JP2002168019A - Safe-deposit box management system using fingerprint identification - Google Patents

Abstract

PROBLEM TO BE SOLVED: To overcome problems that the loss of an issued registration card and a key tends to take place partly because valuables stored by a user in a personal safe 21 of a safe-deposit box are rarely used, that security is interfered with because anyone can operate the safe-deposit box by having the issued magnetic card and the key with him or her, and that operations for entrance into the safe-deposit box and the unlocking of the personal safe 21 are complicated. SOLUTION: The operations required for a series of certifications from the entrance into the safe-deposit box to the unlocking of the individual safe 21 rented by the user are conducted only by means of the fingerprint of the user so as to accomplish the above purpose.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an operation for entering a safe deposit box established by a financial institution and an unlocking operation for a personal safe in a safe deposit box. The present invention relates to a safe deposit box management system using fingerprint collation that eliminates the need to carry a key and unifies authentication operations for entering and unlocking a room with fingerprints.

[0002]

2. Description of the Related Art Generally, lending of a safety deposit box to a user who is a customer of a financial institution or the like is generally performed in an annual contract, and a financial institution uses a magnetic field to authenticate entry to a safe deposit box. In many cases, cards and keys used for unlocking personal safes are issued and handed to customers for use. As shown in FIG. 10, the user enters into a contract with a financial institution every certain period (for example, every year), pays a borrowing fee for a safety deposit box, and enters a card (magnetic card) for entering a safe deposit box. And a key to unlock the personal safe had to be issued.

FIG. 9 is a diagram showing a conventional configuration in which a user uses a safety deposit box of a financial institution.

Conventionally, when entering a safe deposit box opened by a financial institution, when a loan contract with a financial institution is made to borrow a safe deposit box,
Using a magnetic card issued by a financial institution, the card is authenticated through a card reader of the financial institution. If they match, the open / close door provided in the security box opens. Furthermore, when entering the safe box, the user is again authenticated with the magnetic card to enter the personal safe room, and when entering the personal safe room, the personal safe is unlocked with the key.

FIG. 11 shows an example of a conventional magnetic card issued at the time of contract. The registration number and the contract period are stored in the magnetic area on the magnetic card.

FIG. 9 is a diagram showing a conventional configuration. Door 1, electronic lock 2, depositor (user) 3, safe deposit box control device 5, card reading and comparing device 61, magnetic card 62
Consists of

FIG. 10 is a conventional configuration diagram showing a depositor (user) 3, a financial institution 15, a magnetic card 62, and a key 7.
1. It consists of a key & magnetic card issuer 72.

FIG. 11 shows an example of a conventional magnetic card.
It consists of a management magnetic card 62, a registration number 81 by magnetism, and a contract period 82 by magnetism.

[0009]

However, the items stored by the users in the personal safe 21 of the safe deposit box are valuable documents such as rights documents and jewelry such as rings and necklaces. There is a problem that the issued registration card or key is easily lost due to the fact that the card is not used on a daily basis and is generally used less frequently.

Anyone can carry the issued magnetic card and key, so that the use of the card without permission between family members is likely to occur, which may cause a problem.

Further, it is necessary to input a magnetic card, a key and a personal identification number, and the operation until entering the room and unlocking the personal safe 21 is complicated.

According to the present invention, the operations from entering the safe deposit box to unlocking the personal safe are unified with the input operation of the individual's fingerprint, thereby ensuring security and solving the above problems. Things.

[0013]

According to a first aspect of the present invention, there is provided a safety deposit box management system using fingerprint collation, which authenticates a user who borrows a safe of a financial institution by fingerprint collation and registers the fingerprint of the user. If the safety deposit fee has been paid up to the period of use, the user opens the safety deposit box entrance door to let the user enter the room and is a user of the personal safety deposit box provided in the safe deposit box. Confirmation is performed by fingerprint collation, and unlocking of the personal safety deposit box is performed when the fingerprint collation matches and the safe deposit usage fee for the period used by the user has been paid.

