JP4872343B2 - Medium issuing device and medium issuing system - Google Patents

Description

  The present invention relates to a medium issuance apparatus and a medium issuance system that are installed in a business institution of a financial institution and can issue a medium by a teller operation.

A passbook certificate issuing device that is installed at a financial institution's sales office and is capable of issuing passbooks and certificate documents issues passbooks that are drawn from a passbook storage unit that stores multiple types of passbooks. In order to solve the security problem of the certificate or the certificate, there is a technique in which the issue medium is held in the temporary holding unit and the operator confirms when the operator performs the receiving operation of the issue medium (for example, Patent Document 1). .
Further, a medium handling device that has a large stack capacity and that does not mix media issued at the medium issuing port is disclosed as being similar to the temporary storage unit (for example, Patent Document 2).
JP 2001-175792 A JP 2004-315188 A

In the above prior art, only when it is confirmed that it is the same person as the operator who requested the medium issuance, since the issuance medium of the temporary holding unit is released to the outside of the housing, it can be prevented from being taken out by mistake, Details of the temporary holding unit are not disclosed. In the temporary holding mechanism of Patent Document 2, an unnecessary stack unit must be passed before the designated medium is taken out, and the operator is kept waiting at the place of the apparatus.
The present invention has been made for the above-described problems, and an object thereof is to provide a medium issuing device and a medium issuing system capable of taking out a temporarily held medium in a short time.

  In order to solve the above-described problems, the present invention provides a medium issuing device that issues a medium to be issued from a medium storage unit and performs an issuing process, a temporary storage unit that can temporarily store the media to be issued, and the temporary storage unit. A movable shutter that regulates the operation of taking out the medium is arranged facing the stored medium, and movement control of the movable shutter is performed so that at least one of the medium can be extracted.

  The invention of the present application has an effect that the medium held by the temporary storage unit is visually recognized through the transparent shutter, and only the medium holder unit to be taken out by the operator has the shutter opened, so that the medium can be quickly taken out.

  Embodiments will be described below with reference to the drawings. The medium issuing device is described as a passbook issuing device that issues a passbook, and the medium issuing system is described as a passbook issuing system.

1 is a block diagram of a passbook issuing system according to a first embodiment of the present invention, FIG. 2 is an external view of the passbook issuing apparatus of the present invention, and FIG. 3 is a conceptual diagram showing an internal configuration of the passbook issuing apparatus of the present invention. is there.
In the figure, reference numeral 1 denotes a passbook issuing device as a medium issuing device, which is installed in a bank clerk booth in a business store such as a bank. Reference numeral 2 denotes a host computer as a host device managed and maintained by a financial institution, a customer information database 21 for storing information such as account number, customer name, deposit and saving balance information for each customer, passbooks and certificates used for financial transactions, Further, medium information such as slips is stored, the medium management database 22 for storing the medium quantity in each passbook issuing device 1 and further medium issuance history information, etc. There is a teller information database 23 for storing teller identification information (individual ID number) given in advance every time and information capable of specifying a process that can be processed.

3 is a teller terminal, which includes a control device 31, a display unit 32, an input unit 33, and a card reader unit 34, and is connected to the host computer 2 via the communication line 4 and also connected to the passbook issuing device 1. Has been. Further, a plurality of teller terminals 3 (reference numerals 3a, 3b) are prepared for each of a plurality of tellers (XX Taro and XX Ryoko, which will be described later).
This teller terminal 3 is operated by a processing program that enables deposit / withdrawal processing and transfer in a financial counter service, and further, a passbook creation and issue instruction when opening an account. The card reader unit 34 can read the teller identification information (personal ID number) from an ID card as a teller identification medium in which the teller identification information (not shown) issued in advance for each teller is recorded. By reading this teller identification information, the teller who performed the operation is authenticated by teller.

