JP2011180659A - Automatic issuing device, management method, and management program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To prevent a human input error and human loading error. <P>SOLUTION: In an automatic issuing device 1, a storage portion 2 stores an issue medium 5 having an RFID tag for storing the attribute information representing an attribute; a reader/writer 3 reads the attribute information from the RFID tag of the issue medium 5 stored in the storage portion 2; a storage portion information recording portion 4a records the storage portion information, indicating that the storage portion 2 is associated with an attribute of the stored issue medium 5; and a comparison determining portion 4b determines whether the issue medium 5 stored in the storage portion 2 and read by the reader/writer 3 has an issue medium 5, with an attribute different from the attribute corresponding to the storage portion 2, based on the storage portion information. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to an automatic issuing device, a management method, and a management program.

  In financial institutions, certificates such as deposit certificates, currency exchange certificates, and passbooks are stored and managed in automatic issuing devices. In the following description, a bankbook is taken as an example. When such a passbook is stored in the automatic issuing device, for example, it is stored in the cassette according to the type of usage such as ordinary deposit and time deposit, and the type of form such as cover design. A cassette storing a passbook for each type is set at a predetermined position in the automatic issuing device. In addition, when providing the bankbook stored in this way to the customer, the bank employee (user) notifies the issuance request specifying the predetermined attribute to the automatic issuing device by the operation input, and the desired bankbook issued, Passed from user to customer.

  Moreover, such a certificate and a passbook need to be managed strictly like banknotes and coins. For this reason, for example, when loading the passbook into the automatic issuing device, the user inputs the number of passbooks to be loaded into the automatic issuing device in advance. In accordance with the increase or decrease in the number of passbooks loaded with the operation of the automatic issuing device, the number of input passbooks is also increased or decreased, and it is monitored whether or not these numbers always match. It is managed so that it can respond immediately when it happens.

  However, if the number of books entered and the number of books actually loaded are different due to human error, the automatic issuing device detects counter anomalies during issuance processing due to counter mismatch during operation. Will pause. In addition, even when the type of passbook attribute stored in the cassette is mixed, the automatic issuing device pauses as described above. Furthermore, even if the cassette storing the passbook is not set at a predetermined position of the automatic issuing device, it is suspended as described above.

  When such a problem occurs, strict management is necessary, so the user has to go back to the past to check the number of books in the passbook to clarify the cause, and recheck the automatic issuing device. It is necessary to perform a task that is extremely difficult, and a great deal of labor is required for restoration, which places a heavy burden on the user.

  In view of this, for example, a method of setting a magnetic stripe in which predetermined information is written in a passbook and managing the passbook based on the information written in the magnetic stripe is performed (for example, see Patent Document 1).

JP 2004-62703 A

  However, in the method of managing passbooks using magnetic stripes as described above, human set mistakes such as when the number of input books and the number of loaded books are different, or when passbooks with different attributes are mixed into the passbook issuance process. In other words, there was a problem that the detection of abnormality was delayed, the detection of abnormality was delayed, and a great deal of labor was required for recovery processing.

  The present invention has been made in view of these points, and an object thereof is to provide an automatic issuance apparatus, a management method, and a management program that prevent human erroneous input and erroneous loading.

  To achieve the above object, a storage unit that stores an issuance medium including an RFID tag that stores attribute information that represents an attribute, and a reader that reads the attribute information from the RFID tag of the issuance medium stored in the storage unit The reader / writer unit reads the writer unit, a storage unit information storage unit that stores storage unit information indicating that the attributes of the storage medium to be stored are associated with the storage unit, and the reader / writer unit based on the storage unit information An automatic issuing device is provided that includes a comparison / determination unit that determines whether or not an issue medium different from the attribute associated with the storage unit is present in the issue medium stored in the storage unit.

In order to achieve the above object, there is provided a program for causing a computer to execute a method and processing similar to those of the above automatic issuing apparatus.
Furthermore, in order to achieve the above object, the attribute information is obtained from a storage unit that stores an issue medium including an RFID tag that stores attribute information representing an attribute, and the RFID tag of the issue medium stored in the storage unit. A reader / writer unit to be read, a comparison / determination unit for determining whether or not the issue medium stored in the storage unit read by the reader / writer unit is different from the attribute of the issue medium, and determination by the comparison / determination unit As a result, when there is no issue medium different from the attribute, an automatic issuing device is provided that includes a storage unit information setting unit that associates the storage unit with the attribute.

  In order to achieve the above object, there is provided a program for causing a computer to execute a method and processing similar to those of the above automatic issuing apparatus.

  According to the above automatic issuing device, management method, and management program, it is possible to improve the manageability of the storage medium to be stored.

It is a figure which shows the structure of the automatic issuing apparatus which concerns on 1st Embodiment. It is a figure which shows the hardware structural example of the automatic issuing apparatus which concerns on 2nd Embodiment. It is a figure which shows the external appearance of the automatic issuing apparatus which concerns on 2nd Embodiment. It is a figure which shows the internal structure of the automatic issuing apparatus which concerns on 2nd Embodiment. It is a figure which shows the hardware structural example of the reader / writer part which concerns on 2nd Embodiment. It is a figure which shows the structure of the IC card affixed on the passbook and passbook which concern on 2nd Embodiment. It is a figure which shows the hardware structural example of the RFID tag part incorporated in the IC card affixed on the passbook which concerns on 2nd Embodiment. It is a block diagram which shows the function with which the automatic issuing apparatus which concerns on 2nd Embodiment is provided. It is a figure which shows the attribute of the passbook matched with the cassette set to the automatic issuing apparatus which concerns on 2nd Embodiment, and the number of books. It is a flowchart which shows the process for performing loading of a passbook with the automatic issuing apparatus which concerns on 2nd Embodiment. It is a flowchart which shows the process for performing issue of a passbook with the automatic issuing apparatus which concerns on 2nd Embodiment. It is a flowchart which shows the process for performing management at the time of waiting of a passbook with the automatic issuing apparatus which concerns on 2nd Embodiment. It is a block diagram which shows the function with which the automatic issuing apparatus which concerns on 3rd Embodiment is provided. It is a figure which shows the attribute and number of books of a passbook accommodated in the automatic issuing apparatus which concerns on 3rd Embodiment. It is a flowchart which shows the process for performing loading of a passbook with the automatic issuing apparatus which concerns on 3rd Embodiment. It is a figure which shows the attribute and the number of books of a passbook newly matched with the cassette set to the automatic issuing apparatus which concerns on 3rd Embodiment.

Hereinafter, embodiments will be described with reference to the drawings.
[First Embodiment]
FIG. 1 is a diagram illustrating a configuration of an automatic issuing device according to the first embodiment.

  The automatic issuing device 1 determines whether or not an issue medium different from the attribute is stored in the storage unit associated with the attribute. Further, it is determined whether or not a predetermined number of issuing media are stored in the storage unit.

