JP6296648B2 - Banknote handling machine - Google Patents

Description

  The present invention relates to a banknote handling machine capable of depositing at least banknotes.

  A money handling machine is installed in both the space where customers can come and go and the space where only the staff can go and is restricted, and this money handling machine can be operated on both sides. There is something shared with the staff. In this money handling machine, the customer can only perform the deposit process, and the attendant can perform the deposit process and the withdrawal process (for example, see Patent Document 1).

JP 2009-146274 A

  By the way, in the banknote processing machine, when the deposit process is performed, a confirmation operation or a cancel operation is input thereafter, and the next deposit process is possible. If the customer returns without performing the confirmation operation or the cancel operation after the deposit process, the banknote handling machine is in a state where the handling is stopped and the next customer becomes unusable. In that case, it is necessary for the clerk to perform a process such as taking out the deposited banknote from the banknote processing machine on behalf of the customer. Moreover, it is necessary to store the taken banknote separately until it is returned to the customer who has forgotten the confirmation operation or the cancellation operation, which is troublesome and causes management problems. In addition, when such a situation occurs, the banknote handling machine becomes unusable until the attendant notices and the response is completed, so that there is a problem that the usage efficiency of the banknote handling machine decreases.

  An object of the present invention is to provide a banknote handling machine that enables subsequent deposit processing even if a confirmation operation or cancel operation after deposit processing is forgotten.

In order to achieve the above object, the invention according to claim 1 includes an operation unit that receives an operation input, a depositing unit into which bills are inserted from outside the machine, and the depositing unit based on a deposit processing operation to the operation unit. A depositing conveyance unit that conveys banknotes fed out from the bank, an identification unit that identifies the banknotes conveyed by the depositing conveyance unit, and a first temporary storage unit that temporarily stores banknotes identified as acceptable by the identification unit; , A reject unit that discharges the banknote identified as unacceptable by the identification unit so as to be able to be taken out of the machine, and a banknote that is fed out from the first temporary storage unit based on a deposit confirmation operation to the operation unit. In a banknote handling machine having a storage unit and a return unit that can return the banknotes fed from the first temporary storage unit to the outside of the machine based on a cancel operation to the operation unit. A second temporary storage unit for temporarily storing banknotes fed out from the first temporary storage unit, an unoperated state detecting means for detecting presence or absence of a predetermined unoperated state of the operation unit, and the first temporary store When the non-operation state detection means detects that the non-operation state is present before the deposit confirmation operation and before the cancel operation in a state where the storage unit temporarily stores banknotes, the banknotes are fed out from the first temporary storage unit. have a, and a control unit for performing a deposit unconfirmed storage process of temporarily stored as a deposit undetermined bill into the second temporary storage section Te, the control unit may return processing operations deposit undetermined bill into the operation unit When input, the deposit unconfirmed banknote temporarily stored in the second temporary storage unit is fed out and transported to the first temporary storage unit, and the first temporary storage unit is made removable. Features.
The invention according to claim 2 is an operation unit that receives an operation input, a depositing unit into which a bill is inserted from the outside of the machine, and a deposit that conveys a bill that is fed out from the depositing unit based on a depositing process operation to the operation unit. A transport unit, an identifying unit for identifying a banknote transported by the deposit transport unit, a first temporary storage unit for temporarily storing banknotes identified as acceptable by the identifying unit, and an unacceptable by the identifying unit To the reject unit for discharging the identified bank note so as to be able to be taken out of the machine, the storage unit for storing the bank note fed out from the first temporary storage unit based on the deposit confirmation operation to the operation unit, and the operation unit A banknote handling machine having a return section that returns the banknotes fed out of the first temporary storage section based on a canceling operation of the first temporary storage section so that the banknotes can be taken out of the machine. A second temporary storage unit that temporarily stores the fed banknote, a non-operation state detection unit that detects the presence or absence of a predetermined unoperated state of the operation unit, and the first temporary storage unit temporarily store the banknote. When the non-operation state detecting means detects the presence of the non-operation state before the deposit confirming operation and before the cancel operation, the banknotes are drawn out from the first temporary storage unit to the second temporary storage unit. A control unit that performs a deposit unconfirmed storage process for temporarily storing as a deposit unconfirmed banknote, and when the re-payment processing operation of the deposit unconfirmed banknote is input to the operation unit, the control unit The deposit unconfirmed banknote temporarily stored in the temporary storage section is fed out and identified by the identification section, and the banknote identified as acceptable by the identification section is conveyed to the first temporary storage section, and the identification section Received by Characterized by conveying not the identified bill is to the reject unit.
The invention according to claim 3 is the invention according to claim 1, wherein when the re-payment processing operation of the deposit unconfirmed banknote is input to the operation unit, the control unit temporarily stores the second temporary storage unit. The deposited unconfirmed banknotes are fed out and identified by the identification unit, and the banknotes identified as acceptable by the identification unit are transported to the first temporary storage unit and identified as unacceptable by the identification unit. A bill is conveyed to the reject unit.

