JP5100348B2 - Paper sheet handling device and paper sheet handling method - Google Patents

Description

  The present invention relates to a paper sheet handling apparatus and a paper sheet handling method, and more particularly to a paper sheet handling apparatus and paper sheet handling method that are installed at a window of a financial institution and handle paper sheets such as banknotes by operation of a staff member. About.

  As a paper sheet handling device used at a bank counter for saving labor in banking business, for example, there is one disclosed in Japanese Patent Laid-Open No. 8-123989. This paper sheet handling apparatus includes a denomination-type banknote storage for storing banknotes received therein for each denomination. For example, in Japan, the number of denominations handled by banknotes, which are paper sheets, is four denominations of 10,000 yen, 1,000 yen, 5,000 yen, and 2,000 yen. Yes.

  In countries other than Japan, there are many countries with four or more denominations. For example, in the euro currency, seven denominations exist as banknotes. Thus, when using the paper sheet handling apparatus as shown in Patent Document 1 for a teller in a country with a large number of denominations, the number of denomination banknote storage boxes corresponding to the number of denominations in that country is used. Can be provided. However, in that case, the paper sheet handling apparatus becomes large and the price of the apparatus becomes high.

  Moreover, in a country with such a large number of denominations, banknotes of all denominations do not circulate with an average circulation amount, and there are many denominations with a large circulation amount and few denominations. For this reason, even in countries with a large number of denominations, a paper sheet handling apparatus having a smaller number of denomination banknote storage than the number of denominations may be used.

  The paper sheet handling apparatus in this case is configured to store a denomination with a large circulation amount in a denomination banknote storage and a denomination with a small circulation amount in a collection box. In this collection box, banknotes of a plurality of denominations with a small circulation amount and no denomination banknote storage are mixed and stored. For this reason, there is a problem that such a paper sheet handling apparatus cannot be reused for banknotes stored in a collection box and becomes dead money.

Japanese Patent Laid-Open No. 8-123989

  In view of the above-described problems, the present invention does not increase the size of the apparatus main body and makes paper undeliverable even when there are more types of paper sheets to be handled than the number of types of paper sheets storage by type. An object of the present invention is to provide a paper sheet handling apparatus and a handling method capable of reducing the number of leaves and improving the reuse rate of paper sheets.

  The present invention includes a receiving port that allows paper sheets to be received, a first outlet port that allows the paper sheets to be returned, a second outlet port that allows the paper sheets to be fed, and the paper sheets. A discriminating unit for identifying the authenticity and type of the paper, a paper sheet storage by type for storing the received paper sheets by type, the receiving port, the first outlet, the second outlet, and the identifying unit And a paper path that conveys the paper sheets by connecting the paper sheets storage by type and the paper sheets that are identified as rejected by the identification unit when the paper sheets are received. The type corresponding to the paper sheet of the type in which the type-specific paper sheet storage is set among the normal paper sheets that are transported to the first outlet and identified as not the reject paper sheet by the identification unit Transport to a separate sheet storage, and store the types of paper sheets that are not set in the type-specific paper storage Characterized in that it is a paper sheet handling apparatus having a control unit for controlling the conveying path to convey the 2 outlet.

  Thereby, the received paper sheets are identified by the identification unit, the rejected paper sheets are transported to the first outlet and returned, and the normal paper sheets of the type in which the type-specific paper sheet storage is set. The leaves can be stored in the corresponding type-specific paper sheet storage, and the types of paper sheets for which the type-specific paper sheet storage is not set can be conveyed and sent to the second outlet.

  Therefore, normal paper sheets can be stored by type in the paper sheet handling device, and normal paper sheets of a type for which no paper sheet storage by type is set can be sent from the device and stored outside the device. it can. Therefore, even if there are more types than the number of types of paper sheets storage by type installed in the paper sheet handling device, various types of paper sheets can be stored or stored by type, and the stored paper sheets Even can be reused. In addition, because rejected paper sheets identified as rejects are returned without being accepted, the paper sheets handled by the paper sheet handling device are not mixed with the reject paper sheets, and the paper sheets handled by the paper sheet handling device. Reliability can be improved.

