JPH0639855B2 - Safe deposit management system - Google Patents

Description

Description: TECHNICAL FIELD OF THE INVENTION The present invention relates to a safe deposit box management system that manages a bank lock of a safe deposit box installed in a bank or the like and an entrance route to a safe deposit box, and in particular, a person entering a room. The present invention relates to a safe deposit box management system in which the management of bank locks and entry routes is unattended by using a magnetic card for authentication, and automation of reception office work and usage record processing is performed in cooperation with a control unit.

[Conventional technology]

The safe deposit boxes that have been installed in banks, etc. have been provided with a room with a restricted entry / exit path, and a number of safe deposit boxes based on individual contracts with customers have been arranged in a stack to form a stack. On the front door of the customer, a customer lock that is locked and unlocked by a key that each customer individually possesses and a bank lock that is locked and unlocked by a key managed by the person in charge of the safe deposit box on the bank side are overlapped. When using a safe under contract, the receiving department should tell the bank staff to that effect, and both the bank staff and the customer should accompany you to the safe deposit box and enter the entry / exit route or safe deposit box first. The person in charge of the bank opens the door of the room door with a lock etc. to enter the room, accompanies the customer in front of the safe deposit box, unlocks the bank lock, and finally the customer unlocks the customer lock. It required a very cumbersome procedure and collaborative work to be able to lock. Therefore, whenever a large number of customers visit a bank and offer to use the safe, the bank staff must accompany them each time, so the labor burden on the bank is always attached and the cost of managing the safe deposit box is reduced. As a countermeasure against this, a bank lock that is locked and unlocked by an unlocking unit encoded by a person in charge on the bank side at the reception department is placed on the customer lock, and the person in charge takes care of the safe deposit box. Although a method of eliminating the need to accompany is also considered, nevertheless, there is an important crime prevention issue regarding how to authenticate the customer when entering or leaving the safe deposit box. It often takes time and effort to keep customers waiting, and there is also the drawback that it is not possible to handle it because it is necessary to keep a detailed usage record.

[Problems to be solved by the invention]

In view of the above problems, the present invention aims at labor saving in management of bank locks and authentication of entry into the safe deposit box, and safe deposit management aiming at efficient automation of reception office work and use record processing. It is to provide a system.

[Means to solve the problem and its action]

In order to solve the above-mentioned problems, the present invention uses a magnetic card as a storage carrier for data unique to each customer, while at the same time, at least one entry path to a safe deposit box has a card reader and a numeric keypad. If the qualification of the customer is "appropriate", the data will be read by the card reader and the personal identification number entered by the customer using the ten-key pad. Is unlocked, the customer's safe deposit box is used, and the information is also input to the control unit to efficiently automate both the reception work and the usage record.

[Examples of the invention and their effects]

 Hereinafter, the present invention will be described in detail with reference to examples and drawings.

FIG. 1 is a plan view showing an example of an arrangement of a safe deposit box system suitable for implementing the present invention.

In the figure, the safe deposit box has a plurality of safe deposit boxes B arranged in the safe deposit box A, each of which has a customer lock and a bank lock, and the entrance of the safe deposit box A An aisle area C dedicated to the safe deposit box is provided outside, and an entrance of the aisle area C is opened and closed by a door D. Further, a section extending from the passage area C with a partition wall is a business area E.

FIG. 2 is a block diagram showing an example of a safe deposit box management system in which the present invention is applied to the safe deposit box system. In the figure, the safe deposit box management system is roughly composed of a center console unit 1, a first gate authentication means 2, a second gate authentication means 3, a communication means 5 and a bank lock 6, and the center console unit 1 is , CPU 11, display 12, keyboard 13, floppy disk unit 14, printer 15 and the like. Each bank lock 6 is connected to the communication means 5 via an interface 7, and a person-in-charge key 10 by which a person in charge on the bank side can issue a desired instruction is also connected to the communication means 5. The communication means 5 may be a publicly known means of wire or wireless, but in the present embodiment, it is assumed that a wire line is constructed.