According to a fourth aspect of the present invention, in the invention according to any one of the first to third aspects, the control unit pays out banknotes also from the reject unit in the deposit unconfirmed storage process, and performs the second temporary operation. The storage unit temporarily stores the banknote as an undetermined deposit.

The invention according to claim 5 is the invention according to any one of claims 1 to 4 , wherein when the control unit inputs a return processing operation of a deposit unconfirmed banknote to the operation unit, The deposit unconfirmed banknote temporarily stored in the temporary storage unit is fed out and conveyed to the reject unit or the return unit.

The invention according to claim 6 is the invention according to claim 5 , wherein the deposit unconfirmed banknote in the identification unit when the deposit unconfirmed banknote is transported from the second temporary storage unit to the reject unit or the return unit. No denomination identification is performed.

The invention according to claim 7 is the invention according to claim 5 or 6 , wherein the second temporary storage unit is capable of temporarily storing the payment unconfirmed banknotes of the plurality of payment processes by classifying each payment process. When the identification information related to deposit processing and the return processing operation for deposit unconfirmed banknotes are input to the operation unit, the control unit temporarily stores the deposit information in the second temporary storage unit and deposits the identification information. The depositing unconfirmed banknotes of other identification information fed out from the second temporary storage unit before the unconfirmed banknotes are stored in the first temporary storage unit, and the depositing unconfirmed banknotes of the identification information are rejected. Or the return unit, and then the deposit unconfirmed banknote of the first temporary storage unit is returned to the second temporary storage unit.

According to an eighth aspect of the present invention, in the invention according to any one of the fifth to seventh aspects, the control unit receives an input of an undetermined banknote return processing operation to the operation unit, and the second temporary storage. After the deposit unconfirmed banknote temporarily stored in the section is fed out and transported to the transport destination consisting of the reject section or the return section, the unoperated state detection means is not in the unoperated state without the banknote being taken out from the transport destination. When the presence is detected, the bill is drawn out from the transport destination and returned to the second temporary storage unit.

  The invention according to claim 9 is the invention according to any one of claims 1 to 8, wherein the second temporary storage unit is a drum that rotates the banknotes separated and conveyed one by one in one direction. A tape winding drum type temporary storage unit that winds and temporarily stores together with tape and temporarily stores banknotes that have been temporarily stored together with the tape from the drum by reverse rotation of the drum, and separates the tape from the tape and feeds it one by one. It is characterized by being.

  The invention according to claim 10 is the invention according to any one of claims 1 to 9, wherein the customer side device unit used by the customer and the clerk side device unit used by the clerk are provided in one unit. The operation unit, the deposit unit, the identification unit, the first temporary storage unit, the reject unit, the return unit, and the second temporary storage unit are dedicated to the customer side device unit. The storage unit is shared by the customer side device unit and the clerk side device unit.

