JP6168764B2 - Key management system for safe deposit box - Google Patents

Description

  The present invention relates to a key management system for managing keys for storing a safe deposit box such as a financial institution, and more specifically, among a pair of keys for unlocking and locking a lending safe such as a financial institution. The present invention relates to a storage key management system for a safe deposit box that can easily manage a storage key to be stored and managed by an institution, etc., and can easily check the management state of the storage key in a short time. It is.

  In a safe deposit box such as a financial institution, each safe deposit box is unlocked and two keys are locked, one of which is managed by the customer who is the user of the safe deposit box, and the other is a loan of a financial institution or the like. It is configured to be stored and managed by the safe provider.

  The provider of a safe deposit box, such as a financial institution, describes the key number of the safe deposit box and the name of the borrower user in the ledger, etc., then puts the key for storage in an envelope, seals it, and stores it. It is common to store a large number of envelopes sealed with keys for use in a key storage box, place the key storage box in a storage tray for a safe, and store and manage the storage keys. Every time a specified period such as one year, six months, or quarter has passed, there is a correspondence between a description in the ledger, etc. and a storage key that is stored and managed (referred to as “storage key” in this specification). It was necessary to confirm the management state of the storage key.

  In this way, when confirming the management status of a storage key by confirming that the description in the ledger and the storage key being stored and managed correspond to each other, a person in charge such as a financial institution has conventionally been in charge. However, each envelope containing a storage key is matched with the description of the ledger etc. to determine whether it matches the description of the ledger etc., and the management status of the storage key is confirmed. It took a long time and a lot of labor.

  Therefore, the present invention can easily manage a storage key stored and managed by a financial institution or the like among a pair of keys for unlocking and locking a lending safe such as a financial institution, and in a short time and easily. An object of the present invention is to provide a storage key management system for a safe deposit box that can check the management state of the storage key.

An object of the present invention is that each can store a storage key of a safe deposit box, and can store a plurality of storage key storage envelopes formed with an IC tag in which RFID data is recorded and an IC tag incorporating an antenna. A storage key storage box in which an IC chip in which RFID data is recorded and an IC tag incorporating an antenna is formed,
A tray on which the storage key storage box can be placed;
An opening formed in the main body of the key management device for checking the management state of the storage key, and through which the tray can be inserted and pulled out;
Formed on the inner wall surface of the opening, is equipped with an antenna, transmits radio waves of a predetermined frequency, and is stored in the storage key storage box when the tray inserted from the opening is at the detection position. The antenna of the IC tag formed in the plurality of storage key storage envelopes and the antenna of the IC tag formed in the storage key storage box are received by the antenna of the plurality of storage key storage envelopes. A tray storage section provided with an RFID reader for reading the RFID data recorded on the IC chip and the RFID data recorded on the IC chip of the storage key storage box;
Reference RFID data related to the storage key storage envelope storing the storage key and reference RFID data related to the storage key storage box storing the plurality of storage key storage envelopes are used as reference RFID data related to the storage key storage envelope. Memory means for storing data to be associated with reference RFID data relating to said storage key storage box ;
RFID data related to the storage key storage envelope read by the RFID reader, reference RFID data related to the storage key storage envelope stored in the memory means, and RFID related to the storage key storage box read by the RFID reader A safety deposit box comprising a management terminal comprising a control unit for confirming a management state of a storage key based on data and reference RFID data relating to the storage key storage box stored in the memory means This is achieved by a storage key management system.

According to the present invention, a radio wave of a predetermined frequency is transmitted from an RFID reader provided on the inner wall surface of the opening of the key management device body, and the antenna built in the IC tag formed in the storage key storage envelope is used. By receiving and reading the RFID data recorded on the IC chip, thus comparing the RFID data read by the RFID reader with the reference RFID data in the data relating to the storage key storage envelope stored in the memory means Since the control unit can check the management state of the storage key, the RFID data related to the storage key storage envelope recorded on the IC chip formed on the storage key storage envelope and the memory means are stored. Just by comparing the reference RFID data in the data related to the key storage envelope for storage, in a short time One easily, it becomes possible to confirm the administrative state of the storage for the key.
Furthermore, according to the present invention, an IC tag having an IC chip in which RFID data is recorded and an antenna is formed in the storage key storage box, and the RFID reader is further connected when the tray is at the detection position. Since the RFID tag antenna formed on the storage key storage box is transmitted and received by the antenna of the IC tag to read the RFID data recorded on the IC chip, the storage key storage box Every time, by comparing the RFID data read from the IC tag of each storage key storage envelope with the reference RFID data of each storage key storage envelope stored in the memory means, in a short time and easily, It becomes possible to check the management state of the storage key.

  In a preferred embodiment of the present invention, visible ID data is recorded in each storage key storage envelope, and reference ID data visible for each storage key storage envelope is stored in the memory means. Yes.

  According to a preferred embodiment of the present invention, visible ID data is recorded in each of the storage key storage envelopes, and this is the cause when there is an abnormality in the management state of the storage keys. By visually identifying the storage key storage envelope and taking necessary measures, it becomes possible to restore the storage key management state to a normal one in a short time and with certainty.

  In a preferred embodiment of the present invention, visible ID data is recorded in the storage key storage box, and visible reference ID data of the storage key storage box is stored in the memory means.

  In a preferred embodiment of the present invention, the key management system of the safe deposit box further includes an input means for inputting various data, and an IC tag disposed outside the tray storage portion and formed in a new storage key storage envelope. A second RFID reader that reads the RFID data received by the antenna and recorded on the IC chip, and when storing a new storage key storage envelope in the storage key storage box, the input means and the first Reference data relating to the new storage key storage envelope can be stored in the memory means by the second RFID reader.

In a preferred embodiment of the present invention, the key management system of the safe deposit box further includes display means capable of displaying a confirmation result of a storage key management state, a message of the control unit, and a determination result of the control unit. Yes.

