JP2009052219A - Safe-deposit box system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a safe-deposit box system capable of opening a guard box without using a key lent from a bank while maintaining high security. <P>SOLUTION: The safe-deposit box system is constituted to store a client's articles in the guard box and to allow the client to use the guard box through a guard box utilization opening provided in a booth, wherein the guard box is provided with a data communication part 17 capable of receiving client confirmation information input by the client in the booth, and an electric lock 12 unlocking when the client confirmation information received by the data communication part 17 coincides with client registration information given beforehand to every guard box. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a safe deposit system.

  As an example of a safety deposit box system, a plurality of protection boxes provided for each of the customers, each of which stores a storage object owned by each customer, and a storage unit for storing each protection box, Protective box use opening that opens based on the take out instruction signal and closes based on the return instruction signal, transport means for transporting the protective box between the storage unit and the protective box use opening, and each customer confirms customer confirmation information And a control unit for controlling the conveying means and the protection box use port based on the input of the customer confirmation information, and the protection box use port and the operation unit. The thing of the structure provided with the booth which takes in / out is mentioned (for example, refer patent document 1-3).

In the conventional safe deposit system, the protection box is structured to be locked / unlocked only by a key. The operation unit of the booth includes, for example, a protection box use port provided with a shutter that can be opened and closed, an input-type operation panel using a touch panel, and an insertion-type card reader that reads a user authentication card. If the user is a legitimate user, the user inserts the authentication card into the card reader and inputs the personal identification number through the operation panel, whereby the protective box is transported to the protective box usage opening and the shutter is opened. When the shutter of the protective box use opening is opened, the upper lid of the protective box is unlocked with a key and the cover is opened, and the target object is taken out from the protective box or stored. After using the protective box, close the lid of the protective box, lock it with the key, and operate the return button on the booth operation screen to close the shutter of the protective box use port, and the protective box is transported to the storage unit. The
Japanese Patent Publication No. 2-1956 JP 2006-97434 A JP 2007-23668 A

In the prior art, only the key unlocks the top cover of the protective box, so the user must install both the authentication card and the safe deposit box system unless they have the key to unlock the protective cover. The keys cannot be used, especially the keys need to be strictly managed, and the use of the keys is troublesome for the users because they are bulky to carry.
In addition, there is a history that the protective box has been transported to the booth in the booth, but there is still a history that the user has unlocked the protective box lid, which is the action immediately before putting in and out the object in the protective box. There wasn't.

  The present invention mainly aims at (1) the protection box can be opened without using a key lent by a bank, (2) the history of unlocking and opening / closing the protection box lid, etc. It was created as

  In order to solve the above problems, the present invention provides a safe deposit box system in which a customer's goods are stored in a protective box and the customer uses the protective box through a protective box use port provided in a booth. In addition, the data communication means that enables the customer confirmation information entered by the customer in the booth, and the customer confirmation information received by the data communication means coincide with the customer registration information given in advance for each protection box The safe deposit system is characterized by providing an electric lock for unlocking.

  According to this safe deposit system, the protection box can be opened without using a key lent to the bank while maintaining high security.

  According to another aspect of the present invention, there is provided a safety deposit box system in which power is supplied to the protection box when the protection box to be conveyed arrives at the protection box use port.

  According to this safe deposit system, it is not necessary to provide a power source such as a battery for each protection box, and the electric lock of the protection box cannot be unlocked due to the battery power being cut off. In addition, an economical safe deposit box system can be constructed.

  According to the present invention, a safe deposit box system is provided, wherein a collation unit for collating the customer confirmation information with the customer registration information is provided in a protective box.

According to this safe deposit system, the verification is completed in the protection box, and the customer registration information is not leaked out of the protection box for verification, and the customer registration information is encrypted. Security management can be performed more strictly.
Moreover, according to this safe deposit system, the verification time is quick, so that the protection box can be used quickly for the customer.

  According to another aspect of the present invention, there is provided a safe deposit box system in which a detection unit that detects an open / closed state of the lid of the protective box and a storage unit that stores the opening / closing history of the lid are provided in the protective box.