  The invention according to claim 11 is characterized in that, in the invention according to any one of claims 1 to 10, the reject part also serves as the return part.

According to the first and second aspects of the present invention, when the deposit conveyance unit conveys the banknote fed out from the deposit unit based on the deposit processing operation to the operation unit, the identification unit identifies the banknote, and as a result, is accepted. The first temporary storage unit temporarily stores the identified banknote. In this state, if both the deposit confirmation operation and the cancel operation are forgotten, the non-operation state detection means detects the presence of a predetermined non-operation state of the operation unit while neither of these operations is performed. Then, a control part performs the deposit unconfirmed storage process which pays out a banknote from a 1st temporary storage part, and makes a 2nd temporary storage part store temporarily as a deposit unconfirmed banknote. In this way, since the banknotes can be transferred from the first temporary storage unit to the second temporary storage unit and temporarily stored, the first temporary storage unit can be emptied, and therefore accompanied by the operation of an attendant. The next deposit process is possible. Therefore, even if the confirmation operation or the cancel operation after the deposit process is forgotten, the subsequent deposit process can be performed. Therefore, it is possible to suppress a decrease in utilization efficiency. Moreover, since it will be stored in the machine, there is no need for the staff to store the banknotes until they are returned to the customer who has forgotten the operation, and can be stored safely.
According to the first aspect of the present invention, when a return processing operation for deposit unconfirmed banknotes is input to the operation unit, the control unit feeds out the deposit unconfirmed banknotes temporarily stored in the second temporary storage unit. Since it conveys to a 1st temporary storage part and makes a 1st temporary storage part removable, an attendant can take out a banknote from a machine in front of a customer, and it can return to a customer.
According to the second and third aspects of the invention, when a re-payment processing operation for a deposit-unconfirmed banknote is input to the operation unit, the control unit temporarily stores the deposit-unconfirmed banknote stored in the second temporary storage unit. Can be conveyed to the first temporary storage unit, and the banknote identified as unacceptable can be conveyed to the reject unit. Thereafter, the banknote is stored in the storage unit from the first temporary storage unit based on the deposit confirmation operation to the operation unit, or the banknote is discharged from the first temporary storage unit to the return unit based on the cancel operation to the operation unit. I can do it. Therefore, the confirmation process and the cancellation process after the re-payment process can be performed.

According to the invention which concerns on Claim 4 , a control part pays out a banknote also from a rejection part in a deposit unconfirmed storage process, and makes a 2nd temporary storage part temporarily store it as a deposit unconfirmed banknote. Therefore, even if a banknote identified as unacceptable is present in the reject part, it can be temporarily stored by being transferred to the second temporary storage part, thereby enabling the next deposit process. Therefore, even if the confirmation operation or the cancel operation after the deposit process is forgotten, the number of cases where the subsequent deposit process is possible can be increased. In other words, if there is a banknote in the reject part, it is unavoidable to stop handling as it is, but in such a case, by transferring the banknote of the reject part to the second temporary storage part and temporarily storing it, Subsequent deposit processing is possible.

According to the invention which concerns on Claim 5, when the return processing operation of a deposit unconfirmed banknote is input into the operation part, a control part will draw | pay out the deposit unconfirmed banknote temporarily stored in the 2nd temporary storage part. In order to convey to a rejection part or a return part, the deposit unconfirmed banknote temporarily stored in the 2nd temporary storage part can be returned directly to an operator. Therefore, it is possible to eliminate the need for the staff, and save the staff.

According to the invention which concerns on Claim 6 , when conveying a deposit unconfirmed banknote from a 2nd temporary storage part to a rejection part or a return part, by not performing the money type identification of the deposit unconfirmed banknote in an identification part, Power saving can be achieved.

