KR20100038610A - Opening and shutting system - Google Patents

Abstract

The present invention allows the user to open the double vault door only by the same user with the registered finger vein data to open the double vault door to protect the safe from the outside, such as banks, such as banks, cash, checks, expensive valuables, etc. The present invention relates to a vault opening and closing system, comprising a finger vein reader capable of scanning finger vein data and determining whether the user is a registered user using finger vein data input through the finger vein reader through a control unit connected to the finger vein reader. The main door opening control signal or the subdoor opening control signal is outputted to the motor driving unit by the motor connected to the door lock of the main door or the subdoor, so that the motor driving unit is connected to the door lock of the main door or the subdoor. To rotate.

Thus, the safe opening and closing system according to the present invention allows the administrator to open and close the main door of the safe, the practitioner can open the sub-door only by their finger vein data in the state that the main door is opened by the administrator, By using the keys one by one to eliminate the hassle of opening and closing the main door or sub-door of the safe, it is effective to prevent anxiety about the key loss or accidents caused by the key lost in advance.

Description

Safe opening and closing system {Opening and Shutting System}

The present invention relates to a safe opening and closing system, and more particularly, it is possible to open and close the place where the safe is stored using the finger vein data so that administrators or practitioners do not need to open and close the safe door using a key if necessary. The present invention relates to a safe opening and closing system that can maximize work efficiency and security efficiency.

In general, the door opening and closing device is widely used in general houses, offices, public buildings, and the door opening and closing device is typically used to restrict the entrance of the entrance door, the safe of the financial institution, or the specific area.

The door opening and closing device is largely divided into a mechanical opening device and an electronic opening and closing device. The mechanical electronic device is inserted into the main body of the switch and rotates in the selected direction to be in an open state or a locked state, which is commonly used because it is inexpensive and requires no power supply. However, mechanical switchgear is vulnerable to loss and duplication, as well as a key expert or a professional thief has a problem that can be easily opened in a short time.

The electronic switchgear is a method of locking or releasing without using a key, and using an apparatus for inputting a password such as a button, a keypad, a fingerprint reader, etc. as an authentication means, and having a control unit, to control the overall unlocking and comfortable operation of the door electronically. To control.

Due to the excellent security of the password, such electronic switchgear is gradually expanding its use range, and in particular, electronic switchgear providing excellent security is widely used in safes of financial institutions that must maintain thorough security. In Fig. 1 there is shown a safe in which such an electronic switchgear is presented.

The safe is a safe room 100 that can store various valuables including cash, a safe door 200 that is an access door of the safe room 100, and a safe opening / closing device for opening or closing the safe door 200 ( 300). The vault door 200 is configured to be opened or closed by a sliding method that is moved horizontally or horizontally, or by swinging back and forth, and manufactured using super-strength steel plate based on a precise mechanical structure and a special design such that cutting and breaking are impossible. do. The safe opening and closing device 300 is mainly used an electronic opening and closing device with excellent security, the authentication means used here, the input device for inputting a password, such as a button or keypad, or a finger vein that is an invariant element in personal identification. There are biometric devices that recognize biometric characteristics such as patterns, fingerprints, irises, corneas, DNA patterns, and the like. Recently, biometric devices that are almost impossible to steal are widely used.

On the other hand, in financial institutions, only a few managers, such as branch managers and branch managers, have a means of authenticating the safes of the safes. Each time the safes are used, the managers must open and close the safes of the safes. Inefficient However, opening the safe door for a long time is a security problem.

In order to solve the problems of the prior art as described above, an object of the present invention is to open and close the place where the safe is stored using the finger vein data so that the administrator or practitioner need to open and close the safe door using the key if necessary. It is to provide a safe opening and closing system that can maximize the efficiency of work and security efficiency.

In order to achieve the above object, the present invention is provided with a sub-door inside the main door and the main door to open the safe compartment for storing cash or valuables from the outside, the safe opening and closing system for opening the sub door after opening the main door. A biometric data reader comprising: a biometric data reader for scanning biometric data of a user; A biometric data DB storing the first registrant group biometric data and the second registrant group biometric data separately in a separate storage area; It is determined whether the biometric data of the user input from the biometric reader is biometric data registered in the biometric data DB, and if the biometric data is registered, the main door is opened to open the door lock provided in the main door or the subdoor. A control unit for outputting a control signal or a subdoor opening control signal; And a motor driver configured to rotate the motors provided in the main door door lock or the sub door door lock in a forward direction in response to the main door open control signal or the sub door open control signal of the controller.

