KR100878744B1 - System for operating safe deposit boxes - Google Patents

Abstract

The present invention relates to a rechargeable safe deposit box system, and more particularly, to install a holder in which a rechargeable electronic key is detachably inserted into a kiosk disposed in the safe deposit box, so that the user can open the safe deposit box only when the user is authenticated at the kiosk. The present invention relates to a rechargeable safe deposit box system that allows a user to use a safe deposit box without carrying a separate safe deposit key.

To this end, the present invention includes a holder unit which is communicatively mounted on the top panel of the kiosk for user authentication and data management; A chargeable electronic key that is inserted into the holder so as to be charged and communicated with an encryption code and can be removed only at the time of authenticating the identity of the kiosk; The present invention provides a rechargeable safe deposit box system comprising an electronic lock device of a safe deposit box in which a door is unlocked to be opened only when it matches the encryption code stored in the rechargeable electronic key from the holder.

 Safe deposit box, holder part, rechargeable electronic key, electronic lock device, kiosk, portable, rechargeable safe deposit system

Description

Rechargeable Safe Deposit Box System

1 is a conceptual diagram of a rechargeable safe deposit system according to the present invention,

Figure 2 is a block diagram showing a holder portion mounted to the kiosk of the rechargeable safe deposit system according to the present invention,

3 is a block diagram showing a rechargeable electronic key of the rechargeable safe deposit system according to the present invention;

Figure 4 is a block diagram showing an electronic lock device installed in the door of the safe deposit box of the rechargeable safe deposit system according to the present invention;

5 is a flow chart illustrating an operating state of the rechargeable safe deposit system according to the present invention.

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

10: kiosk 12: keyway

14: first locking device 16: control PC

18: first microcontroller unit

19: DC / DC converter 20: battery charger

22: first signal processor 24: first power combiner

26: control block 28: key portion

30: battery 32: second microcontroller unit

34: second signal processor 36: second power combiner

38: door of the safe deposit box 40: the second locking device

42: security chip 44: third microcontroller unit

46: third signal processor 48: solenoid controller

50: PWM controller 52: power splitter

100: Holder 200: Rechargeable Electronic Key

300: electronic lock device

The present invention relates to a rechargeable safe deposit box system, and more particularly, to install a holder in which a rechargeable electronic key is detachably inserted into a kiosk disposed in the safe deposit box, so that the user can open the safe deposit box only when the user is authenticated at the kiosk. The present invention relates to a rechargeable safe deposit box system that allows a user to use a safe deposit box without carrying a separate safe deposit key.

In general, a safe deposit box is a form of protection for which a financial institution lends a part of a safe and is a service to a customer, and means a means of storing securities, valuables, and important documents in a safe box installed in the safe deposit box. .

In general, most of the safe deposit boxes are stacked on the wall of one side of the vault in the vertical, left, and right directions. The doors are attached to the front of each safe deposit box, and the doors are equipped with a mechanical locking bundle including keyways. It is.

In general, the safe deposit box operating system goes through the authentication process to prove the identity at the tower kiosk located at the entrance of the safe room, and when it is confirmed, enter the safe room and release the door lock device of the safe using the key. After that, the process of using the loan safe.

The kiosk is a tower type with a touch screen and a web camera attached to the upper panel surface, and a control PC is built into the inside of the kiosk, and an authentication procedure (password or biometric method, etc.) for authenticating the user using the touch screen. It is a kind of authentication controller that performs).

On the other hand, the key for releasing the door lock device of the safe deposit box is kept by the safe administrator, the other one is carried by the user.

When the user carries a key for using the safe deposit box, the user may lose it. Also, when the user wants to use the safe deposit box, the user may see a failure such as leaving the key at home.

In particular, if you lose the key to use the safe deposit box, you must report it to the vault manager and go through a new authentication process such as identification, which is very cumbersome and inconvenient.

The present invention has been made in view of the above-described problems, the holder portion mounted on the upper panel of the kiosk, the chargeable electronic key is inserted and stored so that the holder can be charged and encrypted signal exchange, the door of the safe deposit box By configuring an electronic lock device for locking and unlocking, the rechargeable electronic key is detached only when the user goes through an authentication procedure to prove himself / herself at the kiosk, and the electronic lock device is released by the separated rechargeable electronic key. It is an object of the present invention to provide a rechargeable safe deposit box system that allows a user to use a safe deposit box without carrying a separate safe deposit box key.