According to the invention which concerns on Claim 7 , the 2nd temporary storage part can classify | categorize the deposit unconfirmed banknote of a multiple times deposit process for every deposit process, and can be stored temporarily, and a control part is an operation part. When the identification information related to the deposit process and the return processing operation of the deposit unconfirmed banknote are input, the deposit of other identification information to be paid out before the deposit undetermined banknote of this identification information from the second temporary storage unit The unconfirmed banknote is stored in the first temporary storage unit, and the deposit unconfirmed banknote of this identification information is conveyed to the reject unit or the return unit. Therefore, even if the confirmation operation or the cancel operation is forgotten in the plurality of deposit processes, the subsequent deposit process is possible.

According to the invention which concerns on Claim 8 , the return process operation of a deposit unconfirmed banknote is input into the operation part, the deposit unconfirmed banknote temporarily stored in the 2nd temporary storage part is drawn out, and it is from a rejection part or a return part. If the banknote is not taken out from the transport destination and the non-operation state detecting means detects that there is an unoperated state after the transport to the transport destination, the control unit pays out the banknote from the transport destination and the second temporary storage unit. Will return to Therefore, even when the returned deposit unconfirmed banknote is forgotten, the banknote is stored in the second temporary storage unit, and subsequent deposit processing is possible.

  According to the invention which concerns on Claim 9, since a 2nd temporary storage part is a tape take-up drum system, even if there is skew feeding and double feeding in a banknote, it can be made to temporarily store well, and it can pay out. Can do. Moreover, since it is easy to form an interval between banknotes, in particular, it is possible to classify and temporarily store deposit-indeterminate banknotes for a plurality of depositing processes for each depositing process. You can do it without it. Therefore, cost reduction and space saving can be achieved.

  According to the tenth aspect of the present invention, in the case where the customer side device unit used by the customer and the clerk side device unit used by the clerk are provided in one unit, the customer on the customer side who is particularly likely to forget to operate. The above configuration can be effectively applied to the side device section. Moreover, since the storage unit is shared by the customer side device unit and the clerk side device unit, the cost can be reduced.

  According to the invention which concerns on Claim 11, since a rejection part serves as a return part, manufacturing cost can be reduced.

It is a sectional side view showing roughly the bill processor concerning a 1st embodiment of the present invention. It is the same sectional side view, Comprising: The route of a customer side payment process is shown with a thick line. It is the same sectional side view, Comprising: The route of a customer side fixed accommodation process is shown with a thick line. It is the same sectional side view, Comprising: The route of a customer side payment return process is shown with a thick line. It is the same sectional side view, Comprising: The route | root of a deposit unconfirmed storage process is shown with a thick line. It is the same sectional side view, Comprising: The route of a payment indefinite return process is shown with a thick line. It is the same sectional side view, Comprising: The route | root of a deposit unconfirmed repayment process is shown with a thick line. It is the same sectional side view, Comprising: The route of clerk side payment processing is shown with a thick line. It is the same sectional side view, Comprising: The route | root of a clerk side fixed accommodation process is shown with a thick line. It is the same sectional side view, Comprising: The route of an attendant side return process is shown with a thick line. It is sectional drawing on the same side, Comprising: The route of a rose banknote payment process is shown with a thick line. It is the same sectional side view, Comprising: The route of a bundle payment process is shown with a thick line. It is a sectional side view which shows roughly the banknote processing machine which concerns on 2nd Embodiment of this invention, Comprising: The route of a 2nd customer side payment return process is shown with a thick line. It is the same sectional side view, Comprising: The route of the 2nd deposit unconfirmed return process is shown by a thick line.

A banknote handling machine according to a first embodiment of the present invention will be described below with reference to FIGS.
A banknote handling machine 10 according to the first embodiment shown in FIG. 1 is installed in a store of a financial institution such as a bank. Normally, a store of a financial institution is divided by a partition W into a clerk-side space Sx in which customer entry is restricted and only a clerk can come and go, and a customer-side (lobby side) space Sy in which a customer can come and go.

