KR100380005B1 - Deposit boxes security system - Google Patents

Abstract

The present invention relates to a safe deposit box security system.

The present invention provides a safe deposit box 40 comprising a plurality of personal safes 30, a touch screen monitor 50 for inputting a user's ID and displaying an ID confirmation and lock status message, and a fingerprint for generating fingerprint data of the user. To use the current safe deposit box 40 according to a result of checking whether the recognizer 60, the keyboard 70 for inputting personal information, the input ID confirmation message, and whether the input fingerprint data and the registered fingerprint data match. A computer 80 which outputs a control signal for automatically opening only the electronic locking device 100 of the personal safe 30 assigned to one user to which it is to be opened, outputs an opening / closing status message, and checks the usage time; A lock device that automatically opens the electronic lock device 100 of the personal safe 30 and outputs an open / close state signal according to whether the on / off detection switch 125 built in the electronic lock device 100 is turned on or off. Consists of a control unit 90,

This makes it possible for the user to conveniently use the safe deposit box while maintaining security completely without using a separate key or card key.

Description

Safe Deposit Box Security System {DEPOSIT BOXES SECURITY SYSTEM}

The present invention relates to a security system, and more particularly to a safe deposit box security system.

In general, a safe deposit box security system is installed in a large safe room of a financial institution such as a bank or a credit safe, and consists of a plurality of personal safes equipped with locks for personal storage or withdrawal of cash or valuables. The system controls the opening and closing of the safe.

For example, a conventional safe deposit box security system using a master key and a private key has a master key stored in a safe deposit box administrator (hereinafter referred to as an administrator) and an individual stored by the user when the user's identity is confirmed. The key can be used together to open the double lock of the personal safe assigned to the user.

However, in the conventional safe deposit box security system using the master key of the administrator and the user's private key as described above, as shown in Figure 1, the key grooves 20, 21 outside the door 10 of the personal safe, Since it is exposed, it is possible to easily duplicate the master key (20a) and the private key (21a), which is a security problem.

In addition, when the user loses the private key 21a, a personal safe cannot be used, and a separate private key reissue procedure is required.

In addition, another conventional safe deposit box security system using a card key has a validity of the ID as a result of the administrator confirming the user's identity and reading the user's card key by a card reader in which the user's ID is already registered. Once confirmed, the user can use the private key he / she holds to unlock the personal safe assigned to him.

However, the conventional safe deposit box security system using the card key as described above also cannot use the personal safe when the user loses the card key or the private key, and a separate card key reissue procedure and a private key reissue procedure are performed. There is a disadvantage in that it is necessary, and in particular, in the case where the card key is a magnetic card, the card key itself can be duplicated.

Accordingly, the present invention is to overcome the above-mentioned conventional problems, the object of the present invention is the identification of the fingerprint of each user whose ID is already registered, the identity is confirmed and assigned to one user who wants to use the current safe deposit box It is to provide a safe deposit box security system to automatically open only the personal safe of the safe deposit box, and to check the use time of the safe deposit box.

