JPS63304887A - Safe-deposit box device - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to the structure of a safe deposit box device in a bank or the like.

[Conventional technology]

As a device for safely managing safe deposit boxes in banks, etc., a large number of safe deposit boxes installed inside the safe deposit box are equipped with customer locks and bank locks on each opening/closing door. A system has been developed that remotely controls the opening and closing of the safety deposit box door and the opening and closing of the bank lock in a specific safe deposit box from outside the safe deposit box upon request. Although it has the advantage of being able to grasp information such as the usage status of each customer point by point, it requires control equipment and wiring equipment for each bank lock on each opening/closing door in a large number of safe deposit boxes, so there is a problem that it is too costly. .

As a prior art to solve this problem,
- In Publication No. 56381, in order to individually open and close one safe deposit box specified by a contract with a customer among a large number of safe deposit boxes in a safe deposit box, the door of each safe deposit box is provided with a door that the customer owns individually. While providing a key and a bank lock covering the front of the key,
A lock for unlocking the door is installed inside and outside the doorway of the safe deposit box, and the lock is associated with an entry card league and an exit card league, and the bank's reception department outside the safe deposit box A magnetic card issued by operating the write encoder is used to unlock both the room lock and the bank lock on the door of each safe deposit box, and when the customer exits the safe, the card is issued at the exit card league location. A configuration is disclosed in which the magnetic card is taken in after a predetermined unlocking operation, and the magnetic card is not available to the customer.

[Problem that the invention seeks to solve]

According to this structure, a magnetic card is issued by a bank representative when a customer comes to the bank's reception department, and the magnetic card is used on behalf of the bank staff to open and close the door of the safe deposit box and perform certain tasks. It is a means of unlocking the door of a safe deposit box, and the magnetic card can be automatically collected when leaving the safe, so it has the advantage of requiring fewer magnetic cards. This has the disadvantage that a magnetic card loading means is required and the structure is complicated.

Moreover, this magnetic card only serves as a master key for unlocking the so-called safety deposit box door and the opening/closing doors of each safe deposit box, and each time a customer uses the safe deposit box, the magnetic card is used at the reception desk. Even if a bank employee in a department re-enters information into a magnetic card one by one using a write encoder, the input information is stored in a computer separately from the magnetic card, so there is little organic connection with the magnetic card. There is also the problem that input errors are likely to occur.

The present invention aims to solve these problems.

[Means for solving problems]

Therefore, in the present invention, a large number of safe deposit boxes are arranged in a safe deposit box equipped with a door at the entrance and exit, and the door can be opened by inputting a code number for each customer under the control of a central control device outside the safe deposit box. In a safe deposit box device configured to control opening, a door lock for locking the safe door is attached to the front of the safe door of each safe deposit box, and the front surface of the door lock is attached to each safe door. A cover case is provided that can be opened and closed freely, and the cover case is
The lock is configured to be unlocked using an opening/closing key that is different from the door lock key held by the customer, and on the outside of the safe deposit box, there is an operation for entering a code number for each customer when entering the safe deposit box. and a lock for inserting the opening/closing key for conditions for starting input to the keyboard, and a sensor was installed at the entrance/exit of the safe deposit box to detect the passage of a person and close the room door. It is something.

[Operation and effect of the invention]

According to the present invention, a customer cannot use a safe deposit box unless he or she has two keys and knows the customer-specific password number predetermined in accordance with the contract with the bank.

In other words, the opening/closing key serves as a so-called master key for the door of the safe deposit box and the cover case on the front of the safe door of the safe deposit box, and when entering the safe deposit box, the opening/closing key must be lent. When it is inserted into the lock on the outside of the vault and rotated, it becomes a condition for starting input to the keyboard.

Then, when the customer enters a predetermined code number into the keyboard, it is checked against the storage device of the central control device outside the safe deposit box to see if the customer is the correct one. The door can be unlocked.

Therefore, inputting the customer's correct PIN number into the keyboard becomes a checkpoint for entering the safe deposit box, and it is possible to ensure sufficient safety even when a bank employee is not present at the safe deposit box. By inputting the recitation number, information such as its usage status can be stored and processed in the central management device.