The present invention for achieving the above object is a holder unit which is communicatively mounted on the upper panel of the kiosk for user authentication and data management communicable with the control PC of the kiosk; A chargeable electronic key that is inserted into the holder so as to be charged and communicated with an encryption code and can be removed only at the time of authenticating the identity of the kiosk; The present invention provides a rechargeable safe deposit box system comprising an electronic lock device of a safe deposit box in which a door is unlocked to be opened only when it matches the encryption code stored in the rechargeable electronic key from the holder.

In a preferred embodiment, the holder unit includes a first micro controller unit (MCU) for receiving and storing an encryption code generated at the time of authentication from the kiosk to verify the identity from the control PC; A first locking device which locks the rechargeable electronic key at ordinary times and is released for separation of the rechargeable electronic key only when a signal of the microcontroller unit storing the encryption code is received; A battery charger supplied with power from the control PC; A first signal processor for outputting an encryption code stored in the first micro controller unit; And a first power combiner for outputting a combination of the power of the battery charger and the encryption code signal from the signal processor.

In a preferred embodiment, the rechargeable electronic key is a control block body capable of exchanging a signal with a first power combiner of the holder part, and a key part which is integrally attached to the control block body and actually inserted into a key groove of the first locking device of the holder part. The control block body includes a battery that is charged by receiving power from the first power combiner of the holder; And a second micro controller unit for receiving and storing an encryption code signal; A second signal processor for outputting an encryption code stored in the unit with the second micro control; And a second power combiner for combining and outputting the battery power and the encryption code signal from the second signal processor.

In a preferred embodiment, the electronic lock device includes a second locking device for locking or releasing the door of the safe deposit box; A security chip in which a user's encryption code is stored in advance; A third signal processor for receiving an encryption code from a second power combiner of the rechargeable electronic key and storing the encryption code in a third micro controller unit; A third micro controller unit for comparing the encryption code from the second power combiner of the rechargeable electronic key with the encryption code previously stored in the security chip; A solenoid controller for receiving an operation signal of a third micro controller unit to unlock the second locking device when the encryption codes match; A PWM controller for applying power to the solenoid controller; And a power splitter that receives power from the second power combiner of the rechargeable electronic key and divides and distributes power to the third microcontroller unit, the third signal processor, and the PWM controller.

In a preferred embodiment, if the rechargeable electronic key is removed from the key groove of the holder, and then the rechargeable electronic key is not reinserted for a predetermined time (a time when the loan safe can be used sufficiently), the speaker embedded in the kiosk or the holder It characterized in that the warning sound is generated through.

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

1 is a conceptual diagram of a rechargeable safe deposit system according to the present invention, and FIG. 5 is a flowchart illustrating a method of operation thereof.

The present invention is always inserted and stored in the holder portion of the kiosk provided at the entrance of the safe deposit box without carrying the key for the use of the safe deposit box, the key is separated from the holder only at the time of authentication to prove that the use of the safe deposit box. By making it possible, the main point is to eliminate the inconvenience caused by carrying the key and the hassle caused by loss.

First, the operating method of the rechargeable safe deposit box system according to the present invention.

The user goes through a procedure of authenticating himself / herself using a touch screen or biometric reader of the kiosk disposed at the entrance of the safe deposit box (step 100).

Next, if the identity is proved, the control PC of the kiosk transmits the encryption code to the holder, and at the same time to store and input the encryption code to the rechargeable electronic key in the holder to charge the built-in battery (step 200).

Subsequently, the locked state of the rechargeable electronic key is released from the holder of the kiosk, and the user removes the rechargeable electronic key from the holder (step 300).

Subsequently, the user takes the rechargeable electronic key to his / her safe deposit box and inserts the rechargeable electronic key into the key groove provided in the electronic lock device of the safe deposit box (step 400).

Accordingly, the encryption code stored in the rechargeable electronic key and the encryption code stored in the security chip in the electronic lock device are compared (step 500), and when the encryption code matches, the electronic lock device is unlocked (step 600). The user opens the door of the safe deposit box and uses the safe deposit box (step 700).

Here, each configuration and operation relationship of the rechargeable safe deposit box system of the present invention operated in the above manner will be described in more detail.

The structure of the rechargeable safe deposit system of the present invention is largely composed of a holder part 100, a rechargeable electronic key 200, and a safe deposit safe electronic device 300.