  And the banknote processing machine 10 of 1st Embodiment is arrange | positioned ranging over these clerk side space Sx and customer side space Sy, the clerk side apparatus part 11x used by a clerk, and the customer used by a customer The side device unit 11y is provided in one unit. Specifically, the clerk-side device unit 11x constitutes a banknote handling part of a cashier capable of performing various processing of banknotes and various processing of coins, and the customer-side device unit 11y includes a deposit process including return of banknotes. And the banknote handling part of the lobby-side deposit machine capable of only deposit processing including return of coins. The banknote handling machine 10 can perform various processing such as deposit processing for loose banknotes, withdrawal processing for loose banknotes and withdrawal processing for small bundles of bills in the clerk-side space Sx. Only the deposit process including the return of rose banknotes is possible.

  The customer-side device unit 11y includes a customer-side operation unit 20 (operation unit) that mainly receives an operation input by a customer in the customer-side space Sy, a customer-side display unit 21 that performs display for the customer, and customer-side payment. A customer-side deposit unit 22 (payment unit) in which loose banknotes are inserted from outside the machine by the customer during processing, and a customer-side reject unit 23 that discharges the banknotes taken into the machine during the customer-side deposit process so that they can be taken out by the customer. (Reject part, return part). The customer-side reject unit 23 rejects, for example, rejected banknotes that have been determined to be fake tickets or damaged tickets from among the banknotes that have been deposited.

  The clerk-side device unit 11x includes a clerk-side operation unit 30 that receives an operation input by a clerk in the clerk-side space Sx, a clerk-side display unit 31 that performs display toward the clerk, and a clerk-side device that performs a payment process on the clerk side. A rose banknote is inserted from the outside and a clerk-side rose banknote depositing / dispensing section 32 that withdraws the rose banknote so that it can be taken out by the clerk at the time of withdrawal processing on the clerk side. A small banknote withdrawal unit 33, a clerk side deposit reject unit 34 for discharging banknotes taken into the machine at the time of deposit processing on the clerk side, and a loose banknote that cannot be withdrawn at the time of withdrawal processing on the clerk side Etc., and an in-machine reject unit 35 for storing the like. The clerk-side deposit reject unit 34 rejects reject banknotes determined as, for example, counterfeit bills or damaged bills from the received rose banknotes so that they can be taken out by the clerk. The in-flight reject unit 35 rejects, for example, a banknote for dispensing banknotes such as multi-feed during the withdrawal process.

  As described above, the banknote handling machine 10 receives the banknotes inserted into the customer-side depositing unit 22, deposits the rose banknotes inserted into the clerk-side rose banknote depositing / dispensing unit 32, and clerk-side rose banknotes in / out. The withdrawal process of the rose banknotes via the unit 32 and the withdrawal process of the small bundle banknotes via the small banknote withdrawal part 33 are performed.

  When the clerk side is the front side, the clerk side device unit 11x faces the front side, and the above-mentioned clerk side loose banknote entry / exit part is loaded with loose banknotes from outside the machine and withdraws the banknotes for withdrawal from the machine. 32 is provided. The clerk-side loose banknote loading / unloading unit 32 inserts banknotes from the outside, can feed the inserted banknotes into the inside, pays out banknotes from the inside, and pays out the fed banknotes so that they can be taken out to the outside. is there.

  The clerk-side loose banknote entry / exit portion 32 is provided so that it can be raised and lowered in the orthogonal direction with a posture in which the placing plate 32a constituting the bottom portion is inclined downwardly. From the outside of the machine, the long side direction and the short side direction are aligned and stacked in the front and back direction, and the banknotes are inserted in the state where the long side direction is along the left and right direction, from the outside of the machine. Become. The bills inserted in this manner are placed on the placement plate 32a in a state of being stacked in a direction orthogonal to the placement plate 32a. In addition, in the clerk-side loose banknote entry / exit section 32, banknotes from the inside of the machine are drawn out in a posture in which the long side direction is aligned in the left-right direction and accumulated on the placement plate 32a.