  According to the present invention, even if there are more types of paper sheets to be handled than the number of types of paper sheets storage by type equipped, the number of paper sheets that cannot be sent out can be reduced without increasing the size of the main body of the apparatus. It is possible to provide a paper sheet handling apparatus and a handling method capable of improving the reuse rate of paper.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
1 shows an overview of the paper sheet handling device and the window terminal device, FIG. 2 shows a schematic side sectional view of the paper sheet handling device, and FIG. 3 shows a control block diagram of the paper sheet handling device. Yes.

  As shown in FIG. 1, two counter terminal devices 1 for an attendant to handle customer information, transaction information, and the like, and a paper sheet handling device 2 that pays out and deposits paper money corresponding to paper sheets communicate with each other. Connected by line 3.

  The window terminal device 1 is a personal computer, and includes a processing device (processor) that processes various information associated with banknote deposit and withdrawal, a storage device, a display device 151, and an input device 152.

  The paper sheet handling device 2 includes a start button 4 that is pressed by a staff member when starting depositing, a deposit port 5 that corresponds to a receiving port for taking in banknotes into the paper sheet handling device 2, and paper money. The withdrawal port 6 corresponding to the second outlet for taking out the paper sheets from the paper handling apparatus 2 and the first outlet for returning the reject paper sheets identified in the paper handling apparatus 2 A corresponding return port 7 is provided.

  In addition, the paper sheet handling apparatus 2 includes a payout occupancy lamp 8 for notifying the payout occupancy status, a fault lamp for notifying the occurrence of a fault, a deposit occupancy lamp for notifying the deposit occupancy status, and the content of the fault. The display etc. which display and notify of the wording of are provided.

Furthermore, as shown in FIG. 2, in the paper sheet handling apparatus 2, the conveyance path 20 which conveys a banknote to each site | part in the paper sheet handling apparatus 2, the gate 21 which switches the conveyance direction of a banknote, and the kind of banknote And an identification part 22 for identifying authenticity, a banknote storage 24 corresponding to a type of paper sheet storage capable of delivering and storing banknotes, a recovery box 25 for storing collected banknotes, and temporarily storing received banknotes A temporary storage unit 26 to be stored and a tray unit 27 that can be pulled out when taking out the banknote storage 24 are provided. In this example, four banknote storages 24 (24a, 24b, 24c, 24d) are equipped for each denomination.
In addition, the identification part 22 can perform authenticity determination also about money types other than the money type accommodated in the banknote storage 24. FIG.

  Further, the paper sheet handling apparatus 2 includes a passage sensor that detects passage of banknotes, a sampling detection sensor that detects withdrawal of banknotes, and a tray part drawer detection sensor that detects withdrawal of the tray part 27.

As shown in FIG. 3, the paper sheet handling apparatus 2 includes a business processing unit 10 and a conveyance processing unit 11.
The business processing unit 10 includes exclusive control of the two window terminal devices 1 and a job processing unit main control unit 101 that controls each part, a higher-level communication control unit 102 that controls communication with the window terminal device 1, and button control. Unit 103, buzzer control unit 104, lamp control unit 105, display unit control unit 106, lower-level communication control unit 107 that controls communication with the conveyance processing unit 11, clock control unit 108, and business processing unit 11 And a storage unit 109 for storing the setting information, and each of the parts is connected to the business processing unit main control unit 101.

  The conveyance processing unit 11 includes a conveyance processing main control unit 110 that controls conveyance of banknotes, a higher-level communication control unit 111 that controls communication with the business processing unit 10, a sensor control unit 112, a gate control unit 113, and conveyance. A motor control unit 114, a conveyance path movement amount counting unit 115, an identification processing unit 116 for identifying a check or banknote, a deposit port 5 control unit 117, an outlet control unit 118, a storage cabinet control unit 119, The temporary storage control unit 120 includes a storage unit 121 for storing setting information of the conveyance processing unit, and each of the parts is connected to the conveyance processing main control unit 110.

  Subsequently, the banknote depositing process in the banknote depositing operation using the window terminal device 1 and the leaf handling apparatus 2 will be described with reference to FIGS. 4 and 5 show a processing flow of banknote depositing business, FIG. 6 shows an explanatory diagram explaining handling of banknotes in the banknote depositing processing, and FIG. 7 is an explanatory diagram explaining a conveyance part of banknotes in the banknote depositing processing. FIG. 8 is an explanatory diagram for explaining the display on the display device 151 of the window terminal device 1 in the banknote deposit process.