  According to the present invention, it is possible to easily manage a storage key stored and managed by a financial institution among a pair of keys for unlocking and locking a lending safe such as a financial institution, and in a short time and easily. Therefore, it is possible to provide a storage key management device for a safe deposit box that can check the management state of the storage key.

FIG. 1 shows a pair of keys used by a user to unlock and lock a safe deposit box such as a financial institution according to a preferred embodiment of the present invention, and a storage managed by a financial institution that is the lender of the safe deposit box. It is the schematic which shows a key storage envelope. FIG. 2 is a schematic perspective view of a storage key storage box for storing a plurality of storage key storage envelopes each storing a storage key. FIG. 3 is a schematic perspective view showing a tray on which the storage key storage box can be placed, and shows a state where the storage key storage box is placed on the tray. FIG. 4 shows a state in which the tray is pulled out from the opening formed in the key management device body, and the storage key storage envelope stored in the storage key storage box is located at a position where it can be taken out. FIG. 5 is a block diagram showing a key management apparatus according to a preferred embodiment of the present invention.

  FIG. 1 shows a pair of keys used for unlocking and locking by a user of each safe deposit box and a financial institution that is the lender of the safe deposit box in a safe deposit box such as a financial institution according to a preferred embodiment of the present invention. FIG. 2 shows a storage key storage envelope managed by.

  As shown in FIG. 1, each safe deposit box according to a preferred embodiment of the present invention has a user key 1 managed by a user and a storage key 2 which is paired with the key 1 and stored and managed by a financial institution or the like. Can be unlocked and can be locked.

  Of these user keys 1 and storage keys 2, the storage key 2 is stored in the storage key storage envelope 3 shown in FIG. 1, and the storage key storage envelope 3 is stored in the storage key storage described below. It is configured to be stored in a box.

  FIG. 2 is a schematic perspective view of a storage key storage box for storing a plurality of storage key storage envelopes 3 each storing a storage key 2.

  As shown in FIG. 2, the storage key storage box 5 has a shape that is open at the top, and is configured to store a large number of storage key storage envelopes 3.

  Each storage key storage envelope 3 is formed with an IC tag 4 having a built-in IC chip and antenna (not shown). The IC chip includes the storage key storage envelope 3 and another storage key storage envelope 3. Unique RFID data for distinction is recorded.

  Further, as shown in FIG. 1, each storage key storage envelope 3 is recorded with ID data such as a three-digit ID number such as “103” which can be viewed.

  In this embodiment, as shown in FIG. 2, each storage key storage envelope 3 is stored in a storage key storage box 5 so as to be substantially horizontal, and a large number of storage key storage envelopes 3 are stacked. So that it is stored.

  The storage key storage box 5 is formed with an IC chip (not shown) and an IC tag with an antenna built therein. The IC chip distinguishes the storage key storage box 5 from other storage key storage boxes 5. Specific RFID data for the purpose is recorded. Further, ID data such as a two-digit ID number such as “09”, which is visible, is recorded.

  3 is a schematic perspective view showing a tray 7 on which the storage key storage box 5 can be placed. FIG. 4 shows a state immediately before the tray 7 is pushed into an opening formed in the key management device body. It is a schematic perspective view. FIG. 3 shows a state in which the storage key storage box 5 is placed on the tray 7.

  The key management device main body 9 has an opening 6 into which the tray 7 can be inserted and pulled out. The tray 7 is usually accommodated in an opening 6 formed in the key management device main body 9. In FIG. 3, reference numeral 8 indicates a handle provided on the tray 7.

  As shown in FIG. 4, an RFID reader 15 having an antenna is provided on the inner wall surface on the side of the key management device main body 9, and the RFID reader 15 is provided in the opening 6 of the key management device main body 9. RFID data written on the IC chip of the storage key storage box 5 placed on the tray 7 pushed inside, and the ICs of a large number of storage key storage envelopes 3 stored in the storage key storage box 5 The RFID data written on the chip can be read.

  As shown in FIG. 4, the tray 7 has a storage key storage box 5 placed on the tray 7 and a large number of storage key storage envelopes 3 stored in the storage key storage box 5 facing the RIFD reader 15. The key management device main body 9 is configured to be movable between a detection position in the opening 6 of the key management device main body 9 and a retracted position outside the opening 6 of the key management device main body 9. In FIG. 4, a storage key storage box 5 in which a large number of storage key storage envelopes 3 are stored is placed on a tray 7, and the tray 7 is retracted outside an opening 6 formed in the key management device main body 9. The state immediately before being pushed from the position toward the detection position in the opening 6 formed in the key management device main body 9 is shown.

  FIG. 5 is a block diagram showing a detection system, a display system, an input system, and a control system of the key management apparatus configured as described above.

  As shown in FIG. 5, the detection system of the key management device according to this embodiment includes an antenna (not shown) on the inner wall surface of the opening 6 formed in the key management device body 9, and emits radio waves of a predetermined frequency. The transmitted radio wave is received by the antenna of the IC tag 4 formed in the storage key storage envelope 3 and the antenna of the IC tag 4 formed in the storage key storage box 5, and the storage key storage envelope 3 is received. The RFID reader 15 reads the RFID data recorded on the IC chip and the RFID data recorded on the IC chip of the storage key storage box 5.

  In this embodiment, as shown in FIG. 2, the storage key storage envelopes 3 are stored in the storage key storage box 5 so as to be substantially horizontal, and a large number of storage key storage envelopes 3 are stacked. Thus, when the storage key storage envelope 3 is stored in the storage key storage box 5, the antenna of the RFID reader 15 is connected to the inner wall surface on the side of the key management device main body 9. Also in this embodiment, the antenna of the RFID reader 15 is disposed on the inner wall surface on the side of the key management device main body 9.

  The detection system of the key management device according to the present embodiment further includes an antenna (not shown), transmits a radio wave of a predetermined frequency, and the transmitted radio wave is an antenna of the IC tag 4 formed in the storage key storage envelope 3. And a desktop RFID reader 16 that reads the RFID data recorded on the IC chip of the storage key storage envelope 3. The desktop RFID reader 16 is usually placed on the upper surface of the key management device main body 9. Here, the desktop RFID reader 16 reads the RFID data recorded on the IC chip of the storage key storage envelope 3 when registering the storage key storage envelope 3 to be newly managed.

