JPS62258072A - Method and apparatus for managing rental strong box - 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 a money loan management device in a safe deposit box of a bank, etc., and particularly to a safe deposit box management method and device that can be safely used only by customers.

[Conventional technology]

The present applicant previously applied for a patent application filed in 1986-949 for safe deposit box equipment that is unmanned, labor-saving, and easy to construct.
No. 99, ``Safe Deposit Box Management System,'' was proposed.

In this safe deposit box management system, an unlock code is assigned to the magnetic card that the customer carries, which doubles as personal authentication, before entering the room, and the unlock code on the magnetic card unlocks the safe deposit box. However, after using the safe deposit box, the magnetic card is used to authenticate leaving the room, and the leaving authentication means rewrites the unlocking code of the safe deposit box to make it impossible to unlock and hands it back to the customer. The bank lock device used here that unlocks with a magnetic card is a patent application No. 58-235858 "Lock device"
The applicant has proposed this.

[Problem that the invention seeks to solve]

However, in the conventional safe deposit box management system mentioned above,
It was a crime prevention problem for customers to carry around magnetic cards that could be used to unlock banks. In addition, magnetic cards that can unlock bank syndrome are laminated with ferromagnetic materials such as barium ferrite plates, and have a special shape and thickness.
Issuing the above-mentioned cards on the bank side required a special personal authentication code adding device and a special embossing device, and the cards themselves had to be specially ordered, making operation extremely difficult.

The present invention is intended to solve the above-mentioned problems, and is to provide an easy-to-install safe deposit box facility where only the customer can deposit +1.
An object of the present invention is to provide a safe deposit box management method and device that can use TFF and have security in terms of crime prevention.

Means for Solving Problem c] The means for achieving the above object of the present invention includes a process in which a customer of a safe deposit box inputs personal identification information from an input means before entering the safe deposit box, and a process in which a safe deposit box management device After verifying the personal identification information, the customer unlocks the entrance door of the safe deposit box and writes an unlock code to issue an authentication card, and the customer enters the safe deposit box and performs the authentication. The process of inserting a card and unlocking the iR line lock, and the process of the customer inserting the authentication card after using the safe deposit box and before leaving the room, the safe deposit box management device unlocks the exit door and the authentication This is a safe deposit box management method that includes a process of canceling and collecting cards.

In addition, the devices directly used to implement this method include a control means that verifies the customer identification information entered by the customer and, if it is authentic, allows the entry door to be unlocked and an authentication card issued, and a safety deposit box introduction route. an entry unit which is disposed in a room and includes means for inputting personal identification information and an encoder for magnetizing an authentication card, and unlocks the entry door and issues an authentication card based on the permission of the control means; A bank device is placed on the bottom door of each customer and exposes the customer lock by the magnetic force of the authentication card, and a bank device is placed inside the safe deposit box to take in the authentication card input by the customer and unlock the exit door. The present invention provides a safe deposit box management device including an exit unit for erasing and recovering the authentication card.

[Effect]

The present invention automatically issues an authentication card for unlocking Banksy, based on personal identification information entered through an input means such as an ID card, and deletes and collects the Banksy's unlock code after using the safe deposit box.
This eliminates crime prevention problems such as loss of locks caused by customers carrying them around and having to change the unlock code. In addition, when using an ID card for identity verification, it is now possible to use general magnetic cards, IC cards, and other repurposed identity verification methods, as well as general-purpose card writers and general-purpose embossing devices. This makes it extremely easy for banks to issue cards. Since the bank is unlocked with an authentication card, there is no need for wiring to the safe deposit box, making the construction work simple.

With the present invention, there is no problem with crime prevention even with unmanned management, the customer can unlock the bank, the identity verification is automatically determined, and entry and exit can be controlled, so the customer can control the room without the reception and presence of the bank. You will be able to use a safe deposit box.

〔Example〕

The present invention will be explained in detail based on examples and drawings.