  An opening / closing shutter 32b that allows and restricts access from outside of the machine to the banknote stacking space and a banknote in the clerk-side rose banknote insertion / extraction section 32 that detects the presence / absence of banknotes. A bill presence / absence detection sensor is provided. The shutter 32b is in a standby state when closed, and is opened when a bill is inserted from the outside of the machine into the clerk-side loose banknote loading / unloading section 32. Is opened when paying out to be removed from the machine.

  On the rear side of the upper part of the clerk-side loose banknote loading / unloading section 32, the bulky banknotes put in a stacked state on the mounting plate 32a from outside the machine are separated one by one from the one at the upper end and separated into the machine at a predetermined interval. A payout part 32c is provided for paying out banknotes from the inside of the machine to the clerk-side loose banknote input / output part 32. The feeding portion 32c always operates with the shutter 32b being closed. Note that in the banknote handling machine 10, banknotes are always conveyed in a posture in which the long side direction is along the left-right direction.

  The clerk-side device unit 11x is provided with the clerk-side deposit reject unit 34, which faces the front side of the clerk side, below the clerk-side loose banknote deposit / withdrawal unit 32. The clerk-side deposit reject unit 34 is one in which a deposit-rejected banknote determined to be unacceptable among the banknotes fed out from the clerk-side loose banknote depositing / dispensing unit 32 is fed out from the cabin. Accumulate and pay out to the outside. The clerk-side deposit reject unit 34 includes an openable / closable shutter 34a that allows and regulates access from outside the machine to the banknote accumulation space, and a banknote (not shown) that detects the presence or absence of banknotes in the clerk-side deposit reject unit 34. And a detection sensor. The closed state of the shutter 34a is a standby state.

  The clerk-side device unit 11x is provided with the above-described in-flight reject unit 35 behind the clerk-side loose banknote deposit / withdrawal unit 32 and the clerk-side deposit reject unit 34. The in-flight reject unit 35 accumulates and stores withdrawn reject banknotes, etc., which are determined not to be withdrawn during the withdrawal process.

  In the clerk-side device unit 11x, a clerk-side identification unit 40 for identifying the banknotes separated from the clerk-side loose banknote deposit / withdrawal unit 32 one by one by the feeding unit 32c and fed out into the machine behind the clerk-side deposit reject unit 34. Is provided. In addition, the clerk-side device unit 11x is provided with an aligning unit 41 that accumulates a predetermined number of bundles in the vertical direction in a horizontal posture while aligning the banknotes behind the clerk-side loose banknote input / output unit 32. Behind 41 is provided a transfer unit 42 that draws the stacked banknotes rearward from the alignment unit 41 in a horizontal state and lifts and conveys them vertically upward.

  In the clerk-side device unit 11x, a bundling unit that is bundled with a bundling tape above the alignment unit 41 and bundled with a bundling tape that is transported upward by the transfer unit 42 and sent out in a horizontal state from the upper position. 43 is provided. The binding unit 43 creates a small bundle banknote by winding and binding and cutting a binding tape around while holding the stacked banknotes fed forward from the transfer unit 42 from above and below.

  In the clerk-side device unit 11x, a small bundle of banknotes bundled at the bundling unit 43 and fed forward in the horizontal state are changed to a vertical shape in the front of the bundling unit 43, and a plurality of bundles are accumulated in the front-rear direction. Thus, the above-described small bundle banknote dispensing unit 33 that can be taken out of the machine is provided. In the small bundle banknote dispensing unit 33, an openable and closable shutter 33a that allows and regulates access from outside the machine to the collection space of the small bundle banknotes and the presence or absence of small bundle banknotes in the small bundle banknote dispensing unit 33 are detected. An unillustrated small bundle banknote presence / absence detection sensor is provided.

  In the lower part of the clerk-side device unit 11x, in order from the back side, for example, a banknote storage 45 (storage unit) that stores the banknotes that have been deposited in a state where they are stacked up and down so that they can be fed out, and similar banknotes. A bank 46 (storage section), a similar banknote storage 47 (storage section), a similar banknote storage 48 (storage section), for example, can be fed out in a state where the banknotes that have been deposited are stacked up and down before depositing, for example. The banknote storage 49 to be temporarily stored is arranged in the front-rear direction with the vertical and horizontal positions aligned.