[0014] The second safety box management system using fingerprint collation according to the present invention is a system for controlling a series of users from entering a safe box to unlocking a personal safe box borrowed by a user in the safe box. In the authentication process, if it is possible to confirm that the fingerprint collected from the user matches the registered fingerprint and confirm that the user has paid the safe deposit usage fee, the user is authorized to use the safe. Prepare.

A third aspect of the present invention provides a system for managing a safety deposit box using fingerprint collation, from a time of entering a safe deposit box to a time of unlocking of a personal safety deposit box borrowed by a user in the safe deposit box. In a user authentication process, a fingerprint registration database in which fingerprint information of any one or more fingers of the user is registered corresponding to each authentication process time point for the authentication process including the time of entering the room and the time of unlocking, A safe deposit box control device or an individual that determines whether or not to use a safe based on the payment status database in which the payment status of the safe deposit usage fee from the user to date is registered, and the fingerprint registration database and the payment status database. And a safe control device.

According to a fourth aspect of the present invention, there is provided a safety deposit box management system using fingerprint collation according to the third aspect, wherein at least one finger is used for each authentication process including the time of entering the room and the time of unlocking. A fingerprint registration database for registering the fingerprints of the user.

According to a fifth aspect of the present invention, there is provided a safe deposit box management system using fingerprint collation in the second invention, in which the user who borrows a plurality of personal safe deposit boxes unlocks the personal safe deposit box at one time. Is equipped with a personal safe control device that performs only the unlocking operation of one personal safe.

In a sixth aspect of the present invention, there is provided a safety deposit box management system using fingerprint matching according to the second invention, wherein the authentication process when a user who borrows a plurality of personal safe deposit boxes enters a safe deposit box. If one or more personal safety deposit boxes have been paid for borrowing costs, a safe deposit box control device that opens a safe deposit box entry / exit door is provided.

The seventh aspect of the present invention provides the safety deposit management system using fingerprint collation according to the third aspect, wherein a fingerprint registration database in which a plurality of fingers are arbitrarily combined and registered as fingerprint information; And a personal safe control device for comparing and collating the fingerprints in the order of registration in the fingerprint information database, wherein a plurality of persons share and borrow the same personal safe deposit box.

[0020]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, an embodiment of a safe deposit box management system using fingerprint collation according to the present invention will be described in detail with reference to the drawings.

FIG. 1 is a diagram showing a configuration of an entrance to a safety deposit box provided at a financial institution 15 or the like according to the present invention. FIG.
FIG. 2 is a diagram showing a configuration of an individual personal safe 21 accessed by a user who has entered the entrance of the safe deposit box shown in FIG. 1.

First, in FIG. 1, an opening / closing door 1 for entering / leaving a user's safe box, an electronic lock 2 having a lock for opening / closing the opening / closing door 1, a user 3 for depositing in the safe box, and fingerprint reading Device 4, a safe deposit box control device 5 for instructing the electronic lock 2 of the open / close door 1 to open and close, and a DB 6 which is a fingerprint registration database in which fingerprint data of the user 3 of the safe deposit box are registered.
And a first fingerprint comparator 7 for collating the fingerprint input from the fingerprint reading device 4, and a payment status database indicating, for example, monthly whether or not the user 3 has paid the usage fee of the personal safe. And a second fingerprint comparator for comparing a fingerprint input from the fingerprint reading device 23 of the personal safe 21 with an account 9 for the user 3 to open the financial institution 15 and pay the usage fee of the safe deposit box. 10 and DB6
A fingerprint / data registration device 11 for inputting initial data of the DB 8, a speaker 13 for explaining the operation of entering the safe deposit box to the user 3 by voice, a host computer 14, a financial institution 15, It is composed of The host computer 14 is composed of a workstation, a general-purpose computer, or the like, and the fingerprint reader 4 to the speaker 13 are operated or connected on the host computer 14.

FIG. 2 shows the configuration of a personal safe storage place in the safe deposit box. The personal safe storage location includes a user 3, a plurality of personal safes 21 for storing valuables owned by the individual, and a personal safe electronic lock 22 provided in the personal safe 21 and having a lock for opening and closing the personal safe 21.
A fingerprint reading device 23, a personal safe control device 24 for instructing opening / closing of the designated personal safe electronic lock 22, a speaker 25, and a line 26 such as Ethernet for connecting the personal safe control device 24 and the host computer 14. , Is composed of.