  As shown in FIG. 5, the display system of the key management device according to the present embodiment includes an alarm generator 17 that generates an alarm sound and a display panel 18 that displays various messages, and the key according to the present embodiment. The input system of the management apparatus includes a keyboard 19 that can input various signals and data.

  As shown in FIG. 5, the control system of the key management apparatus according to this embodiment includes a control unit 10 that controls the overall operation of the key management apparatus, and further controls the operation of the entire key management apparatus. Read by the ROM 11 storing the control program, the data related to each storage key storage envelope 3 managed by the key management device, the data related to each storage key storage box 5, and the RFID reader 15 or the RFID reader 16 described in detail later. A RAM 12 for storing the received RFID data and the like is provided.

  In this embodiment, the RAM 12 is divided into a first memory area 12A, a second memory area 12B, and a third memory area 12C.

  In the first memory area 12A of the RAM 12, data serving as a reference for each storage key storage envelope 3 and storage key storage box 5 is stored. Specifically, RFID data for identifying the storage key storage envelope 3 recorded on an IC chip built in an IC tag formed on all storage key storage envelopes 3 managed by the key management device, RFID data for identifying the storage key storage box 5 recorded on the IC chip built in the IC tag formed in the storage key storage box 5, and a visible ID number recorded on the storage key storage envelope 3 For example, ID data such as a 3-digit ID number such as “103”, a visible ID number recorded in the storage key storage box 5, for example, a 2-digit ID number such as “09”, etc. When the ID data and the storage key storage envelope 3 are actually used to store the storage key 2, customer information link data is stored.

  Here, the customer information link data is stored in a customer information database (not shown) of a central management system (not shown) in which the customer's name, gender, date of birth, address, telephone number, account number, etc. are written. Data for linking.

  On the other hand, the second memory area 12B of the RAM 12 is divided into sub-memory areas for each storage key storage envelope 3, and when the storage key storage envelope 3 is used to store the storage key 2. In the sub memory area, a part of the data specified by the customer information link data of the customer who uses the storage key storage envelope 3 and read from the customer information database of the central management system is recorded. .

  The third memory area 12C of the RAM 12 is a memory area for storing detection data read by the RFID reader 15 every time confirmation processing described later is performed. Specifically, the RFID data of the storage key storage box 5 and the storage key storage envelope 3 recorded on the IC chip built in the IC tag of the storage key storage box 5 and read by the RFID reader 15 are formed. The RFID data recorded on the IC chip built in the IC tag 4 and read by the RFID reader 15 is stored in each sub memory area.

  In the safe deposit boxes of financial institutions, there are customers who cancel the safe deposit service contracts, but there are also many new customers who have signed the safe deposit service contracts. There are many cases where data about a customer is changed, such as changing the address, moving the address, etc.

  Therefore, the key management apparatus according to the present embodiment is configured such that a customer can be newly registered and customer data can be rewritten by inputting a registration signal to the keyboard 19.

  In the present embodiment, when a customer newly makes a deposit contract and further concludes a rental safe deposit service contract, the operator first makes a customer's name, gender, date of birth, address, telephone number, account number, etc. Information about the information is stored in the second memory area 12B of the RAM 12 by the keyboard 19 or the like, and is input to a customer database (not shown) in the central management system (not shown) of the financial institution.

  This establishes a deposit contract between the new customer and the financial institution.

  When signing a safe deposit agreement with a new customer registered in the central management system, the operator hands over the user key 1 to the customer and selects the storage key storage envelope 3 in front of the customer. The storage key 2 is inserted into the selected storage key storage envelope 3, and the storage key storage envelope 3 is sealed.

  At that time, the customer information link data of the new customer is determined, and the customer information link data is input to the keyboard 19 of the key management device by the operator. As a result, information related to the customer stored in the second memory area 12B of the RAM 12 or information related to the customer stored in the customer database of the central management system is read and displayed on the display panel 18 of the key management device. Is done.

  When there is an error in the information regarding the customer displayed on the display panel 18 of the key management device, the information regarding the correct customer is input to the keyboard 19 by the operator, and the information regarding the customer stored in the second memory area 12B of the RAM 12 is displayed. Alternatively, the customer information stored in the customer database in the central management system is rewritten.

  On the other hand, if there is no error in the information about the customer displayed on the display panel 18 of the key management device, the operator determines the storage key storage envelope 3 for storing the storage key of the customer, and uses the desktop RFID reader 16 as the storage key. The RFID data recorded on the IC tag 4 formed on the storage key storage envelope 3 is read and the RFID data of the storage key storage envelope 3 is used together with a new customer registration signal for registering a new customer. While being stored as the reference RFID data, the visible ID data described in the storage key storage envelope 3 is input to the keyboard 19.

  Here, at the time of new registration, the RFID data of the storage key storage envelope 3 read by the desktop RFID reader 16 is used as reference data in the confirmation process for checking the management state of the storage key.

  The new customer registration signal input to the keyboard 19 and the RFID data of the storage key storage envelope 3 are input to the control unit 10.

  When receiving the new customer registration signal, the RFID data of the storage key storage envelope 3 and the visible ID data from the keyboard 19, the control unit 10 assigns the specific memory area in the first memory area 12A of the RAM 12 to the relevant memory area. Allocation is performed as a sub memory area for storing data relating to a new customer, and RFID data and visible ID data of the storage key storage envelope 3 are stored in the sub memory area.

  Next, as described above, the operator determines a storage key storage box 5 that stores the registered new storage key storage envelope 3 and tries to store the storage key storage envelope 3 using the keyboard 19. The visible ID data of the storage key storage box 5 is input.

  When the control unit 10 receives the visible ID data of the storage key storage box 5, the control unit 10 associates the first ID data of the RAM 12 with the RFID data and the visible ID data of the storage key storage envelope 3 previously input. Are stored in a specific memory area in the memory area 12A.