  Such an automatic issuing device 1 includes a storage unit 2 that stores an issuance medium having an RFID (Radio Frequency IDentification) tag, a reader / writer unit 3 that reads information stored in the RFID tag of the issuance medium of the storage unit 2, and an automatic A control unit 4 for controlling the inside of the issuing device 1 is provided.

  The storage unit 2 stores an issue medium including an RFID tag that stores attribute information indicating an attribute. Note that the issue medium is, for example, a certificate, a passbook, or the like that is set in the automatic issue device 1 and issued. The attribute indicates the type of use / form of an issue medium such as a deposit certificate, a currency exchange certificate or the like for a certificate, or an ordinary account passbook, a fixed account passbook, a general account passbook or the like for a passbook. Identification information for identifying the issuing medium 5 is also stored in the RFID tag. As will be described later, the storage unit 2 is associated with the attributes of the issue medium 5 to be stored. When storing the issue medium, the issue medium 5 is stored in the storage unit 2 having the corresponding attribute. Is done.

  The reader / writer unit 3 reads the attribute information from the RFID tag of the issuing medium 5 stored in the storage unit 2. Further, the reader / writer unit 3 reads not only attribute information but also identification information of the issuing medium 5 as necessary from the RFID tag.

  The control unit 4 controls the entire automatic issuing device 1 including the reader / writer unit 3. The control unit 4 includes a storage unit information storage unit 4a, a comparison / determination unit 4b, a counting unit 4c, and a warning unit 4d.

  The storage unit information storage unit 4a holds storage unit information in advance. The storage unit information represents information in which the attributes of the issue medium 5 stored in the storage unit 2 are associated with each other. Further, in the storage unit information, the number of stored issue media 5 to be stored is associated with the storage unit 2 by the user.

  The comparison determination unit 4b determines whether or not issue media having different attributes are mixed in the issue medium stored in the storage unit 2 based on the storage unit information. In addition, when there is no issue medium with different attributes in the issue medium stored in the storage unit 2, the comparison determination unit 4 b further includes the light emitting medium 5 stored in the storage unit 2 counted by the counter 4 c described later. The number of storages is compared with the number of storages associated with the storage unit 2 in the storage unit information.

The counting unit 4 c counts the number of stored issue media 5 stored in the storage unit 2.
The warning unit 4d warns the user that the storage unit information set by the user is different from the issue medium stored in the storage unit 2 (error) according to the comparison determination result of the comparison determination unit 4b. As a warning method, for example, an error is displayed on the display screen of the automatic issuing device 1 or a warning sound is output from the automatic issuing device 1.

  Among the above processing functions, for example, the comparison determination unit 4b and the counting unit 4c are realized by executing a predetermined program by a CPU (Central Processing Unit) provided in the automatic issuing device 1. . Further, at least a part of these processing functions may be realized by individual hardware.

Next, a management method at the time of loading the issue medium in the automatic issue apparatus 1 having such a configuration will be described.
As an initial setting, the user inputs an operation to the automatic issuing device 1 to set the number of storage of issue media to be stored in the storage unit 2 associated with the attribute of the issue medium. It memorize | stores in the memory | storage part 4a. Further, the user sets the storage unit 2 that stores a predetermined number of storage media 5 in a predetermined position of the automatic issuing device 1. Then, the following processing is started in the automatic issuing device 1 by the execution instruction of the user.

First, the reader / writer unit 3 reads the attribute information of the RFID tag of the issuing medium 5 stored in the storage unit 2.
Based on the storage unit information stored in the storage unit information storage unit 4a, the comparison determination unit 4b determines whether or not the issue medium 5 stored in the storage unit 2 has an issue medium different from the attribute associated with the storage unit 2. Determine. If there is an issuance medium different from the attribute associated with the storage unit 2, the warning unit 4d warns the user.

  Further, the counting unit 4c calculates the number of stored items by counting the identification information stored in the RFID tag of the issuing medium 5 stored in the storing unit 2, and the comparison / determination unit 4b stores the counted issuing media 5 stored therein. The number and the number of storages associated with the storage unit 2 of the storage unit information are compared. At this time, if the numbers of storage are equal to each other, the loading process ends, and if they are different, the warning unit 4d warns the user.

  As described above, in the automatic issuing device 1, an RFID tag that stores attribute information or the like is installed in the issuing medium 5, and the information stored in the RFID tag is used based on the storage unit information set in advance. Whether or not the issue medium 5 having a predetermined attribute is stored in the section 2 can be determined immediately. Furthermore, when the issue medium 5 having a predetermined attribute is stored in the storage unit 2, it can be immediately determined whether or not the issue medium 5 having a predetermined storage number is stored in the storage unit 2.

  For this reason, when the user mistakenly stores issuance media having different attributes in the storage unit 2, a human error such as a case where the storage number is incorrectly set in the storage unit 2 is immediately notified to the user. Manageability of issue media is improved.

In the above case, the issue medium counting process is performed after the attribute determination process of the issue medium. However, the same effect as described above can be obtained even if the process order is reversed.
That is, the counting unit 4c counts the number of storages based on the identification information stored in the RFID tag of the issuing medium stored in the storage unit 2, and the comparison determination unit 4b The number of storages associated with the storage unit 2 of the part information is compared. At this time, the warning unit 4d gives a warning to the user when the numbers of storage are different. When the storage numbers of the storage units 2 coincide with each other, the comparison determination unit 4b further stores the storage unit 2 in the issue medium 5 stored in the storage unit 2 based on the storage unit information stored in the storage unit information storage unit 4a. Whether or not there is an issuance medium different from the attribute associated with is determined. At this time, if there is an issuance medium different from the attribute associated with the storage unit 2, the warning unit 4d issues a warning to the user. Even when such processing is executed, the same effect as described above can be obtained.

[Second Embodiment]
In the second embodiment, the first embodiment will be described in more detail. In the following, a case of a bankbook as an issue medium will be described as an example.

FIG. 2 is a diagram illustrating a hardware configuration example of the automatic issuing device according to the second embodiment.
The automatic issuing device 10 sets a cassette storing a passbook for each attribute at a predetermined position, and issues a passbook with a predetermined attribute and the number of books according to a user's issue command.

  As shown in FIG. 2, the automatic issuing device 10 includes a control unit 20, a display unit 30, a transport unit 40, a printing unit 50, a card reader / writer unit 60, and a reader / writer unit 70. A cassette unit 80 is set in

  In the control unit 20, the entire unit excluding the cassette unit 80 is controlled by the CPU 20a. A random access memory (RAM) 20b, a hard disk drive (HDD) 20c, a graphic interface 20d, a communication interface 20e, and an input / output interface 20f are connected to the CPU 20a via a bus 20g.

  The RAM 20b temporarily stores at least part of an OS (Operating System) program and application programs to be executed by the CPU 20a. The RAM 20b stores various information necessary for processing by the CPU 20a and various information generated during the processing.

