentication number by a text message such as a short message. In another embodiment, an arbitrary number may be input and a second authentication number may be provided through a program loaded in the portable terminal 40 or provided from the authentication server 54 through the wireless Internet.

FIG. 2 shows program modules executed on the control unit 28 shown in FIG. 1. The user retrieval unit 80 retrieves whether the personal identification code inputted by the user, that is, the device manager or the switcher via the keypad 24 and the fingerprint pattern data scanned by the fingerprint recognition unit 22 are registered in the EEPROM 86. To verify the user first. The random number generator 82 generates a random number for the first verified user. In this embodiment, the random number is a random number consisting of six decimal digits. The authentication number generator 84 generates the first authentication number using a random number according to a predetermined rule. The authentication unit 86 authenticates the user by determining whether the first authentication number matches the second authentication number generated by the management center system 50. The open / close control unit 88 controls the lock open / close control unit 30 according to the authentication result of the authentication unit 86. The user manager 90 may register a new user's personal identification code and fingerprint pattern or delete a pre-registered user. Such program modules are stored in the EEPROM 36 and are loaded into the control unit 28 at the beginning of the device operation and executed whenever an associated event occurs.

FIG. 3 shows a door lock opening control process in the door lock opening and closing system of FIG. 1.

When the switch opens and closes the menu selection button on the keypad 24 provided at the front of the opening and closing control device 20, the opening and closing control device 20 enters the door opening mode and displays a guide message for entering a personal identification code. Will be displayed on the screen. When the switch enters the personal identification code (step 100), the user search unit 80 of the controller 28 checks whether the corresponding personal identification code is registered in the EEPROM 36. When the personal identification code is registered in the EEPROM 36, the user search unit 80 displays a guide message for inputting a fingerprint on the display 26. In step 102, when the switch contacts the fingerprint of the finger to the fingerprint recognition unit 22, the fingerprint is scanned. In step 104, the user search unit 80 searches whether the corresponding fingerprint pattern is stored in the EEPROM 36. If the personal identification code input in step 100 or the fingerprint pattern scanned in step 102 is not registered, an error message is displayed on the display 26 and the process ends. In this case, the guide voice may be output through a separate speaker.

If it is determined in step 104 that the fingerprint pattern is stored in the EEPROM 36, the random number generation unit 82 of the control unit 28 generates a random number for use in the opening and closing authentication of the switchgear and generated random The number is displayed on the display 26 (step 106). Then, the authentication number generator 84 of the control unit 28 generates the first authentication number by a predetermined rule using the random number (step 108). In generating the first authentication number, for example, a hash function may be used, other polynomials may be used, or may be generated by other rules. However, the present invention is not limited to the specific authentication number generation rule.

On the other hand, after the random number is displayed on the display 26 in step 106, the switcher sends a call to the ARS subsystem 52 of the management center system 50 through the wireless communication network using the portable terminal 40. In the state in which the call path is established, the switcher enters his personal identification code and the authentication number in response to the guide message of the ARS subsystem 52 (step 110). In step 112, the authentication server 54 receives the switch's personal identification code and the authentication number from the ARS subsystem 52, and uses the random number to generate the certificate according to the same rules as the opening and closing control apparatus 20 uses. 2 Generate an authentication number (step 112). The authentication server 54 provides a second authentication number to the ARS subsystem 52, and also stores data such as authentication details, that is, a switch personal identification code, an arbitrary number, a second authentication number, and a time when the second authentication number is generated. Store on server 56. The ARS subsystem 52 provides the second authentication number as a voice message to the portable terminal 40 of the switcher (step 114). However, in the modified embodiment, the authentication server 54 may provide the second authentication number to the portable terminal 40 of the switcher as a text message such as a short message.