On the other hand, in order for a customer who has entered the safe deposit box to open the safe door at a predetermined location, he or she first opens the cover case of the safe door using the opening/closing key, and then locks the door at the location covered by the cover case. Since the lock is unlocked using the door lock key, the customer has a four-layer security system that uses two locks: one for the safety deposit box door and one for the specific safe deposit box, and also uses a code number. This gives a sense of confidence that the safe deposit box is extremely safe.

In addition, if a sensor at the entrance to the safe deposit box detects the passage of a customer, the door will be closed, eliminating the need for conventional magnetic card capture devices and making it extremely easy to control the central management device. It has an effect.

〔Example〕

Next, to explain an embodiment, reference numeral 1 denotes a sealed safe deposit box equipped with a sliding door 17 at one entrance, and inside the safe deposit box l, a large number of safe deposit boxes 3 are arranged in multiple stages. One side of the safe deposit box 1 is divided into a work area 4 where customers can take out and store items in the safe deposit box 3.

Reference numeral 2 is a safety door provided outside the room door 17 for theft prevention and fire prevention purposes for the entire safe deposit box.The safety door 2 is open only during bank business hours, and is closed by a timer lock at night and on holidays. are doing.

Reference numeral 5 denotes a central control device installed outside the safe deposit box. In connection with the exit button switch 8, etc., the opening/closing control of the room door 17, which is driven to open/close by a control motor (not shown), is executed, and data of customer usage information, which will be described later, is also stored. Further, the room door 17 is configured to be opened and closed in conjunction with the exit button switch 8.

An opening/closing key 21 can be inserted into the hole of the insertion lock 7 and rotated, and an electrical signal command by inserting and rotating the opening/closing key 21 is sent to the central control device 5 in a control standby state. This is transmitted and becomes a starting condition for permitting subsequent input to the keyboard 6.

The rotatable safe door 10 of each safe deposit box 3 is provided with a door lock 12 that can be unlocked with an individual door lock key 11, and the front surface of each door lock 12 is as shown in FIG. It is covered with a cover case 13. A board 15 with a pair of upper and lower sliding grooves 14.14 is fixed to the front surface of the safe door 10, and a pair of upper and lower guide rails 16.16 in the cover case 13
covers both the sliding grooves 14 so as to be able to slide left and right. Therefore, when the cover case 13 is pulled to the right as shown by the two-dot chain line in FIG. 4, the front surface of the door lock 12 is exposed.

Lock rod 2 of the lock 19 provided inside the cover case 13
0 indicates a locking plate 18 that protrudes from the base plate 15 when the front surface of the door lock 12 is covered with the cover case 13.
When the opening/closing key 21 is inserted into the free hole of the lock 19 and rotated, the lock rod 20 is separated from the locking plate 18 and can be moved in the unlocking direction. It is configured. Code 22 is cover case 13
This is the stopper piece after being inserted into the board 15 of FIG.

In this configuration, a customer who has made a contract with a bank for use of a safe deposit box always keeps the customer-specific opening/closing key 21 and door lock key 11 handed over from the bank, and the password number specified by the customer is stored in the central control device 5. will be registered and stored.

After the contracted customer has the opening/closing key 21 and the door lock key 11 and requests to use the safe deposit box to the bank's safe deposit box receptionist and goes through the prescribed procedures, the staff member transmits the information to the central control device 5.
Set to ready state.

The customer inserts and rotates the opening/closing key 21 into the hole of the insertion lock 7 at the entrance/exit of the safe deposit box l. This determines the conditions for starting input to the keyboard 6.

The opening/closing key 21 is provided with an engaging groove or a magnetic material that matches the customer's identification code.
When the lock is inserted and rotated, the identification means such as a magnet provided on the insertion lock 7 reads the identification code, transmits the signal to the central control device 5, and searches for the customer's recitation number from its storage section.

When the customer inputs his/her personal code number into the keyboard 6, it is checked against the code number in the central control device 5, and if they match, a command to open the room door 17 is issued.

