KR910009724B1 - A lending safe device - Google Patents

Abstract

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Description

Safe deposit box

1 and 2 are layout cross-sectional views of a safe deposit apparatus showing the first and second embodiments of the present invention.

3 is a perspective view showing the configuration of the safe deposit box.

4 is a block diagram showing the configuration of the safe deposit box.

5 is a flowchart showing an example of the operation procedure.

* Explanation of symbols for the main parts of the drawings

1: safe deposit box 2: safe deposit box

3: front room 4: passage

5: Lobby 5: Business Zone

8: gate 9: gate unit

10: center unit 11: computer device

16 input and output control device 17 electric lock

18: electric grid door

The present invention relates to a safe deposit box with a large number of safe deposit boxes, in particular, checks the entrance of the customer to the safe deposit box to prevent the entry of the dancers, and secures safety while simplifying the reception and security tasks. Relates to a device.

Background Art Conventionally, a safe deposit box provided in a bank or the like has been provided with a safe deposit box with limited access to a room for entering and leaving a room and arranged in a plurality of floors with a safe deposit box under an individual use contract with a customer.

The front door of each safe deposit box is provided with a double bank lock and a customer lock. When a customer uses a safe deposit box, he or she can apply for the meaning from the reception desk to the person in charge of the safe deposit box management. After confirming the customer's identity, both the customer and the person in charge will accompany to the safe deposit box. First, it is extremely difficult for the customer to unlock the gate door of the entrance / exit room by entering the room with the key held by the person in charge or to accompany the customer to the front of the safe deposit box and unlock the bank lock. It was a cumbersome order and cooperation. In addition, a person in charge was re-entered to check each lock as a security service after the customer used it. In addition, poor management, such as the person in charge, fills in the reception record and the handling record (person in charge, lock release time, lock lock time, customer name, etc.).

The conventional safe deposit box had the following problems.

1) It takes the product to accept and waits for the customer.

2) The person in charge must accompany the customer to the safe deposit box to unlock the bank lock.

3) As a result of plural personnel in charge of the safe deposit box, it is difficult to grasp the exact usage of the room and there is a security problem.

4) The following problems are found in crime prevention.

A) Even if you forget to close the safe deposit box or forget to return the inner box, it is not known at the time of customer exit.

B) If the door or lock is broken or broken, it is unknown.

C) In the case of the prohibition of the handling of a specific loan safe deposit, there is anxiety of mis-notification in the internal communication of the management.

5) It is not possible to cope with the extension of the loan vault service.

6) The larger the safe deposit box, the more difficult it is to cope.

The present invention is to provide a safe deposit box equipment that solves the above problems, streamlines and simplifies the safe deposit box service, especially the security service, and takes further safety measures.

In the present invention, the means for solving the above problems, the gate and the bank lock leading to the safe deposit box as an electric lock, unlocked with the electric lock on the basis of the input personal authentication data, and at the same time locked state of the customer lock And a monitoring unit for monitoring the conduction state of the electric circuit connecting each bank lock, and a monitoring unit for monitoring the usage time of the customer, for security management. It is configured to perform necessary processing and control by

With the above configuration, the gate and the bank lock to the safe deposit box are input and electrically controlled by inputting personal authentication data to manage the occupants to the safe deposit box.

In addition, the status of each lock and the time of use of the customer are monitored to determine the security status.

EMBODIMENT OF THE INVENTION Hereinafter, this invention is demonstrated based on the Example shown in drawing.

FIG. 1 is a layout plan sectional view of a safe deposit apparatus showing a first embodiment of the present invention. All rooms 3 are arranged outside the safe deposit box 2 which has a large number of safe deposit boxes 1 on the same floor, and a passage 4 is connected between the front room 3 and the lobby 5. Doing. These safe deposit boxes 2 and all rooms 3 are blocked by a strong isolation wall from the lobby 5 and the business area 6. The first gate 8a is installed at the entrance of the isolation wall through the passage 4 from the lobby 5 to the front room 3, and the second wall on the wall of the safe deposit box entering the safe deposit box 2 from the front room 3. The gate 8b is provided. At the entrance of the safe deposit box 2, a security grid door for security purposes is also opened and is open during business.