Upon receiving the second authentication number through the portable terminal 40, the switcher inputs the second authentication number to the opening / closing control device 20 using the keypad 24 (step 116). Since the first and second authentication numbers are generated by the same rule using the same random number, it is normal for the first and second authentication numbers to coincide with each other unless there is an attempt to open the door lock by an illegal method such as sniffing. Therefore, in operation 118, the authentication unit 86 of the controller 28 determines whether the first and second authentication numbers are the same. If it is determined in step 118 that the first and second authentication numbers are the same, the opening and closing control unit 88 of the control unit 28 controls the lock opening and closing operation unit 30 to open the door lock. However, if the first and second authentication numbers are not the same, the open / close control unit 88 of the control unit 28 outputs an error message and terminates the process. The opening and closing record is stored in the EEPROM 36, in which the personal identification code of the switch, the random number, the second authentication number and the authentication time input by the switch in step 116 are stored together.

On the other hand, in the preferred embodiment, even when the door lock is locked, the authentication procedure is performed in a manner similar to that shown in FIG. However, in embodiments in which this embodiment is modified, it may be possible for the switchgear to simply register the lock fact by accessing the ARS subsystem 52 after the door lock has been locked. In another embodiment, the management center system 50 may not be involved in the locking procedure.

The personal identification code and the fingerprint pattern registered in the opening and closing control device 20 may be added or deleted. 4 shows this switch management procedure. It is preferable that a manager is selected for each open / close control device 20 for the open / close management. Such a manager may be a manager in charge of a CD / ATM device operated by a large organization such as a CD / ATM operator, and a representative of the company in the case of an opening / closing control device 20 for a safe in a small business. May be

Referring to Figure 4, if you want to add or delete the switch, the administrator enters the user management mode by pressing the menu selection button on the keypad 24 provided on the front of the opening and closing control device 20, the personal identification code and A fingerprint is input (step 150 and step 152). The user search unit 80 of the controller 28 searches whether the corresponding fingerprint pattern is stored in the EEPROM 36 (step 154), and if it is confirmed that the fingerprint pattern is stored in the EEPROM 36, the controller ( The random number generation unit 82 of 28 generates a random number for use in the user management authentication of the administrator and displays the generated random number on the display 26 (step 156). Next, in step 158 to step 168, the identity of the first authentication number and the second authentication number is determined in a similar manner to steps 108 to 118 of FIG.

When the authentication process is completed, the manager selects a 'register' or 'delete' function according to the guide message on the display 26 and then registers a new switch or deletes the registered switch (step 170). This management record is stored in the EEPROM 36 (step 172).

On the other hand, as described above, in the database server 56 of the management center system 50, data such as authentication details, that is, a switch personal identification code, an arbitrary number, a second authentication number, and a time when the second authentication number is generated are recorded. Therefore, the system operator can accurately check the operation status and door lock opening / closing history of each opening and closing control device. FIG. 5 shows an example of a situation processing screen displayed on a client computer for a system administrator connected to the authentication server 54 and operated. As shown, the situation processing screen displays the device number and the installation location for each opening and closing control device, and displays the latest processing contents (eg, open, closed, user management, etc.) and the processor (ie, device manager or switcher). Information such as personal identification code, processing start time and progress is displayed. In this case, the prescribed time is set for each processing work, and it is preferable to alert the system administrator to the progress of the processing work by changing the color of the text when the prescribed time is imminent or exceeded, or as time passes. In this case, the switchgear can perform the opening and closing work under more stringent standards, and can respond quickly if there is a possibility of an accident.

Those skilled in the art to which the present invention pertains will understand that the present invention can be implemented in other specific forms without changing the technical spirit or essential features. For example, in the above description, utilizing the ARS system in transmitting the random number generated by the opening / closing control device 20 in the authentication process to the management center system 50 and providing the second authentication number to the opening / closing control device 20 again. Although described in the center, in another embodiment of the present invention, the opening and closing control device 20 and the authentication server 54 of the management center system 50 may be directly connected through a communication network. For example, the opening and closing control device 20 and the authentication server 54 may be connected through a wireless network having a wireless interface such as a CDMA transmission and reception module, and the opening and closing control device 20 and the authentication server 54 may be connected to an Ethernet adapter. The same wired interface may be provided to be connected through a wired network.

Therefore, the above-described embodiments are to be understood as illustrative in all respects and not as restrictive. The scope of the present invention is shown by the following claims rather than the detailed description, and all changes or modifications derived from the meaning and scope of the claims and their equivalents should be construed as being included in the scope of the present invention. do.