The HDD 20c stores data handled by the OS and applications. The HDD 20c stores various data necessary for processing by the CPU 20a.
A display unit 30 is connected to the graphic interface 20d. The graphic interface 20d displays an image on the screen of the display unit 30 in accordance with a command from the CPU 20a. In addition, the graphic interface 20 d acquires information input from the display unit 30.

  The communication interface 20e is connected to, for example, a local area network (LAN) so as to be communicable with a host computer (not shown) of a management center that manages a computer installed in each financial institution. Signal communication can be performed.

  The input / output interface 20f is an interface that receives input / output of data from the transport unit 40, the printing unit 50, the card reader / writer unit 60, and the reader / writer unit 70. Each unit is controlled in accordance with a command from the CPU 20a, and a signal sent from each unit is output to the CPU 20a.

  The display unit 30 includes a touch panel 31 described later and a touch panel controller that receives an operation input signal for the touch panel 31. The user can use the display unit 30 to issue an execution command for setting and predetermined processing to the automatic issuing device 10, and can visually recognize the processing result performed by the automatic issuing device 10.

  The transport unit 40 includes a transport unit 42 (described later) that transports a passbook inserted from a passbook insertion / discharge port 41 (described later) to the cassette unit 80 in the automatic issuing device 10, and a passbook rotation unit that changes the transport direction. 43 (described later). Further, the transport unit 40 can be transported from the cassette unit 80 to the passbook insertion / discharge port 41 and discharged by the transport unit 42 and the passbook rotation unit 43.

The printing unit 50 can print a transaction history or the like on the bankbook transported to a predetermined position by the transport unit 40.
The card reader / writer unit 60 can write and read information such as transaction history on a card inserted into a card insertion unit 61 (described later).

  The reader / writer unit 70 includes a plurality of reader / writer units, and the reader / writer unit is installed for each cassette (described later) constituting the cassette unit 80. The reader / writer unit reads the information stored in the RFID tag of the passbook stored in the cassette, and notifies the control unit 20 of the information. Also, predetermined information can be written to the RFID tag in accordance with a command from the control unit 20. The reader / writer unit accesses only the RFID tag of the passbook stored in the corresponding cassette, and shields electromagnetic waves between the cassettes so as not to affect the RFID tag of the passbook in other cassettes. Etc. are given. Further, the reader / writer unit 70 is not limited to performing transmission / reception with the input / output interface 20f, but may perform transmission / reception of signals with the communication interface 20e by wireless communication.

Next, a specific configuration of such an automatic issuing device 10 will be described.
FIG. 3 is a diagram illustrating an appearance of an automatic issuing device according to the second embodiment.
The automatic issuing device 10 includes a power switch 11 for turning the power on and off, passbook stackers 12 and 13 for holding a passbook issued in response to an issue request (see FIG. 4B for the passbook stacker 13), opening and closing It has a front door 14 in which a cassette described later is set.

  Further, the automatic issuing device 10 accepts an operation input from the user, inserts a passbook for printing the processing contents, a touch panel 31 for outputting processing contents, and inserts a passbook for discharging the passbook when printing is completed. / Card for writing / reading information to / from the magnetic stripe portion while inserting the magnetic stripe portion of the card on which the discharge port 41, transaction history / user information, etc. are recorded and sliding along the magnetic stripe portion An insertion part 61 is arranged.

Further, a configuration built in the automatic issuing device 10 will be described.
FIG. 4 is a diagram illustrating an internal configuration of the automatic issuing device according to the second embodiment.
4A shows the front side of the automatic issuing device 10 (the side where the touch panel 31 is installed), and FIG. 4B shows the side of the automatic issuing device 10. Moreover, the broken line of FIG. 4 (A) represents the arrangement position of each structure, respectively.

  In the automatic issuing device 10, a cassette unit 80 including cassettes 81 to 88 in which a bankbook is stored is set at a predetermined location. The cassettes 81 to 88 are associated with passbook attributes. The passbook attributes represent, for example, the use of ordinary account passbooks, fixed account passbooks, general account passbooks, and the like, and the types of forms such as designs drawn on the front cover 91a and the back cover 91b. Here, the passbook attributes are represented by attributes a, b, c, d, e, f, g, and h, and are associated with the cassettes 81 to 88, respectively.

  The automatic issuing device 10 changes the passbook for transferring the passbook and the passbook for transferring the passbook in order to transfer the passbook from the cassette unit 80 to one of the stackers 12 and 13 according to user settings. A rotating unit 43 is incorporated. Further, the automatic issuing device 10 has a built-in printing unit 50 that prints a processing history and the like on the passbook transported by the transport unit 42 and the passbook rotating unit 43. Further, the automatic issuing device 10 has a built-in touch panel controller 32 that controls the touch panel 31 that receives an operation input from a user. The above-described units and units other than the cassette unit 80 are controlled by the control unit 20 built in the automatic issuing device 10.

Further, each reader / writer unit of the reader / writer unit 70 (not shown) is installed on the lower surface of the installation position of the cassettes 81 to 88, for example.
Next, the reader / writer unit of the reader / writer unit 70 will be described.

FIG. 5 is a diagram illustrating a hardware configuration example of the reader / writer unit according to the second embodiment.
The reader / writer unit 70a includes an antenna end 72 connected to the antenna unit 72a, a storage unit 71, a transmission unit 73, a reception unit 74, a control unit 75, and an input / output interface 76.

  The antenna unit 72a is an antenna for transmitting and receiving electromagnetic waves in the UHF frequency band, for example. The antenna unit 72 a outputs a reception signal included in the electromagnetic wave received from the RFID tag unit 97 (described later) to the antenna end 72. The antenna unit 72 a transmits a transmission signal acquired from the antenna end 72 to the RFID tag unit 97.

  The antenna end 72 is connected to the antenna part 72a. The antenna end 72 outputs a reception signal acquired from the antenna unit 72 a to the reception unit 74. The antenna end 72 outputs a transmission signal acquired from the transmission unit 73 to the antenna unit 72a, and the output transmission signal is transmitted from the antenna unit 72a to the RFID tag unit 97.

The storage unit 71 is a non-volatile memory for storing a program and the like necessary for the processing of the control unit 75.
The transmission unit 73 modulates and frequency-converts the processing result obtained from the control unit 75 into a transmission signal in the modulation and UHF frequency band and outputs the result to the antenna end 72.

The receiving unit 74 performs frequency conversion and demodulation on the received signal in the UHF frequency band acquired from the antenna end 72, extracts a processing request included in the received signal, and outputs the processing request to the control unit 75.
The control unit 75 performs processing according to the processing request from the receiving unit 74. Further, the control unit 75 transmits the transmission time when the transmission signal is transmitted from the transmission unit 73 via the antenna unit 72a and the reception signal from the IC (Integrated Circuit) card 95 (described later) via the antenna unit 72a. And the reception time received.

  The input / output interface 76 is connected to the control unit 75. The input / output interface 76 transmits a processing request signal from the input / output interface 20f of the control unit 20 to the control unit 75, and transmits a signal from the control unit 75 to the input / output interface 20f. The input / output interface 76 is connected to the input / output interface 20f of the control unit 20 by wire.