  In the following description, processing in the case of depositing 10 10 euro banknotes and 5 200 euro banknotes using the paper handling apparatus 2 in a country handling euro currency will be described. The euro currency includes banknotes of seven denominations of 5, 10, 20, 50, 100, 200, and 500 euros, and in this embodiment, four banknote storages equipped in the paper sheet handling device 2. 24, a 100 euro banknote storage 24a for storing 100 euro banknotes, a 50 banknote storage 24b for storing 50 euro banknotes, a 20 banknote storage 24c for storing 20 euro banknotes, and a 10 banknote storage for storing 10 euro banknotes. 24d is set.

  When the banknote depositing operation is started, when the input device 152 is operated by the staff and the banknote depositing operation is selected by the window terminal device 1 (step s201), the window terminal device 1 determines that the deposit is occupied by the paper sheet handling apparatus. 2 (step s202), the paper sheet handling apparatus 2 turns on the occupation lamp, and notifies the window terminal apparatus 1 of the occupation success (step s203).

  The window terminal device 1 displays guidance on setting the banknote in the deposit port 5 on the display device 151 (step s204). As shown in FIG. 6, when the staff confirming this guidance display inserts a bill from the deposit slot 5 and presses the start button 4 (step s205), the sheet handling apparatus 2 operates the transport path 20. (Step s207), the payout from the deposit port 5 is started (Step s208), and the bills fed out from the deposit port 5 are identified by the identification unit 22 through the identification process.

  More specifically, banknotes with a normal identification result and set in the banknote storage 24 (in this example, 10 euro banknotes) are stored in the temporary storage unit 26. A banknote that is identified as a normal banknote but is not set in the banknote storage box 24 (in the case of this embodiment, five 200 euro banknotes) is transported to the withdrawal port 6 as shown in FIG. . Reject banknotes identified as unusable are returned from the return slot 7.

  When it is detected that the banknote set in the depositing slot 5 is lost or the return slot 7, the temporary holding unit 26 or the withdrawal slot 6 is full (step s209), the paper sheet handling apparatus 2 Then, the delivery from the deposit port 5 and the transport operation of the transport path 20 are stopped (steps s210, s211 and s212).

  Thereafter, the business process main control unit 101 (FIG. 3) manages the deposit amount via the host communication control unit 102 and the device management banknote managed by the device stored in the temporary storage unit 26 so as to correspond to the counting process. And the amount of the hand management banknote stored in the withdrawal port 6 are notified to the window terminal device 1 (step s213).

As shown in FIG. 8, the window terminal device 1 displays on the display device 151 that the banknote has been successfully deposited and displays the deposit acceptance amount, and notifies the staff (step s214).
At this time, the amount stored in the banknote storage 24 is displayed as the device management amount, and the amount managed by the staff at the local safe 160 corresponding to the local storage is displayed as the local management amount. The hand management amount may display the denomination and the number of each.

  When the confirmation button of the window terminal device 1 is pressed by a staff member who has confirmed the payment result displayed on the display device 151 (step s215), the window terminal device 1 is in the paper sheet handling apparatus 2 in the paper sheet sorting process. An instruction to store the corresponding deposited banknote is given (step s216). The business process main control unit 101 updates the deposit amount of banknotes stored in the storage unit 109 (step s217).

  Further, the paper sheet handling apparatus 2 instructs the outlet control unit 118 to open the shutter corresponding to the outlet shutter of the withdrawal port 6 (step s219), and activates the transport motor (step s218). The payout of banknotes held in the temporary holding unit 26 is started (step s224).

  In order to prompt the clerk to remove the banknote from the withdrawal port 6, the business process main control unit 101 instructs the lamp control unit 105 to blink the payout occupancy lamp 8 (step s 220), and the transport processing main control unit 110. The withdrawal sensor 209 monitors the withdrawal of banknotes by the staff from the withdrawal port 6 (step s222).