  Next, the bankbook issuing device 1 will be described. Reference numeral 11 denotes a new medium storage unit as a medium storage unit, which includes a medium cassette 111 and a multi-purpose cassette 112 for storing a medium P to be issued (hereinafter referred to as a passbook P), a medium carrier 113, and the like. As for the medium cassette 111, Japanese Patent Application Laid-Open No. 10-279091 filed by the applicant of the present application, the multi-purpose cassette 112 is disclosed in Japanese Patent Application Laid-Open No. 5-39159, and the medium carrier 113 is disclosed in Japanese Patent Application Laid-Open No. 10-29733 or Japanese Patent Application Laid-Open No. 10-29733. Since it is known in Japanese Patent Laid-Open No. 2001-283287, etc., the description thereof is omitted.

Reference numeral 12 denotes a medium processing unit, which takes out the bankbook P drawn from the medium cassette 111 of the new medium storage unit 11 from the medium carrier 113 and performs printing processing, magnetic information recording processing, and the like. For the bankbook P, the printing unit 121 prints the customer account number and customer name on the cover, and the transaction content on the middle sheet. The auto turn page portion (hereinafter referred to as the ATP portion) 122 can turn the cover of the passbook P, turn the middle paper, and can also perform the closing turn of the back cover necessary for the configuration of the present application.
The page reader unit 123 optically reads page information displayed by a bar code or the like printed on the passbook P, and operates to determine whether or not to print a page given by the ATP unit 122. It is a part. The magnetic stripe reader / writer unit (hereinafter referred to as a magnetic R / W unit) 124 is a part for recording magnetic information on the magnetic stripe provided in the passbook P.

The printing unit 121, ATP unit 122, page reader unit 123, and magnetic R / W unit 124 described above are connected by a medium transport path 125. A plurality of conveyance roller pairs 125a are provided in the medium conveyance path 125 at predetermined intervals, and the bankbook P can be conveyed by a driving mechanism (not shown).
The temporary storage unit 13 is positioned at the end of the medium conveyance path 125 described above, and is a part that temporarily stores the passbook P processed (herein referred to as issue processing) by the medium processing unit 12. In addition, in FIG. 2, the 2nd temporary storage part 126 is also described. The second temporary storage unit 126 is used when the issued passbook is completed or when the temporary storage unit 13 is full, but detailed description is omitted.

  Reference numeral 14 denotes an operation / display unit, which is a touch panel display composed of an operation guidance display to the teller and touch keys. Note that the operation / display unit 14 includes a passbook extraction button described later. A card reader unit 15 can read the teller identification information from the ID card in the same manner as the card reader unit 34 of the teller terminal 3. Reference numeral 16 denotes an issued lamp for notifying the surroundings that the passbook issuing process has been performed by the medium processing unit 12 and the passbook P has been sent to the temporary storage unit 13. The issued lamp 16 is arranged on the upper surface of the apparatus so that it can be easily seen from the teller, and is, for example, an LED that can emit green light.

A shutter 17 as a movable shutter is provided on the upper surface of the apparatus housing and is configured to cover the temporary storage unit 13 (details will be described later). Reference numeral 18 denotes a control unit that controls the entire units described above. Reference numeral 19 denotes a storage unit that stores an operation control program for the entire passbook issuing apparatus 1 and screen data displayed on the operation / display unit 14, and also has location management data 191 for the passbook P captured in the temporary storage unit 13. .
In addition, a communication control unit that is a connection port with the host computer 2 and a power supply unit that supplies power to each unit are provided, and various functions and configurations are provided.

Next, the temporary storage unit 13 and the movable shutter 17 will be described. FIG. 4 is an explanatory view showing the concept of taking in a passbook in the temporary storage portion of the present invention, and FIG. 5 is an explanatory view showing a medium holder portion of the temporary storage portion of the present invention. FIG. 6 is a control block diagram of the temporary storage portion and the movable shutter portion of the present invention.
In the figure, 131 is an upper guide that regulates the position of the upper side of the passbook P to be taken into the temporary storage unit 13, that is, the cover side, and 132 is the lower guide that regulates the position of the lower side of the passbook, that is, the back cover side. is there. The bankbook P is taken into the gap formed by the upper guide 131 and the lower guide 132 from the direction of arrow B. Reference numeral 133 denotes a slider, which is connected in a chain shape by a connecting shaft 134 and is provided in parallel in the bankbook width direction. The slider 133 slides along a guide body (not shown) in the directions of arrows C and D by a slider motor M1, which will be described later.