2 is a block diagram showing a holder portion mounted to a kiosk of the rechargeable safe deposit system according to the present invention.

The holder unit 100 is a block-type case body structure mounted on the upper panel of the kiosk 10, the upper surface is formed with a key groove 12 for inserting and storing two rechargeable electronic keys 200, The first locking device 14 is configured to lock or unlock the rechargeable electronic key 200 inside the key groove 12.

In particular, the holder 100 has a built-in control means including the charging and various chips, the control means to control the encryption code generated during authentication to prove the identity from the kiosk 10 control PC (16) The first microcontroller unit 18 (MCU) to receive and store the data, the battery charger 20 receives power from the control PC 16, and the encryption code stored in the first microcontroller unit 18 A first power combiner 24 for outputting a combination of an output first signal processor 22 and a power of the battery charger 20 and an encryption code signal from the first signal processor 22; Consists of

In this case, the first locking device 14 normally locks the rechargeable electronic key 200 inserted into the key groove 12, and only when a signal from the first micro controller unit 18 in which the encryption code is stored is received. The locked state is released, and the rechargeable electronic key 200 can be detached.

3 is a block diagram illustrating a rechargeable electronic key in the rechargeable safe deposit system according to the present invention.

The rechargeable electronic key 200 is externally attached to the control block 26 which is capable of exchanging a signal with the first power combiner 24 of the holder part 100, and the control block 26. It consists of a key portion 28 that is actually inserted into the key groove 12 of the first locking device 14 of the portion 100.

Particularly, the control block 26 includes a battery 30 that is charged with power from the first power combiner 24 of the holder unit 100 and a second micro controller that receives and stores an encryption code signal. A unit 32, a second signal processor 34 for outputting an encryption code stored in the unit 32 with the second micro control, the power of the battery 30 and from the second signal processor 34 A second power combiner 36 for combining and outputting the encryption code signal is incorporated.

In one embodiment, the power and encryption code signal from the first power combiner 24 of the holder unit 100, the battery 30 and the first in the control block 26 of the rechargeable electronic key 200. A communication line (port) is preferably provided on the bottom of the key portion 28 and inside thereof so that it can be transmitted to the microcontroller unit 18.

Here, the operation state of the holder portion and the rechargeable electronic key of the kiosk having the above configuration will be described in order.

In the state where the rechargeable electronic key 200 is inserted and stored in the holder part 100, that is, the rechargeable electronic key 200 is locked by the first locking device 14 of the holder part 100 and thus cannot be removed. The authentication procedure to prove the identity by using a password input or a biometric reader through the touch screen of the kiosk 10.

If it is proved that the identity is based on the authentication procedure, the encryption code is generated in the control PC 16 of the kiosk 10 and transmitted to the first microcontroller unit 18 (MCU) of the holder unit 100. .

At the same time, the power supplied from the control PC 16 is regulated by the DC / DC converter 19 to be supplied to the battery charger 20.

Subsequently, the encryption code stored in the first microcontroller unit 18 is output from the first signal processor 22 to the first power combiner 24.

Accordingly, the first power combiner 24 combines the power from the battery charger 20 and the encryption code signal from the first signal processor 22 to output the rechargeable electronic key 200. .

At this time, the first locking device 14 which locks the rechargeable electronic key 200 in a first microcontroller unit (MCU) that receives and stores an encryption code from the control PC 16 of the kiosk 10. Sending a current signal for operation to the solenoid (not shown) of the first locking device 14 is unlocked, the state that can finally remove the rechargeable electronic key 200 from the key groove 12 of the holder portion 100 Becomes

As a result, the battery 30 embedded in the rechargeable electronic key 200 is charged with power from the first power combiner 24 of the holder 100, and at the same time, the holder 100 The encryption code received from the first power combiner 24 is stored in the second microcontroller unit 32 embedded in the rechargeable electronic key 200.

As such, the rechargeable electronic key 200 is always inserted into the holder 100 and is always kept in a locked state (locked), and can be unlocked and removed only when the kiosk 10 has passed the authentication procedure. Becomes

Therefore, the user takes the rechargeable electronic key 200 from the holder part 100 and takes it to his / her own safe deposit box, and inserts it into the key groove formed on the front door of the safe deposit box.