  When the withdrawal sensor 209 detects the withdrawal of the banknotes conveyed to the withdrawal port 6 (step s221) (step s222), the transport processing main control unit 110 opens the shutter of the withdrawal port 6 to the withdrawal control unit 118. Instructing to close (step s223). Finally, the lamp control unit 105 is controlled so that the payout occupation lamp 8 is turned off.

  On the other hand, the banknotes drawn out from the temporary storage unit 26 are identified by the identification unit 22, and as a result of the identification, normal banknotes are stored in the banknote storage 24 corresponding to the denomination, and the conveyance state is poor and the banknote storage 24 The banknote identified as being unable to be stored in the banknote, that is, the banknote corresponding to the unsuitable reflux paper sheet that is not suitable for refluxing, is transported to and stored in the collection box 25 (step s224).

When the temporary storage unit 26 becomes empty in this way (step s225), the paper sheet handling apparatus 2 stops the feeding from the temporary storage unit 26 and the transport operation of the transport path 20 (steps s226, s227, and s228). ). The business process main control unit 101 notifies the window terminal device 1 that the storage process is completed via the higher-level communication control unit 102 (step s229), turns off the deposit occupancy lamp (step s230), and performs the deposit process. finish.
In the storage process, the banknotes taken out from the withdrawal port 6 are stored in the local safe 160 by the staff (step s231), and the banknote depositing process is completed.

  Next, with reference to FIGS. 9 to 11, a payout process in the banknote payout operation will be described. 9 shows the processing flow of the banknote payout operation, FIG. 10 shows an explanatory diagram explaining the handling of banknotes in the banknote payout processing, and FIG. 11 shows the display on the display device of the window terminal device 1 in the banknote payout processing. FIG.

  First, when performing a banknote payout operation, a banknote payout operation is selected by an attendant at the window terminal device 1, and the amount of banknotes to be paid out (for example, 1100 euros) or denomination and number of sheets (for example, 500) The input of two euro bills and one 100 euro bill is accepted (step s301).

  The window terminal device 1 sets the number of banknotes to be paid out from the paper sheet handling device (one 100 euro bill) out of the number information input via the communication line 3 so as to correspond to the payout amount determination step. The leaf handling device 2 is notified (step s302).

  The business process main control unit 101 identifies whether or not 100 euro bills can be paid out, and instructs the lamp control unit 105 to turn on the payout occupation lamp 8 if possible (step s305). Then, the business process main control unit 101 instructs the transport processing main control unit 110 to feed out one 100 euro bill via the lower communication control unit 107.

  In addition, the window terminal device 1 displays the number of handed-out banknotes stored in the hand safe 160 on the display device 151 (two 500 euro bills) so as to correspond to the hand stored paper sheet payout amount display step. The attendant is prompted to prepare banknotes (step s303). The conveyance processing main control unit 110 instructs the gate control unit 113 to switch the gate 21 in the direction in which the banknote is conveyed to the dispensing port 6 (step s306), and the conveyance motor control unit 114 moves the conveyance path 20. (Step s307).

  Next, the transport processing main control unit 110 performs a sending process for instructing the storage control unit 119 to pay out 100 euro bills from the 100 euro banknote storage 24a (step s308). Monitor the passage of banknotes.

  And whenever a banknote passes, the identification part 22 identifies the authenticity of a banknote, and conveys a banknote to the withdrawal port 6. FIG. When there is no reject banknote identified as reject by the identification unit 22 and the specified number of payouts is completed (step s309), the transport processing main control unit 110 stops the storage of the banknotes from the banknote storage 24 in the storage control unit 119. (Step s310).

  Then, the transport processing main control unit 110 stands by until there is no banknote transporting the transport path 20 (step s311), and instructs the transport motor control unit 114 to stop the transport path 20 (step s312).

  After that, as shown in FIG. 11, the business process main control unit 101 notifies the end of the payout of one 100 euro bill via the higher-level communication control unit 102 (step s313). The window terminal device 1 displays that the banknote has been successfully dispensed and notifies the staff (step s314).

  The conveyance processing main control unit 110 instructs the outlet control unit 118 to open the shutter of the withdrawal port 6 (step s315). In order to prompt the clerk to remove the banknote from the withdrawal port 6, the business process main control unit 101 instructs the lamp control unit 105 to blink the payout occupation lamp 8 (step s316). The conveyance processing main control unit 110 monitors the withdrawal of the banknotes by the staff from the withdrawal port 6 using the withdrawal sensor 209 (step s317).