The personal safe control device 24 is composed of a personal computer or the like, and is controlled by the personal safe electronic lock 22, the fingerprint reading device 23, the speaker 25, and the personal safe control device 24.

FIG. 3 is a flowchart for explaining the operation of the present invention, and shows a flow from the procedure of borrowing a personal safe deposit box established by the financial institution 15 to entry into the borrowed safe deposit box.

FIG. 4 is a flowchart for explaining the operation of the present invention, and shows a flow from opening the borrowed personal safe 21 in the safe deposit box, performing necessary work, and exiting the safe deposit box.

FIG. 5 shows a personal safe 21 borrowed by the user 3.
It is an example of data of DB8 which is a database that manages the status of payment of usage fees to the user. According to FIG. 5, a user identifier 51 for uniquely identifying the user 3, a personal safe NO 52 for indicating an identification number for uniquely identifying the personal safe 21, a contract period 53 for borrowing the personal safe 21, a financial institution, When some of the 15 branches have locations for personal safes 21,
A usage location 54 for identifying the installation location, a usage fee payment status 55 indicating the usage fee payment status from the user 3,
It is composed of

When the same user 3 borrows a plurality of personal safes 21, there is an independent record for every borrowed personal safe 21. Also,
In the following description, it is assumed that the transfer of the usage fee from the account 9 of the user 3 to the financial institution 15 is performed at the end of the month for the following month.

Further, from the account 9 of the user 3 managed by the host computer 14 or another computer of the financial institution 15, for example, a safe deposit fee to the financial institution 15 is transferred to the financial institution 15 at the end of the month. This is notified to the safe deposit box control device 5 of the host computer 14. Upon receipt of this, the safe deposit box control device 5 reflects the fact that the next month's usage fee was paid in the usage fee payment status 55 of the record of the user 3 in the DB 8.

FIG. 6 shows an example of data in the DB 6 which is a database in which fingerprint information of the user 3 is registered. According to FIG. 6, at the time of the contract for the safe deposit box, the first finger of the first registered finger
The fingerprint information includes a fingerprint information 41, a second fingerprint information 42 of the finger registered for the second time, and a user identifier 51 for uniquely identifying the user 3 such as the name of the registered user 3.

When one or more personal safes 21 are borrowed by a plurality of mutually agreeable persons, such as a buddy or a couple who run the same company, first, one representative is set from among the plurality of persons. The representative of the financial institution 15 performs the procedure of use. The user identifier 51 and the account 9 belong to this representative. When contracting a safe deposit box with the financial institution 15, when a couple shares and borrows the same personal safe 21 for registration of a fingerprint, for example, the fingerprint of an arbitrary finger of the husband is used as the first fingerprint information 41.
, And then a fingerprint of an arbitrary finger of the wife can be registered as the second fingerprint information 42.

Next, the operation of the embodiment of the present invention will be described with reference to the drawings.

The fingerprint data of the user 3 input from the fingerprint reading device 4 provided at the entrance of the safe deposit box and the first fingerprint information 41 of the DB 6 registered by the user 3 at the time of the contract for borrowing the safe deposit box are obtained. The fingerprints are compared by the fingerprint comparator 7, and when they match, the open / close door 1 is opened, and the user 3 can enter the safe deposit box.

The conditions under which the user can enter the room are that the fingerprint is registered in the DB 6 so that they match, and that the financial institution 1 of the user 3
It is necessary that the fee for borrowing the personal safe 21 from the account 9 held in 5 be transferred or automatically transferred.

FIG. 2 shows an example of the configuration of a personal safe storage place in a safe deposit box. The user 3 who has entered the safe deposit room places his / her registered finger on the fingerprint reading device 23 of the personal safe control device 24 to open the safe (the personal safe 21) to be borrowed. The data is sent to the second fingerprint comparator 15 of the host computer 14 and compared. If they match, a signal indicating that they match is sent to the personal safe control device 24, and the personal safe control device 24 instructs the personal safe electronic lock 22 of the personal safe 21 to unlock, and the lock is released and the personal safe 21 opens.