  A light receiving transistor PT is embedded in the upper guide 131, and a light emitting diode PD is embedded in the lower guide 132. The light receiving transistor PT and the light emitting diode PD face each other, and infrared light emitted from the light emitting diode PD is received by the light receiving transistor. The positional relationship is such that PT can receive light. A passbook detection sensor SE as a medium detection sensor is configured by the light emitting and receiving elements. Since there are a plurality of these passbook detection sensors SE, reference numerals SE1 to SE5 are given.

The upper guide 131 includes a passbook clamper 131a. With this passbook clamper 131a, the medium transport path 125 is held in the passbook holder 130 in the passbook P transported in the arrow A by the transport roller pair 125a. Specifically, when the bankbook P is guided in the direction of arrow B, the bankbook clamper 131 a presses the bankbook P against the lower guide 132. The bankbook P is induced against this pressing force, and the bankbook P is clamped at the position indicated by the one-dot chain line in FIG. 5, and the optical axis of the bankbook detection sensor SE is blocked. The state where the optical axis is blocked will be described as “ON”, and the state where the optical axis is transmitted will be described as “OFF”.
The above-described upper guide 131, lower guide 132, slider 133, and passbook detection sensor SE are combined to form a passbook holder portion 130 as a medium holder portion.

A driver circuit 135 is a slider motor M1 that is a power source that slides the slider 133 in the directions of arrows C and D, a shutter motor M2 that is a drive source that opens and closes a shutter 17L described later, and a drive that opens and closes the shutter 17R. It is a drive circuit of the shutter motor M3 as a source. These motors are stepping motors that can be easily step-driven controlled.
Reference numeral 136 denotes an amplifier circuit, which is the amplification circuit of the passbook detection sensor SE described above, and is controlled by the control unit 138 by a control program that obtains output signals from these circuits and is stored in the storage unit 137. Needless to say, the driver circuit 135, the amplifier circuit 136, the storage unit 137, and the control unit 138 can be shared with each unit of the passbook issuing apparatus 1.

The management of the medium holder part (referred to as a passbook holder part) will be described with reference to the explanatory diagram showing the position management data of the medium holder part shown in FIG. The passbook holder unit 130 is managed with a number (NO.). In the example shown in FIG. 10, there are five passbook holder parts, and NO. 1-NO. Up to 5. For each bankbook holder unit 130, ID number information, which is identification information of the teller for which the teller terminal 3 has issued an instruction, type information of the issued bankbook P, account number, customer name information, and the like are stored.
When the bankbook P is taken out from the bankbook holder unit 130, information such as the issuer ID number is deleted. As in 6, each column is updated to “0”. It goes without saying that the passbook holder part 130 which is “0” (zero) becomes an “empty” passbook holder part.
Since these pieces of information are stored in the storage unit 19, even when communication with the host computer 2 is congested, the passbook issuing apparatus 1 can display the information independently.

  FIG. 8 is an operation flowchart of the first embodiment of the present invention, FIG. 9 is an explanatory view showing a screen display example of the passbook issuing apparatus of the present invention, FIG. This will be described with reference to the passbook stack state shown in FIG. Note that S means an operation step, and the window process type will be described as “passbook carryover”.