As described above, according to the present invention, the security of the door lock is improved by the opening / closing control device firstly authenticating the authority of the door lock opening and closing with the fingerprint of the opening and closing, and secondly assisting with a server at a remote location. In the case of the door lock switch receiving the second authentication with the support of the remote server, the door lock switch receives a one-time password from the server and compares it with the one-time password generated by the switch control device. The server operator can check and control the door lock opening and closing time. Since the switch cannot be opened or closed by a single operation alone, and the door lock is managed by mutual authentication of the switch control device and the authentication server, the key is lost or duplicated, surrogate access, or cutting off due to unauthorized access by the switch. It will be possible to solve the problems of the existing door lock device such as the possibility, and to further enhance the security function of the device. In addition, since the user's management of the switchgear or the door lock opening and closing remains in both the control panel and the control center system, even if an accident occurs during the operation, the cause can be easily identified and the possibility of accidental accidents can be greatly reduced. have. In particular, the security function is further improved because fingerprint authentication is used rather than relying on password during authentication.

Such a door lock opening and closing system of the present invention can be usefully constructed at the company level in a company equipped with a large number of safes, which are distributed and installed like a CD / ATM device, and any one operator stores money or documents. The advantage is that it can also be used to provide security services for any company or institution that has a safe to do so.

1 is a view showing an embodiment of the door lock opening and closing system according to the present invention.

FIG. 2 is a diagram illustrating program modules executed on a controller shown in FIG. 1; FIG.

3 is a flowchart illustrating a door lock opening control process in the door lock opening and closing system of FIG. 1.

4 is a flow chart showing a switch management procedure in the door lock opening and closing system of FIG.

5 is a diagram illustrating an example of a situation processing screen displayed on a client computer for a system administrator connected to and operated by the authentication server shown in FIG. 1;

Claims (7)

A door lock opening and closing system having an opening and closing control device connected to a door lock and electrically opening the door lock, and a management center system located at a remote location of the door lock and managing opening and closing authentication of the door lock. The opening and closing control device Fingerprint recognition unit for scanning the fingerprint of the switch; Storage means for storing a fingerprint pattern of a registered user; And When the fingerprint pattern scanned by the fingerprint recognition unit is registered in the storage means, a random number is generated for the switch, and the first authentication number is generated by a predetermined rule using the random number. A control unit for controlling the door lock to be opened when a second authentication number generated by the management center system and the first authentication number match based on a random number; And The management center system An authentication server that accepts the random number and generates the second authentication number by the rule; And Authentication recording means for storing an authentication result of the authentication server; Door lock opening and closing system having a. According to claim 1, wherein the opening and closing control device A keypad for key input; And A display for displaying the random number; Door lock opening and closing system further comprising. The method of claim 2, wherein the management center system is An auto-response subsystem for accepting the random number from the portable terminal of the user and providing the second authentication number as a voice message to the portable terminal of the user; And further comprising a user inputting the second authentication number through the keypad. The door lock opening and closing system according to claim 2, wherein the management center system provides the second authentication number as a text message to the portable terminal of the user so that the user inputs the information through the keypad. 3. The control center system according to claim 2, wherein the opening and closing control device and the management center system are connected or at least connected by a communication network, so that the management center system accepts the random number from the opening and closing control device through the communication network and the second number. Door lock opening and closing system for providing the authentication number to the opening and closing control device through the communication network The opening and closing control device according to any one of claims 1 to 5, wherein Opening and closing detection unit for detecting the opening and closing change state of the door lock; Door lock opening and closing system further comprising. In the opening and closing control device connected to the door lock and electrically open the door lock, which is located at a remote location of the door lock and can be connected to the management center system for managing the opening and closing authentication of the door lock, Determining whether the fingerprint is a registered fingerprint by scanning the fingerprint of the switch; Generating a random number when the scanned fingerprint is registered; Generating a first authentication number by a predetermined rule using the random number, and accepting a second authentication number generated by the rule by the management center system using the random number; And Opening the door lock when the first and second authentication numbers are the same; Door lock opening and closing control method comprising a.