  When the extraction sensor 209 detects the removal of one 100 euro bill transferred to the withdrawal port 6 (step s318), the transfer processing main control unit 110 opens the shutter of the withdrawal port 6 to the withdrawal control unit 118. Instructing to close (step s319).

  Finally, the business process main control unit 101 updates the banknote amount stored in the storage unit 109 (step s320), and controls the lamp control unit 105 to turn off the payout occupation lamp 8 (step s321). ).

  The banknotes taken out from the local safe 160 by the clerk in the hand-held paper sheet dispensing process and the banknotes dispensed from the paper sheet handling device 2 are delivered to the customer by the clerk (step s322), and the banknotes are dispensed. Processing is complete.

In this way, the banknote depositing process and the dispensing process allow the attendant to store the money type in which the banknote storage 24 is not set in the paper sheet handling apparatus 2 at the time of depositing the banknote in the local safe 160, Since it is used for paying out banknotes stored in the local safe 160, the reuse rate of banknotes can be improved.
In addition, since the number of manually handled banknotes is once counted by the paper sheet handling device 2 when depositing banknotes, the exact number of manually handled banknotes can be counted and managed.

  In both the banknote deposit process and the payout process, since the reject banknote is identified by the identification unit 22, the reject banknote is not mixed with the banknote dispensed from the paper sheet handling apparatus 2, and the paper sheet The reliability of the banknotes paid out from the handling device 2 can be improved.

  Furthermore, even if it is a normal banknote identified by the identification part 22 as not a reject banknote, the banknote identified as having a bad conveyance state and cannot be accommodated in the banknote storage 24, ie, the recycle | recovery inappropriate banknote which is not suitable for recirculation | reflux 25, the reliability of banknotes dispensed from the paper sheet handling device 2 can be further improved.

  Next, a case where a reject banknote is generated in the payout process will be described with reference to FIGS. In addition, FIG. 12 shows the process flow of the part added among the banknote payout processes when a reject banknote arises, FIG. 13 shows the explanatory view explaining the conveyance site | part of the banknote in the banknote payout process of the same state, FIG. 14 is an explanatory diagram for explaining the display of the display device 151 in the banknote payout process in the same state.

  The reject process when a reject banknote is generated in the payout process identifies the banknote that passes based on the banknote payout instruction of the transport processing main control unit 110 in step s308 in the banknote payout process shown in steps s301 to s322 in FIG. As a result of identifying the unit 22, the identifying unit 22 recognizes the banknote as rejected. At this time, the reject banknote identified as reject by the identification unit 22 is conveyed to the return port 7.

  Then, the conveyance processing main control unit 110 instructs the return port control unit 131 to open the shutter of the return port 7 (Step s330), and prompts the staff to remove the banknote from the return port 7, The control unit 101 instructs the lamp control unit 105 to blink the payout occupation lamp 8 (step s331).

  Further, the transport processing main control unit 110 monitors the withdrawal of the rejected banknote from the outlet 7 with the sampling sensor (step s332), and when the sampling sensor detects the withdrawal of the reject banknote transported to the return port 7 ( In step s333, the conveyance processing main control unit 110 instructs the return port control unit 131 to close the shutter of the return port 7 (step s334).

  Then, the window terminal device 1 displays guidance on setting the reject banknote in the deposit port 5 on the display device 151 (step s335). When a banknote is inserted from the deposit slot 5 by the staff member who has confirmed this guidance and the start button 4 is pressed (step s336), the paper sheet handling apparatus 2 operates the conveyance path 20 (step s337), and the deposit slot 5 is activated. The payout from is started (step s338). Then, the reject banknote fed out from the deposit port 5 is re-identified by the identification unit 22.

  Specifically, as a result of re-identification, a normal banknote once identified as a reject banknote is stored in the denomination banknote storage 24, and a reject banknote re-identified as a reject is stored in the collection box 25.

  When it is detected that all the bills set in the deposit slot 5 have not been processed (step s339), the paper sheet handling apparatus 2 stops feeding from the deposit slot 5 (step s340). If there is no banknote in the transport path 20 (step s341), the transport operation of the transport path 20 is stopped (step s342).