Such a reader / writer unit 70a is arranged for each of the cassettes 81 to 88.
Next, a passbook whose information is read by the reader / writer unit 70a and an RFID tag of the passbook will be described.

  FIG. 6 is a diagram illustrating a configuration of a passbook and an IC card attached to the passbook according to the second embodiment. 6A is a front view of the front cover 91a and the back cover 91b of the passbook 90, and FIG. 6B is an enlarged view of the IC card 95 affixed to the front cover 91a or the back cover 91b of the passbook. .

  The bankbook 90 stored in the cassettes 81 to 88 of the cassette unit 80 includes a front cover 91a, a back cover 91b, and a plurality of medium sheets (not shown) bound to the front cover 91a and the back cover 91b with a stitch 92. And have. In addition, the account number and the name are specified on the front cover 91a. A magnetic stripe 93 or a magnetic stripe 94 is attached to the front cover 91a and the back cover 91b, and personal information of the owner of the bankbook 90 such as an account number is recorded (FIG. 6A).

An IC card 95 is affixed to the front cover 91a or the back cover 91b.
As shown in FIG. 6, the IC card 95 includes an antenna unit 95a and an IC chip 96 connected to the antenna unit 95a.

  The antenna unit 95a is an antenna for transmitting and receiving electromagnetic waves in the UHF frequency band, for example. The antenna unit 95a outputs a reception signal included in an electromagnetic wave received from another communication device to the IC chip 96. The antenna unit 95a transmits a transmission signal acquired from the IC chip 96 to another communication device.

  For example, the IC chip 96 is adjusted so that each communicable distance becomes an appropriate distance in operation for communication in the UHF frequency band. For this purpose, for example, the IC card 95 is covered with a dielectric. The relative dielectric constant of the dielectric is selected so that the communicable distance in each frequency band is an appropriate distance by impedance matching.

Further, the IC chip 96 has an RFID tag portion 97 built therein.
FIG. 7 is a diagram illustrating a hardware configuration example of the RFID tag unit incorporated in the IC card attached to the passbook according to the second embodiment.

The RFID tag unit 97 includes an antenna end 97b connected to the antenna unit 95a, a storage unit 97a, a power supply control unit 97c, a transmission unit 97d, a reception unit 97e, and a control unit 97f.
The antenna end 97b is connected to the antenna unit 95a. The antenna end 97b outputs a reception signal acquired from the antenna unit 95a to the power control unit 97c and the reception unit 97e, respectively. The antenna end 97b outputs a transmission signal acquired from the transmission unit 97d to the antenna unit 95a, and the output transmission signal is transmitted from the antenna unit 95a to another communication device.

  The storage unit 97a is a non-volatile memory for storing information necessary for the processing of the control unit 97f and transmission signals transmitted from other communication devices. The storage unit 97a stores in advance information such as the identification number, attribute, and valid flag of the passbook to which the IC card 95 incorporating the RFID tag unit 97 is attached, and individual identification information of the RFID tag unit 97. ing. The valid flag indicates the validity of the bankbook at each financial institution.

  The power supply control unit 97 c generates power for driving the RFID tag unit 97 by the received signal from the reader / writer unit 70 a by the antenna unit 95 a connected to the RFID tag unit 97, and supplies the power to each unit of the RFID tag unit 97.

The transmission unit 97d modulates and frequency-converts the processing result acquired from the control unit 97f into a transmission signal in the frequency band of modulation and UHF, and outputs the result to the antenna end 97b.
The receiving unit 97e performs frequency conversion and demodulation on the received signal in the UHF frequency band acquired from the antenna end 97b, extracts a processing request included in the received signal, and outputs the processing request to the control unit 97f.

The control unit 97f executes processing according to the processing request acquired from the receiving unit 97e, and outputs the result to the transmitting unit 97d.
An IC card 95 incorporating such an RFID tag portion 97 is affixed to the front cover 91a or the back cover 91b of the bankbook 90.

Next, control functions provided in the automatic issuing device 10 will be described.
FIG. 8 is a block diagram illustrating functions provided in the automatic issuing device according to the second embodiment.
The automatic issuing device 10 determines whether or not a passbook different from the attribute is stored in a cassette associated with the predetermined attribute, and whether or not a predetermined number of passbooks are stored in the cassette. Is determined.

  The control unit 20 of the automatic issuing device 10 includes a cassette information storage unit 21, a storage state information storage unit 22, a reader / writer control unit 23, a passbook information acquisition unit 24, a storage state information update unit 25, and a comparison determination unit 26. The functions of the counting unit 27 and the warning unit 28 are provided.

  The cassette information storage unit 21 stores cassette information indicating that the attributes of the passbooks stored in the cassettes 81 to 88 of the cassette unit 80 are associated with each other. Further, the number of passbooks stored in the cassettes 81 to 88 is set by the user. Such cassette information will be described below with a specific example.

FIG. 9 is a diagram showing passbook attributes and the number of books associated with cassettes set in the automatic issuing device according to the second embodiment.
The cassette information stored in the cassette information storage unit 21 indicates that the attributes a to h are associated with the cassettes 81 to 88, respectively. Further, the number of passbooks to be stored in each of the cassettes 81 to 88 is set by the user. For example, according to FIG. 9, the cassette 84 is set to store 30 passbooks with the attribute d, and the cassette 87 is set to store 50 passbooks with the attribute g. The user sets such cassette information in advance.

  Returning again to FIG. 8, the storage state information storage unit 22 stores identification information, attributes, and valid flags of the passbook stored for each of the cassettes 81 to 88. Therefore, the information in the storage state information storage unit 22 stores information on the passbooks stored in the cassettes 81 to 88 at the time of loading, which will be described later, and issues / issues passbooks stored during the operation of the automatic issuing device 10. The state of the passbook stored in the cassettes 81 to 88 at the present time is updated by being updated and changed with the addition or the like.

  The reader / writer control unit 23 causes each reader / writer unit of the reader / writer unit 70 to read various information stored in the RFID tag unit of the passbook in the cassette, and causes the control unit 20 to read the read information. Send it. In particular, when the cassettes 81 to 88 are loaded into the automatic issuance apparatus 10 and in a standby state other than the issuance time, the information in the RFID tag portion of the passbook is always read from the reader / writer portion.

  The passbook information acquisition unit 24 acquires various types of passbook information for each of the cassettes 81 to 88 from the reader / writer control unit 23 and notifies the storage state information update unit 25 and the comparison determination unit 26 of the various types of information.

  The storage status information update unit 25 receives various information of the passbook from the passbook information acquisition unit 24, and at a predetermined timing, the passbook identification information, attributes, and attributes stored in the cassettes 81 to 88 of the storage status information storage unit 22 Update the valid flag and information on the number of books in the passbook. At the time of loading, the passbook information stored in the cassettes 81 to 88 is stored in the storage status information storage unit 22.