  When the ID data of a new storage key storage box 5 that has not yet stored any storage key storage envelope 3 is input here, the control unit 10 stores the ID data of the storage key storage box 5 to be stored. Is displayed on the display panel 18 and the correct ID data of the storage key storage box 5 is input. On the other hand, if the ID data of the storage key storage box 5 to be stored is correct, a message prompting the user to newly register the unused storage key storage box 5 is displayed on the display panel 18. As will be described later, after the new storage key storage box 5 is registered, the second storage of the RAM 12 in the form associated with the RFID data and the visible ID data of the storage key storage envelope 3 previously input. The data is stored in a specific memory area in one memory area 12A.

  When a new storage key storage box 5 that has not yet stored any storage key storage envelope 3 is newly registered, the new storage key storage box 5 is placed on the tray 7 and the key management device main body 9 is placed. The RFID data in the new storage key storage box 5 is detected by the RFID reader 15, and the detected RFID data is stored in the first memory area 12 A of the RAM 12. The visible ID data of the storage key storage box 5 is also input and stored.

  In this way, registration of a new customer who has newly signed a safe deposit service agreement is completed, and the control unit 10 displays a message on the display panel 18 that registration of the new customer is completed.

  On the other hand, when a customer who has a deposit contract enters into a new safe deposit contract, information about the customer such as the customer's name, gender, date of birth, address, telephone number, account number, Since it is already stored in the customer database of the central management system (not shown) of the financial institution, it is not necessary to input data relating to the customer, and the customer information is read based on predetermined customer information link data. The new customer registration signal for registering a new customer by the operator in association with the read customer information, the RFID data of the storage key storage envelope 3 read using the desktop RFID reader 16 and the visible data ID data is input to the keyboard 19 by the operator.

  In this way, the new customer registration signal input to the keyboard 19, the RFID data of the storage key storage envelope 3, and the visible ID data are input to the control unit 10.

  Thereafter, the same processing as when a customer who has not made a deposit contract enters into a new safe deposit service contract is executed, and the registration of a new customer who has newly signed a safe deposit service contract is completed.

  On the other hand, when canceling the safe deposit service contract with the customer, the operator inputs a safe deposit service contract cancel signal to the keyboard 19.

  The safe deposit service use contract cancellation signal input to the keyboard 19 is output to the control unit 10, and upon receiving the safe deposit service use contract cancel signal, the control unit 10 prompts to input customer information or customer information link data. The message is displayed on the display panel 18.

  When the operator inputs customer information or customer information link data to the keyboard 19 in response to this message, the control unit 10 accesses the first memory area 12A of the RAM 12 and inputs the entered customer information or customer information. The sub-memory area where the same customer information as the link data or the customer information link data is stored is searched.

  Thus, when the sub memory area storing the same customer information or customer information link data as the input customer information or customer information link data is searched, the control unit 10 uses the customer information or customer information link data. A message for inquiring whether or not the ID data of the storage key storage envelope 3 stored in association with the data, the RFID data, and the ID data of the storage key storage box 5 may be deleted is displayed on the display panel 18.

  When the operator agrees to delete these data in response to this message, the control unit 10 takes out the storage key storage box 5 for deleting the ID data, and stores the storage key storage envelope for deleting the ID data and RFID data. A message prompting to remove 3 is displayed on the display panel 18.

  On the other hand, when the storage key storage envelope 3 stored in the storage key storage box 5 from which the ID data is deleted is extracted, the operator stores the storage key storage envelope 3 stored in the sub memory area. ID data, RFID data, and ID data of the storage key storage box 5 are deleted together with customer information or customer information link data.

  When the ID data of the storage key storage envelope 3, the RFID data, and the ID data of the storage key storage box 5 are deleted together with the customer information or the customer information link data, the control unit 10 cancels the rental safe use contract with the customer. A message to that effect is displayed on the display panel 18.

  Thus, the safe deposit service contract with the customer is canceled.

  On the other hand, when changing data related to a customer who has a safe deposit service contract, a customer data change signal is first input to the keyboard 19 by the operator.

  The customer data change signal input to the keyboard 19 is output to the control unit 10, and upon receiving the customer data change signal, the control unit 10 receives the changed customer name, gender, date of birth, address, telephone number, A message to input data related to the customer such as an account number is displayed on the display panel 18.

  In response to this message, when the operator inputs data related to the customer after the change to the keyboard 19, the control unit 10 is input with the data related to the customer written in the customer information database linked by the customer information link data. Overwrite with customer data.

  Thus, when the data change process for the customer is completed, the control unit 10 displays a message on the display panel 18 that the change of the data related to the customer is completed, and displays the changed data about the customer on the display panel 18. .

  The key management device according to this embodiment configured as described above is configured to periodically check the management state of the storage key 2 stored in the key management device as follows. .

  Prior to the confirmation of the management state of the storage key 2, a storage key storage box 5 storing a large number of storage key storage envelopes 3 storing the storage key 2 whose management state should be checked is placed in the tray by the operator. 7, the tray 7 is inserted into the opening 6 formed in the key management device main body 9, and the storage key storage box 5 has the IC tag of the opening 6 of the key management device main body 9. Is positioned at a first position facing the RFID reader 15 provided on the inner wall surface.

  Next, the operator inputs a key storage state confirmation signal that instructs the keyboard 19 to confirm the management state of the storage key 2.

  The key storage state confirmation signal is output from the keyboard 19 to the control unit 10.

  When the key storage state confirmation signal is input, the control unit 10 outputs a reading signal to the RFID reader 15 to transmit a radio wave of a predetermined frequency from the antenna of the RFID reader 15, and forms in the storage key storage box 5. The RFID data recorded on the IC chip built in the IC tag formed in the storage key storage box 5 is read by the antenna built in the IC tag and stored in the storage key storage envelope 3. The RFID data recorded on the IC chip built in the IC tag 4 formed in the storage key storage envelope 3 is read by the antenna built in the formed IC tag 4.