Next, a detailed description will be given with reference to the flowcharts of FIGS.

FIG. 3 is a flow chart from the loan contract of the safe deposit box with the financial institution 15 of the present invention to the entry into the borrowed safe deposit box.

First, the user 3 determines whether he / she wants to borrow a safe deposit box (step S31). If the user 3 decides to borrow, the user 3 enters into a loan agreement with the financial institution 15 and
An automatic transfer procedure for payment of the borrowing cost from the account 9 of the user 3 to the financial institution 15 is performed (step S32).

Next, the financial institution 15 collects the fingerprint of the user 3 and registers it in the DB 6 of the host computer 14 and registers necessary items such as the user identifier 51 for identifying the user 3 such as a name in the DB 8. (Step S33). The registration of the fingerprint may be such that the fingerprint of the same finger is registered only once. For example, the fingerprint of a different finger may be registered twice in the order of the thumb of the left hand first, and then the little finger of the right hand. The fingerprints registered here are the first fingerprint information 41 and the second fingerprint information 42 in the DB 6.
Registered as When the fingerprint registration is performed only once, the same fingerprint is registered as the first fingerprint information 41 and the second fingerprint information 42. At this time, the user identifier 51 of the user 3 is written in the DB 6, and one record is configured together with the fingerprint information.

FIG. 5 shows an example in which various data are registered by the fingerprint / data registration device 11. Fingerprint data of the finger specified by the terminal is taken and digitized, and the result is registered in the DB 6, and a user identifier 51 for identifying the user 3 and a personal safe NO for identifying the personal safe 21 borrowed by the user 3
52, a contract period 53 indicating a period in which the user 3 borrows the personal safe 21, a usage fee payment status 55 indicating a payment state of the user 3 borrowing the personal safe 21, and the like.
The person in charge of the financial institution 15 inputs and registers in the DB8. Thus, a loan contract for a safe deposit box is established between the financial institution 15 and the user 3 (step S34).

Next, when the user 3 goes to the financial institution 15 where the borrowed safe deposit box is located, it is determined whether or not the user 3 wants to access the personal safe 21 of the user 3 for storing or removing valuables. (Step S35).

When the user 3 wants to access the safe deposit box, he / she touches the fingerprint reading device 4 with the first finger when the fingerprint is registered at the time of the loan contract with the financial institution 15 (step S36). . If only one finger has been registered, that finger will be used. When a plurality of persons share and borrow the same personal safe 21, the user enters the finger of the user 3 who first registered the fingerprint at the time of registration. Fingerprint reader 4
Are read out from the first fingerprint information 41 of all persons to be borrowed from the personal safe 21 in the safe deposit box in the DB 6.
Are sequentially compared by the first fingerprint comparator 7 (step S37).

When the first fingerprint comparator 7 detects a record that matches the fingerprint input in the fingerprint record for the first fingerprint information 41 in the DB 6, the first fingerprint comparator 7 identifies the user 3 stored in the record. The security officer controller 5 is notified of the user identifier 51. The safe deposit box control device 5 searches the DB 8 using the notified user identifier 51 as a key. Then, by checking the usage fee payment status 55 of the detected record, it is checked whether or not the usage fee from the account 9 of the user 3 has been paid in the corresponding period from the start of the borrowing to the present (step S38). After confirming that the usage fee has been paid, the safety deposit box control device 5 sends an unlocking signal to the electronic lock 2, and the opening / closing door 1 of the safety deposit box opens (step S39). Since the user 3 may have borrowed a plurality of personal safes 21, all records of the user 3 in the DB 8 are searched, and a record in which payment from the user 3 is made based on the detected records. Then, the personal safe NO52 is taken out and stored.