The first gate authentication means 2 is the passage area C in FIG.
Mounted outside the bulkhead near the entrance of the. FIG. 3 shows the first
It is a perspective view showing an example of a mounting state of the gate authentication means, and the authentication means 2 is attached to the outside of the partition F adjacent to the door D of the first gate. 4 (a), (b), and (c) are a plan view, a front view, and a side view showing an example of the first gate authentication means. In each of these figures, the first
The gate authentication means 2 includes a card insertion opening 21 of a built-in card reader and a display window 22, is embedded in the partition wall F halfway, and is fixed by anchor bolts 23. The partition F is provided with a lock part 24, and when the door D is closed,
Kannuki 25 is inserted and locked by an electromagnetic strike. When the magnetic card is inserted from the card insertion slot 21,
If the personal identification number read by the card reader is registered based on the contract, the electromagnetic strike is unlocked and the door D is opened.

The second gate authentication means 3 is attached to the outside of the outer wall near the entrance of the safe room B in FIG. FIG. 5 is a perspective view showing an example of a mounting state of the second gate authenticating means, and FIGS. 6 (a), (b) and (c) are plan views showing an example of the second gate authenticating means. It is a front view and a side view. In each of these drawings, the second gate authentication means 3 includes a card insertion port 31 of a card reader incorporated therein and a display window 32.
And a numeric keypad 33, and is attached to the outer wall G. When the magnetic card 4 is inserted from the card insertion slot 31,
When the personal identification number read by the built-in card reader matches the personal identification number entered by the customer from the ten-key pad 33, and a "suitable" signal is sent by the built-in judging means (not shown), the door of the safe deposit box opens. The door is opened, and at the same time, the bank lock of the customer's safe deposit box, which has been signaled via the interface, is unlocked. It should be noted that the determination means may be a known comparison circuit, and the bank lock may be a known electronic lock. Further, it is convenient to optionally attach an imprinter to the second gate authentication means and issue a copy of the safe deposit box number, reception time, etc.

When using the above safe deposit box, the operation procedure on the customer side is as follows.

When the customer visits the store, he / she goes directly to the safe deposit box without stopping at the reception department, and first inserts the magnetic card into the card reader of the first gate authentication means arranged at the entrance to the safe deposit box passage. . Data such as identification code, bank / branch code, safe deposit box number, personal identification number, etc. are recorded on the magnetic card. If the predetermined data authenticates the validity of the magnetic card, the door of the first gate opens. Being doord, the customer receives the card and enters the aisle area. Next, the customer inserts the magnetic card into the card reader of the second gate authentication means arranged at the entrance of the safe deposit box itself. If the data on the magnetic card is valid, it is output to the imprinter to that effect, but the customer further inputs the personal identification number using the ten-key pad in order to prove the validity of the customer himself. When this security code matches the security code of the above data, the authentication becomes “appropriate” for the first time and the door of the safe deposit box opens, so the customer goes to the safe deposit box he has contracted with himself and uses the key held by himself. Unlock the customer lock, remove the protective box, and use. In this case, the bank lock has already been unlocked at the same time that the safe deposit box door was opened, but a red lamp etc. was attached to the bank lock to turn on the red lamp of the unlocked safe deposit box. When you deploy it,
It is convenient. When the customer returns the protective box, locks the customer lock, and further locks the bank lock, the red lamp goes out, which also serves as a confirmation means. The customer receives the printed use record and leaves the room.

According to the above-mentioned procedure, the customer does not have to take time for the reception work, and the privacy can be maintained, which is convenient. On the other hand, since the legitimacy of the magnetic card and the legitimacy of the person entering the room will be double checked, if the magnetic card is lost, even if the finder tries to illegally use the card, matching with the personal identification number is required. It is difficult to enter the room, so it is highly crime-proof.

In addition, as a function to input the identification data to the authentication means,
There are magnetic cards, ten-key PINs, embosses, etc., and identification data includes identification code P, bank code Q, branch code R, safe deposit box number S, PIN T, etc. There are various conceivable combinations of the above, but the usage is illustrated in Table 1 below.

Now, the first and second gate authentication means are connected to a center console unit as a control device, and achieve the automation of reception office work and use record processing, which are important objects of the present invention. The center console unit 1 shown in FIG. 2 and its functions will be described below.