  Thus, when the RFID reader 15 reads the RFID data recorded on the IC chip of each storage key storage envelope 3 and the RFID data recorded on the IC chip of the storage key storage box 5, the read RFID data is respectively It is sent to the control unit 10.

  When the RFID data recorded on the IC chip of the storage key storage box 5 and the RFID data recorded on the IC chip of each storage key storage envelope 3 are input from the RFID reader 15, the control unit 10 The RFID data recorded on the IC chip of the storage box 5 and the RFID data recorded on the IC chip of each storage key storage envelope 3 are stored in the third memory area 12C of the RAM 12.

Subsequently, the control unit 10 records the same RFID data as the RFID data recorded in the IC chip of each storage key storage envelope 3 and stored in the third memory area 12C of the RAM 12 in the first memory area 12A of the RAM 12. Determine whether it is stored.

As a result, when it is determined that the same RFID data as the RFID data of each storage key storage envelope 3 stored in the third memory area 12C of the RAM 12 is stored in the first memory area 12A of the RAM 12, The control unit 10 further includes RFID data indicating the storage key storage box 5 , and RFID data associated with the RFID data of each storage key storage envelope 3 stored in the third memory area 12 </ b> C of the RAM 12 is stored in the RAM 12. It is determined whether it is stored in the first memory area 12A .

  Since there is only one RFID data of the storage key storage box 5 placed on the tray 7 and inserted into the opening 6 of the key management device main body 9 and detected by the RFID reader 15, It is determined that there is RFID data indicating one storage key storage box 5 in the first memory area 12A.

  On the other hand, when no RFID data indicating the storage key storage box 5 is detected in the first memory area 12A of the RAM 12, or in the first memory area 12A of the RAM 12, When two or more RFID data indicating the key storage box 5 are detected, it is considered that the reading of the RFID data is abnormal, so the control unit 10 opens the tray 7 in the key management device main body 9. A message prompting the user to insert the tray 7 into the opening 6 formed in the key management device main body 9 is displayed on the display panel 18 again.

  On the other hand, when only one RFID data indicating the storage key storage box 5 is detected in the first memory area 12A of the RAM 12, the data stored in the first memory area 12A of the RAM 12 The RFID data group serving as a reference of the storage key storage envelope 3 that stores ID data associated with the detected RFID data of the storage key storage box 5 is searched and stored in the third memory area 12C of the RAM 12. The detected RFID data group of the storage key storage envelope 3 stored in the storage key storage box 5 is searched based on the stored RFID data of the storage key storage envelope 3.

  In this case, since one RFID data indicating the storage key storage box 5 is detected in the first memory area 12A of the RAM 12 first, other RFID data groups are stored in the storage key storage envelope 3. Is a detected RFID data group.

  Next, the control unit 10 includes an RFID data group serving as a reference for the storage key storage envelope 3 searched based on the RFID data of the storage key storage envelope 3 stored in the first memory area 12A of the RAM 12, The detected RFID data group of the storage key storage envelope 3 searched based on the RFID data of the storage key storage envelope 3 stored in the third memory area 12C of the RAM 12 is compared, and the two match. If so, a message indicating that the management state of the storage key 2 is normal is displayed on the display 18 and the storage key 2 of the storage key storage envelope 3 stored in the next storage key storage box 5 is displayed. Displays that the process should shift to the management status confirmation process.

  In response to this message, the operator pulls out the tray 7 from the opening 6, places the next storage key storage box 5 on the tray 7, and inserts the tray 7 into the opening 6. When the storage key 2 is placed in the storage key storage envelope 5 stored in the next storage key storage box 5, the management state of the storage key 2 of the storage key storage envelope 3 is checked.

  On the other hand, an RFID data group serving as a reference for the storage key storage envelope 3 retrieved based on the RFID data of the storage key storage envelope 3 stored in the first memory area 12A of the RAM 12; As a result of comparison with the detected RFID data group of the storage key storage envelope 3 searched based on the RFID data of the storage key storage envelope 3 stored in the third memory area 12C, the two match. When there is no such error, there is a possibility that such an error may have occurred due to a reading error of the RFID data by the RFID reader 15, and the control unit 10 has detected an error in reading the RFID data. Pull out from the opening 6 formed in the key management device main body 9 and display again a message to the effect that it should be inserted into the opening 6. And displays the Reipaneru 18, to generate an alarm sound to the alarm generator 17.

  In response to this message and alarm, the operator once pulls out the tray 7 from the opening 6 formed in the key management device main body 9 and inserts it again into the opening 6. As a result, the operator enters the first memory area 12 A of the RAM 12. RFID data group serving as a reference of the storage key storage envelope 3 retrieved based on the stored RFID data of the storage key storage envelope 3 and the storage key stored in the third memory area 12C of the RAM 12 When the detected RFID data group of the storage key storage envelope 3 retrieved based on the RFID data of the storage envelope 3 matches the error state, the storage state of the storage key is normal. The control unit 10 displays a message on the display panel 18 that the storage key is in a normal storage state, and stores the next storage key. Displays that should be shifted to the confirmation process of the management state of the storage for the key 2 of storage for key storage envelope 3, which is housed in a box 5.

  In response to this message, the operator pulls out the tray 7 from the opening 6, places the next storage key storage box 5 on the tray 7, and inserts the tray 7 into the opening 6. When the storage key 2 is placed in the storage key storage envelope 5 stored in the next storage key storage box 5, the management state of the storage key 2 of the storage key storage envelope 3 is checked.

  On the other hand, if the tray 7 is once pulled out of the opening 6 formed in the key management device main body 9 and inserted into the opening 6 again, the error state is not solved. The RFID data of the RFID data group serving as a reference of the storage key storage envelope 3 retrieved based on the RFID data of the storage key storage envelope 3 stored in the first memory area 12A of the RAM 12 and the RFID data The detected storage key storage envelope 3 searched based on the number of storage key storage envelopes 3 specified and the RFID data of the storage key storage envelope 3 stored in the third memory area 12C of the RAM 12. Compare the RFID data of the RFID data group and the number of storage key storage envelopes 3 specified by the RFID data. The storage key storage envelope 3 specified by the coincidence state of the RFID data of the reference RFID data group and the detected RFID data of the RFID data group of the storage key storage envelope 3 and the RFID data of the reference RFID data group And the number of storage key storage envelopes 3 specified by the RFID data of the RFID data group of the detected storage key storage envelope 3 is determined.