FIG. 1 is a block diagram showing one embodiment of the present invention. The center CPU 1 constitutes the control means of the present invention, and verifies the identification information from the L-knit 2 (to be described later) to determine whether or not the user is authentic. At the same time, a card is issued and permission is granted to enter the room while searching for the unlock code (encoded information). It is also possible to perform usage status management such as entry/exit management based on exit information and the like. The entry unit 2 includes an input means 12 consisting of a card reader 5 for 10 cards 4 carried by the customer, a printer 6 that imprints the emboss (convex character symbol) of the ID card on recording paper, and an input unit 12 that receives instructions from the center cput. It has an encoder 8 that writes encoded information on the authentication card 7 based on the information and issues the authentication card 7 to the customer.

Further, the entry unit 2 unlocks the entry/exit door 9 upon receiving permission from the center CPUI, allowing the customer to enter the safe deposit box IO. A large number of safe deposit boxes tOa are arranged in the safe deposit box 10, and their winter clothes are provided with bank locks lOb that can be unlocked by encoded information of an authentication card. When the user finishes using the safe deposit box 10a, the exit unit 3
After receiving the input of the authentication card 7 and reading the encoded information, it is erased and collected, and the entry/exit door 9 is unlocked to allow the customer to leave the room. The read encoded information is sent to the center CPUI and used as information for room entry/exit management. Of course, the center PUI can also permit the user to leave the room and unlock the entry/exit door 9.

The schematic structure of the main parts of the room entry unit is shown in the perspective view of FIG. [When the D card 4 is inserted into the card insertion slot 2a, it is transported at a constant speed by a card transport means (not shown), and the identification information on the magnetic stripe 4a is read by the magnetic head 5a and transmitted to the center CPUt. The ID card is conveyed to the recording section 6a, and the embossment 4b of the ID card is imprinted by being pressed against a recording paper (pressure-sensitive paper) 6c by a print roller 6b, and becomes physical evidence of the use of the safe deposit box. 7' is an unencoded authentication card,
One of the lower stocked cards is positioned in the encoding section 8b by the card feed roller 8a. Here, unique encoding information for each safety deposit box is given by selective excitation of each encoding head 8C. The encoded authentication card 7 is sent out from the card issuing port 2b so that the customer can take it out. The authentication card 7 is made of a ferromagnetic material such as a barium ferrite plate and is magnetized in a dot shape.

The schematic structure of the main parts of the exit unit is shown in the perspective view of FIG. When the customer finishes using the safe deposit box and inserts the authentication card 7 into the card insertion slot 3a of the leaving unit 3, it is positioned by the reading head 3b, and the encoded information is read and transmitted to the center CPU 1. When the reading is finished, the eraser 3d is moved by the card feed roller 3C.
It passes through and is collected into a part of the cart stocker. An alternating current is passed through the eraser 3d, generating an alternating magnetic field, and the magnetization of the encoded information is erased.

The configuration of the bank lock on the safe deposit box door is shown in the perspective view and cross-sectional view of FIGS. 4(a) and 4(b). When the authentication card 7 is inserted in the bank lock 10b, the locking pin IOc, which has been magnetized in advance and is biased by a spring, is repelled with the same polarity by the magnetizing force generated by the encoded information, and the locking pin IOc is repelled with the same polarity. Moving member 10d
The lock is released, and by sliding it, the real problem can be exposed and unlocked. After use, the authentication card 7 can be removed by covering the true disease 10e again.

FIG. 5 is a plan view showing an arrangement example of the above embodiment. The entry unit 2 is arranged on the safe deposit room introduction path 1), and the exit unit 3 is arranged in the safe deposit room lO. Safe deposit box 10
A large number of safe deposit boxes 10a are arranged, and each safe deposit box door is provided with a bank lock tab. In addition to the entry unit 2, it is also preferable to use an airlock device equipped with a weight detection means, which only allows passengers to pass, on the introduction path 1) to enhance safety.

A safe deposit box management method according to the embodiment with the above configuration will be described. A customer who wishes to use the safe deposit box uses an input means such as an ID card issued by the bank and carried by the customer in advance to transmit identification information +a from the entry unit 2 to the center CPUI.