The center console unit 1 is installed near the safe deposit box in the business area E in the plan view of FIG. The center console unit 1 is provided with a CRT display 12, a geeboard 13, a floppy disk unit 14, a printer 15 and the like shown in FIG. 2, and the CPU 11 manages all of them. The person in charge on the bank side performs start-up processing and end-of-work processing such as power on / off and setting of year / month / day / time and timer with this console, and monitors the CRT display 12 as necessary. At the same time, he is involved in operating instructions to customers and checking in and out of the room. CRT Display 12
In addition, the customer class information of the customer is displayed, and the keyboard 13 is used for inputting the start-up process and the end-of-work process. The floppy disk is used not only for the files of the above-mentioned data, but also for the secondary files such as the registration status of the safe deposit box, the customer status, the usage journal, etc., which are created from those data, and the personal identification number for each customer. It is also used as a storage program for a collation program with identification data and, in some cases, a system management program. Printer 1
5 is a hard copy of the above file, management data such as a list of usage results, a registration list, and the like.
It can be created and launched by the editing function of 1.

The following list is an example of management materials.

Start list: The year, month, date, time, and operator number are printed each time the person in charge changes.

Usage list: Safe deposit box number, entry time, name, customer segment classification,
List contact categories and remarks when use is completed.

End list: The year / month / day / time / operator number / cumulative number of usage / number of current day usage is pre-listed at the time of termination processing.

Contract list; contract category, safe deposit box number, name, handling category,
List contact categories and customer categories when making new contracts, changes, or cancellations.

Registration list: Print the location, safe deposit box number, type, start date, name, category, etc. whenever necessary.

Of the data listed in these lists, the data related to the usage status is input from each of the card readers each time, and the usage record is automatically filed. Improve. Also,
It is convenient to print a desired list at any time, and inquiries such as inquiries about safe deposit box numbers and references to uncontracted and prohibited safe deposit boxes can be printed out or printed out with a simple operation. These office work processes need to be performed by the person in charge in the center console unit only when necessary, and the input from the authentication means is automatically processed. There is no.

〔The invention's effect〕

As described above, according to the present invention, an authentication device including a card reader and a numeric keypad is installed in the entry path to double-check the validity of the card and the validity of the person entering the room. , Labor saving in the safe deposit box and management of bank locks are saved, and the read information is input to the control device to automate reception office work and use record processing. It provides a safe deposit box management system.

[Brief description of drawings]

FIG. 1 is a layout view of a safe deposit box system, FIG. 2 is a block diagram of a safe deposit box management system according to the present invention, FIG. 3 is a mounting view of first gate authentication means, and FIG. (B) and (C) are the above plan view, front view and side view, FIG. 5 is a mounting view of the second gate authentication means, and FIG. (B) and (C) are the above-mentioned plan view, front view, and side view. A ... Safe deposit box, B ... Safe deposit box C ... Aisle area, D ... Door E ... Business area, F and G ... Wall 1 ... Center console unit 2 and 3 ... Authentication device 4 ... Magnetic card, 5 ... Communication means 6 ... Bank lock, 11 ... CPU 12 ... Display 13 ... Keyboard 14 ... Floppy disk unit 15 ... Printer 21 and 31 ... Card reader Insertion ports 22 and 32 …… Display window 24 …… Electromagnetic lock 33 …… Numeric keypad

Claims (1)

[Claims] 1. One or more safe deposit boxes are arranged in a safe deposit box, and a door lock of each safe deposit box is provided with a customer lock managed by a customer and a bank lock managed by a bank. In a safe deposit box management system provided with one or more authentication devices for determining whether or not a person entering the room is a legitimate use contractor outside the entrance door of the safe deposit room, wherein the authentication device is at least a magnetic card. A card reader that reads the data unique to each customer written in, a numeric keypad for each customer to input their personal identification number, and a personal identification number entered in this numeric keypad and a magnetic card customer read by the card reader And a judgment means for collating unique data, and as a result of the judgment, if the personal identification number and the data unique to the customer match, the entrance door of the safe deposit box is opened and the bank lock is unlocked. And lend A safe deposit box management system characterized by being connected to a control device for performing use record processing of a safe.