As a result of the comparison of the first fingerprint comparator 7 in (Step S37), if no matching record is detected, the safe deposit control device 5 is notified to that effect, and the safe deposit control device 5 sends it through the speaker 13. The user 3 is warned by playing a voice such as "Please input the correct fingerprint of the finger again". If the fingerprint does not match even after the user 3 has performed the same operation three times, a message such as "Fingerprint authentication failed. Please contact the person in charge" is notified and entry to the safe deposit box is refused.

In the check of (step S38), the user 3
Similarly, when the usage fee from the account 9 is not paid, "XX, the usage fee has not been paid" or the like is sent to the speaker and the entry is rejected (step S40). In addition, several personal safes 2
The user 3 who borrows 1 is permitted to enter the safe if there is at least one personal safe 21 for which payment has been made.

The user 3 permitted to enter the room enters the safe deposit box (step S41). At this time, the speaker 13 may notify "XX, please enter".

Hereinafter, description will be made with reference to the flowchart of FIG.

The user 3 who has reached the personal safe 21 first determines whether or not he / she wants to use the personal safe 21 (step S4).
2). Next, the second registered finger is applied to the fingerprint reader 23 at the time of contract with the financial institution 15 (step S43).
If you only registered once, it will be your finger. Also,
When the same personal safe 21 is shared and borrowed by a plurality of persons, the finger of the user 3 who has registered the fingerprint second is input. The input fingerprint information is transmitted to the second fingerprint comparator 10 of the host computer 14 via the line 26. The second fingerprint comparator 10 may compare only the second fingerprint information 42 in the record that matches the first fingerprint information 41 of the user 3 already detected by the first fingerprint comparator 7 ( Step S44), it may be compared with all the second fingerprint information 42 registered in DB6. When comparing the latter, the second
When a record with the matching fingerprint information 42 is detected, it is further confirmed whether or not the record is the same as the matching record with the first fingerprint information 41. If they are the same, it is determined that the matching is successful.

When the second fingerprint information 42 matches by the above-described matching processing, the second fingerprint comparator 10 notifies the safe deposit box controller 5 that the comparison of the fingerprints matches. The safe deposit box control device 5 checks whether there is any delinquency in the borrowing cost of the personal safe 21 for the relevant period from the contract to this month (step S).
45) When it is confirmed that there is no delinquency, it notifies the personal safe control device 24 of the success of the authentication via the line 26 and the personal safe NO 52 of the user 3 fetched from the DB 8. Upon receiving this notification, the personal safe control device 24 instructs the personal safe electronic lock 22 of the personal safe 21 designated by the personal safe NO 52 to unlock, and the personal safe 21 is opened (step S46).

The second fingerprint comparator 1 in (Step S44)
If the comparison by 0 does not match, or if it is detected in the check of delinquency in (Step S45) that the delinquency has been delinquent, the safe deposit box control device 5 notifies the personal safe control device 2 of the fact.
Notify 4. Personal safe control device 24 receiving the notification
Sends a voice prompting re-entry of a fingerprint through the speaker 25 of the personal safe control device 24, or a voice "XX, the usage fee has not been paid" to notify the user 3.
If there is no match or the fee is not paid after three fingerprint inputs, the personal safe 21 is not unlocked and the personal safe control device 2
4 notifies this to the host computer 14 and contacts the person in charge of the financial institution 15.

If the unlocking of the personal safe 21 is successful, the user 3 performs necessary processing (deposit, withdrawal assistance, etc.) on the personal safe 21 (step S48).

The personal safe 21 to be unlocked is a personal safe 21 for which the usage fee is not delinquent. However, when the user 3 has multiple personal safes 21 to be unlocked, The processing will be described below. The safe deposit box control device 5 determines from the DB 8 that the user 3 has a plurality of personal safes 21 to be unlocked.
Recognize that there is a personal safe N
O52 is transmitted to the personal safe control device 24 via the line 26 in ascending order of the identification number. Upon receiving this, the personal safe control device 24 unlocks the personal safe 21 corresponding to the first received personal safe No. 52 and outputs the speaker 2
A message such as "XX, unlocking the personal safe with the number NNNN" is sent to 5. When the user 3 completes the operation of the personal safe 21 having the NNNN number and locks the safe, the personal safe 21 returns to the locked state again, and the personal safe electronic lock 22 notifies the personal safe control device 24 of this. .
The personal safe control device 24 recognizing this state repeats the same if there is the next personal safe 21 to be unlocked. When the personal safe control device 24 unlocks the last personal safe 21 of the plurality of personal safes 21, the user 3 may be notified of the last through the speaker 25.