Safe deposit box security system for achieving the object of the present invention comprises a safe deposit box (40) consisting of a plurality of personal safes (30); It is fixed to an opening formed in one side of the housing 120 to rotate about the rotation shaft 111, the groove 112 is formed on the front side with respect to the rotation shaft 111 and the locking step 113 on the back And a clasp 110 having a spring protrusion 114 and a stopper 115 protruding from a side surface on which the rotating shaft 111 protrudes, an inner wall of one side of the housing 120 forming an opening, and the clasp. Spring 121 is inserted into the rotating shaft 111 of the clasp 110 so that both ends are caught by the spring projection 114 of the 110 and the locking jaw of the clasp 110 To the solenoid box 123 for controlling the operation of the valve 122 caught on the 113, and the opening and closing detection switch 125 that is turned on / off by the spring projection 114 during the rotation operation of the latch 110. Is configured, on the inner side of the door 31 which is coupled to the hinge 32 on one side of the personal safe 30 Complex and, the latch 110 includes an electronic locking device 100 is mounted so as to take a latch projection 33 which is provided at the other side portion of the room safe 30 and; A touch screen monitor 50 for inputting a user's ID and displaying a user's ID confirmation message and a lock status message; A fingerprint reader 60 for recognizing a fingerprint of a user and generating fingerprint data; A keyboard 70 for inputting the user's personal information; registers the user's ID, fingerprint data, and personal information in a memory, outputs an ID confirmation message according to a result of checking whether the input ID and the registration ID match, and inputs Control signal for automatically opening only the electronic lock device 100 of the personal safe 30 assigned to one user currently using the safe deposit box 40 according to the result of checking whether the fingerprint data and the registered fingerprint data match. A computer 80 for outputting an output, outputting an opening / closing status message according to the input opening / closing status signal, and checking a usage time; And automatically opening and closing the electronic locking device 100 of the personal safe 30 by the control signal of the computer 80, and whether the on / off detection switch 125 built in the electronic locking device 100 is turned on or off. In accordance with the configuration of the locking device control unit 90 for outputting the open and close state signal.

Accordingly, the safe deposit box security system of the present invention allows the user to conveniently use the safe deposit box while maintaining security completely without using a separate key or a card key.

1 is a perspective view showing a door of a personal safe that is opened and closed by a conventional master key and a private key,

2 is a block diagram showing a safe deposit box security system according to the present invention,

3 is a perspective view showing a state in which an electronic lock is mounted on the personal safe door of the safe deposit box security system according to the present invention;

4 is a perspective view of the latch of FIG.

5 is a side view showing the latch of FIG. 4;

6 is a front sectional view showing the electronic locking device of FIG.

7 is a plan sectional view showing the electronic locking device of FIG.

8 is a cross-sectional view showing a state in which the personal safe is closed,

9 is a plan sectional view showing a state where the personal safe is opened.

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

10: door 20,21: key groove

20a: master key 21a: private key

30: personal safe 31: door

32: hinge 33: latching

40: safe deposit box 50: touch screen monitor

60: fingerprint reader 70: key board

80: computer 90: lock control unit

100: electronic lock 110: latch

111: rotating shaft 112: groove

112a: upper side 112b: lower side

113: engaging jaw 114: spring projection

115: stopper 120: housing

120a: opening jaw 121: spring

122: valve 123: solenoid box

124: switch boss 125: open and close detection switch

125a: contact L1: solenoid control wire

L2: switch control line

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

2 to 7, the safe deposit box 40 includes a plurality of personal safes 30 equipped with an electronic lock device 100 in which an open / close detection switch 125 is embedded.

The touch screen monitor 50 inputs the user's ID and displays the user's ID confirmation message and the lock status message.

The fingerprint reader 60 recognizes a user's fingerprint and generates fingerprint data.

The key board 70 inputs personal information of the user.

The computer 80 registers the user's ID, fingerprint data and personal information in the memory, and outputs an ID confirmation message to the touch screen monitor 50 according to a result of checking whether the input ID and the registration ID match.

The electronic device 100 of the personal safe 30 that is currently assigned to one user who wants to use the safe deposit box 40 according to a result of checking whether the input fingerprint data and the registered fingerprint data match. Outputs a control signal to open the bay automatically.

The computer 80 outputs an opening / closing status message according to an input opening / closing status signal to apply to the touch screen monitor 50 and checks the usage time.

The computer 80 may output the personal information and the usage time of the user through a printer connected separately, so that the usage time may be displayed on the touch screen monitor 50.

The lock control unit 90 automatically opens the electronic lock 100 of the personal safe 30 according to the control signal of the computer 80 and is embedded in the electronic lock 100 of the personal safe 30. An open / close state signal is output and applied to the computer 80 according to whether the open / close detection switch 125 is turned on or off.