  According to this safety deposit box system, even when customer confirmation information is input to unlock the protective box lid, even when the protective box lid is unlocked using a mechanical lock, An open / close history can be reliably retained. Therefore, it is possible to strictly manage the security of the unlocking operation of the lid of the protective box, which is the action immediately before the customer puts in and out the object in the protective box.

  According to the present invention, it is possible to open a protective box without using a key lent to a bank while maintaining high security, and the convenience of using a safe deposit box is improved for a customer.

  FIG. 1 is an external perspective view showing an example of a booth area in a safe deposit system, and FIG. 2 is an external perspective view of a protective box. A booth 1 used by a customer is adjacent to a safe deposit box 2 with a partition wall 3 therebetween. In the safety deposit box 2, a plurality of protective boxes 5 (FIG. 2) storing the articles of each customer are stored in a predetermined storage unit. By receiving instructions from the customers in the booth 1, a transport device (not shown) The customer's protective box 5 is transported to the protective box use port 4 in the booth 1. The protective box utilization port 4 is formed in the operating device 6 and is normally closed by, for example, a slide opening / closing type shutter 4a.

  The operation device 6 is provided with an input type operation panel 7 using a touch panel. The operation panel 7 has a monitor function for displaying various information. The customer uses the operation panel 7 to input customer confirmation information for identifying each customer. Examples of customer confirmation information input on the operation panel 7 include a password and a password. Other customer confirmation information includes biometric information such as palm veins and finger veins, IC card information, etc. In this case, information is input via a biometric authentication device and an IC card reader, respectively.

  In the safety deposit box system according to the present invention, the customer first inserts an authentication card into the card reader of the operation device 6 in order to transport the protection box 5 to the protection box use port 4 in the booth 1 as in the conventional safety deposit box system. The personal identification number is input through the operation panel 7. The main controller (not shown) determines whether or not the input customer confirmation information matches the customer registration information registered in the main controller in advance. It is transported to the protective box utilization port 4 inside. The main controller is installed, for example, in the safe deposit box 2. When the protection box 5 arrives at the protection box use opening 4, the shutter of the protection box use opening 4 is opened by operating the operation panel 7 of the booth 1. Next, customer confirmation information for unlocking the lid 9 of the protective box 5 is input by the operation device 6. The collation unit 13 in the protection box 5 to be described later determines whether or not the inputted customer confirmation information matches the customer registration information registered in advance. Is unlocked. It is desirable for security that the customer confirmation information for transporting the protection box 5 to the protection box use port 4 in the booth 1 and the customer confirmation information for unlocking the cover 9 of the protection box 5 are different. In the present invention, the device for inputting customer confirmation information for unlocking the lid 9 of the protective box 5 is not limited to the operation device 6 in the booth 1, and a dedicated operation provided in the booth 1 separately from the operation device 6. It may be a device.

  In FIG. 2, the protective box 5 has a flat rectangular parallelepiped shape, and a pivotable open / close lid 9 having a rotary manual unlocking knob 8 at one end is provided at the center of the upper surface. It is attached. The customer unlocks by turning the knob portion 8, opens the lid 9 as indicated by the phantom line, and puts in and out the article in the storage portion 10.

  A control unit 11 is provided on one end side in the longitudinal direction of the protective box 5 (the side where the knob portion 8 is located) independently of the storage portion 10. The control unit 11 includes an electric lock 12, a verification unit 13, a control unit 14, a storage unit 15, a power supply unit 16, a data communication unit 17, and the like. On the upper surface of the protective box 5 that covers the control unit 11, a key slot for a mechanical lock 18, a power lamp 19, an unlocking lamp 20, and a locking lamp 21 are attached. A power connection terminal 16a of the type and an infrared communication window 17a as the data communication unit 17 are attached. The power lamp 19 is turned on when power is supplied to the protective box 5, the unlocking lamp 20 is turned on when the protective box 5 is unlocked, and the locking lamp 21 is turned on when the protective box 5 is locked. To do. About the formation aspect of the housing | casing of the protection box 5, it is good also as a housing | casing which covers the accommodating part 10 and the control unit 11 integrally, and as a housing | casing which separately accommodates the accommodating part 10 and the control unit 11, respectively, It is good also as a structure which connects both housings integrally. By using the housing 10 and the control unit 11 as separate housings, it is possible to maintain the locked state of the protective box 5 and perform substrate replacement and maintenance of the control unit 10.