S1. When performing a window service, such as opening an account or carrying over a bankbook, the teller operates the teller terminal 3 and first reads the information in the ID card by the card reader unit 34 and then starts the process. Become. This is in order to clearly identify the person in charge of the window. The teller identification information in the ID card that is pre-distributed and possessed by itself is transmitted to the host computer 2 for verification. When the host computer 2 confirms (Teller authentication) that the Teller terminal 3 may be operated by the Teller identification information (Teller authentication), the host computer 2 allows input (login) to the business screen.
S2. The teller receives the passbook that has been carried forward with the report from the customer (the book has expired and is referred to as the old passbook), and the teller terminal 3 inputs the issuance information. For example, screen information related to a bankbook carry-over operation is called from the control device 31 and displayed on the display unit 32. If there is a customer's account number, a desired bankbook image, etc., a bankbook type is designated and input. Note that the same processing is performed when the bankbook is carried over as a result of the bookkeeping process at the counter, but the account number and the like are automatically input from the old bankbook and can be omitted.

S3. The control device 31 stores the input account number and information related to the passbook type and transmits them to the host computer 2. In addition to the business store number and the teller identification information, at least passbook carryover and account number information are notified to the transmission information as instruction contents.
S4. The host computer 2 searches the customer information database 21 from the received account number. By this search, it can be understood that “passbook carryover is required” in the corresponding account. On the other hand, the medium management database 22 confirms that the requested passbook type exists in the passbook issuing apparatus 1, and if it exists, registers the current time as the reception time together with the teller identification information. In addition, when the corresponding bankbook P does not exist in the bankbook issuing apparatus 1, a bankbook replenishment request or a bankbook type selection change request is transmitted, but the description is omitted.

  S5. The host computer 2 replies to the teller terminal 3 that it has accepted the passbook carry-over, and sends a passbook issue instruction to the passbook issuer 1. Needless to say, the issuing instruction from the host computer 2 may be issued after final confirmation input via the teller terminal 3. In addition, the host computer 2 may accept a passbook transfer request from another teller terminal (for example, reference numeral 3b) or a new passbook issue request accompanying an account opening. At this time, a passbook issuance instruction is transmitted in the order of acceptance.

S6. The control unit 18 confirms that the passbook holder unit 130 has “empty”, and moves the medium carrier 113 to the position of the medium cassette 111 in which the passbook P to be issued is stored. Subsequently, only one passbook P is taken into the medium carrier 113 from the medium cassette 111. The medium carrier 113 with the bankbook P taken in is moved to the delivery unit of the medium processing unit 12.
S7. The medium processing unit 12 inherits the passbook P from the medium carrier 113 to the medium transport path 125, and starts processing necessary for issuing. First, the bankbook P is conveyed to the magnetic R / W unit 124, and the magnetic stripe provided in the bankbook P is read. In this reading operation, it is confirmed that a magnetic stripe is provided at a fixed position, thereby preventing a write error due to an error in the loading direction. The type can also be confirmed by magnetically recording a passbook identification code on this magnetic stripe in advance.

Here, internal processing for issuing a passbook will be described.
When the magnetic R / W unit 124 confirms that the passbook P is to be issued, the passbook P is conveyed to the printing unit 121. At this point, the account number and name information, which are information to be printed on the passbook cover, are received from the host computer 2 and the passbook cover is printed.
When the cover printing is completed, the printing operation on the middle sheet is continued. First, the paper is transported to the ATP unit 122 to perform the cover turning operation of the passbook P. Subsequently, the paper is passed through the page reader unit 123 to read the page mark printed on the opened medium sheet, and the page is turned normally. Make sure that And again, it conveys to the printing part 121 and prints the transaction content on a middle sheet. If unrecorded data for one page (for example, 24 lines) is still printed on the host computer 2 at this time, the ATP unit 122 turns the page and the page reader unit 123 confirms it. Then, the printing in the printing unit 121 is repeated.
When printing on the medium sheet is completed, the bankbook P is conveyed to the magnetic R / W unit 124 and magnetic information is recorded on the magnetic stripe. Then, after the sheet is conveyed to the ATP unit 122, a closing turn operation of the back cover of the passbook P is performed. When the closing turn operation is completed, the medium is conveyed along the medium conveyance path 125 toward the temporary storage unit 13.