In the electronic lock device 100 of the personal safe 30, the latch 110 is fixed to an opening formed in one side of the housing 120 to rotate about the rotation axis 111.

The clasp 110 has a groove 112 formed at the front side and a locking jaw 113 formed at the rear side with respect to the rotating shaft 111, and a spring protrusion 114 on the side from which the rotating shaft 111 protrudes. ) And the stopper 115 protrude.

The spring 121 of the electronic locking device 100 has a rotation shaft of the latch 110 so that both ends thereof are caught by an inner wall of one side of the housing 120 forming an opening and a spring protrusion 114 of the latch 110. Is inserted into 111 to rotate the clasp 110.

The solenoid box 123 of the electronic locking device 100 is connected to the locking device control unit 90 by a solenoid control line L1, and the valve 122 is caught by the locking jaw 113 of the clasp 110. To control its operation.

The opening / closing detection switch 125 of the electronic locking device 100 is connected to the locking device control unit 90 by a switch control line L2, and the spring protrusion 114 when the latch 110 is rotated. Is turned on / off by.

8 and 9, the electronic locking device 100 is mounted on the inner side of the door 31 coupled to the hinge 32 on one side of the personal safe 30, and the electronic locking device 100. The clasp 110 of the) is caught by the clasp protrusion 33 provided on the other side portion of the personal safe (30).

With the above configuration, the safe deposit box security system according to the present invention operates as follows.

The safe deposit box security system according to the present invention can use the safe deposit box 40 only for a user whose personal information, fingerprint data and ID are registered in the computer 80, and one user can identify the safe deposit box 40. While the personal safe 30 is in use, another user is not allowed to use another particular personal safe 30 of the safe deposit box 40.

That is, the safe deposit box security system according to the present invention allows only one person to use his personal safe 30, and the ID and fingerprint data of the user are already registered in the computer 80. The user can use his personal safe 30 only when there is a match.

In addition, the safe deposit box security system according to the present invention is such that the computer 80 checks the use time of the personal safe 30 of a particular user.

First, the administrator inputs personal information for each user by using the keyboard 70 to register user personal information on the computer 80.

In addition, each user registers his or her personal information to the computer 80 to be assigned a specific personal safe 30 of the safe deposit box 40, and at the same time, his fingerprint using the fingerprint reader 60 Data is registered in the computer 80, and an ID of a user registered in the computer 80 is received from the administrator.

In the state where personal information, fingerprint data, and ID for each user are registered in the computer 80 as described above, in order to use the personal safe 30 of the safe deposit box 40 assigned to the specific user, Jane First, when the user inputs his ID by pressing the number buttons of the touch screen monitor 50, the computer 80 compares the input ID and the registration ID with each other to determine whether they match.

If the user's input ID and registration ID match, the computer 80 displays an ID confirmation message on the touch screen monitor 50. If the input ID and registration ID do not match, the computer 80 ) May display an ID confirmation impossible message on the touch screen monitor 50 and generate an alarm if necessary.

At this time, when the ID confirmation message is displayed on the touch screen monitor 50, since the ID of the user who wants to use the specific personal safe 30 of the current safe deposit box 40 is justified, the user continues to use the fingerprint reader 60. Enter your fingerprint in).

When the user inputs his or her fingerprint into the fingerprint reader 60, the fingerprint reader 60 generates the fingerprint data of the user and inputs it to the computer 80. Accordingly, the computer 80 inputs the fingerprint data. And whether the registration fingerprint data match.

If the user's input fingerprint data and registration fingerprint data match, the computer 80 automatically locks the electronic lock device 100 of the personal safe 30 to the lock device control unit 90. If the open signal is applied and the input fingerprint data and the registered fingerprint data do not match, the computer 80 may display a non-fingerprint confirmation message on the touch screen monitor 50 and generate an alarm if necessary. have.