  FIG. 3 is a plan view of the electric lock 12. The long kanuki 22 is pivotally supported by a support shaft 23 that is a vertical axis at a substantially central portion thereof, and a convex collar 22 a formed at one end of the kanuki 22 is connected to the knob portion 8. The protective box 5 is locked by engaging with the engaging portion 8b of the engaging piece 8a that moves integrally. Reference numeral 24 denotes a detection sensor including a limit switch that detects the opening / closing position of the knob portion 8 by being in contact with or not in contact with the engagement piece 8a.

  Two solenoids are involved in restricting and releasing the rotation of the cannula 22. The first solenoid (master lock solenoid) 25 is configured such that the pin 25a when in the extended state engages with the notch 22b at one end of the cannula 22 that is in engagement with the engaging part 8b. Regulates rotation in the unlocking direction. When the pin 25a is retracted, the restriction is released. The pin 25a expands when not energized and retracts when energized, and the extending direction is substantially parallel to the extending direction of the locked kanuki 22. A plate-like detection piece 26 is attached to the pin 25a, and the operation state of the first solenoid 25 is detected by a detection sensor 27 comprising a limit switch coming into contact with the detection piece 26. In consideration of the failure of the first solenoid 25 and the like, a compression coil spring 28 is provided between the solenoid body and the detection piece 26 to urge the pin 25a in the direction in which the pin 25a is always extended.

  The tip of the pin 29a of the second solenoid 29 is coupled to the cannula 22 via a vertical coupling shaft 30 formed between the support shaft 23 and one end of the cannula 22. Strictly speaking, in order to convert the linear motion of the pin 29a into the rotational motion of the cannula 22, the structure around the connecting shaft 30 is composed of a shaft and a hole (such as a long hole) that allows the shaft to move. . When the pin 29a is extended, the collar 22a of the cannula 22 is engaged with the engaging part 8b, and when the pin 29a is retracted, the collar 22a is detached from the engaging part 8b. The pin 29a expands when not energized and retracts when energized, and the extending direction is orthogonal to the extending direction of the pin 25a of the first solenoid 25. Thus, by making the extension directions of the two solenoids different from each other with respect to the cannula 22, even if the protective box 5 receives a large vibration or impact in one direction, at least one of the solenoids can be easily maintained normally. The locking of the lid 9 is reliably maintained. In consideration of the failure of the second solenoid and the like, a compression coil spring 31 that constantly biases the cannula 22 in the locking direction between a fixing member (not shown) fixed to the protective box 5 and one end of the cannula 22. Is provided.

  The mechanical lock 18 is used when the customer opens the protective box 5 using a key. A known cylinder lock is applied as the mechanical lock 18 and is engaged with the other end side of the cannula 22. When the customer inserts a key (not shown) into the key slot and turns it, the cannula 22 rotates in the unlocking direction, and the knob portion 8 becomes rotatable in the opening direction. When the key is inserted, that is, when the protection box 5 is to be used, the first solenoid 25 is energized via the power supply unit 16 as will be described later. Can be rotated in the unlocking direction.

  FIG. 4 shows a configuration example of the entire safe deposit system for locking and unlocking the lid 9 of the protective box 5. First, on the booth side (the operation device 6 side), a customer confirmation information input unit 51 for inputting customer confirmation information for identifying each customer and a display unit 52 for displaying various information are provided. An input-type operation panel 7 (FIG. 1) using a touch panel is given. Customer confirmation information such as a password for unlocking the lid 9 of the protective box 5 can be freely set by the customer. The customer confirmation information input by the customer confirmation information input unit 51 is received by the reception unit 53, encrypted by the encryption unit 54, and transmitted from the transmission unit 55 to the protection box 5. Various types of information transmitted from the protection box 5 are received by the receiving unit 56 and displayed on the display unit 52 through the decryption unit 57 and the calculation unit 58. In addition, on the booth side (the operation device 6 side), a program memory 59 storing each computer program, a power supply control unit 60 that controls power supply to the protection box 5, and the protection box 5 arrive at the protection box use port 4. A protection box detection unit 61 for detecting this is provided.