At this time, the encryption code stored in the second microcontroller unit 32 of the rechargeable electronic key 200 is output to the second power combiner 36 by the second signal processor 34 and at the same time the battery 30 Is output to the second power combiner 36. Accordingly, the second power combiner 36 supplies the power of the battery 30 and the encryption code signal from the second signal processor 34. In combination, the electronic lock device 300 is transmitted.

Here, the configuration of the electronic lock device and its operation state will be described in order.

4 is a block diagram showing an electronic lock apparatus installed in the door of the safe deposit box of the rechargeable safe deposit system according to the present invention.

The electronic lock device 300 is composed of a second locking device 40 in the door 38 of the safe deposit box, and a control means for unlocking the second locking device 40.

Looking at the configuration of the control means of the electronic lock device and its connection relationship, once the security code (42) in which the user's encryption code is stored in advance, and the second power combiner (36) of the rechargeable electronic key (200) The third signal processor 46 for receiving the encryption code from the second microcontroller unit 44 and storing it in the third microcontroller unit 44 is connected for signal exchange.

At this time, the third microcontroller unit 44 compares whether the encryption code from the second power combiner 36 of the rechargeable electronic key 200 matches the encryption code previously stored in the security chip 42. It will function.

In addition, the solenoid controller 48 for controlling the solenoid operation of the second locking device is connected to the output side of the third microcontroller unit 44, and the second power combiner 36 of the rechargeable electronic key 200 is provided. If the encryption code from) and the encryption code previously stored in the security chip 42 match, the third microcontroller unit 44 sends an operation signal to the solenoid controller 48, and the solenoid controller 48 The second locking device 40 is unlocked by sending a current signal for releasing the lock to a solenoid (not shown) of the second locking device 40.

On the other hand, the solenoid controller 48 is connected to a PWM controller 50 for applying power.

In addition, the control means of the electronic lock device 300 is supplied with power from the second power combiner 36 of the rechargeable electronic key 200, the third microcontroller unit 44 and the third signal processor ( 46 and a power splitter 52 which divides and distributes power to the PWM controller 50.

As described above, when the user inserts the rechargeable electronic key 200 into the key groove 54 formed in the front of the door 38 of the safe deposit box, the second power combiner of the rechargeable electronic key 200. A signal combined with a power and an encryption code is transmitted from the 36 to the electronic lock device 300. In the third signal processor 46, the second power combiner 36 of the rechargeable electronic key 200 is transmitted. Receive the encryption code from the) and to store in the third microcontroller unit 44, at the same time the power from the second power combiner 36 of the rechargeable electronic key 200 is the electronic lock device 300 The power splitter 52 is supplied to the power splitter.

In this case, the power splitter 52 distributes power required for the third microcontroller unit 44, the third signal processor 46, and the PWM controller 50.

Subsequently, the third micro controller unit 44 determines whether the stored encryption code (the encryption code received from the second power combiner of the rechargeable electronic key) and the encryption code previously stored in the security chip 42 are matched. The comparison operation is performed.

As a result of the comparison operation, when the encryption code matches, the release signal is transmitted from the third microcontroller unit 44 to the solenoid controller 48 for releasing the solenoid, and the PWM controller 50 is provided from the solenoid controller 48. The power supply is applied from the operating current signal to the solenoid (not shown) of the second locking device 40.

Therefore, the locked state of the second locking device 40 of the electronic lock device 300 is released, and the door 38 of the safe deposit box can be opened.

Accordingly, the user can open the door 38 of the safe deposit box and use the rental drawer therein.

On the other hand, after using the safe deposit box, close the door 38 of the safe deposit box, and manually operate the second locking device 40 with the rechargeable electronic key 200 to lock the door 38 of the safe deposit box, The rechargeable electronic key 200 is removed and then inserted into the key groove 12 of the holder part 100 to be stored.

In addition, after the rechargeable electronic key 200 is removed from the key groove 12 of the holder part 100, the rechargeable electronic key 200 is not reinserted so that a predetermined time (a time for which the loan safe can be used sufficiently) passes. If not, a warning sound is generated through a speaker built in the kiosk 10 or the holder 100, and the manager hears the alarm sound and checks whether the manager is in trouble with the safe deposit box.

As such, the safe deposit box user can always use the safe deposit box without carrying a separate key.