  Thereafter, the business process main control unit 101 notifies the window terminal device 1 of the completion of the rejection process via the higher-level communication control unit 102 (step s343), turns off the payout occupancy lamp (step s345), and issues the payout process. Exit.

  In this manner, in the banknote payout process, the reject banknote can be re-identified, and when the banknote is recognized again as a reject, the reject banknote can be stored in the collection box 25. Therefore, the reject banknotes stored in the collection box 25 can be collected. In addition, the banknotes that have been identified as reject banknotes once in the payout process can be returned to the banknote storage 24 for payout, and the reuse rate of banknotes can be improved. it can.

  In such processing, since the shutter of the return opening 7 is controlled by the control unit of the paper sheet handling apparatus 2, it is possible to prevent the reject banknotes stored in the return opening 7 from being accidentally extracted.

Next, in the banknote depositing process described above, a process when the deposited banknote storage 24 of the denominated money is full will be described.
The processing in the case where the deposited banknote storage 24 is full may be performed by changing step s208 in the banknote deposit processing (steps s201 to s231, FIG. 4) as follows. That is, as a result of identification in the identification unit 22, a banknote in which the identification result is normal and the banknote storage 24 is set is stored in the temporary storage unit 26 and then stored in each banknote storage 24, and is identified as a normal banknote. In addition to processing to store banknotes with no denomination of euro storage in the withdrawal slot 6 and return reject banknotes identified as unusable to the return slot 7, the identification result is normal and the banknote storage What is necessary is just to convey the banknote in which the applicable banknote storage 24 is full although it is set to 24 to the withdrawal port 6. FIG.

  Thereby, although the banknote storage 24 is set, the banknote 24 can be stored in the local safe 160 while the banknote handling apparatus 2 counts and manages the banknotes that cannot be stored because the corresponding banknote storage 24 is full. . Therefore, the banknote can be reused as a banknote for payout.

  As described above, by using the window terminal device 1 and the paper sheet handling device 2 of the present embodiment, the accepted banknote is identified by the identification unit 22, and the reject banknote is conveyed and returned to the return port 7 to be normal. Banknotes of a denomination for which the banknote storage 24 is set are stored in the corresponding banknote storage 24, and banknotes of a denomination for which the banknote storage 24 is not set are transported to the dispensing port 6 and taken out. You can make money.

  Therefore, normal banknotes are stored in denominations in the paper sheet handling apparatus 2, and normal banknotes of denominations for which the banknote storage 24 is not set are withdrawn from the apparatus, and the hand safe 160 outside the apparatus is used. Can be stored. Therefore, even if there are more denominations than the number of denominations in the bill storage 24 equipped in the paper sheet handling apparatus 2, various types of banknotes can be stored or stored in denominations. Can be reused. Further, since the reject banknotes identified as rejects are returned without being accepted, the reject banknotes are not mixed with the banknotes handled by the paper sheet handling device 2, and the reliability of the banknotes handled by the paper sheet handling device 2 is improved. be able to.

  Moreover, the temporary holding part 26 which hold | maintains the accepted banknote temporarily is provided, and it corresponds, after a control part conveys the banknote of the money type in which the banknote storage 24 was set to the temporary holding part 26, and hold | maintains. In order to control conveyance to the banknote storage 24, for example, in banknote deposit processing, the denomination banknote set in the banknote storage 24 is transported to the temporary storage unit 26 and held, and the reject banknote is transported to the return port 7. A banknote of a denomination in which the banknote storage 24 is not set is transported to the withdrawal port 6 and then a banknote of a denomination in which the banknote storage 24 is set in the temporary storage unit 26 is applied. 24 can be sorted and stored.

  Accordingly, after the deposited banknotes and the banknotes stored in the banknote storage 24 are securely separated and handled in the paper sheet handling apparatus 2 and the deposit processing is confirmed, the temporary storage unit 26 transfers the banknotes to the banknote storage 24. Can be stored.