  As a result, the RFID data of the reference RFID data group searched based on the RFID data of the storage key storage envelope 3 stored in the first memory area 12A of the RAM 12 and the storage data specified by the RFID data The number of key storage envelopes 3 is determined by the RFID data of the detected RFID data group searched based on the RFID data of the storage key storage envelope 3 stored in the third memory area 12C of the RAM 12 and the RFID data When it is determined that the number of matching key storage envelopes 3 is smaller than the number of storage key storage envelopes 3 specified, the storage key storage envelope 3 that should not be stored in the storage key storage box 5 is stored. The control unit 10 should be stored in the storage key storage box 5. With a message indicating that the storage for the key storage envelope 3 not being housed, displays a visible ID data for the storage keys stored envelope 3 on the display panel 18, to generate an alarm sound to the alarm generator 17.

  When such a message is displayed on the display panel 18, the operator pulls out the tray 7, and visually checks the storage key storage box using ID data such as a visible ID number displayed on the display panel 18. After specifying the storage key storage envelope 3 that should not be stored in 5 and removing it from the storage key storage box 5, the tray 7 on which the storage key storage box 5 is placed is again connected to the key management device. It is inserted into the opening 6 formed in the main body 9.

  As a result, the RFID data of the reference RFID data group searched based on the RFID data of the storage key storage envelope 3 stored in the first memory area 12A of the RAM 12 and the storage data specified by the RFID data Based on the number of key storage envelopes 3 and the RFID data of the RFID data group detected and detected based on the RFID data of the storage key storage envelope 3 stored in the third memory area 12C of the RAM 12, and by the detected RFID data When it is determined that the number of storage key storage envelopes 3 specified matches, the control unit 10 displays a message on the display panel 18 that the management state of the storage key 2 is normal. The storage key 2 of the storage key storage envelope 3 stored in the next storage key storage box 5 Displays that should be shifted to the confirmation process of the administrative state.

  In response to this message, the operator pulls out the tray 7 from the opening 6, places the next storage key storage box 5 on the tray 7, and inserts the tray 7 into the opening 6. When the storage key 2 is placed in the storage key storage envelope 5 stored in the next storage key storage box 5, the management state of the storage key 2 of the storage key storage envelope 3 is checked.

  On the other hand, the storage key storage envelope 3 that should not be stored in the storage key storage box 5 is removed from the storage key storage box 5, and the tray 7 on which the storage key storage box 5 is placed is again inserted. When the error state is not resolved despite being inserted into the opening 6 formed in the key management device main body 9, it is recognized that it is difficult to eliminate the error state. A message urging to stop the process of checking the management state of the storage key 2 in the storage key storage box 5 and shift to the process of checking the management state of the storage key 2 in another storage key storage box 5 Is displayed on the display panel 18 and an alarm sound is generated by the alarm generator 17.

  As a result, when the operator gives up the process of confirming the management state of the storage key storage envelope 3 stored in the storage key storage box 5, the tray 7 is removed from the opening 6 of the key management device main body 9, The storage key storage box 5 is placed on the tray 7, and the process proceeds to a process for checking the management state of the storage key storage envelope 3 stored in another storage key storage box 5.

  On the other hand, the control unit 10 uses the RFID data of the RFID data group of the storage key storage envelope 3 as a reference retrieved based on the RFID data of the storage key storage envelope 3 stored in the first memory area 12A, and The number of the storage key storage envelopes 3 specified by the RFID data is detected based on the RFID data of the storage key storage envelope 3 stored in the third memory area 12C of the RAM 12 and is detected. When it is determined that there are more RFID data in the RFID data group of the key storage envelope 3 and the number of storage key storage envelopes 3 specified by the RFID data, the storage to be stored in the storage key storage box 5 A part of the key storage envelope 3 is not stored in the storage key storage box 5, and other storage keys It is considered to have been housed in the pay box 5.

  Therefore, the control unit 10 controls the RFID data group of the storage key storage envelope 3 stored in the storage key storage box 5 of the first memory area 12 A of the RAM 12 and the third memory area 12 C of the RAM 12. The RFID data group of the detected storage key storage envelope 3 stored in the sub memory area is compared and searched, and the storage key storage envelope 3 to be stored in the storage key storage box 5 RFID data of the storage key storage envelope 3 that will be stored in the storage key storage box 5 and ID data such as a visible ID number are displayed on the display panel 18 and specified by these ID data. A message indicating that the storage key storage envelope 3 is not stored in the storage key storage box 5 is displayed. Displays Le 18, to generate an alarm sound to the alarm generator 17. Here, in the storage key storage envelope 3 that should be stored in the storage key storage box 5, the storage key storage envelope 3 that has not been detected by the RFID reader 15 is mistaken for another storage key storage box 5. Since it is usually stored and it takes time to find out, when there is another storage key storage box 5 to be confirmed, the confirmation processing of the other storage key storage box 5 is preceded. It is preferable to implement.

  In response to this message, the operator pulls out the storage key storage box 5 in the process of checking the management status, and also takes out the storage key storage box 5 whose ID data is displayed on the display panel 18 and stores it in error. If the storage key storage envelope 3 has already been taken out and stored separately, it is stored in the storage key storage box 5 during the management status confirmation process, and then the storage key storage box 5 is loaded. When the placed tray 7 is inserted into the opening 6, the control unit 10 displays a message on the display panel 18 that the storage state of the storage key 2 for the storage key storage box 5 is normal, The process should be shifted to the confirmation process of the management state of the storage key 2 of the storage key storage envelope 3 stored in the next storage key storage box 5. To display.