S8. Prior to storing the passbook P, the temporary storage unit 13 controls the slider motor M1 to attach the empty area of the passbook holder unit 130 to the delivery position with the medium transport path 125. This “empty” area is managed by the control unit 18 using the position management data 191, and the passbook holder number assigned to each passbook holder unit 130. When the bankbook P is fetched, the flag is turned ON and the issuer ID, bankbook type, account number, customer name, etc. are sent from the control unit 16. And when the bankbook P is extracted, the memory | storage part 19 is updated by turning off a flag with the signal from the bankbook detection sensor SE. In the case of the empty passbook holder unit 130, the storage position may be in principle, but the storage is controlled from the side away from the medium conveyance path 125 (the right end in FIG. 3).
When the control unit 138 locates the empty area of the passbook holder unit 130, the control unit 138 transmits a signal indicating “capable of taking” to the medium processing unit 12. When this signal is obtained, the control unit 18 drives the medium conveyance path 125 to send the passbook P to the passbook holder unit 130. It should be noted that the positioning of the empty passbook holder unit 130 is not wasted time by operating immediately after taking in the passbook at the time of the previous transaction.

S9. When the passbook P is sent to the passbook holder unit 130 in this way, the medium detection sensor SE is turned on, so that the issuer ID, the passbook type, and further are associated with the identification number of the passbook holder unit 130. The customer account number and the like are stored in the storage unit 19 as described above.
S10. When the issuance information is stored in the storage unit 19, a signal to the effect that the passbook storing operation is completed is sent to the control unit 18. The control unit 18 transmits a signal indicating that the passbook issuing operation has been completed to the host computer 2. The host computer 2 obtains this signal and returns a “issued lamp lighting instruction” to the passbook issuing apparatus 1.
The control unit 18 of the passbook issuing apparatus 1 turns on the issued lamp 16. Note that when the bankbook P already exists in another bankbook holder unit 130, it is already lit, so there is no visual change even if this signal is received.

S11. The host computer 2 sends back a “passbook retrieval request” to the teller terminal 3 together with an “instruction to turn on the issued lamp”. The teller terminal 3 is caused to display on the display unit 32 by the control device 31 meaning “end of passbook issuing operation”. At this time, the teller may be performing the next transaction operation. In that case, the teller is notified by displaying it over a part of the screen.
Note that the issued lamp 16 is switched to blinking when no operation is performed even if it is lit for a long time to attract attention.
S12. The teller can recognize “issued passbook” by the issued information notified to the teller terminal 3 or the lighting of the issued lamp 16. In addition to the teller, if the passbook P is taken out from the passbook issuing device 1 and a full-time person is provided for distribution to the teller, for example, the full-time person can recognize that the passbook has been issued by turning on the issued lamp 16. .
The teller places the teller terminal 3 in a standby state and causes the card reader unit 15 to read information in the ID card at the place of the passbook issuing device 1.

S13. The control unit 18 transmits the read ID card information to the host computer 2 and causes the control unit 138 to collate with the ID card information in the location management data 191 issue medium information stored in the storage unit 19. If the ID card information matches the issuance instructor (issuer ID) of the passbook P stored in the temporary storage unit 13 by this verification, or if it is full-time information, the process proceeds to step S14. On the other hand, if there is a mismatch, the process proceeds to step S24 described later. The host computer 2 temporarily stores the received information in the medium management database 22.
S14. The control unit 18 determines that it is the issuer (teller) or full-time officer of the passbook P stored in the temporary storage unit 13, and temporarily records it in the storage unit 19 as device occupant information. .

S15. When the host computer 2 authenticates the teller and the storage in the medium management database 22 is completed, the host computer 2 returns a “issued lamp off” signal to the passbook issuing device 1. In response to this turn-off signal, the control unit 18 turns off the issued lamp 16 and performs a screen display as shown in FIG. 9 on the operation / display unit 14. It should be noted that the teller or the full-time person can know that the management by the host computer 2 is performed by turning off the light.
S16. Here, the operation of the temporary storage unit 13 is divided depending on whether the ID card information is the teller information for which the issuing instruction is issued or the full-time information.
First, the case of a teller who has issued an instruction will be described. It is assumed that the movable shutter 17 is divided into a shutter 17R and a shutter 17L as shown in FIG. Note that the end face M is in a contact state although a clearance is provided in the drawing for ease of explanation.