On the protection box 5 side, a receiving unit 62 that receives customer confirmation information transmitted from the booth side, a decryption unit 63 that performs decryption processing, decrypted customer confirmation information, and customer registration information registered in advance are provided. The collation part 13 to collate and the control part 14 which operates the 2nd solenoid 29 and a display part (unlocking lamp 20) when both information corresponds in the collation part 13 are provided. The collation unit 13 is composed of a CPU. Specific operations of the solenoids (the first solenoid 25 and the second solenoid 29) will be described below. First, when the protective box 5 is transported to the protective box use port 4 of the booth 1 and supplied with power from the operating device 6 side through the power supply unit 16, the first solenoid 25 is activated, the power lamp 19 is turned on, and the first The engagement between the solenoid 25 and the cannula 22 is released. Next, the customer confirmation information input from the operation device 6 is collated with the customer registration information transmitted to the collation unit 13 of the protection box 5 via the data communication unit 17 and stored in the storage unit 15 in advance. Then, the second solenoid 29 is actuated, the engagement between the cannula 22 and the knob portion 8 is released, the unlocking lamp 20 is turned on, and the lid 9 of the protective box 5 is unlocked.
Information such as the opening / closing history of the protective box 5 obtained by the detection unit (detection sensors 24 and 27) is encrypted by the encryption unit 64 and transmitted from the transmission unit 65 to the booth side. The collation unit 13 may collate other information.

  The protection box 5 includes a program memory 66 storing a computer program, a customer registration information storage unit 67 storing customer registration information, a safe deposit number storage unit 68 storing a safe deposit number, a use history of the protection box 5 and the like. An event storage unit 69 is provided for storing the event, and a power supply unit 16 that is connected to a power source 70 in the operation device 6 when it arrives at the protection box use port 4 is provided. In the above, the receiving unit 62 and the transmitting unit 65 constitute the data communication unit 17 described above, and the program memory 66, the customer registration information storage unit 67, the safe deposit number storage unit 68, and the event storage unit 69 include the storage unit 15 described above. Constitute. The data communication unit 17 may be a non-contact method such as infrared communication or a contact method in which connection terminals are brought into contact with each other. Further, the power supply unit 16 may be a contact type power supply unit or a non-contact type power supply unit.

  In addition, the storage unit 15 of the protection box 5 may store a branch number of a bank that specifies the place where the protection box 5 is stored. In this embodiment, the protection box 5 is used for the protection box of the booth 1. When the power is supplied from the operating device 6 side through the power supply unit 16 to the port 4, the bank branch number is transmitted through the data communication unit 17 at the same time. And the branch number of the bank permitted to unlock is registered in the storage unit 15, and the bank branch number transmitted via the data communication unit 17 and the bank registered in the storage unit 15 at the time of power feeding. Is checked against the branch number. For this verification, the verification unit 13 can be used. In this case, when the protection box 5 is powered from the operation device 6 side, the bank branch number is collated, and the first solenoid 25 can be activated simply by improperly feeding power through the power supply unit 16 of the protection box 5. Does not work and improves security. Moreover, when the protection box stored in another branch is simply transferred, the lid 9 of the protection box 5 cannot be unlocked. The branch number of the bank transmitted to the protection box 5 may be acquired by inquiring of a host computer (not shown) or may be acquired from a memory in the operation device 6.

  In addition, for example, in the case of a safe depository system provided with a plurality of operation devices 6 (FIG. 1), the device number of the operation device 6 and the like may be stored in the storage unit 15. 6 can be used or recorded as a history. In the present embodiment, when the protection box 5 is supplied with power from the operation device 6 side via the power supply unit 16, the device number of the operation device 6 is simultaneously transmitted via the data communication unit 17. The device numbers of all the operation devices 6 are registered in the storage unit 15, and the device numbers of the operation devices 6 transmitted via the data communication unit 17 and the operations registered in the storage unit 15 at the time of power feeding. Collation with the device number of the device 6 is performed. For this verification, the verification unit 13 can be used. Note that the device number of the operating device 6 transmitted to the protection box 5 may be acquired by inquiring of a host computer (not shown) or may be acquired from a memory in the operating device 6.