  The comparison determination unit 26 determines whether the passbook valid flag for each of the cassettes 81 to 88 notified from the reader / writer unit 70 is set. Further, based on the cassette information storage unit 21 or the storage state information storage unit 22, it is determined whether there are passbooks having different attributes in the passbooks stored in the cassettes 81 to 88. Further, the comparison / determination unit 26 sets the number of passbooks stored in the cassettes 81 to 88 counted by the counting unit 27 described later, and the cassettes 81 to 88 of the cassette information storage unit 21 or the storage state information storage unit 22. Compare the number of books in the passbook.

The counting unit 27 counts the number of passbooks stored in the cassettes 81 to 88.
The warning unit 28 notifies the display unit 30 that a human error has occurred in accordance with the comparison determination result of the comparison determination unit 26.

Next, management procedures performed by the automatic issuing device 10 will be described for loading, issuing, and standby.
First, a description will be given of the loading of the cassettes 81 to 88 storing the passbook performed by the automatic issuing device 10.

FIG. 10 is a flowchart showing a process for executing passbook loading in the automatic issuing apparatus according to the second embodiment.
First, before executing the actual process, the user inputs an operation to the automatic issuing device 10 and sets the number of passbooks to be stored in the cassettes 81 to 88 associated with the passbook attributes. And stored in the cassette information storage unit 21. Furthermore, the user loads (sets) cassettes 81 to 88 storing a predetermined number of passbooks at predetermined positions of the automatic issuing device 10.

After completion of such initial setting, the automatic issuing device 10 executes the following processing in response to a user execution request.
[Step S11]
The control unit 20 initializes the cassette number. After the initialization, the reader / writer control unit 23 causes the reader / writer unit corresponding to the cassette 81 having the smallest number in the cassette unit 80 to read information in the RFID tag unit of the passbook.

[Step S12]
The passbook information acquisition unit 24 acquires the identification information, valid flag, and attribute information of the passbook stored in the cassette to be read from the reader / writer control unit 23. The passbook information acquisition unit 24 notifies the storage state information update unit 25 and the comparison determination unit 26 of the acquired passbook information. Further, the storage state information update unit 25 updates the information in the storage state information storage unit 22 to the notified passbook information.

[Step S13]
The comparison determination unit 26 determines whether or not the valid flag of the passbook stored in the notified cassette is set to be valid. The next process proceeds to step S14 if the valid flag is set to valid, and proceeds to step S19 if it is not set.

[Step S14]
The comparison determination unit 26 determines whether a passbook other than the attribute associated with the cassette in the cassette information storage unit 21 is stored in the cassette to be read. The next process proceeds to step S15 when there is no passbook other than the attribute, that is, when there is no different attribute, and the process proceeds to step S19 when there is a passbook other than the attribute, that is, there is a different attribute.

[Step S15]
The counting unit 27 counts the number of books in the passbook stored in the cassette stored in the storage state information storage unit 22 updated by the storage state information update unit 25 using the identification information of the passbook. The comparison determination unit 26 is notified.

[Step S16]
The comparison determination unit 26 refers to the cassette information storage unit 21 and is stored in the number of passbooks set in the cassette to be read set in the cassette information storage unit 21 and the notified cassette to be read. Compare the number of books in your passbook. The next process proceeds to step S17 if the number of books matches each other, and proceeds to step S19 if they do not match.

[Step S17]
The reader / writer control unit 23 determines whether or not there is a cassette that stores a passbook that has not been read. If there is a cassette that has not been read, the next process proceeds to step S18. When all the cassette units 80 have been read, the process ends.

[Step S18]
The reader / writer control unit 23 specifies the reader / writer unit corresponding to the cassette having the cassette number obtained by adding 1 to the cassette number of the read cassette, returns to step S11 again, and performs reading by the reader / writer unit.

[Step S19]
The warning unit 28 displays on the display unit 30 that a human error has occurred, and ends the process. Further, when displaying, for example, “a different passbook is mixed in the cassette 81”, “the number of books in the passbook of the cassette 83 is different”, or the like can be displayed.

Based on the above processing flow, the operation when the cassettes 81 to 88 are loaded into the automatic issuing device 10 will be specifically described.
First, for example, as shown in FIG. 9, the user sets the number of passbooks to be stored in each cassette associated with the attribute in the cassette information storage unit 21. Thereafter, the cassettes 81 to 88 in which the bankbook is stored are set at predetermined positions of the automatic issuing device 10 and the following processing is executed according to a user instruction.

  First, the reader / writer corresponding to the cassette 81 reads the identification information, attribute information, and valid flag information of the passbook stored in the cassette 81. At this time, the information on the passbook stored in the cassette read by the storage state information storage unit 22 is updated (newly stored) by the storage state information update unit 25 (steps S11 and S12).

  The comparison determination unit 26 refers to the cassette information storage unit 21 by referring to the cassette information storage unit 21 that the validity flag is set valid for the passbook information read by the reader / writer unit notified from the passbook information acquisition unit 24. It is determined that all passbooks stored in the cassette 81 have the attribute a (steps S13 and S14).

  Further, the comparison / determination unit 26 determines that the number of books in the passbook stored in the cassette 81 of the storage state information storage unit 22 counted by the counting unit 27 is the number of books (50 books) set in the cassette 81 of the cassette information storage unit 21. (Step S15, S16). As a result, it is determined that 50 passbooks with the attribute a are stored in the cassette 81.

  Thereafter, the same processing as described above is performed for the cassettes 82 to 88, and if no warning is issued, there is no human error of the user, and if there is a warning, there is a human error. The user is notified.

Next, the time of issuing the bankbook from the cassettes 81 to 88 performed by the automatic issuing device 10 will be described.
FIG. 11 is a flowchart illustrating a process for issuing a passbook by the automatic issuing device according to the second embodiment.

[Step S21]
The control unit 20 is notified of a passbook issuance request via the touch panel 31 of the display unit 30 of the user. The control unit 20 confirms that a predetermined passbook exists when the issue request is notified.

[Step S22]
The control unit 20 operates the transport unit 40 to issue a passbook corresponding to the issue request for the cassette that stores the passbook requested to be issued.

[Step S23]
The control unit 20 checks whether or not the bankbook is clogged in the middle of the transport path during transport for issuing by the transport unit 40, and determines whether or not the bankbook has been issued normally. The next process proceeds to step S24 if the bankbook has been issued normally, and proceeds to step S21a if it has not been issued normally.

[Step S24]
The passbook information acquisition unit 24 acquires the passbook information read and issued by the reader / writer control unit 23 and the remaining passbook information in the cassette to be read.

[Step S25]
The comparison determination unit 26 compares the passbook stored in the cassette to be read in the storage state information storage unit 22 with the remaining passbook, and determines whether one passbook has been issued. The next process proceeds to step S26 if one passbook has been issued, and proceeds to step S21a if it has not been issued.