S17. Teller (for example, Taro XX) sees the display screen as shown in FIG. 9 and can visually recognize it through the passbook displays G1 and G2. In other words, it can be understood that “General □ Δ Ichiro 1” and “Normal XX Subrow 3” are waiting to be extracted. Further, since the shutter 17 is a transparent member and the passbook P stored in the temporary storage unit 13 has a sashimi shape as shown in FIG. 11, the account number printed on the cover and customer name information Pa are stored. It can be visually recognized. The sashimi shape refers to a state where a plurality of media overlap each other with a slight shift.
When the teller takes out only the passbook P displayed as “General □ △ Ichiro 1” (hereinafter referred to as the passbook display G1), the control unit 138 stores the passbook display G1 in the storage unit 19 by touching the passbook display G1. The opening operation of the movable shutter 17 is controlled based on the stored information. For example, as shown in FIG. 10A, if the bankbook P is located at the right end (denoted by reference numeral P1) in the drawing, only the shutter 17R is driven by the driver motor M3 as shown in FIG. 10B. Move in the direction of arrow Ra. As a result, an opening is created, so that only the bankbook P1 can be taken upward.

  Further, in the screen display shown in FIG. 9, when “Two-passbook take-out” display G5 is touched, “normal ○ × subrow-like 3” (hereinafter referred to as passbook display G2) is controlled to be taken out. The For example, as shown in FIG. 10 (a), if the bankbook P is the third position from the right end of the drawing (referred to as P3), as shown in FIG. 10 (b), only the shutter 17R is first shuttered. The motor M3 is driven to move in the direction of arrow Ra. Thus, after only taking out the bankbook P1, the shutter is once closed (FIG. 10a), and then the shutter motors M2 and M3 are driven to simultaneously move the shutter 17L and the shutter 17R in the directions of arrows La and Rb. It stops at the position 10 (c), and an opening is formed at the position of the bankbook P3. Note that the amount of operation and timing of the shutter control at this time are not limited as long as the removal of the bankbook P2 between them can be prevented. Further, when there is no bankbook P2 in between, only the shutter 17L from FIG. 10 (a) may be moved to the position of FIG. 10 (c).

S18. When the passbook P is taken out in this way, the passbook P is extracted from the passbook holder 130, so that the passbook detection sensors SE1 and SE3 transmit an OFF signal. As a result, the control unit 138 recognizes that the bankbook P has been extracted.
S19. The control unit 138 monitors that the withdrawal of the passbook P instructed from the display screen of FIG. In addition, the passbook display (G1, G2) that has been extracted is erased and disappears from the screen.
In FIG. 9, a passbook display G3 indicates that there is a passbook P being processed in the medium processing unit 12, and a passbook display G7 is a case where another teller himself specifies that the passbook display G3 is taken out. The case other than (other teller) is taken out.

Next, a case where “extract all passbooks” is selected by the full-time staff in step S16 will be described.
In addition, if the same authority as a full-timer is given to a plurality of tellers and registered, the passbook P other than “designated by the person” can be taken out. It is also possible to take out a bankbook P that is handled by Teller and deliver it.
S20. The control unit 138 drives the shutter motors M2 and M3 to take out the entire bankbook (reference numerals P1 to P5 shown in FIG. 10a), and moves the shutter 17L and the shutter 17R to the arrow Ra as shown in FIG. 10 (d). The movable shutter 17 is fully opened by moving in the Lb direction.
S21. When the movable shutter 17 is fully opened, all the passbooks P (P1 to P5) can be taken out. Therefore, the full-timer may pull out from the passbook P5 in turn toward P1.
S22. The control unit 138 waits for all of the passbook detection sensors SE1 to SE5 to turn off, and determines that the extraction is complete when all of them are turned off. Although only five passbooks are shown in the drawing, when the passbook holder unit 130 is accepted more than that and the passbook P exists in those passbook holder units 130, the slider 133 is moved by the slider motor M1. For example, it is moved in the direction of arrow C, and those passbooks P are also extracted.