As described above, according to the rechargeable safe deposit system according to the present invention, a holder part mounted on the upper panel of the kiosk, a rechargeable electronic key inserted and stored in the holder part so as to be exchanged with a charge and a password signal, and a safe deposit box It is configured as an electronic lock device for locking and releasing the door of the door, so that the rechargeable electronic key is separated only when the user goes through the authentication process that proves himself / herself at the kiosk, and the electronic lock device of the safe deposit box by the separated rechargeable electronic key. By releasing the user, there is a convenience that the user can use the safe deposit box without carrying a separate safe deposit box key.

In other words, when the user loses the key of the safe deposit box or tries to use the safe deposit box, the user can completely use the safe deposit box without having to carry the key all the time. have.

Claims (5)

delete A holder portion mounted on the top panel of the kiosk for user authentication and data management so as to communicate with the control PC of the kiosk; A chargeable electronic key that is inserted into the holder so as to be charged and communicated with an encryption code and can be removed only at the time of authenticating the identity of the kiosk; In the rechargeable safe deposit box system consisting of an electronic lock device of the safe deposit box that the door is released to be opened only when it matches the encryption code stored in the rechargeable electronic key from the holder, The holder portion: A first micro controller unit (MCU) for receiving and storing an encryption code generated at the time of authenticating the identity from the kiosk from a control PC; A first locking device which locks the rechargeable electronic key at ordinary times and is released for separation of the rechargeable electronic key only when a signal of the microcontroller unit storing the encryption code is received; A battery charger supplied with power from the control PC; A first signal processor for outputting an encryption code stored in the first micro controller unit; And a first power combiner for outputting a combination of the power of the battery charger and the encryption code signal from the signal processor. A holder portion mounted on the top panel of the kiosk for user authentication and data management so as to communicate with the control PC of the kiosk; A chargeable electronic key that is inserted into the holder so as to be charged and communicated with an encryption code and can be removed only at the time of authenticating the identity of the kiosk; In the rechargeable safe deposit box system consisting of an electronic lock device of the safe deposit box that the door is released to be opened only when it matches the encryption code stored in the rechargeable electronic key from the holder, The rechargeable electronic key is: A control block body capable of exchanging signals with the first power combiner of the holder part, and a key part integrally attached to the control block body and actually inserted into the key groove of the first locking device of the holder part, The control block body includes a battery that is charged by receiving power from the first power combiner of the holder; A second micro controller unit for receiving and storing an encryption code signal; A second signal processor for outputting an encryption code stored in the unit with the second micro control; And a second power combiner for outputting a combination of the power of the battery and the encryption code signal from the second signal processor. A holder portion mounted on the top panel of the kiosk for user authentication and data management so as to communicate with the control PC of the kiosk; A chargeable electronic key that is inserted into the holder so as to be charged and communicated with an encryption code and can be removed only at the time of authenticating the identity of the kiosk; In the rechargeable safe deposit box system consisting of an electronic lock device of the safe deposit box that the door is released to be opened only when it matches the encryption code stored in the rechargeable electronic key from the holder, The electronic lock device is: A second locking device for locking or releasing the door of the safe deposit box; A security chip in which a user's encryption code is stored in advance; A third signal processor for receiving an encryption code from a second power combiner of the rechargeable electronic key and storing the encryption code in a third micro controller unit; A third microcontroller unit which compares an encryption code from a second power combiner of the rechargeable electronic key with an encryption code previously stored in the security chip; A solenoid controller for receiving an operation signal of a third micro controller unit to unlock the second locking device when the encryption codes match; A PWM controller for applying power to the solenoid controller; And a power splitter configured to receive power from a second power combiner of the rechargeable electronic key and divide power between the third micro controller unit, the third signal processor, and the PWM controller. A holder portion mounted on the top panel of the kiosk for user authentication and data management so as to communicate with the control PC of the kiosk; A chargeable electronic key that is inserted into the holder so as to be charged and communicated with an encryption code and can be removed only at the time of authenticating the identity of the kiosk; In the rechargeable safe deposit box system consisting of an electronic lock device of the safe deposit box that the door is released to be opened only when it matches the encryption code stored in the rechargeable electronic key from the holder, If the rechargeable electronic key is removed from the key groove of the holder and then the rechargeable electronic key is not reinserted for a predetermined time (a time that can be used sufficiently for the loan safe), a warning sound is generated through a speaker built into the kiosk or the holder. Rechargeable safe deposit box system characterized in that.

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