  In response to this message, the operator pulls out the tray 7 from the opening 6, places the next storage key storage box 5 on the tray 7, and inserts the tray 7 into the opening 6. When the storage key 2 is placed in the storage key storage envelope 5 stored in the next storage key storage box 5, the management state of the storage key 2 of the storage key storage envelope 3 is checked.

  Thus, when it is confirmed that the management state of the storage key 2 of the storage key storage envelope 3 stored in all the storage key storage boxes 5 is normal, the management state confirmation processing of the storage key 2 is confirmed. Is completed.

  According to this embodiment, when registering a new customer, the operator can visually check the ID data recorded in the storage key storage envelope 3 storing the storage key 2 of the new customer, and storing the storage key. Visible ID data recorded in the storage key storage box 5 in which the envelope 3 is to be stored is input to the keyboard 19 and stored in the first memory area 12A of the RAM 12, and the desktop RFID reader 16 is inserted. The RFID data recorded on the IC tag 4 of the storage key storage envelope 3 is read and stored in the first memory area 12A of the RAM 12, so that the reference data can be checked in the management state check process of the storage key 2. ID data of the storage key storage envelope 3 that can be used as visible data, visible ID data of the storage key storage box 5, and RFID data of the storage key storage envelope 3 RFIDF data of the storage key storage box 5 and the storage key storage box 5 can be newly registered in the key management device, and the data used as reference data in the processing for checking the management state of the storage key 2 can be newly performed with a very simple procedure. It becomes possible to register to.

  Further, according to the present embodiment, if there is no abnormality in the management state of the storage key 2, the storage key storage envelope 3 in which the storage key 3 for storing the storage key whose management state should be confirmed is stored. The key storage box 5 is placed on the tray 7, the tray 7 is inserted into the opening 6 formed in the key management device main body 9, and the IC tag formed on the storage key storage envelope 3 by the RFID reader 15. The RFID data recorded in 4 and the RFID data recorded on the IC tag formed in the storage key storage box 5 are read and stored in the storage key storage envelope 3 stored in the storage key storage box 5. The management state of the storage key 2 can be confirmed, and the management state of the storage key 2 can be confirmed in a very short time and very easily.

  Further, according to the present embodiment, in the process of checking the management state of the storage key, the RFID reader 15 that is about to check the management state by the RFID reader 15, the RFIDF data of the storage key storage box 5 and the storage key storage box 5 The RFIDF data of the storage key storage envelope 3 stored in the memory 12 is read and stored in the third memory area 12C of the RAM 12, and the same RFID data is allocated and stored in the first memory area 12A of the RAM 12 RFIDF data of the RFID data group of the key storage box 5 and the number of storage key storage envelopes 3 specified by the RFID data, and the RFID of the storage key storage envelope 3 stored in the third memory area 12C of the RAM 12 Specified by the RFIDF data of the data group and the RFID data The number of storage key storage envelopes 3 does not match, the former is less than the latter, and the storage key storage box 5 should not be stored in the storage key storage box 5 3 is stored, the RFID data of the storage key storage envelope 3 stored in the first memory area 12A of the RAM 12 and the storage data stored in the third memory area 12C of the RAM 12 are stored. By comparing the RFID data of the key storage envelope 3 with the RFID data of the storage key storage envelope 3 that should not be stored in the storage key storage box 5, the searched storage key storage envelope is searched. The visible ID data corresponding to the RFID data 3 is displayed on the display panel 18 so that the operator can store the storage key. The storage key storage envelope 3 that should not be stored in the storage key storage box 5 should be recognized in a short time and easily. Can be removed.

  On the other hand, the RFID reader 15 reads the RFIDF data of the storage key storage box 5 and the RFIDF data of the storage key storage envelope 3 in which the storage key storage envelope 3 is stored, and stores it in the third memory area 12C of the RAM 12. Based on the RFID data of the storage key storage box 5 stored, assigned the same RFID data, and stored in the first memory area 12A of the RAM 12, the storage key storage box 5 should be stored. RFID data of the RFIDF data group of the key storage envelope 3 and the number of storage key storage envelopes 3 specified by the RFID data, and the RFIDF of the storage key storage envelope 3 stored in the third memory area 12C of the RAM 12 RFID data of RFID group of data group and RFID data thereof The number of storage key storage envelopes 3 specified by the storage key does not match, the former is more than the latter, and a part of the storage key storage envelope 3 that should be stored in the storage key storage box is stored. If it is considered that the data is stored in the other storage key storage box 5, the RFID data of the storage key storage envelope 3 stored in the memory area of the first memory area 12 A of the RAM 12 is stored in the RAM 12. The RFID data of the storage key storage envelope 3 not stored in the memory area in which the storage key storage envelope 3 stored in the storage key storage box 5 of the third memory area 12C is stored is searched. The storage key storage envelope 3 to be stored in the storage key storage box 5 is characterized by the storage key storage envelope 3 stored in another storage key storage box 5. The visible ID data of the storage key storage envelope 3 and the visible ID data of the storage key storage box 5 storing the storage key storage envelope 3 are read and displayed on the display panel 18. This allows the operator to recognize the storage key storage envelope 3 stored in the other storage key storage box 5 with the storage key storage envelope 3 that should be stored in the storage key storage box 5. A storage key storage envelope 3 stored in another storage key storage box 5 is stored in a storage key storage envelope 3 to be stored in the storage key storage box 5 in a short time and easily. Then, it can be stored in the storage key storage box 5.

  The present invention is not limited to the above-described embodiments, and various modifications are possible within the scope of the invention described in the claims, and these are also included in the scope of the present invention. Needless to say.

