JPH0765416B2 - Safe deposit box management device - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to a safe deposit box management device in a safe deposit box such as a bank, and more particularly to a safe deposit box management device that can be safely used only by users.

[Conventional technology]

The applicant proposed the previously filed Japanese Patent Application No. 59-94999 "Safety deposit box management system" as a safe deposit box facility for unmanned labor saving and easy construction. In this safe deposit box management system, the unlocking code of the bank lock is given to the card that the customer carries for the time of personal authentication and before entering the room, and the unlocking code of this magnetic card unlocks the bank lock of the safe deposit box. However, after using the safe deposit box, the magnetic card is used for exit authentication, and the exit authentication means rewrites the unlock code of the bank lock so that it cannot be unlocked, and reflows it to the customer. The applicant has proposed a bank lock to be unlocked with a magnetic card used in this application in Japanese Patent Application No. 58-235858 "Locking Device".

[Problems to be solved by the invention]

However, in the above conventional safe deposit box management system,
It was a security problem for customers to carry a magnetic card to unlock the bank lock. In addition, the magnetic card that can unlock the bank lock is made by laminating a ferromagnetic material such as barium ferrite plate and has a special shape and thickness.
On the current side, when issuing the above-mentioned card, a special personal authentication code assigning device and a special embossing depth device were required, and the card itself was a special order, which made it extremely difficult to operate.

The present invention is intended to solve the above problems, and provides a safe deposit box management apparatus that can be used only by a customer in safe deposit box equipment that is easy to construct and has security in terms of crime prevention. The purpose is to

[Means for solving problems]

In order to achieve the above-mentioned object, the present invention collates the information of the identity verification performed by the user by reading the ID card into the card reader, and if it is valid, unlocks the entrance door and issues the authentication card. Control means, input means for personal identification information arranged in the safe deposit box introduction path, and encoder for magnetizing the authentication card are provided, and the entrance door is unlocked and the authentication card is issued based on the permission of the control means. An entrance unit for carrying out the operation, a bank lock arranged for each user on the safe deposit box door to expose a customer lock by the magnetic attraction of the authentication card, and the authentication card arranged in the safe deposit room and inputted by the customer An exit unit that locks in the exit door and unlocks the authentication card and collects by demagnetizing the authentication card, and an airlock device as a weight detection means that can be passed only by one user provided in the safe deposit room introduction path, The embossments are formed on the ID card to leave the use record of the serial ID card physically it is an lending box management apparatus characterized by consisting of a printer for imprinting.

[Action]

According to the present invention, an authentication card for unlocking a bank lock is automatically issued based on the identity confirmation information by an input means such as an ID card, and after using the safe deposit box, the unlock code of the bank lock is degaussed and collected, so that the customer can carry it around. The problem of crime prevention such as loss due to tampering and falsification of unlock code is solved. When using an ID card for personal identification, general magnetic cards, IC cards, and other general-purpose personal identification means can be used, and general-purpose card writers and general-purpose embossing devices can be used. Then, it becomes very easy for the bank to issue cards. Since the bank lock is unlocked with an authentication card, wiring to the safe deposit box is not required and the construction is simple. According to the present invention, there is no security problem even in unmanned management, the user can unlock the bank lock, and the identity confirmation can be automatically determined to manage the entry / exit, so only the customer is required without the reception and attendance on the bank side. The safe deposit box can be used. In addition, an airlock device as a weight detection means provided in the introduction path can check an outsider who attempts to enter by getting into the traffic of a legitimate user.

〔Example〕

 The present invention will be described in detail based on embodiments and drawings.

FIG. 1 is a block diagram showing an embodiment of the present invention. The center CPU1 constitutes the control means of the present invention,
Identity verification information from the entry unit 2 to be described later is checked to determine whether it is legitimate. If it is legitimate, the information is used to retrieve the unlock code (encoding information) of the safe deposit box for each customer, and at the same time, the card is issued. And permission to enter the room. In addition, it is possible to manage use status such as entry / exit management based on the exit information. The entry unit 2 has an input means 12 including a card reader 5 for an ID card 4 carried by a user and a printer 6 for imprinting an ID card emboss (convex character symbol) on a recording paper, and instructions from the central CPU 1. And an encoder 8 for writing the encoded information to the authentication card 7 based on the above and issuing the authentication card 7 to the customer. In addition, the entry / exit unit 2 has the entry / exit door 9 with permission from the central CPU 1.
Is unlocked to allow the user to enter the safe deposit box 10.
A large number of safe deposit boxes 10a are arranged in the safe deposit box room 10, and each door thereof is provided with a bank lock 10b that can be unlocked by encoding information of an authentication card. When the user finishes using the safe deposit box 10a, the exit unit 3 receives the input of the authentication card 7, reads the encoded information, degausses it, and unlocks the entrance / exit door 9. Allows users to leave the room. The read encoding information is sent to the central CPU 1 and used as entry / exit management information. Of course, the center CPU 1 can also permit the exit of the room and unlock the entrance / exit door 9.

The schematic structure of the main part of the entrance unit is shown in the perspective view of FIG. When the ID card 4 is inserted from the card insertion slot 2a, it is conveyed at a constant speed by a card conveying means (not shown), the personal identification information of the magnetic stripe 4a is read by the magnetic head 5a, and is transmitted to the center CPU 1. The ID card is conveyed to the recording unit 6a, and the embossing 4b of the ID card is imprinted by pressing the recording paper (pressure sensitive paper) 6c by the print roller 6b, which serves as physical evidence of using the safe deposit box. Reference numeral 7'denotes an unencoded authentication card, which is positioned in the encoding section 8b by one of the stocked lower card feeding rollers 8a. Encoding information unique to each safe deposit box is provided by selective excitation of each echo head 8c. The encoded authentication card 7 is sent 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 part of the exit unit is shown in the perspective view of FIG. When the user finishes using the safe deposit box and inserts the authentication card 7 from the card insertion slot 3 of the exit unit 3, the user is positioned by the read head unit 3b, the encoded information is read and transmitted to the center CPU 1. When the lead is finished, the card feed roller 3c passes through the eraser 3d and collects it in the card stocker section. An alternating current is applied to the eraser 3d to generate an alternating magnetic field, so that the magnetization of the encoded information is canceled.