In this case, when the locking device open signal of the computer 80 is applied to the locking device control unit 90, the locking device control unit 90 is the electronic locking device 100 mounted in the specific personal safe 30 assigned to the user. ) Automatically unlocks only so that the door 31 of the personal safe 30 is automatically opened, and the personal safe 30 of the other users is all locked.

When the door 31 of the personal safe 30 is automatically opened, the open / close detection switch 125 built in the electronic locking device 100 is turned on, and at the same time, a switch indicating the open state of the personal safe 30. An on signal is input to the computer 80 via the locking device control unit 90.

Accordingly, the computer 80 starts to count the use time from this time, and at the same time, an opening / closing status message (eg, indicating that the user specific to the touch screen monitor 50 is using his personal safe 30). , "In use").

While one particular user is currently using the personal safe 30 as described above, another user whose identity and fingerprint data are both verified with the computer 80 is willing to use his personal safe 30. Then, the computer 80 displays the message "in use" on the touch screen monitor 50, and waits for the current user to complete the use, or prompts the current user to use the service after completing the use. Can be displayed.

In addition, if the user closes the door 31 of the personal safe 30 after using his personal safe 30, the open / close detection switch 125 built in the electronic locking device 100 is turned off, At the same time, a switch-off signal indicating the closed state of the personal safe 30 is input to the computer 80 via the locking device control unit 90.

Accordingly, the computer 80 finishes the counting of the usage time, stores the counted usage time in the memory, and at the same time, a user who is currently specific to the touch screen monitor 50 opens his personal safe 30. An opening / closing status message (eg, "use complete" message) indicating that use is completed is displayed.

The user's personal safe usage time stored in the computer 80 may be output to the printer as needed, and may be used as a material for dispute resolution when a dispute arises between an administrator and a user according to the use of the safe deposit box 40. Can be.

In fact, the operation of automatically opening the door 31 of the personal safe 30 assigned to the specific user will now be described in detail.

Referring to FIG. 8, when the door 31 of the personal safe 30 is closed, the clasp 110 of the electronic locking device 100 mounted on the inner side of the door 31 is located at one side thereof. The door 31 is caught by the latch projection 33 protruding from the other side portion of the personal safe 30 to which the hinge 32 is coupled.

In the state where the latch 110 of the electronic locking device 100 is locked to the latch protrusion 33 as described above, the locking device open signal of the computer 80 is transmitted to the locking device control unit 90 and the solenoid control line ( When the valve 122 is applied to the solenoid box 123 via L1, the valve 122 is pulled in the direction of arrow a of FIG. 8, and the latch 110 receives the force of the spring 121 of FIG. 6. Rotate in the direction of the arrow b of 8.

At this time, when the upper portion 112a and the lower portion 112b of the recess 112 hanging on the latch protrusion 33 simultaneously rotate in the direction of the arrow b of FIG. 8, a rotational repulsive force of the recess 112 is generated. When the upper portion 112a of the groove 112 is generated to face the clasp protrusion 33, and the lower side 112b of the groove 112 rotates in contact with the clasp protrusion 33. The generated friction force acts on the clasp 110 so that the clasp 110 is automatically opened and stopped. Finally, the clasp 110 has the stopper 115 at the opening jaw 120a shown in FIG. 6. It stops completely according to the jam.

At the same time, when the contact 125a of the open / close detection switch 125 is pushed in the direction of the arrow c of FIG. 8 by the spring protrusion 114 of the latch 110, and closely adhered to the open / close detection switch 125, the open / close detection switch 125 is closed. A switch on signal indicating that the sensing switch 125 is turned on and the door 31 of the personal safe 30 is opened is via the switch control line L2 and the lock control unit 90. ) Is entered.

As described above, the valve 124 of the solenoid box 123 is pulled in the direction of arrow a of FIG. 8, and the latch 110 of the electronic locking device 100 rotates, and the opening / closing detection switch 125 is turned on. When the upper portion 112a of the recess 112 formed in the latch 110 is caught by the latch protrusion 33, the repulsive force is generated, and the lower portion 112b of the recess 112 is latched. The door 31 of the personal safe 30 is automatically opened in the direction of the d arrow as shown in FIG. 9 and stopped by the friction force generated when the protrusion 33 rotates.