The customer removes the opening/closing key 21 from the insertion lock 7 and enters the safe deposit box 1. At this time, when the customer passes through nine passage sensors at the entrance/exit, the room door 17 is closed.

At a predetermined location of the safe deposit box 3, the customer inserts the opening/closing key 21 into the lock 19 on the side of the cover case 13 and turns it. The unlocking conditions for the lock 19 are different for each safe deposit box, and when the opening/closing key 21 is inserted and rotated correctly, the lock rod 20 is separated from the locking plate 18 on the base plate 15, and the lock can be unlocked.

After that, when the cover case 13 is shifted to the right in FIG. 4, the front surface of the door lock 12 on the safe door lO is exposed, so insert the door lock key 11 into this and turn it to unlock the safe. Door 10 can be opened.

After the customer finishes taking in and taking out the specified items, the customer closes the safe door 10 and locks the door lock 12, moves the cover case 13 to its original position, locks the lock 19, and then uses the opening/closing key 2.
1 and the Uzuki key 11 actuate the exit button switch 8 in the safe deposit box l, and the door 17 is opened.
Open and exit. At this time, if the exit button switch 8 is operated using the opening/closing key 21, forgetting to take out the opening/closing key 21 can be prevented.

A sensor 9 for detecting the passage of a person at the entrance/exit detects the passage of a person, and the room door 17 is automatically closed. The customer informs the receptionist that he has finished using the safe deposit box, and the clerk inputs this information into the central control device, thereby ending control over the safe deposit box.

The time required during this time can be managed and recorded by the central management device 5.

As described above, by giving two customer-specific keys to customers who have signed a contract, the bank can save the trouble of having an attendant accompany the customer to the designated safe deposit box every time the customer uses the safe deposit box. By using two keys and a code number, you can overcome four barriers, giving you peace of mind regarding the confidentiality of your safe deposit box.

In addition, by using the opening/closing key 21 used to unlock the door of the safe deposit box, it is possible to centrally control the safe deposit box and to ensure information on customer usage status, without having to perform separate centralized management for each safe deposit box. This has the effect of being able to understand and prevent accidents from occurring.

[Brief explanation of drawings]

The drawings show an embodiment of the present invention, and FIG. 1 is a plan view of the entire safe deposit box, FIG. 2 is a front view of the room door, FIG. 3 is a front view of the safe deposit box, and FIG. 4 is a front view of the safe deposit box. ■-IV enlarged sectional view of the figure,
Figure 5 is a perspective view of the cover case, Figure 6 is the Vl of Figure 4.
-VI is a sectional view of a main part. 1... Safety deposit box, 2... Safety door, 3... Safety deposit box, 5... Central control device, 6... Keyboard, 7... Insert lock, 8 ... Exit button switch, 9 ... Sensor, 10 ... Safe door, 11 ...
... Uzuki key, 12 ... Door lock, 13 ... Cover case, 15 ... Board, 17 ... Room door, 18
... Locking plate, 19 ... Lock lock, 20 ...
Lock rod, 21... key for opening/closing, 22... stopper piece. Patent applicant: Itoki Co., Ltd. Patent applicant: Itoki Kosakusho Co., Ltd. Agent Patent attorney: Akira Ishii, unemployed゛1, this′°“−
□ ・No・

Claims (1)

[Claims] (1) A large number of safe deposit boxes are arranged in a safe deposit box with a door at the entrance and exit, and the doors are opened and controlled by inputting a code number for each customer under the control of a central control device outside the safe deposit box. In the safe deposit box device configured to do so, a door lock for locking the safe door is attached to the front of the safe door of each safe deposit box, and a cover that covers the front surface of the door lock is attached to each safe door. The case is provided so that it can be opened and closed freely, and the cover case is configured to be unlocked using an opening/closing key that is different from the door lock key held by the customer. A keyboard for inputting a code number for each customer when entering the room, and a lock for inserting the opening/closing key as a condition for starting input to the keyboard are provided, and the doorway of the safe deposit box is equipped with a lock that detects the passage of a person. A safe deposit box device characterized by being equipped with a sensor for closing a room door.