Immediately in front of the path of the first gate 8a, the management receptionist 21 receives the visitor, and inputs the key board 13 based on the contents displayed on the CRT display 12 to receive the work. Is done.

At the same time, the computer apparatus described later starts a timer as a usage time monitoring means for each customer. Monitor until the customer lock 1b is locked.

After the customer checks in at the reception desk, the reception card is issued and passes through the passage 4 to the first gate 8a. The reception card is a magnetic card or a punch card that records the date and the store's name, and the customer inserts it into the gate unit (card reader) 9a attached to the wall surface of the first gate 8a, whereby the card reader The reading is checked in the center unit 10, causing the first gate 8a to be unlocked for a certain time. Further, the reception card may be a simple plate-like body or a key that does not have the above-described recording function, or may be collected by the card reader after unlocking the gate. In addition, the lock release means of the gate may operate independently from the center unit 10. Subsequently, when the customer comes to the second gate 8b, that is, the door of the safe deposit box, the customer inserts the authentication card into the card reader of the gate unit 9b according to the instruction of the guide indicator, and inserts his password into the tenki board. When the number is input, the second gate is opened to enter the safe deposit box 2. 11 is a computer unit (CPU) in which an input / output control device is integrally formed, and constitutes a printer unit 15 which prints out information and a center unit 10 like the CRT display 12 and the key board 13. The remote command means, the determination means, the lock monitoring means, the use time, the monitoring means, the handling prohibition registration means, and the like are realized.

As shown in FIG. 3, the bank lock 1a and the customer lock 1b are attached to the door plate 1c of each safe deposit box 1 as a safe deposit lock. The bank lock 1a, which is an electric lock, is locked or released by a remote command signal from the center unit 10. When the lock is released, the guide light 1d on the surface of the door 1c lights up to guide the customer. .

The safe deposit box 1c can be opened only when the bank lock 1a is released and the customer lock 1b is released with the key held by the guided customer.

A drawer-shaped inner box (protection box) 1 is built in the safe deposit box 1, and the customer picks it up and uses it. In the safe deposit box 2, an open room (coupon booth) 20 is disposed because the customer carries and uses the inner box 1e as needed. After opening the vault door 1c, the safe deposit box can be temporarily locked only by the customer lock 1b. Therefore, the customer takes out the inner box 1e to temporarily lock the safe deposit box and goes to Coupon Booth with his key. After using the safe deposit box, when the inner box 1e is stored in the safe deposit box and the customer lock 1b is locked, the bank lock 1a is simultaneously locked or completely locked after a certain time. At this time, when forgetting to put the inner box 1e, the inner box detecting lever 11 protrudes, and the complete lock is impossible. Each safe deposit box 1 constitutes a first monitoring means, and is provided with a lock lock detecting means, a lock lock error detecting means, and a lock disconnection detecting means.

The lock lock detecting means is constituted by a micro switch or the like interlocking with the inner box detection lever 1f, and is completely locked so that the lock lock detecting means is turned ON when the inner box 1e is detected.

The lock lock error detecting means is a micro switch interlocked with the customer lock 1b, and normally detects that the lock is wound even when the inner box 1e is not completely locked when it is not detected. This detection may be read and judged on the center unit 10 side by reading the lock signal of the customer lock and the signal that the lock lock detection means could not detect the inner box.

The lock disconnection detecting means is constituted by a circuit which determines whether the conduction or non-conduction is carried out by holding a weak current in the wirings of all the bank locks 1a in a predetermined time cycle at the command of the management apparatus. These detection signals are inputted to the center unit 10 so as to automatically monitor the abnormality of the lock state of the customer lock or the presence of disconnection in the electric circuit connecting each bank lock.

As shown in FIG. 4, the center unit 10 is composed of a computer device (CPU) 11 which controls the entire safe deposit box, monitors the device, manages and determines customer information, and the safe deposit box. It consists of a key board 13 used for operation and data input, a floppy disk 14 for storing registration information and customer information of a safe deposit box, and a printer 15 for printing out storage information and management information. have.