  Further, in the case of a safe depository system provided with a plurality of the above-described operation devices 6 (FIG. 1), not only the device numbers of all the operation devices 6 but only the device numbers of specific operation devices 6 are stored in the storage unit 15. It may be memorized. In this case, the customer can use the specific operation device 6 by collation by the collation unit 13.

  Next, as the data stored in the event storage unit 69, firstly, the usage history data of the protection box 5 is cited. The usage history data includes customer confirmation information input by the customer, unlocking data by the mechanical lock 18, and the like. In this embodiment, the data output from the detection sensors 24 and 27 and the collation result in the collation unit 13 are also stored in the event storage unit 69. In addition, customer information such as a customer number, unlock time, lock time, etc. may be stored by inquiring to a host computer (not shown). According to the present invention, it is possible to take a history of when and who opened / closed the cover of the protection box of the safe deposit number by inputting customer confirmation information or by a mechanical lock.

The operation flow of the safe deposit system according to the present invention will be described below. In addition, please refer to FIGS. 1-4 suitably for the component with the code | symbol in description.
“1. Normal use”
FIG. 5 is an operational flow diagram of the safe deposit system for normal use. Normal use refers to a case where customer confirmation information such as a password is input to open the protection box 5 without using the key of the mechanical lock 18. If personal authentication at booth 1 (for example, authentication using a conventional authentication card carried by a customer) is OK, the protective box 5 is transported to the protective box use port 4 of booth 1, the shutter 4a is opened, and the power supply 70 is opened. And the power supply unit 16 of the protection box 5 are connected to supply power to the control unit 11.

  Next, the controller device 6 acquires “key 1”. “Key 1” is, for example, a bank branch number or a device number of the operation device 6. The operation device 6 compares the “key 1” obtained by inquiring to a host system (not shown) or the “key 1” stored in the memory in the operation device 6 with the protection box 5 through the data communication unit 17 of the protection box 5. This is sent to the unit 13, and this “key 1” is authenticated in the protective box 5. The collation unit 13 performs authentication (collation) between the transmitted “key 1” and “key 1” stored in the storage unit 15 in advance.

  In the case of the authentication OK, the first solenoid 25 is operated, and the engagement between the first solenoid 25 and the cannula 22 is released by retracting the pin 25a. The protection box 5 transmits the result of the authentication OK of “Key 1” and the previous history information stored in the storage unit 15 of the protection box 5 to the operation device 6. The result of the authentication “Key 1” is stored in the event storage unit 69. Further, based on the signal from the detection sensor 27, the fact that the first solenoid 25 has been activated is stored in the event storage unit 69. The previous history information is displayed on the display unit 52 (operation panel 7) of the operation device 6. In the case of the authentication NG, the shutter of the protection box use port 4 is automatically closed, and a message that the bank employee responds is displayed because an abnormality has occurred in the operation panel 7 of the operation device 6.

  Next, the controller device 6 acquires “key 2”. Examples of the “key 2” include biometric authentication data such as palm veins and finger veins, card information, and the like in addition to a password and password input from the operation device 6. The inputted “key 2” is sent from the operating device 6 to the verification unit 13 of the protection box 5 via the data communication unit 17 of the protection box 5. The collation unit 13 performs authentication (collation) between the transmitted “key 2” and “key 2” stored in advance in the storage unit 15 (customer registration information storage unit 67).

  In the case of authentication OK, the second solenoid 29 is actuated and the pin 29a is retracted to release the engagement between the cannula 22 and the knob portion 8, and the customer opens the lid 9 by turning the knob portion 8 in the opening direction. be able to. The result of the authentication OK of “Key 2” is stored in the event storage unit 69 and transmitted to the controller device 6 via the data communication unit 17. The display unit 52 (operation panel 7) of the operation device 6 displays that the lid 9 of the protective box 5 has been unlocked.