When the use of the user 3 is completed, the user 3 closes the personal safe 21 (step S51). As a result, the personal safe electronic lock 22 of the personal safe 21 is locked. Next, press the button and open / close door 1
Is opened from the safe deposit box room, goes out of the safe deposit box room, and closes the opening / closing door 1 (step S52). At this time, a notification "Thank you for using XX," is sent from the speaker 13.

In the above description, an example has been described in which the authentication processing based on fingerprint collation is performed at two places, the opening and closing door 1 and the personal safe 21. However, when the financial institution 15 performs authentication at other places, the same contents are extended. It is possible to do.

Further, it is assumed that the financial institution 15 holding the safe deposit box borrowed by the user 3 and the financial institution 15 opening the account used by the user 3 for paying the usage fee are the same financial institution 15. As described above, as shown in FIG. 7, the user 3 uses the account A or the account B opened in the trust bank 17 or the shinkin bank 18 as another financial institution via the network 16 to the financial institution 15 holding the safe deposit box. It represents the case where payment is made. The structure of the DB 8 in this case is such that the user 3 opens the account 9 as shown in FIG.
5 is provided for the item of the financial institution 56 for identifying the financial institution.

Further, the usage fee is not limited to the automatic transfer from the account 9, and the user 3 may go to the financial institution 15 at the end of the month to pay for the next month, for example.
The person in charge of the financial institution 15 updates the usage fee payment status item 55 of the record of the user 3 in the DB 8 from the fingerprint / data input device 11. Further, the user 3 brings the contract fee (cash) to the financial institution 15 at the end of the previous year of borrowing, instead of automatically transferring the personal institution 21 from the specific financial institution 15 to the financial institution 15 borrowing each month. Alternatively, the financial institution 15 may register it in the DB 8 and operate it only by fingerprint collation.

Further, in the above description, the fingerprint used for unlocking the opening / closing door 1 and the fingerprint for unlocking the personal safe 21 may be the same fingerprint or different fingerprints. In one authentication process, fingerprints of one or more fingers can be registered. Specifically, when opening the opening / closing door 1, for example, the input is performed in the order of the right thumb and the right index finger, and the personal safe 21 is input.
In order to open the fingerprint, it is possible to input in the order of the little finger of the right hand, the middle finger of the left hand, and the ring finger of the left hand, and to unlock the first time when all of them match. Can be easily realized. In this case, even when a plurality of persons borrow the same personal safe 21, they can be registered by arbitrarily combining the fingers of the plurality of persons, and the fingerprints of the plurality of persons can be read in the same order as the registration when unlocking the safe deposit box. so,
Shared use of the same personal safe 21 by a plurality of persons becomes possible.

[0058]

The first effect is that since all users who use the safe deposit box are determined by their fingerprints, no magnetic card or key is required, and the trouble of having to lose them can be eliminated. .

The second effect is that the authentication using a fingerprint eliminates the problem of being used without permission between family members, such as with a magnetic card or key.

The third effect is that it is not necessary to input a magnetic card, a key, or a personal identification number, and the operations until entering the room or unlocking the personal safe 21 are unified only with the input of the fingerprint, thus simplifying the operation. That is.

[Brief description of the drawings]

FIG. 1 is a block diagram illustrating a configuration of an opening / closing door of a safety deposit box according to the present invention.

FIG. 2 is a block diagram illustrating a configuration of a personal safe of a safe deposit box according to the present invention.

FIG. 3 is a flowchart for explaining the operation of the open / close door of the safe deposit box according to the present invention.

FIG. 4 is a flowchart illustrating the operation of the personal safe of the safe deposit box according to the present invention.

FIG. 5 is an example of the contents of a database for managing the payment status of the safe deposit fee according to the present invention.