The structure of the bank lock of 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 into the bank lock 10b, the lock pin 10c, which is magnetized in advance and spring-biased, is repulsed with the same polarity by the magnetic force generated by the encoding information, and the customer lock 10e is covered by sliding. The locking of the member 10d is released, and by sliding the member 10d, the customer lock can be exposed and unlocked. After use, if the customer lock 10e is covered again, the authentication card 7 can be removed.

FIG. 5 is a plan view showing an arrangement example of the above embodiment. The entrance unit 2 is arranged in the safe deposit box introduction path 11, and the exit unit 3 is arranged in the safe deposit box 10. A large number of safe deposit boxes 10a are arranged in the safe deposit box 10, and a bank lock 10b is provided at each safe deposit box door. In addition to the entrance unit 2, it is also preferable to use an airlock device equipped with a weight detection means that allows only one passenger to pass along the introduction path 11 to enhance safety.

The operation of the present invention will be described below. A customer who wants to use the safe deposit box uses the ID card issued by the bank side in advance and carried by the person as an input means to transmit the identity confirmation information from the entrance unit 2 to the center CPU 1. The center CPU1
If the validity of registration of identity verification information is verified and
The encoded information, which is the unlock code of the bank lock, is searched for, and unlocking of the entrance / exit door 9 and issuing of the authentication card are permitted. These pieces of information are sent to the entry unit 2 and the entry unit 2 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, the ID card can be prevented from being forgotten by removing the ID card, confirming that the authentication card has been received, and unlocking the entrance / exit door 9. In the entry unit 2, embossing information is printed and a customer's usage record is made. The customer enters the safe deposit box room 10, unlocks the bank lock 10b of his own safe deposit box with the authentication card, and uses the safe deposit box. When the use is completed, the bank lock 10b is locked, the authentication card is removed, and inserted into the exit unit 3. The exit unit 3 reads the encoded information of the authentication card and sends it to the center CPU 1. Then, this authentication card is taken in, the entrance / exit door 9 is unlocked, the encoded information of the authentication card is erased and collected for reuse. The customer leaves the room through the entrance / exit door 9. The entrance / exit door 9 is locked according to conditions such as a timer and a door.

The present invention is not limited to the above-mentioned embodiment, and various embodiments and applications are possible. For example, the means for inputting the personal identification information is not limited to an ID card, but may be one that has a numeric keypad or the like to input a personal identification number, or one that uses both a numeric keypad and an ID card. The ID card is not limited to a magnetic card, but an IC card may be used. It is also possible to separately provide an entrance door and an exit door for the entrance door. The center CPU may be dedicated to this apparatus, may also serve as other management work, and may be processed locally in the input unit without using the center CPU as the control means of the present invention.

〔The invention's effect〕

As described above, according to the present invention, it is only necessary to perform a simple construction on the existing safe deposit box facility, the cost can be set low, and the safe deposit box can be unlocked. Since customers do not carry around, there is no fear of loss,
Therefore, since it is not used by others due to loss, it is possible to realize an unmanned safe deposit box management apparatus in which security is secured and unmanned management is performed.

The security can be more thoroughly ensured by providing an airlock device through which only one passenger can pass and by checking an outsider who tries to enter by passing through the legitimate passenger.

Furthermore, by leaving an embossed imprint record formed on the ID card for identity verification, it is not an indirect record proof that data processing is performed electronically, but a physical and physical confirmation that the ID card has been used. Since it can be used as a direct record proof, it is impossible to falsify data electronically, and the safety of security is secured from this aspect as well.

As described above, according to the present invention, it is possible to realize a safe deposit box management apparatus that is double and triple in weight and security is considered in terms of weight, and therefore extremely safe.

[Brief description of drawings]

FIG. 1 is a block diagram showing an embodiment of the present invention, FIG. 2 is a perspective view showing a schematic structure of a main part of an entrance unit, and FIG. 3 is a perspective view showing a schematic structure of a main part of an exit unit. 4 (a) and (b) are perspective views and cross-sectional views of an embodiment of a bank lock,
FIG. 5 is a plan view showing an arrangement example of the device of the present invention. 1 ... Center CPU (control means) 2 ... Entry unit, 3 ... 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 11 …… Introduction path, 12 …… Input means

Claims (1)

[Claims] 1. A control means for collating the information for identity verification performed by a user by reading an ID card into a card reader, and unlocking the entrance door and issuing an authentication card if the information is valid, and a safe deposit box room. An entrance unit that is arranged in the introduction path and includes an input means for personal identification information and an encoder that magnetizes the authentication card, and unlocks the entrance door and issues an authentication card based on the permission of the control means, A bank lock that is arranged on the door of the safe deposit box for each customer and exposes a customer lock by the magnetic force of the authentication card, and the authentication card that is installed in the safe deposit room and entered by the user, and the exit door is opened. A room exit unit that locks and demagnetizes the authentication card and collects it, an air lock device provided in the safe deposit box introduction path as a weight detection means that can pass only one passenger, and a record of use of the ID card Lending box management apparatus characterized by the embossments are formed on the ID card to leave physically consists printer for imprinting.