When the lid 9 of the protective box 5 is opened, the object is taken in and out, the lid 9 is closed and the knob portion 8 is turned in the closing direction, the usage history of the protective box 5, that is, the unlocking history is obtained based on the signal of the detection sensor 24. The event is stored in the event storage unit 69, the system is stopped, and the electric lock 12 of the protection box 5 is automatically locked.
If the authentication of “key 2” fails three times, the electric lock 12 cannot be unlocked, and a message stating that the password has been entered three times on the operation panel 7 of the operation device 6 is displayed. Displayed, the shutter of the protection box use port 4 is automatically closed, and the protection box 5 is automatically returned to a predetermined storage section in the safety deposit box 2. In FIG. 5, when the protection box 5 arrives at the protection box use port 4, power is supplied to the protection box 5, and “key 1” is transmitted to the verification unit 13 of the protection box 5 for verification. There may be a case where “key 1” is not transmitted only by power supply.

“2. Use with keys”
FIG. 6 is an operation flowchart of the safe deposit system when the key of the mechanical lock 18 is used. The customer can select whether to unlock the lid 9 of the protective box 5 by inputting customer confirmation information or using a mechanical lock. Other cases where the key of the mechanical lock 18 is used include a case where a customer forgets customer confirmation information such as a personal identification number, or a case where a bank clerk opens the protection box 5 in an emergency. First, if the identity authentication at the booth 1 (for example, authentication using an authentication card brought by a customer in the past) is OK, the protective box 5 is transferred to the protective box use port 4 of the booth 1, and the power source 70 and the protective box As a result, the control unit 11 is turned on.

  Next, the controller device 6 acquires “key 1”. “Key 1” is, for example, a bank branch number or a device number of the operation device 6. The operation device 6 sends the “key 1” obtained by making an inquiry to a host system (not shown) or the “key 1” stored in the memory in the operation device 6 to the protection box 5 via the data communication unit 17 of the protection box 5. The data is sent to the verification unit 13 and authentication of this “key 1” is performed in the protective box 5. The collation unit 13 performs authentication (collation) between the transmitted “key 1” and “key 1” stored in the storage unit 15 in advance.

  In the case of the authentication OK, the first solenoid 25 is operated, and the engagement between the first solenoid 25 and the cannula 22 is released by retracting the pin 25a. The protection box 5 transmits the result of the authentication OK of “Key 1” and the previous history information stored in the storage unit 15 of the protection box 5 to the operation device 6. The result of the authentication “Key 1” is stored in the event storage unit 69. Further, based on the signal from the detection sensor 27, the fact that the first solenoid 25 has been activated is stored in the event storage unit 69. The previous history information is displayed on the display unit 52 (operation panel 7) of the operation device 6. In the case of the authentication NG, the shutter of the protection box use port 4 is automatically closed, and a message that the bank employee responds is displayed because an abnormality has occurred in the operation panel 7 of the operation device 6.

  Next, when a key (not shown) is inserted into the mechanical lock 18 of the protective box 5 and turned, the engagement between the cannula 22 and the knob portion 8 is released, and the lid 9 can be opened by turning the knob portion 8 in the opening direction. it can. Based on the signal from the detection sensor 24, the fact that the lid 9 has been unlocked is transmitted to the operation device 6 via the data communication unit 17, and the display unit 52 (operation panel 7) of the operation device 6 displays the lid of the protective box 5. 9 is displayed as unlocked.

  When the lid 9 of the protective box 5 is opened, the object is taken in and out, the lid 9 is closed and the knob portion 8 is turned in the closing direction, the usage history of the protective box 5, that is, the unlocking history is obtained based on the signal of the detection sensor 24. The event is stored in the event storage unit 69, the system is stopped, and the electric lock 12 of the protection box 5 is automatically locked. In FIG. 6, when the protection box 5 arrives at the protection box use port 4, power is supplied to the protection box 5, and “key 1” is transmitted to the verification unit 13 of the protection box 5 for verification. There may be a case where “key 1” is not transmitted only by power supply.