At this time, the door 31, which is coupled to the hinge 32 on one side of the personal safe 30, automatically opens and stops when the spring 121 rotates the latch 110. The repulsive force generated as the upper portion 112a of the groove 112 formed in the 110 is caught by the latch protrusion 33, and the lower portion 112b of the groove 112 is latched to the protrusion 33. This is due to the frictional forces that are generated when they rotate in contact.

In addition, the opening angle θ of the door 31 which is automatically stopped after being opened automatically stops the latch 110 which rotates in the direction of the arrow b of FIG. 8 by being caught by the opening jaw 120a shown in FIG. 6. The angle of the stopper 115 is limited to a predetermined angle (eg, about 15 °).

For example, when the stopper 115 is positioned at the portion A of FIG. 4, the opening angle of the door 31 is increased, and when the stopper 115 is positioned at the portion B of FIG. 4, the opening angle of the door 31 is decreased.

As described above, the safe deposit box security system according to the present invention automatically checks only the personal safe of the safe deposit box assigned to one user whose identity is verified and assigned to the current safe deposit box as a result of fingerprint recognition of each user whose ID is already registered. Since the user can open the safe deposit box and check the use time of the safe deposit box, the user can conveniently use the safe deposit box while maintaining security completely without using a separate key or a card key.

In addition, since only one person can use the safe deposit box, and each user checks the time of using the safe deposit box, a dispute between the user and the administrator can be prevented in advance, and the personal safe is automatically opened to the user. It has the effect of providing convenience.

What has been described above is just one embodiment for implementing the safe deposit box security system according to the present invention, the present invention is not limited to the above-described embodiment, the gist of the invention claimed in the following claims Various changes can be made by those skilled in the art without departing from the scope of the present invention.

Claims (2)

(delete) (Once a correction) A safe deposit box 40 composed of a plurality of personal safes 30; It is fixed to an opening formed in one side of the housing 120 to rotate about the rotation shaft 111, the groove 112 is formed on the front side with respect to the rotation shaft 111 and the locking step 113 on the back And a clasp 110 having a spring protrusion 114 and a stopper 115 protruding from a side surface on which the rotating shaft 111 protrudes, an inner wall of one side of the housing 120 forming an opening, and the clasp. Spring 121 is inserted into the rotating shaft 111 of the clasp 110 so that both ends are caught by the spring projection 114 of the (110) and the latching jaw of the clasp 110 (rotation) It consists of a solenoid box 123 for controlling the operation of the valve 122 caught on 113, and the opening and closing detection switch 125 is turned on / off by the spring projection 114 during the rotation operation of the latch 110. The inner side of the door 31 coupled to the hinge 32 on one side of the personal safe 30. And the clasp 110 is an electronic locking device (100) mounted so as to catch the latch projection (33) provided on the other side portion of the personal safe (30); A touch screen monitor 50 for inputting a user's ID and displaying a user's ID confirmation message and a lock status message; A fingerprint reader 60 for recognizing a fingerprint of a user and generating fingerprint data; A keyboard 70 for inputting personal details of the user; The user's ID, fingerprint data, and personal information are registered in the memory, and an ID confirmation message is output according to the result of checking whether the input ID and registration ID match, and according to the result of checking whether the input fingerprint data and the registered fingerprint data match. Currently outputting a control signal for automatically opening only the electronic lock device 100 of the personal safe 30 assigned to one user who wants to use the safe deposit box 40, according to the input opening and closing status signal A computer 80 which outputs and checks the use time; And The electronic lock 100 of the personal safe 30 is automatically opened by the control signal of the computer 80, and whether the on / off detection switch 125 built in the electronic lock 100 is turned on or off. Therefore, the safe deposit box security system, characterized in that the locker control unit 90 for outputting the open and close status signal.