[Step S26]
The comparison determination unit 26 determines whether the issued passbook identification information is the passbook identification information in the storage state information storage unit 22. The next process proceeds to step S27 if the identification information of the issued bankbook exists in the storage state information storage unit 22, and proceeds to step S21a if it does not exist.

[Step S27]
The comparison determination unit 26 determines whether the issued passbook attribute information is the passbook attribute information stored in the cassette of the storage state information storage unit 22. The next process proceeds to step S28 if the attribute information is attribute information in the storage state information storage unit 22, and proceeds to step S21a if the attribute information is different.

[Step S28]
The storage state information update unit 25 deletes information related to the passbook issued by the storage state information storage unit 22 and updates the information stored in the storage state information storage unit 22.

[Step S29]
In the control unit 20, in the issue request notified in step S21, if there is another requested passbook, the next process proceeds again to step S22, and if not, the above process is terminated.

[Step S21a]
The warning unit 28 displays on the display unit 30 that a human error has occurred, and ends the process. In the display, for example, “passbook is not issued normally” can be displayed.

Based on the above processing flow, the operation at the time of issuance of the automatic issuance apparatus 10 will be specifically described.
When the user issues a request for issuing one passbook stored in the cassette 83, the passbook requested by the automatic issuing device 1 is issued (steps S21 to S23).

The comparison determination unit 26 compares the passbook of the cassette 83 in the storage state information storage unit 22 with the passbook remaining in the cassette 83 after it is issued, and the passbook is issued and the number of books is reduced by one. Determine. The comparison determination unit 26 determines that the issued passbook identification information and attribute c exist in the passbook identification information stored in the cassette 83 of the storage state information storage unit 22 (steps S24 to S27). )
The storage state information update unit 25 deletes the passbook information issued from the cassette 83 in the storage state information storage unit 22 (step S28).

Thereafter, since there is no request for issuing another bankbook from the user, the issuing process ends normally.
Next, the management at the time of the standby of the bankbook accommodated in the cassettes 81-88 performed with the automatic issuing apparatus 10 is demonstrated.

FIG. 12 is a flowchart showing a process for executing management during standby of a passbook by the automatic issuing device according to the second embodiment.
The reader / writer control unit 23 always causes the reader / writer unit 70 to monitor the passbook information of the cassette unit 80 during standby. Further, in order to execute the following processing, for example, it may be executed when the front door 14 is closed after the cassettes 81 to 88 storing the passbook are set.

[Step S31]
The control unit 20 initializes the cassette number. After the initialization, the reader / writer control unit 23 causes the reader / writer unit corresponding to the cassette 81 having the smallest number in the cassette unit 80 to read information in the RFID tag unit of the passbook.

[Step S32]
The passbook information acquisition unit 24 acquires the identification information, valid flag, and attribute information of the passbook stored in the cassette from the reader / writer control unit 23. The passbook information acquisition unit 24 notifies the storage state information update unit 25 and the comparison determination unit 26 of the acquired passbook information.

[Step S33]
The comparison determination unit 26 compares the passbook stored in the storage state information storage unit 22 with the passbook stored in the cassette acquired from the passbook information acquisition unit 24 to determine whether the number of books is the same. The next process proceeds to step S34 if the number of books matches, and to step S37 if they do not match.

[Step S34]
The comparison determination unit 26 determines whether a passbook other than the attribute associated with the cassette in the storage state information storage unit 22 is stored in the cassette to be read. The next process proceeds to step S35 if there is no passbook other than attributes, that is, there are no different attributes, and advances to step S37 if there is a passbook other than attributes, that is, there are different attributes.

[Step S35]
The comparison determination unit 26 determines whether the validity flag is set to be valid for the passbook stored in the cassette acquired from the passbook information acquisition unit 24. The next process proceeds to step S36 if a different valid flag is set to be valid, and to step S37 if it is not set.

[Step S36]
The reader / writer control unit 23 determines whether there is a cassette that has not been read. If there is a cassette that has not been read, the next process proceeds to step S38, and when all the cassette units 80 have been read, the process ends.

[Step S37]
The warning unit 28 displays on the display unit 30 that a human error has occurred, and ends the process. In addition, for example, it may be displayed that “a different passbook is mixed in the cassette 81”, “please check the number of passbooks in the cassette 83”, or the like.

[Step S38]
The reader / writer control unit 23 specifies the reader / writer unit corresponding to the cassette having the cassette number obtained by adding 1 to the cassette number, returns to step S31 again, and executes reading by the reader / writer unit.

Based on the above processing flow, the operation of the automatic issuing device 10 during standby will be specifically described.
The reader / writer control unit 23 causes the reader / writer unit corresponding to the cassette 81 of the reader / writer unit 70 to read the information of the passbook stored in the cassette 81 (steps S31 and S32).

  The comparison determination unit 26 matches the number of passbooks stored in the cassette 81 obtained from the passbook information acquisition unit 24 with the number of passbooks stored in the cassette 81 of the storage state information storage unit 22. Determine. Further, it is determined that there is no passbook other than the attribute a in the passbook stored in the cassette 81 and that the valid flag is set to be valid (steps S33 to S35).

  In this way, the comparison determination unit 26 also refers to the storage state information storage unit 22 for the cassettes 81 to 88 and performs determination on the number of books, attributes, and valid flags for the passbook, and passbooks with different attributes. Can be immediately alerted to the user when the number of books in the passbook increases or decreases.

  As described above, the automatic issuing device 10 stores the passbook with the RFID tag portion storing identification information, attribute information, etc. in the cassette associated with the attribute, and sets the cassette at a predetermined position. I made it.

  At the time of loading, it is possible to immediately determine whether or not a passbook having an appropriate number of books, different attributes, and the like is stored in the cassette by referring to the information stored in the cassette information storage unit 21.

  For this reason, when a bankbook having different attributes is stored in the cassette by mistake, an artificial error such as when the number of cassettes is set incorrectly is immediately notified to the user, and the manageability of the bankbook is improved.

  At the time of issuance, in response to an issuance request from the user, a reduction in the number of books due to the issued bankbook is determined by the storage status information storage unit 22 and the bankbook remaining in the cassette, and the issued bankbook is automatically issued. It can be determined that it is present in a predetermined cassette of the device 10.

Thereby, when the passbook issued by the issue request from the user is inappropriate, the user is immediately notified and the manageability of the issued passbook is improved.
Furthermore, at the time of standby, the passbook stored in the cassettes 81 to 88 can always be monitored by the reader / writer control unit 23, and when the passbook is increased / decreased or replaced, the user is immediately notified. , Not only manageability but also robustness is improved.

[Third Embodiment]
In the third embodiment, a case will be described in which a passbook attribute is not associated with a cassette that stores a passbook. 2 to 7 are also applied to the automatic issuing device 10 of the third embodiment.

FIG. 13 is a block diagram illustrating functions of the automatic issuing device according to the third embodiment.
The automatic issuing device 100 is newly provided with a storage information storage unit 21a, a storage state information storage unit 22a, and a cassette information setting unit 29 with respect to the automatic issuing device 10.