The controller determines whether the biometric data is biometric data registered in the first registrant group, and outputs the main door opening control signal to the motor driver when the biometric data is registered in the first registrant group. Is not biometric data registered in the first registrant group, and determines whether the biometric data is registered in the second registrant group and outputs the sub-door opening control signal to the motor driver when the biometric data is registered in the second registrant group. It is characterized by.

The controller determines whether the door lock of the main door is in an open state when the bio data is bio data registered in a second registrant group, and when the door lock of the main door is in an open state, the control unit transmits the sub-door open control signal to the motor. Output to the drive unit, and outputs an error message when the door lock of the main door is closed.

The controller may output a main door open control signal and a sub door open control signal to the motor driver so that both the main door and the sub door are opened when the bio data is the bio data registered in the first registrant group. .

The controller may be configured to output a main door lock signal to switch the door lock of the main door to a locked state when biometric data of a user belonging to the first registrant group is received after the lock signal is input.

When the door lock of the main door is opened by the first registrant group, the controller switches the door lock of the main door to a locked state after a predetermined time elapses, and when bio data belonging to the second registrant group is inputted, And outputting the main door opening control signal to switch the door lock of the door to the open state, and outputting the subdoor opening control signal to switch the door lock of the subdoor to the open state.

The biometric data is preferably finger vein data.

As described above, the safe opening and closing system according to the present invention allows the place where the safe is stored to be opened and closed using the finger vein data so that the administrator or practitioner does not need to open and close the safe door using the key if necessary. This has the effect of maximizing work efficiency and security efficiency.

In addition, the present invention has the effect of removing the hassle of having to store the key separately when using the existing key, the cost portion that may occur by replacing the door lock device as a whole in the fear of losing the key if lost There is an effect that does not occur.

In addition, the present invention has the effect of using the finger vein data as the authentication data, there is no fear of theft.

Hereinafter, with reference to the accompanying drawings will be described in detail the safe opening and closing system according to an embodiment of the present invention.

2 is a view for explaining a schematic concept of the safe opening and closing system according to a first embodiment of the present invention.

First, referring to Figure 2 (a), the safe opener system according to a first embodiment of the present invention is a sliding safe door (opening and closing) of the safe box 10 for storing valuables such as securities, precious metals ( 20), the display unit located on one side of the door opening and closing portion 30 so that the door opening and closing portion 30 is installed on the safe door 20 to open and close the safe door 20 and the opening and closing of the safe door 20 is displayed. It consists of 50.

The vault door 20 has a dual configuration, and includes a main door 21 located outside and a sub door 25 located inside. The main door 21 is formed of a strong super-strength steel sheet such that it is impossible to cut and destroy, and the sub-door 25 is vertically and horizontally so that the main door 21 is open without disturbing the inside of the safe room 10. It is formed of a plurality of steel frames and the like arranged.

The front of the door opening and closing device 30 is provided with a display unit 45, a button unit 32, and the finger vein reader 34 for scanning the finger vein of the user, converting the scanned image signal into an electrical signal and outputting it. It is. Detailed configuration of the door opening and closing device 30 with reference to FIG. 3 will be described later.

The door lock 50 of the main door 21 is provided with a plurality of lamps 52a to 52c, and the lamps 52a to 52c are formed of light emitting diodes. The first lamp 52a is positioned at the top and is configured to be lit when the main door 21 is opened, the second lamp 52b is positioned below the first lamp 52a and the main door 21 is The third lamp 52c is positioned below the second lamp 52c and is turned on when a problem occurs such as when the main door 21 or the subdoor 25 is forcibly opened. do.

Meanwhile, as illustrated in FIG. 3, the door opening / closing device 30 separately stores the biometric data reader 34 scanning the biometric data of the user, and the first registrant group biometric data and the second registrant group biometric data. It is determined whether the biometric data DB 37 stored in the area and the biometric data of the user input from the biometric reader 34 are biometric data registered in the biometric data DB 37, and the determination result is registered. In the case of biometric data, the control unit 40 outputs a main door opening control signal or a subdoor opening control signal for opening the door lock provided in the main door or the subdoor, and the main door opening control signal of the controller 40 or the like. In response to the subdoor opening control signal, the motors 23 and 27 provided in the main door door lock or the sub door door lock rotate in the forward direction, respectively. When the motor drive 43 and the safe door 20 are opened or closed, or when a problem occurs in the safe door 20, the motor drive 43 and the sub-motor drive are composed of an alarm signal or a warning voice message. The display unit 45 for outputting the speaker 47 and the user to open or close the main door or the sub-door while the safe opening and closing system is activated, such as an authentication completion text message or a warning message or a guide message. It consists of.