  For example, in the above embodiment, an IC chip in which RFID data is recorded in the storage key storage box 5 and an IC tag with a built-in antenna are formed, and an IC chip in which RFID data is recorded in the storage key storage envelope 3 An IC tag 4 with an antenna built therein is formed, and the control unit 10 first outputs a read signal to the RFID reader 15 and transmits a radio wave of a predetermined frequency from the RFID reader 15 to form in the storage key storage box 5. The RFID tag antenna received by the IC tag antenna reads the RFID data recorded on the IC chip of the storage key storage box 5 and is formed on the storage key storage envelope 3 stored in the storage key storage box 5. The IC tag formed in the storage key storage envelope 3 is received by the antenna built in the IC tag. 4 is configured to read the RFID data recorded on the IC chip built in the IC chip 4. The IC tag formed on the storage key storage envelope 3 stored in the storage key storage box 5 by the RFID reader 15. When reading the RFID data recorded in 4, the storage key storage box 5 is specified using ID data or the like, and the reference of the storage key storage envelope 3 stored in the storage key storage box 5 is specified. RFID data to be stored in the first memory area 12A of the RAM 12 may be stored in the IC tag 4 formed in the storage key storage envelope 3 stored in the storage key storage box 5. It is not always necessary to read the RFID data recorded on the chip. In this case, the RFID data is stored in the storage key storage box 5. Recorded by an IC chip and an antenna IC tag with a built-in need not be formed.

  Further, in the above embodiment, the RFID data of the storage key storage envelope 3 stored in the storage key storage box 5 placed on the tray 7 is read by the RFID reader, and the third memory of the RAM 12 is read. Based on the RFID data of the storage key storage envelope 3 stored in the area 12C, the detected RFID data group of the storage key storage envelope 3 stored in the storage key storage box 5 is searched, The RFID data group of the storage key storage envelope 3 stored in the first memory area 12A of the RAM 12 is searched, and the RFID data group of the storage key storage envelope 3 to be stored in the storage key storage box 5 is searched. RFID data, the number of storage key storage envelopes 3 specified by the RFID data, and the storage placed on the tray 7 Although the RFID data of the RFID data group of the storage key storage envelope 3 stored in the storage key storage box 5 and the number of storage key storage envelopes 3 specified by the RFID data are compared, the storage key storage Record the RFID data of the RFID data group of the storage key storage envelope 3 to be stored in the IC chip in the IC tag formed in the box 5 and the number of storage key storage envelopes 3 specified by the RFID data. Thus, the search for the RFID data group of the storage key storage envelope 3 stored in the first memory area 12A of the RAM 12 can be omitted.

  In the above embodiment, when a new customer is registered, the table-type RFID reader 16 is used to write on the IC tag formed in the storage key storage envelope 3 for storing the storage key 2 of the new customer. RFID data is read and stored in the first memory area 12A of the RAM 12, but the RFID data written on the IC tag formed in the storage key storage envelope 3 for storing the storage key 2 of the new customer Is not necessarily required to be read using the desktop RFID reader 16.

  Further, in the above embodiment, each of the storage key storage envelopes 3 is stored in the storage key storage box 5 so as to be substantially horizontal, as shown in FIG. However, the storage key storage envelopes 3 may be stored substantially vertically with respect to the storage key storage box 5. As described above, when the storage key storage envelope 3 is stored in the storage key storage box 5, the antenna of the RFID reader 15 is preferably disposed on the upper inner wall surface of the key management device main body 9.

  In the embodiment, the RAM 12 is specified by the customer information link data of the customer, and the second memory area 12B of the RAM 12 in which a part of data read from the customer information database of the central management system is recorded. However, the second memory area 12B of the RAM 12 is not necessarily required when the key management device is always connected to the customer information database of the central management system.

  Further, in the embodiment, visible ID data is written in advance in the storage key storage envelope 3, but it is not always necessary to write visible ID data in the storage key storage envelope 3 in advance. When the new storage key storage envelope 3 is used, the control unit 10 selects visible ID data that is not used as the visible ID data of the other storage key storage envelope 3, and displays the display panel. 18 may be displayed on the storage key storage envelope 3 for the operator.

DESCRIPTION OF SYMBOLS 1 User key 2 Storage key 3 Storage key storage envelope 4 IC tag 5 Storage key storage box 6 Opening 7 Tray 8 Handle 9 Key management device body 10 Control unit 11 ROM
12 RAM
12A First memory area 12B Second memory area 12C Third memory area 15 RFID reader 16 Desktop RFID reader 17 Alarm generator 18 Display panel 19 Keyboard

Claims (3)

Each can store a storage key of a safe deposit box, and can store a plurality of storage key storage envelopes formed with IC chips in which RFID data is recorded and IC tags with built-in antennas, and RFID data is recorded. A storage key storage box in which an IC tag having a built-in IC chip and antenna is formed;
A tray on which the storage key storage box can be placed;
An opening formed in the main body of the key management device for checking the management state of the storage key, and through which the tray can be inserted and pulled out;
Formed on the inner wall surface of the opening, is equipped with an antenna, transmits radio waves of a predetermined frequency, and is stored in the storage key storage box when the tray inserted from the opening is at the detection position. The antenna of the IC tag formed in the plurality of storage key storage envelopes and the antenna of the IC tag formed in the storage key storage box are received by the antenna of the plurality of storage key storage envelopes. A tray storage section provided with an RFID reader for reading the RFID data recorded on the IC chip and the RFID data recorded on the IC chip of the storage key storage box;
Reference RFID data related to the storage key storage envelope storing the storage key and reference RFID data related to the storage key storage box storing the plurality of storage key storage envelopes are used as reference RFID data related to the storage key storage envelope. Memory means for storing data to be associated with reference RFID data relating to said storage key storage box ;
RFID data related to the storage key storage envelope read by the RFID reader, reference RFID data related to the storage key storage envelope stored in the memory means, and RFID related to the storage key storage box read by the RFID reader A safety deposit box comprising a management terminal comprising a control unit for confirming a management state of a storage key based on data and reference RFID data relating to the storage key storage box stored in the memory means Key management system for storage.   The visible ID data is recorded on each storage key storage envelope, and the reference ID data for each storage key storage envelope is stored in the memory means. Key management system for safe deposit box as described in 1.   The visible ID data is recorded in the storage key storage box, and the visible reference ID data of the storage key storage box is stored in the memory means. Key management system for safe deposit box as described in 1.

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