FIG. 6 is an example of the contents of a database for registering fingerprint information according to the present invention.

FIG. 7 is a block diagram illustrating a second configuration of the open / close door of the safe deposit box according to the present invention.

FIG. 8 is a second content example of the database for managing the payment status of the safe deposit fee according to the present invention.

FIG. 9 is a block diagram showing the configuration of a conventional safety door opening / closing door.

FIG. 10 is a diagram illustrating a case where a conventional safe deposit box is borrowed from a financial institution.

FIG. 11 is an example of the contents of a conventional magnetic card lent from a financial institution to a user who borrows a safe deposit box.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Opening-and-closing door 2 Electronic lock 3 User 4 Fingerprint reader 5 Safe box control device 6 DB 7 First fingerprint comparator 8 DB 9 Account 10 Second fingerprint comparator 11 Fingerprint / data registration device 13 Speaker 14 Host computer 15 Financial institution 16 Network 17 Trust Bank 18 Credit Bank 21 Personal Safe 22 Personal Safe Electronic Lock 23 Fingerprint Reader 24 Personal Safe Control Device 25 Speaker 26 Line 41 First Fingerprint Information 42 Second Fingerprint Information 51 User Identifier 52 Personal Safe NO 53 Contract Period 54 Usage location 55 Usage fee payment status 56 Business financial institution 61 Card reading & comparing device 62 Magnetic card 71 Key 81 Magnetic registration NO 82 Contract period with magnetic

Claims (7)

[Claims] Claims: 1. A user who borrows a safe deposit box of a financial institution is authenticated by fingerprint collation, and if the user's fingerprint is registered and a safe deposit box usage fee is paid up to the use period, the loan is made. Open the vault entrance door and let the user enter the room,
The user checks whether or not the user is a user of the personal safe provided in the safe deposit box by fingerprint collation, and if the fingerprint collation matches and the safe deposit usage fee for the period of use by the user has been paid, the individual Safe management system using fingerprint collation characterized by unlocking a safe box. 2. In a series of user authentication processes from entry into a safety deposit box to unlocking a personal safety deposit box borrowed by a user in the safe deposit box, a fingerprint collected from the user and a registered fingerprint are used. A safe deposit box management system using fingerprint matching, characterized in that the use of the safe deposit box is permitted when it is possible to confirm the match by the collation and to confirm that the user of the safe deposit fee has already been paid. 3. In a series of user authentication processes from the time of entering a safety deposit box to the time of unlocking of a personal safety deposit box borrowed by a user in the safe deposit box, the time of entry and unlocking is determined. The fingerprint registration database in which the fingerprint information of any one or more fingers of the user is registered at each time of the authentication processing, and the payment status of the safe deposit usage fee from the user up to the present. Fingerprint collation comprising: a registered payment status database; and a safe deposit box control device or a personal safe control device that determines whether or not to use a safe deposit box based on the fingerprint registration database and the payment status database. Safe deposit management system used. 4. The fingerprint registration database for registering a fingerprint of one or more arbitrary fingers for each authentication process including the time of entering the room and the time of unlocking.
Safe deposit box management system using the described fingerprint collation. 5. The unlocking process of a personal safe box of a user who borrows a plurality of personal safe boxes may include a personal safe control device that only unlocks one personal safe box at a time. 3. A safe deposit box management system using fingerprint matching according to claim 2. 6. In the authentication process when a user who borrows a plurality of personal safety deposit boxes enters a safe deposit box, if the borrowing cost for one or more personal safety deposit boxes has been paid, 3. A safe deposit box management system using fingerprint collation according to claim 2, further comprising a safe deposit box control device for opening a safe entrance door. 7. A safe deposit box control apparatus or a personal safe that performs comparison and collation of a fingerprint registration database in which a plurality of fingers are arbitrarily combined and registered as fingerprint information and fingerprints of the plurality of persons read and registered in the fingerprint information database. 4. A safe deposit box management system using fingerprint collation according to claim 3, further comprising a control device, wherein a plurality of persons share and borrow the same personal safe deposit box.