The controller 40 determines whether the biometric data is biometric data registered in the first registrant group, and outputs the main door opening control signal to the motor driver when the biometric data is biometric data registered in the first registrant group. If the biometric data is not the biometric data registered in the first registrant group, the biometric data is determined whether the biometric data is registered in the second registrant group and the biometric data is registered in the second registrant group. 43).

The controller 40 determines whether the door lock of the main door is open when the bio data is bio data registered in the second registrant group, and when the door lock of the main door is open, the control unit 40 receives the subdoor opening control signal. The motor drive unit 43 outputs an error message when the door lock of the main door is closed.

The controller 40 outputs a main door open control signal and a sub door open control signal to the motor driver 43 to open both the main door and the sub door when the bio data is the bio data registered in the first registrant group. do.

The controller 40 outputs a main door lock signal to switch the door lock of the main door to a locked state when biometric data of a user belonging to the first registrant group is received after the lock signal is input.

When the door lock of the main door is opened by the first registrant group, the control unit 40 switches the door lock of the main door to a locked state after a predetermined time, and the biometric data belonging to the second registrant group is input. In this case, the main door opening control signal is outputted so that the door lock of the main door is switched to the open state, and then the subdoor opening control signal is outputted so that the door lock of the subdoor is opened.

The biometric data is preferably finger vein data.

Referring to the operation of the safe opening and closing system configured as described above are as follows.

(Certification DB Construction)

4 is a routine for registering users who can open and close the door locks of the main door and the sub door. First, when the user registration request signal is input through the keypad 32, the controller 40 controls the controller. 40 outputs a guide message inquiring whether the first registrant belongs to a higher group such as a manager or a branch manager through the display unit 45.

In response to the guidance message, it is determined whether the registration is the first registrant (S10), and in the case of the first registrant, the finger vein data input guidance message is output through the display unit 45. When the first registrant finger vein data is input (S14) according to the finger vein data input guide message, the first registrant finger vein data is received and stored in the first registrant group of the biometric data DB 37 (S16).

In addition, the controller 40 determines whether a second registrant registration is requested (S20). If it is determined that the second registrant registration is requested, the finger vein data input guide message is output. When the second registrant inputs the finger vein data according to the finger vein data input guide message (S24), the second registrant receives it and stores it in the second registrant group of the biometric data DB 37 (S26).

(Example 1)

When the biometric data DB is established as described above, the operation of the safe open / close system can be started. That is, if any user puts a finger on the finger vein reader 34, the finger vein reader 34 scans the finger, converts it into an electrical signal, and transmits the finger to the control unit 40.

Then, the control unit 40 determines whether finger vein data is input as shown in FIG. 5 (S100). If the finger vein data is input as a result of the determination, the controller 40 compares the input finger vein data with the finger vein data registered in the biometric data DB 37 (S102).

The controller 40 determines whether the input finger vein data is included in the first registrant group (S104). When the determination result is included in the first registrant group, the controller 40 outputs the main door open control signal to the main motor driver 41, and the main motor driver 41 supplies the driving current to the main motor unit 23. The main motor unit 23 is rotated forward so that the main door 21 is opened (S106). At this time, the first lamp 52a of the light emitting lamp 52 is turned on, and the speaker 47 outputs a guide comment such as "main door is open". On the other hand, when the main door 21 is closed, the first lamp 52a is turned off, and the second lamp 52b is turned on. And on the speaker (47), "The main door is closed." Guidement such as is output.

On the other hand, if the determination result of the step S104 is not included in the first registrant group, the controller 40 determines whether it is included in the second registrant group (S108). When the determination result is included in the second registrant group, the controller 40 determines whether the main door 21 is in an open state (S110).

As a result of the determination, when the main door is open, the control unit 40 outputs a subdoor opening control signal to the submotor driving unit 42, and the submotor driving unit 42 supplies a driving current to the submotor unit 27. The sub-motor part 27 is rotated forward so that the sub-door 25 may be opened (S106).

On the other hand, when the main door 21 is not opened as a result of the determination in step S110, the control unit 40 causes the main door closing guidance message to be output through the display unit 45 (S116).

If the finger vein data input as a result of the determination in step S108 is not included in the second registrant group, the controller 40 outputs an error message indicating that the user is not a registered user through the display unit 45 (S114). .