  In addition, when the banknote stored in the banknote storage 24 is withdrawn, the control unit controls conveyance of the reject banknote identified as reject by the identification unit 22 to the return port 7 and identifies that the banknote is not a reject banknote. In order to control the transfer of the normal banknotes to the withdrawal port 6, the reject banknotes identified as rejects by the identification unit 22 can be transported to the return port 7, and the normal banknotes can be transported to the withdrawal port 6. Rejected banknotes can be prevented from being used incorrectly as normal banknotes.

  Moreover, while providing four banknote storage 24 and the identification part 22 can identify more than 4 denominations which are the number of installation of the banknote storage 24, it is a Euro banknote with 7 denominations. Even if there is, the banknote of the denomination for which the banknote storage 24 is set is stored in the corresponding banknote storage 24 and the banknote of the denomination for which the banknote storage 24 is not set is counted and managed. It becomes possible to do.

  Moreover, since the control part can carry out conveyance control of the banknote identified as a normal banknote by the identification part 22 but it is unsuitable for a recirculation | reflux as a non-reflux banknote, it is normal which is not a reject banknote. Even if it is a simple banknote, for example, a banknote that has become unfit for reflux due to tearing or deterioration can be withdrawn from the withdrawal port 6. Therefore, it is possible to collect the unsuitable reflux banknote that has become unsuitable for reflux.

  Further, since the withdrawal port 6 and the return port 7 are provided with a shutter that is controlled by the control unit and regulates the withdrawal of the banknotes stored in the withdrawal port 6 and the return port 7, the withdrawal port 6 and the return port 7 are provided. The timing of taking out the banknotes stored in the card can be regulated by the shutter. Accordingly, it is possible to prevent wrong bills from being taken out from the return port 7 and the withdrawal port 6.

  In addition, a deposit port 5 that accepts banknotes, a withdrawal port 6 that dispenses banknotes, a banknote storage 24 that stores accepted banknotes in denominations, an identification unit 22 that identifies at least the type of banknotes, and banknotes A counting unit for counting, a display device 151 for displaying the denomination and number of banknotes to be dispensed, an input device for inputting a payout amount, and a control for controlling at least the identification unit 22, the counting unit, the display device 151 and the input device. A paper sheet handling device 2 provided with a section, a counting process for counting the banknotes received from the deposit slot 5, and banknote storage corresponding to banknotes of the denomination set in the banknote storage 24 among the received banknotes. Banknote storage process, banknote sorting process of withdrawing banknotes of denominations not set in the banknote storage box 24 to the withdrawal port 6, and banknotes withdrawn from the withdrawal port 6 are stored in the local storage. The storage process and the total amount dispensed by operating the input device A total payout amount input step to be applied, and a payout amount determination step of determining each payout amount of the banknote stored in the banknote storage 24 and the banknote stored in the local storage based on the input payout amount The withdrawal process of withdrawing the banknotes stored in the banknote storage 24 to the withdrawal port 6 based on the withdrawal amount determined in the withdrawal amount determination process, and the withdrawal amount of the banknotes stored in the local storage Accepted by the banknote handling method of the hand-held banknote payout process for displaying the payout amount displayed on the display device 151 and the payout amount displayed on the display device 151 from the banknote stored in the hand safe 160 All the banknotes are counted, banknotes of denominations set in the banknote storage 24 are stored in the corresponding banknote storages 24, and banknotes of denominations not set in the banknote storages 24 are withdrawn to the withdrawal port 6. In the hand safe 160 of the staff It is possible to tube. Therefore, it is possible to manage not only the banknotes stored in the banknote storage 24 inside the apparatus but also banknotes stored in the local safe 160 at the hand of the staff outside the apparatus.

  Further, when paying out, not only the banknotes stored in the banknote storage 24 inside the apparatus but also banknotes withdrawn from the apparatus and stored in the local safe 160 can be paid out. Therefore, the banknotes stored in the local safe 160 can be reused, and for example, it is possible to eliminate money that is collected in a collection box and cannot be reused.