The center unit 10 is connected to an input / output control device (sub CPU) 16 disposed in the safe deposit box area, and through the control device 16, the gate unit 9, the electric lock 17, and the electric power. It is connected to the grating door 18 and the safe deposit lock 19.

2 is a layout plan sectional view of a safe deposit apparatus showing a third embodiment of the present invention. In the same figure, the code | symbol common to what was used by 1st Embodiment shown in FIG. 1 represents the same part. In the present embodiment, the first gate 8a is provided at the inlet wall entrance from the lobby 5 to the passage 4, and the second gate 8b is provided at the isolation wall from the passage 4 to the front chamber 3. The 3rd gate 8c is provided in the wall of the safe deposit box which is installed and enters the safe deposit box 2 from the front room 3.

Predetermined gate units 9a, 9b and 9c are attached to the wall surface of each gate, and a gate unit 9d for exit is attached to the side wall surface of the front chamber 3 of the second gate 8b. In addition. The center unit 10 is provided in the desired place of the business area 6 adjacent to the safe deposit box 2.

The customer who came to the store directly goes to the first gate 8a across the lobby 5 without being received by the management receptionist. The authentication card owned by the customer and the input data of his / her password number are inquired and judged by the computer apparatus 11, and personal authentication is performed. If the judgment result of the personal authentication data is justified, the bank lock 1a of the front door of the predetermined safe deposit box is released based on the instruction from the computer device.

An electric lock is attached to the gate doors of the gates 8a, 8b, and 8c, and an electric lattice door is further formed at the entrance of the safe deposit box 2.

The gate units 9a, 9b, 9c, and 9d include card readers and ten key boards, which are generally personal authentication data input means, guide indicators for providing operation instructions and guidance to the safe deposit box user, and authentication card. It is made up of an in-printer which prints the printing and reception time by the embossing unit, the safe deposit box number, and the like.

The first gate 8a, the third gate 8c, and the like can be opened using only the card reader and the guide indicator, but at least one of the first gate 8a and the third gate 8c can be opened as shown in the second gate 8b of the present example. As a receiving unit, a card reader for reading an authentication code or a loan vault number from an authentication card and a gate with a ten key board for inputting a password number are required. Each of these gate doors is opened by a control means based on a personal password data input means, and a customer entering the safe deposit box 2 has a bank lock which is already opened by the lighting of a guide display. Open the door plate 1c by releasing it with the key holding the customer lock 1b of the bottom door of the safe deposit box.

5 is a flowchart showing an example of an operation procedure of the above-described embodiment. First, when power is supplied to the apparatus, the work start processing apparatus 101 is operated. Here, at the same time as the input of various data, the presence or absence of a safe deposit box with abnormality in the locked state of the lock and the disconnection in the electric circuit connecting the respective bank locks can be freed by the first monitoring means. It will be checked automatically until it is ok, and if there is no problem, the safe deposit box will be available.

In the first embodiment, the customer who came to the store receives the personal authentication 102 by a seal inquiry, an authentication card, or the like at the reception desk, and the reception card is issued by the receptionist. At the same time, the receptionist inputs the reception time at the key board 13 and starts the counting of the timer, which is the second monitoring means, 103 and at the same time, inputs the safe deposit number so that the bank lock can be unlocked remotely. do. By the input device of the above-mentioned safe deposit box number, the bank lock of the door of a safe deposit box of a predetermined position is released 105, and a guide light is lighted. In addition, when the entry of the safe deposit box number has already been registered in the key board 7a, the flop disk 7d is stored in the flop disk 7d so that the safe deposit box number is automatically inquired and the bank lock is released. Is suppressed and not released. The customer inserts the reception card into the card reader, and when the center unit 10 confirms that this is a valid reception card, the first gate 8a is opened for a predetermined time and passes through the first gate 106. . Subsequently, the second gate, i.e., the door of the safe deposit box, is opened by inserting the authentication card and operating the tenkey board. The customer enters the safe deposit box (2) (111), the indicator light on the door of the safe deposit box lights up, indicating that the bank lock is unlocked. Transported to use (112). After the use of the safe deposit box, the customer locks the customer lock 113 and opens the safe deposit box door when leaving the room to exit 114. In addition, the door of the safe deposit box for leaving the room may be opened and closed freely from the inside for a certain period of time, and the reception card is inserted into a car rider not shown in the room to release the separately installed door. You can also make it safe.