The center CPU l verifies the validity of the registered personal identification information, and if it is authentic, searches for the encoded information that is the unlocking code for the bank lock, and unlocks the entry/exit door 9 and issues an authentication card. To give permission. These pieces of information are sent to the entry unit 2, which unlocks the entry/exit door 9 and issues an authentication card. The customer enters the room with this authentication card and the returned ID card. At this time, for safety, please remove your ID card, confirm that you have received the authentication card, and unlock the entrance/exit door 9.
You can prevent forgetting your D card, etc. In the entry unit 2, embossed information is printed to record the customer's usage.

The customer enters the safe deposit box 10, unlocks the bank lock 10b of his own safe deposit box with his authentication card, and uses the safe deposit box. When the use is finished, the bank lock 10b is locked, the authentication card is removed and inserted into the leaving unit 3. In exit unit 3, the encoded information of the authentication card is read and sent to the center CPUI.
Send to. Subsequently, this authentication card is taken in, the entry/exit door 9 is unlocked, and the encoded information on the authentication card is erased and recovered for reuse. Users exit the room through the entrance/exit door 9. Note that the entry/exit door 9 is locked according to conditions such as a timer or closing the door.

Note that the present invention is not limited to the above embodiments, and various embodiments and applications are possible. For example, the manual method for verifying identity information is not limited to ID cards; it can also be equipped with a numeric keypad to enter a PIN number, or it can be used in combination with a numeric keypad and an ID card.The ID card is limited to a magnetic card. A c card may also be used. Further, it is also possible to separately provide an entrance door and an exit door. Center C)) U
may be dedicated to this device, or may be used for other management tasks.
Alternatively, the central CPU may not be used as the control means of the present invention, and local processing may be performed within the input crab unit.

〔Effect of the invention〕

As described above, according to the present invention, construction is easy;
It is possible to provide safe deposit box management equipment that is highly safe in terms of crime prevention and is unmanned.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing an embodiment of the present invention, FIG. 2 is a perspective view showing the schematic structure of the main part of the room entry unit, FIG. 3 is a perspective view showing the schematic structure of the main part of the room exit unit, and FIG. Figure 4 (
A) and (B) are a perspective view and a cross-sectional view of an embodiment of the bank lock, and FIG. 5 is a plan view showing an example of the arrangement of the device of the present invention. ■...Center CPU (control means) 2...Room entry unit l-3...Room exit unit 5...Card reader
6...Printer 7...Authentication card 8.
...Encoder 9...Entry/exit door 10...
Safe deposit box 10a...Safe deposit box 10b...Bank lock 1)...Introduction route 12...Input means patent applicant Kumahira Kousakusho Co., Ltd. Figure 2 3α 7 (A) (B) 0c

Claims (4)

[Claims] (1) A process in which the customer of the safe deposit box inputs identification information from an input means before entering the safe deposit box, and after the safe deposit box management device verifies the said identification information, the safe deposit box is opened at the entrance door. the process of unlocking the bank and writing an unlock code for the bank lock and issuing an authentication card; the process of the customer entering the safe deposit box, inserting the authentication card and unlocking the bank lock; The safe deposit box has a step of: inserting the authentication card after closing the safe deposit box and before leaving the safe deposit box, the safe deposit box management device unlocks the exit door, and erases and collects the authentication card. Management method. (2) A control means that verifies the identity verification information entered by the customer and, if it is authentic, allows the entry door to be unlocked and an authentication card issued, and an identity verification information input means provided in the path leading to the safety deposit box. and an encoder for magnetizing an authentication card, and unlocking the entry door and issuing an authentication card based on the permission of the control means; A bank lock that exposes the customer lock by the magnetic force of the authentication card and the authentication card placed inside the safe deposit box and inputted by the customer are taken in, the exit door is unlocked, and the authentication card is erased and collected. A safe deposit box management device characterized by being equipped with an exit unit. (3) The safe deposit box management device according to item 2, wherein the entry door also serves as an exit door. (4) The input means is a card reader of an ID card and an ID
3. The safety deposit box management device according to item 2 or 3, comprising a printer that imprints an embossed image on a card.