As described above, in the first embodiment, users belonging to a first registrant group such as a manager or a branch manager first open the main door 21, and then practitioners registered in the biometric data DB 37 perform a subdoor 23. A safe opening and closing system is implemented to open. Accordingly, the main door 21 is continuously opened unless the users belonging to the first registrant group close the main door 21.

Example 2

Unlike the second embodiment, when the main door 21 is opened by the users belonging to the first registrant group, the second embodiment is automatically locked when a predetermined time elapses according to a condition set in advance. When the practitioners registered in the biometric data DB 37 want to open the subdoor 23, the registered program is automatically opened by the main door 21, and then the subdoor 23 is opened. The control unit 40 may be implemented to control the entire system by the operation program. In the case of the second embodiment, the components are the same as those of the first embodiment, and there are only differences in the operating program, and only the differences are briefly described as follows.

That is, when the finger vein data is input from the finger vein reader 34, the controller 40 determines whether the user is registered in the biometric data DB 37, and if the user is a registered user, the main door 21 After the main door 21 is opened and then closed, the main door 21 is automatically opened, and then the sub door 23 is opened, and the main door 21 is opened. When not opened by a user included in the first group of registrants, an error message is output to the display unit 45.

While the invention has been described in detail in the foregoing embodiments, it will be apparent to those skilled in the art that various modifications and variations are possible within the spirit of the invention, and such modifications and variations belong to the appended claims.

1 is a view showing a conventional safe opening and closing system in which the electronic opening and closing device is presented.

2 is a view for explaining a schematic concept of the safe opening and closing system according to a first embodiment of the present invention.

3 is a view for explaining the configuration of the safe opening and closing system according to a first embodiment of the present invention.

Figure 4 is a flow chart for explaining a biometric data DB construction method applied to the present invention.

5 is a flowchart illustrating a method of operating the safe open / close system according to the present invention.

<Explanation of symbols for the main parts of the drawings>

10: safe room 20: safe door

21: main door 23: main motor unit

25: sub-door 27: sub-motor unit

30: door opening and closing part 32: keypad part

34: finger vein reader 35: use finger vein DB

37: Registered finger vein DB 38: Main registered finger vein DB

39: sub-registered finger vein DB 40: control unit

45: display unit 47: speaker

50: display unit 52: light emitting lamp

52a: first lamp 52b: second lamp

52c: third lamp

Claims (7)

In the safe opening and closing system for providing a sub-door inside the main door and the main door to open the safe compartment for storing cash or valuables from the outside, and to open the sub door after opening the main door, A biometric data reader for scanning biometric data of a user; A biometric data DB storing the first registrant group biometric data and the second registrant group biometric data separately in a separate storage area; It is determined whether the biometric data of the user input from the biometric reader is biometric data registered in the biometric data DB, and if the biometric data is registered, the main door is opened to open the door lock provided in the main door or the subdoor. A control unit for outputting a control signal or a subdoor opening control signal; And A motor driver configured to rotate the motors provided in the main door door lock or the sub door door lock in a forward direction in response to the main door open control signal or the sub door open control signal of the controller; Safe opening and closing system, characterized in that consisting of. The method of claim 1, The controller determines whether the biometric data is biometric data registered in the first registrant group, and outputs the main door opening control signal to the motor driver when the biometric data is registered in the first registrant group. Is not biometric data registered in the first registrant group, and determines whether the biometric data is registered in the second registrant group and outputs the sub-door opening control signal to the motor driver when the biometric data is registered in the second registrant group. Safe opening and closing system, characterized in that. The method of claim 2, The controller determines whether the door lock of the main door is in an open state when the bio data is bio data registered in a second registrant group, and when the door lock of the main door is in an open state, the control unit transmits the sub-door open control signal to the motor. Outputting to a driving unit, and outputs an error message when the door lock of the main door is in a closed state. The method of claim 1, The controller may be configured to output a main door open control signal and a sub door open control signal to the motor driving unit to open both the main door and the sub door when the bio data is the bio data registered in the first registrant group. Safe opening and closing system. The method of claim 2, The control unit, when the biometric data of the user belonging to the first registrant group is received after the lock signal is input, the safe door opening and closing system, characterized in that for outputting the main door lock signal to switch the door lock of the main door to the locked state . The method of claim 1, When the door lock of the main door is opened by the first registrant group, the controller switches the door lock of the main door to a locked state after a predetermined time elapses, and when bio data belonging to the second registrant group is inputted, And outputting a main door opening control signal to switch the door lock of the door to an open state, and outputting a subdoor opening control signal to switch the door lock of the subdoor to the open state. The method according to any one of claims 1 to 6, And said biometric data is finger vein data.

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