  The storage information storage unit 21a stores storage information representing the number of books for each passbook attribute stored in the automatic issuing device 100. These pieces of information are set by the user. Such storage information will be described with a specific example.

FIG. 14 is a diagram illustrating passbook attributes and the number of books stored in the automatic issuing device according to the third embodiment.
In the storage information stored in the storage information storage unit 21a, the number of books for each attribute of the passbook scheduled to be stored is set for an arbitrary cassette by the user. For example, it can be seen that 50 passbooks of attribute a and 30 passbooks of attribute e are stored in an arbitrary cassette of the automatic issuing device 100. Such storage information is preset by the user.

  Referring back to FIG. 13, the storage state information storage unit 22a is associated with the number of passbooks stored in the cassette after attributes are set in the cassette by a cassette information setting unit 29 described later.

  When the cassette information setting unit 29 sets the cassettes 81 to 88 in which the passbook is stored in the automatic issuing device 100, the cassette information setting unit 29 stores the passbook attributes according to the determination result of the comparison determination unit 26. It corresponds to the cassette that is.

Next, a processing procedure at the time of loading performed by the automatic issuing device 100 will be described.
FIG. 15 is a flowchart illustrating a process for loading a passbook by the automatic issuing device according to the third embodiment.

  First, before executing the actual processing, the user sets the number of passbooks for each attribute to be stored via the touch panel 31 of the display unit 30 of the automatic issuing device 100 and is stored in the storage information storage unit 21a. The Then, the user arbitrarily stores the set number of passbooks in the cassettes 81 to 88, and sets the cassettes 81 to 88 storing the passbooks at predetermined positions of the automatic issuing device 100.

After completion of such initial setting, the automatic issuing device 100 executes the following processing in response to a user execution request.
[Step S41]
The control unit 20 initializes the cassette number. After initialization, the reader / writer control unit 23 causes the reader / writer unit corresponding to the cassette with the smallest number in the cassette unit 80 (setting target cassette) to read information in the RFID tag unit of the passbook.

[Step S42]
The passbook information acquisition unit 24 acquires the identification information, valid flag, and attribute information of the passbook stored in the setting target cassette from the reader / writer control unit 23. The passbook information acquisition unit 24 notifies the storage state information update unit 25 and the comparison determination unit 26 of the acquired passbook information. Further, the storage state information update unit 25 updates the information in the storage state information storage unit 22 to the notified passbook information.

[Step S43]
The comparison determination unit 26 determines whether or not the validity flag of the passbook stored in the setting target cassette is set to be valid. The next process proceeds to step S44 if the valid flag is set to valid, and proceeds to step S49 if it is not set.

[Step S44]
The comparison determination unit 26 determines whether all passbooks stored in the setting target cassette have the same attribute. The next process proceeds to step S45 if they have the same attribute, and proceeds to step S49 if they do not have the same attribute.

[Step S45]
The cassette information setting unit 29 associates the attribute determined in step S43 with the setting target cassette, and stores it in the storage state information storage unit 22. Further, the storage state information update unit 25 causes the storage state information storage unit 22 to further store the passbook information notified from the passbook information acquisition unit 24 in association with the cassette associated with the attribute.

[Step S46]
The counting unit 27 counts the number of books in the passbook for each cassette stored in the storage state information storage unit 22 set in step S45, and notifies the comparison determination unit 26 of the counting result.

[Step S47]
The comparison determination unit 26 refers to the storage information storage unit 21a, and compares the number of books corresponding to the attribute associated with the setting target cassette in step S45 with the number of books counted in step S46. The next process proceeds to step S48 if the number of books matches each other, and proceeds to step S41b if they do not match.

[Step S48]
The reader / writer control unit 23 determines whether or not there is a cassette that stores a passbook that has not been read. The next process proceeds to step S41a if there is an unread cassette, and proceeds to step S41b after all the cassette units 80 have been read.

[Step S49]
The warning unit 28 displays on the display unit 30 that a human error has occurred, and ends the process. Further, when displaying, for example, “a different passbook is mixed in the cassette 81”, “the number of books in the passbook of the cassette 83 is different”, or the like can be displayed.

[Step S41a]
The reader / writer control unit 23 specifies the reader / writer unit corresponding to the cassette having the cassette number obtained by adding 1 to the cassette number of the read cassette, returns to step S42 again, and executes the reading by the reader / writer unit.

[Step S41b]
The control unit 20 displays attributes associated with all the cassettes on the display unit 30, and accepts confirmation by an operation input from the user.

[Step S41c]
The control unit 20 determines whether to associate the attribute with the cassette. If the next process is confirmed, the process ends. If not confirmed, the process proceeds to step S41 again.

Based on the above processing flow, the operation at the time of loading the automatic issuing device 100 will be specifically described.
First, for example, as shown in FIG. 14, the user sets the number of passbooks to be stored for each attribute of the book and stores the stored information in the storage information storage unit 21 a. Thereafter, the passbook of the set number of books is arbitrarily loaded into the cassettes 81 to 88, set at a predetermined position of the automatic issuing device 100, and the following processing is executed according to a user instruction.

First, the reader / writer corresponding to the cassette 81 reads the identification information, attribute information, and valid flag information of the passbook stored in the cassette 81 (steps S41 and S42).
The comparison determination unit 26 determines that the valid flag is set to be valid in the passbook information notified from the passbook information acquisition unit 24, and all passbooks stored in the cassette 81 are attribute c (step c). S43, S44).

  The cassette information setting unit 29 associates the attribute c with the cassette 81, and the storage state information update unit 25 stores the passbook information notified from the passbook information acquisition unit 24 in association with the cassette 81. The information is stored in the state information storage unit 22 (step S45).

  The counting unit 27 counts the number of passbooks in the cassette 81 of the storage state information storage unit 22, and the comparison determination unit 26 calculates the number of books set in the attribute c of the storage information storage unit 21 a and the passbook of the counted cassette 81. It is determined that the number of books matches (steps S46 and S47).

  By executing the above processing for the other cassettes 82 to 88, the storage state information storage unit 22a in which attributes are associated with the cassettes 81 to 88 and the number of passbooks to be stored is set is generated. Is done. The information stored in the storage state information storage unit 22a will be specifically described.

FIG. 16 is a diagram showing the passbook attributes and the number of books newly associated with the cassette set in the automatic issuing device according to the third embodiment.
The information stored in the storage state information storage unit 22a is obtained by associating the attributes c, e, f, g, d, b, h, and a with the cassettes 81 to 88, respectively, according to the above processing. To 88, the number of passbooks to be loaded according to the attributes of the storage information storage unit 21a is set. For example, the cassette 82 is associated with the attribute e, and 30 passbooks corresponding to the attribute e set in the storage information storage unit 21a are loaded.

  When the storage state information storage unit 22a is set in this way, the control unit 20 causes the display unit 30 to display information associated with the cassettes 81 to 88 shown in FIG. When accepted, the loading process ends (steps S41b and S41c).