S23. The control unit 138 notifies the control unit 18 when the detection means (not shown) detects that the movable shutter 17 is fully closed. The control unit 18 transmits the passbook retrieval completion to the host computer 2. The host computer 2 stores the extraction history information 220 as shown in FIG. In the example shown in the drawing, the issuer name is different from the issuer name. However, when the issuer commander performs the extraction operation, the name is the same. By storing these pieces of information for a predetermined period (for example, about one month), it is useful for media management and investigation when an accident occurs.
S24. The case where the ID card information does not match in the host computer 2 in step S13 will be described. It should be noted that it is of course impossible to read an ID card handling method or a card for other purposes, but the mismatch in the present invention is not such and is judged as the presence of operating authority. The In this case, when the host computer 2 records “verification mismatch” and returns it to the control unit 18, the control unit 18 displays on the operation / display unit 14 “Operation is not permitted and cannot be handled”. To do.

The medium removal history 220 stored in the medium management database 22 will be described with reference to FIG.
221 is the date and time when the passbook is issued, and the issue information is stored in units of this date and time. Teller name information instructed to issue 222 is the time when 223 operated the teller terminal 3 to send out the passbook issuance instruction, and 224 is the name of Teller or the name of the full-time person who took out the passbook P by operating the passbook issuing device 1 225 is the time when it was taken out. 226 is the issued passbook type, which is information such as “general account passbook” or “ordinary deposit passbook”. 227 is issue quantity information, and when the bankbook is carried forward, the bankbook P is fed out from the new medium storage unit 11 to print the unbooked data. When the unbooked data amount is large and a plurality of books are issued, the number of books Is memorized. Reference numeral 228 denotes customer account information of the issued bankbook P.
The medium removal history 220 is not limited to the higher-level device side. In the case of using the passbook issuing device 1 side, offline inquiry and the like are facilitated.

In the above description, the passbook P to be taken out is specified by pressing the passbook displays G1 to G6 displayed on the operation / display unit 14. However, as shown in FIG. An individual extraction button 142 may be provided. By doing so, by passing through the transparent movable shutter 17 and visually confirming the customer account of the bankbook, the name field Pa, and pressing the individual takeout button 142 provided with the intervals substantially aligned next to each other, Only the bankbook P can be taken out. In this way, the teller's own passbook P that has been issued can be left in the apparatus 1. In other words, you can make a temporary deposit until you need it, eliminating the risk of missing.
Needless to say, when the full extraction button 141 is pressed, the movable shutter 17 is fully opened. Needless to say, prior to the opening of the movable shutter 17 by these eject buttons, verification by an ID card is performed.

  FIG. 13 is a block diagram of a passbook issuing system according to the second embodiment of the present invention, and FIG. 14 is an explanatory diagram showing a display screen example of the passbook issuing device. The difference between the second embodiment and the first embodiment is that the personal verification is performed using the biometric information of the teller itself instead of the verification by the ID card in the teller terminal and the passbook issuing device.

Reference numeral 341 denotes a biological information reader connected to the teller terminal 30. For example, fingerprint reading, finger vein, or palm vein reader. The type of biological information is not limited to this. In addition, since the function of the teller terminal 30 is the same as that of the first embodiment, the description thereof is omitted.
A biometric information acquisition unit 150 is provided in the passbook issuing apparatus 1a and has the same function as the biometric information reader 341 of the teller terminal 30 described above. The biometric information reader 341 and the biometric information acquisition unit 150 have different names for the sake of explanation, but the functions are the same. Moreover, if the biometric information of the same teller is registered, the types of biometric information may be different. That is, the biometric information reader 341 may perform “fingerprint collation”, and the biometric information acquisition unit 150 may perform “iris collation”.