An overview of a paper sheet handling device and a window terminal device. The schematic side sectional view of a paper sheet handling device. The control block diagram of a paper sheet handling apparatus. Processing flow of banknote deposit business. Processing flow of banknote deposit business. Explanatory drawing explaining the handling of the banknote in banknote deposit processing. Explanatory drawing explaining the conveyance site | part of the banknote in banknote deposit processing. Explanatory drawing explaining the display of the display apparatus in banknote deposit processing. Processing flow of banknote dispensing processing. Explanatory drawing explaining the conveyance site | part of the banknote in banknote discharge processing. Explanatory drawing explaining the display of the display apparatus in a banknote discharge process. The process flow of the part added among the banknote payout processes when a reject banknote arises. Explanatory drawing explaining the conveyance site | part of the banknote in the banknote discharge process when a reject banknote arises. Explanatory drawing explaining the display of the display apparatus in the banknote discharge process when a reject banknote arises.

Explanation of symbols

2 ... Control part banknote handling apparatus 5 ... Deposit port 6 ... Withdrawal port 7 ... Return port 20 ... Conveyance path 22 ... Identification part 24 ... Banknote storage 26 ... Temporary reservation part 152 ... Input device

Claims (6)

An entrance that accepts paper sheets, and
A first outlet that allows the paper sheets to be returned;
A second outlet allowing delivery of the paper sheet;
An identification unit for identifying the authenticity and type of the paper sheet;
A type-specific paper sheet storage for storing the received paper sheets by type;
A transport path for transporting the paper sheets, connecting the receiving port, the first take-out port, the second take-out port, the identification unit and the type-specific paper sheet storage;
Upon receiving the paper sheet,
The paper sheets identified as rejected by the identification unit are conveyed to the first outlet as reject paper sheets,
Transporting the type of paper sheets set with the type-specific paper sheet storage out of the normal paper sheets identified as not being reject paper by the identification unit to the corresponding type paper sheet storage, A paper sheet handling apparatus comprising: a control unit that controls the transport path so as to transport paper sheets of a type that is not set in the type-specific paper sheet storage to the second outlet. A temporary holding unit for temporarily holding the received paper sheet;
The controller is
The paper sheet of the type set in the type-specific paper sheet storage is transported to the temporary storage unit and held, and then transported to the corresponding type-specific paper sheet storage is controlled. Paper sheet handling device. The controller is
When sending out the paper sheets stored in the type-specific paper sheet storage,
Reject paper sheets identified as rejects by the identification unit are controlled to be transported to the first take-out port, and normal paper sheets identified as not being reject papers by the discrimination unit are transported to the second take-out port. The paper sheet handling apparatus according to claim 1 or 2. Provided with a plurality of types of paper sheet storage by type,
The identification unit is
The paper sheet handling apparatus according to claim 1, 2 or 3, wherein the number of types stored in the type-specific paper sheet storage is identified. At least the second outlet of the outlets,
The paper sheet handling apparatus according to any one of claims 1 to 4 , further comprising a take-out shutter that is operation-controlled by the control unit and regulates the take-out of the paper sheets stored in the take-out port. Identification for identifying at least a type of the paper sheet, a receiving port for receiving the paper sheet, an outlet for sending out the paper sheet, a paper sheet storage box for storing the received paper sheet by type A counting unit that counts the paper sheets, a display unit that displays a denomination and the number of paper sheets to be sent out, an input device that inputs a total payout amount, at least the identification unit, the counting unit, Using a paper sheet handling apparatus provided with a control unit for controlling the display unit and the input device,
An identification step for identifying a paper sheet received from the receiving port;
A counting step for counting the identified paper sheets;
Among the counted paper sheets, the type of paper sheets set in the type-specific paper sheet storage is stored in the corresponding type-specific paper sheet storage, and the type of paper sheet storage is not set. A paper sheet sorting step for delivering a type of paper sheet to the outlet;
A storage step of storing paper sheets sent from the outlet in a local storage;
A total payout amount input step of operating the input device to input the total payout amount;
A payout amount determination step for determining a payout amount for each of the paper sheets stored in the type-specific paper sheet storage and the paper sheets stored in the local storage based on the input total payout amount; ,
A sending step of sending the paper sheets stored in the type-specific paper sheet storage to the outlet based on the payout amount determined in the payout amount determination step;
A hand stored paper sheet payout amount display step for displaying the payout amount of paper sheets stored in the hand stock storage on the display unit;
A paper sheet handling method comprising: a hand-stored paper sheet payout step of paying out a payout amount displayed on the display unit from a paper sheet stored in the hand storage.

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