  As described above, in the automatic issuing device 100, the passbook with the RFID tag portion storing identification information, attribute information, etc. is stored in an arbitrary cassette, and the cassette is set at a predetermined position.

  From the information in the RFID tag portion of the passbook stored in the cassette by the comparison determination unit 26, it is possible to immediately determine the presence or absence of a passbook with different attributes from the passbook, and to associate the passbook attributes with the cassette.

  For this reason, the user can freely set the cassette to the automatic issuing device, and human error such as when a passbook with different attributes or a different number of passbooks is stored in the cassette, the user has a human error. Will be notified immediately, improving the manageability of the passbook.

  Note that at least some of the functions of the automatic issuing devices 1, 10, and 100 shown in the above embodiments can be realized by a computer. In that case, a program describing the processing contents of the above functions is provided. And the said processing function is implement | achieved on a computer by running the program with a computer. The program describing the processing contents can be recorded on a computer-readable recording medium. Examples of the computer-readable recording medium include a magnetic recording device, an optical disk, a magneto-optical recording medium, and a semiconductor memory.

  When the program is distributed, for example, a portable recording medium such as an optical disk on which the program is recorded is sold. It is also possible to store the program in a storage device of a server computer and transfer the program from the server computer to another computer via a network.

  The computer that executes the program stores, for example, the program recorded on the portable recording medium or the program transferred from the server computer in its own storage device. Then, the computer reads the program from its own storage device and executes processing according to the program. The computer can also read the program directly from the portable recording medium and execute processing according to the program. Further, each time the program is transferred from the server computer, the computer can sequentially execute processing according to the received program.

1, 10, 100 Automatic issuing device 2 Storage unit 3 Reader / writer unit 4 Control unit 4a Storage unit information storage unit 4b, 26 Comparison determination unit 4c, 27 Count unit 4d, 28 Warning unit 5 Issuing medium 11 Power switch 12, 13 Passbook Stacker 14 Front door 20 Control unit 20a CPU
20b RAM
20c HDD
20d graphic interface 20e communication interface 20f, 76 input / output interface 20g bus 21 cassette information storage unit 21a storage information storage unit 22, 22a storage state information storage unit 23 reader / writer control unit 24 passbook information acquisition unit 25 storage state information update unit 29 cassette Information setting section 30 Display unit 31 Touch panel 32 Touch panel controller 40 Transport unit 41 Passbook insertion / discharge port 42 Transport section 43 Passbook rotation section 50 Printing unit 60 Card reader / writer unit 61 Card insertion section 70 Reader / writer unit 70a Reader / writer section 71, 97a Storage unit 72 Antenna end 72a, 97b Antenna unit 73, 97d Transmission unit 74, 97e Reception unit 75, 97f Control unit 80 Cassette unit 81, 82, 83 84,85,86,87,88 cassette 90 passbook 91a front cover 91b back cover 92 spelling eyes 93 and 94 the magnetic stripe 95 IC card 95a antenna portion 96 IC chip 97 RFID tag portion 97c power control unit

Claims (9)

In an automatic issuing device that issues issuing media stored inside,
A storage unit that stores an issuance medium including an RFID tag that stores attribute information representing an attribute;
A reader / writer unit that reads the attribute information from the RFID tag of the issue medium stored in the storage unit;
A storage unit information storage unit that stores storage unit information indicating that the attributes of the storage medium to be stored are associated with the storage unit;
A comparison / determination unit that determines, based on the storage unit information, whether or not the issue medium stored in the storage unit read by the reader / writer unit is different from the attribute associated with the storage unit;
An automatic issuing device comprising:   When the comparison determination unit determines that the issue medium stored in the storage unit includes an issue medium different from the attribute associated with the storage unit, the comparison determination unit further includes a warning unit that warns that effect. The automatic issuing device according to claim 1. A counting unit for counting the number of stored issuance media stored in the storage unit;
In the storage unit information, the storage number is associated with the storage unit along with the attribute of the issuance medium to be stored,
When the comparison determination unit determines that the issuance medium stored in the storage unit does not have an issuance medium different from the attribute associated with the storage unit, the comparison determination unit further includes: Comparing the counted number of storages with the number of storages associated with the storage unit;
The automatic issuing device according to claim 2. The warning unit warns that when the stored number counted by the counting unit does not match the stored number associated with the storage unit,
The automatic issuing device according to claim 3. In an automatic issuing device that issues issuing media stored inside,
A storage unit that stores an issuance medium including an RFID tag that stores attribute information representing an attribute;
A reader / writer unit that reads the attribute information from the RFID tag of the issue medium stored in the storage unit;
A comparison / determination unit that determines whether the issue medium stored in the storage unit read by the reader / writer unit is different from the attribute of the issue medium;
A determination result of the comparison determination unit, when there is no issue medium different from the attribute, a storage unit information setting unit that associates the attribute with the storage unit,
An automatic issuing device comprising: In the management method of the automatic issuing device that issues the issuing medium stored inside,
The storage unit information storage unit stores storage unit information indicating that the attributes of the stored issuance medium are associated with the storage unit that stores the issuance medium including the RFID tag that stores the attribute information indicating the attribute,
Based on the storage unit information, the comparison determination unit is configured to add the issue medium stored in the storage unit read by the reader / writer unit that reads the attribute information from the RFID tag of the issue medium stored in the storage unit to the storage unit. Determining whether or not there is an issuance medium different from the associated attribute,
A management method characterized by that. In the management method of the automatic issuing device that issues the issuing medium stored inside,
The comparison determination unit reads the attribute information from the RFID tag of the issuing medium stored in the storage unit that stores the issuing medium including the RFID tag that stores the attribute information that represents the attribute. Determining whether the issue medium to be stored has an issue medium different from the attribute of the issue medium;
The storage information setting unit associates the attribute with the storage unit when there is no issue medium different from the attribute as a result of the comparison determination unit.
A management method characterized by that. In the management program of the automatic issuing device that issues the issue media stored inside,
Storing the storage unit information indicating that the attributes of the stored issuance medium are associated with the storage unit storing the issuance medium including the RFID tag that stores the attribute information representing the attribute in the computer;
Based on the storage unit information, the issue medium stored in the storage unit read by the reader / writer unit that reads the attribute information from the RFID tag of the issue medium stored in the storage unit is associated with the storage unit. Determine whether there is an issue medium different from the attribute,
A management program characterized by causing processing to be executed. In the management program of the automatic issuing device that issues the issue media stored inside,
The storage unit stores the read information by the reader / writer unit that reads the attribute information from the RFID tag of the issuing medium stored in the storage unit that stores the issuing medium that includes the RFID tag that stores the attribute information representing the attribute in the computer. Let the issue medium determine whether there is an issue medium different from the attribute of the issue medium,
When there is no issue medium whose determination result of the comparison determination unit is different from the attribute, the storage unit is made to associate the attribute with
A management program characterized by causing processing to be executed.

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