When taking out the bankbook P from the temporary storage unit 13 of the bankbook issuing device 1, a screen as shown in FIG. When the teller or full-timer holds his palm in accordance with the guidance display G8, his / her own biological information is acquired and transmitted to the host computer 2, and the host computer 2 collates with the biological information in the teller information database 23a. The display G9 displays a passbook quantity waiting to be taken out and is a message to the teller.
In addition, instead of the teller information database 23a, biometric information is stored in an ID card and collated, so that the communication time for collation by the host computer 2 and the storage capacity of the teller information database 23a can be reduced. What is necessary is just to select the memory | storage location of these biometric information suitably according to a system scale.

  As described above, since identity verification is performed using biometric information, unauthorized use of an ID card can be prevented. It should be noted that fingerprints can be collected when pressed for a selection operation using the all extraction button 141 or the individual extraction button 142 as a fingerprint reader. Further, the passbook P is closed by the ATP unit 122 and stored in the temporary storage unit 13. For example, the route of the medium transport path 125 shown in FIG. Even if it does so, there can exist the same effect.

  The technical idea of the present invention is not limited to the passbook issuing device. For example, the present invention can be applied to an apparatus for handling documents such as facsimiles and postcards distributed by individuals, and an automatic distribution system for medical certificates and medicine prescriptions in hospitals. Furthermore, it is possible to simply take out and manage important forms without printing or the like.

It is a block diagram of the passbook issuing system in Example 1 of the present invention. It is an external view of the passbook issuing apparatus of this invention. It is a conceptual diagram which shows the internal structure of the passbook issuing apparatus of this invention. It is explanatory drawing which shows the passbook taking-in concept of the temporary storage part of this invention. It is explanatory drawing which shows the medium holder part of the temporary storage part of this invention. It is a control block diagram of a temporary storage part and a movable shutter part of the present invention. It is explanatory drawing which shows the position management data of the passbook holder part of this invention. It is an operation | movement flowchart of Example 1 of this invention. It is explanatory drawing which shows the example of a screen display of the passbook issuing apparatus of this invention. It is a movable shutter operation explanatory view at the time of taking out a passbook of the present invention. It is explanatory drawing which shows the passbook stack state of this invention. It is a conceptual diagram which shows the recording information of this invention. It is a block diagram of the passbook issuing system in Example 2 of this invention. It is explanatory drawing which shows the example of a screen display of the passbook issuing apparatus in Example 2 of this invention.

Explanation of symbols

1 Medium issuing device (passbook issuing device)
2 Host device (host computer)
3 Teller terminal 11 Medium storage (new medium storage)
12 Medium processing unit 13 Temporary storage unit 16 Issued lamp unit 17 Movable shutter 17R Shutter 17L Shutter 130 Medium holder unit (passbook holder unit)
131 Upper guide 132 Lower guide 133 Slider 137 Storage unit 138 Control unit M1 Slider motor M2 Shutter motor L
M3 Shutter motor R

Claims (6)

In the medium issuing device that issues the medium to be issued from the medium storage unit and performs the issuing process,
A temporary storage unit that can temporarily store the media to be issued arranged in a sashimi shape ;
A control unit is disposed opposite to the temporarily stored medium to dispose a movable shutter that regulates the operation of taking out the medium, and controls the movement of the movable shutter so that at least one of the medium can be extracted. A medium issuing device characterized by comprising: The medium issuing device according to claim 1,
A medium issuing device in which the movable shutter is formed of a transparent member so that the medium can be visually recognized. The medium issuing device according to claim 2, wherein
The medium issuing device, wherein the medium to be issued is a bankbook, and the visible information is customer information applied to a part of the bankbook. The medium issuing device according to claim 1,
A medium issuing device that authenticates an instructed teller and controls to take out only a corresponding medium when moving the movable shutter. The medium issuing device according to claim 4, wherein
Teller authentication is a medium issuing device that is performed using a previously assigned Teller identification medium or Teller's own biometric information. The medium issuing device according to claim 1,
A medium issuing device that arranges a take-out key so as to substantially match the arrangement interval of the media and makes it possible to take out only the medium corresponding to the operated take-out key.

Images