  As described above, the protection box 5 is received by the data communication means (data communication unit 17) that can receive the customer confirmation information input by the customer in the booth 1 and the data communication means (data communication unit 17). Lending to a bank while maintaining high security, if the safe deposit system is provided with the electric lock 12 that is unlocked when the customer confirmation information and the customer registration information previously given for each protection box 5 match. The protective box 5 can be opened without using the key that has been used.

  If the protection box 5 to be transported arrives at the protection box use port 4 and the power is supplied to the protection box 5, it is not necessary to provide a power source such as a battery for each protection box 5. The electric lock 12 of the protective box 5 does not become unlockable due to cutting. In addition, an economical safe deposit box system can be constructed.

  If the protection box 5 is provided with verification means (verification part 13) for verifying the customer confirmation information received by the data communication means (data communication part 17) and the customer registration information previously given to each protection box 5, the protection box 5 The customer registration information is not leaked out of the protective box 5 for collation, and the customer registration information can be strictly managed in security. In addition, since the verification time becomes quick, the protection box 5 can be used quickly for the customer.

  Detection means (detection sensors 24, 27) for detecting the open / closed state of the lid 9 of the protective box 5 and the operating state of the first solenoid 25, and the customer who inputs the opening / closing history of the lid 9 and the operating state of the first solenoid 25 by the customer If the protective box 5 is provided with a storage means (storage unit 15) for storing whether the unlocking is based on the confirmation information or the unlocking using the mechanical lock 18, the customer confirmation information is input or unlocked, The unlocking history and the opening / closing history of the lid 9 of the protective box 5 can be reliably left by distinguishing whether the mechanical lock 18 is used for unlocking. Therefore, it is possible to strictly manage security for the unlocking operation of the lid 9 of the protective box 5 which is the action immediately before the customer puts in and out the object in the protective box 5.

  The preferred embodiments of the present invention have been described above. In case of emergency, when the protection box 5 has not arrived at the protection box use port 4 and the bank clerk uses the mechanical lock 18 to open the lid 9, the power is supplied to the control unit 11 using a dedicated power supply device. do it. When the protection box 5 is supplied with power from the operation device 6 side through the power supply unit 16 and verification data such as a bank branch number is transmitted through the data communication unit 17, a dedicated power supply device is used. In this case as well, it is necessary to send verification data such as a bank branch number via the data communication unit 17 at the same time as power is supplied via the power supply unit 16 of the protection box 5. In that case, the protection box 5 cannot be opened only by improperly supplying power via the power supply unit 16 of the protection box 5, and a dedicated power supply device is required, resulting in stricter security management. In addition, various design changes can be made without departing from the spirit of the present invention.

It is an external appearance perspective view which shows an example of the booth periphery in the safe deposit system of this invention. It is an external appearance perspective view of the protection box used for the safe deposit system of this invention. It is a plane structure figure of an electric lock. It is a block diagram of a safe depository system. It is an operation | movement flowchart of the safe deposit system in the case of normal use. It is an operation | movement flowchart of the safe deposit system when using the key of a mechanical lock.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Booth 2 Safety deposit box 4 Protective box use port 5 Protective box 6 Operation device 7 Operation panel 10 Storage part 11 Control unit 12 Electric lock 22 Kannuki 25 First solenoid 29 Second solenoid

Claims (4)

A safe deposit box system in which a customer's goods are stored in a protective box and the customer uses the protective box through a protective box use port provided in a booth,
The data communication means that can receive the customer confirmation information entered in the booth by the customer in the protection box, and the customer confirmation information received by this data communication means coincide with the customer registration information given in advance for each protection box A safe deposit system characterized by an electric lock that is sometimes unlocked.   2. The safe deposit system according to claim 1, wherein when the transported protection box arrives at the protection box use port, power is supplied to the protection box.   3. The safe deposit box system according to claim 1 or 2, wherein collation means for collating the customer confirmation information with the customer registration information is provided in a protection box.   The lending device according to any one of claims 1 to 3, wherein the protection box is provided with detecting means for detecting an open / closed state of the lid of the protective box and storage means for storing the opening / closing history of the lid. Safe system.

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