Also. In the second embodiment, the nominated customer goes directly to the first gate 8a and performs personal authentication 102 by the card reader. The card is valid, and the first gate is unlocked, and the customer passes (203). At this time, the center unit (102) notifies the management party of the customer's passage by sounding a buzzer. do.

It is convenient to set this buzzer sound once in the case of a normal customer and twice in the case of VIP (important thing). At the same time, on the CRT display used by the person in charge of management, the necessary matters such as name, address, loan deposit number, agent code, etc. are displayed (205). Next, when the customer comes to the second gate 8b, the customer inserts the authentication card into the card reader and inputs his / her code number to the Tenkey board according to the instruction of the guide indicator (206). These personal authentication data are sent to the computer apparatus (CPU) 11, and it is confirmed that registration is completed. Then, the computer device (CPU) 11 having the function of the determining means inquires that each of them corresponds to each other, and if it is further determined that the personal authentication data is justified, the bank lock 1a, which is an electric lock, is released ( At the same time, the reception and time are displayed on the CRT display, the timer starts counting 208, and the printed authentication card is returned (209). The customer passes through the second gate 8b, passes through the third gate 8c where the lock is released and the door is opened 110, and enters the entrance 111 into the safe deposit box 2. After unlocking the customer lock with a key held by the customer, using the safe deposit box (112), and closing the customer's lock (113) and leaving the room (114). At that time, when unlocking the exit gate unit 9d, an authentication card is required, thereby preventing the card from being lost. It can also hinder the escape of an intruder.

Furthermore, even if all the gate doors of this embodiment are electric doors, they are the same because they are electrically locked. Conversely, only unlock one when you exit one gate. The lock may be released only when entering the remaining gates, and the opening and closing may be made free in the opposite direction. In addition, the exit route may be a separate gate 8d that exits into the business zone 6. When the customer withdraws, the authentication procedure of the exit gate unit 9d is performed while the lock is in a poor state, or when the customer's resumption time exceeds the set value, the center unit 10 displays the CRT display 12. At the same time an alarm is displayed, an alarm sounds and a security confirmation is activated.

Finally, when the work of the day is finished, the end processing 115 is performed, the necessary lists and records are printed out for the preparation of the daily report and the arrangement of the slips, and after the floppy disks containing the data are taken out, The power is turned off.

According to this invention which consists of said structure, there exist the following effects.

1) By personal authentication by a computer device, there is no waiting for a customer at the time of reception.

2) After the customer's identity verification, the bank lock will be released automatically, so the management person does not need to accompany the customer to the safe deposit box.

3) The computer device makes it easy to grasp the usage of the safe deposit box in the room and enhance security.

4) Since there is a means to monitor the lock status of the lock and the customer's real time, there is no security anxiety.

5) In the first embodiment, by arranging a management receptionist, it is possible to provide delicate services by a person, to further prevent entry of dancers, and in a second embodiment, to provide an unmanned safe deposit box device. It is possible to extend the time of the safe deposit box business.

6) The usage record is automatically generated by the computer device, so that the safe deposit service can be streamlined and simplified.

Claims (3)

A safe deposit box having a bank lock and a customer lock and a plurality of safe deposit boxes that can be opened when the quantum lock is released, the gates to the bank locks and the safe deposit boxes that can be locked and unlocked by electric signals; Personal authentication data input means disposed immediately before the gate of the gate, control means for releasing the gate and the bank lock by the personal authentication data input means, a locked state of a customer lock, and an electric circuit for connecting each bank lock. A safe deposit apparatus comprising: a first monitoring means for monitoring a state and a second monitoring means for monitoring a use time of a customer. The safe deposit apparatus according to claim 1, wherein the personal authentication data input means is a remote command means based on a key board operation of a computer device which is performed by a management receptionist. The safe deposit apparatus according to claim 1, wherein the personal authentication data input means is configured by inserting an authentication card into a card reader performed by a customer and inputting a password number into a ten key board.

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