  The banknote bank 45 is a rose banknote of a predetermined single denomination (for example, a thousand yen ticket), the banknote bank 46 is a rose banknote of a predetermined single denomination (for example, a 5,000 yen ticket), and the banknote bank 47 is a predetermined banknote. A single banknote of a single denomination (for example, a 10,000 yen ticket), and a banknote store 48 stores a banknote of mixed denominations. In other words, the banknote handling machine 10 is provided with a plurality of banknote storage 45 to 47 for each denomination. The banknote store 49 stores, for example, rose banknotes that are fed out from the clerk-side rose banknote depositing / dispensing unit 32 and identified as normal by the clerk-side identification unit 40 in a state where they are accumulated vertically by denomination mixing. The banknote 48 is an overflow banknote that cannot be stored in the banknotes 45 to 47 for a single denomination, and a predetermined denomination with a small circulation amount that does not have a banknote bank for a single denomination (for example, a 2000 yen ticket). Of rose bills.

  The banknote storage 45 is provided with a horizontal placement plate 45a that constitutes the bottom thereof so as to be vertically movable, and the banknotes are drawn one by one on the placement plate 45a and stacked in the vertical direction on the top. At the same time, a feeding part 45b for separating and feeding the banknotes on the placing plate 45a one by one from the top one is provided. The banknote bank 45 is provided with a banknote presence / absence detection sensor (not shown) that detects the presence or absence of an internal banknote. The same placement plate 46a, feeding portion 46b and a not-shown banknote presence / absence detection sensor are also provided in the banknote compartment 46, and the same placement plate 47a, feeding portion 47b and a not-shown banknote presence / absence detection sensor are also provided in the banknote store 47, The same placement plate 48a, feeding portion 48b and unillustrated banknote presence / absence detection sensor are also provided in the banknote bank 48, and the same placement plate 49a, feeding portion 49b and unillustrated banknote presence / absence detection sensor are also present in the banknote store 49, Each is provided.

  The banknotes 45 to 49 are stacked in the vertical direction on banknotes fed one by one from the corresponding parts of the feeding part 45b to the feeding part 49b onto the corresponding ones of the placing board 45a to the placing board 49a. Let me store. Here, the banknote storage 45 to 47 stores banknotes by denomination and separates and feeds out the banknotes stored one by one. The banknotes 45 to 47 are used to store banknotes stored and stored. It constitutes a money-based recirculation part that pays out for money. Moreover, the banknote store | warehouse | chamber 49 comprises the temporary storage part which isolate | separates and pays out the banknote currently temporarily stored one by one while temporarily storing a banknote. The clerk side identification unit 40 also identifies the banknotes fed out from these banknote stores 45-49.

  A banknote transport path 51 for transporting banknotes is provided in the clerk-side device unit 11x so as to appropriately connect each part of the clerk-side device unit 11x. The banknote conveyance path 51 has a conveyance path 51 </ b> A that connects the clerk side loose banknote entry / exit section 32 and the banknote storage 49. When the clerk side is the front, the conveyance path 51A extends rearwardly upward from the payout part 32c of the clerk-side loose banknote entry / exit part 32, then extends rearwardly downward, and further extends vertically downward, and then extends to the front side. After extending, it extends downward. The conveyance path 51A further extends rearward, bends upward in the middle, then extends rearward, passes through the clerk-side identification unit 40, and then extends downward at the rear part of the clerk-side device unit 11x. It extends forward and extends downward from the front part of the clerk-side device part 11 x and is connected to the feeding part 49 b of the banknote store 49.

  The banknote transport path 51 branches from the banknote 49 side of the transport path 51B, which branches from the middle of the horizontal portion of the lower part of the transport path 51A and is connected to the feeding portion 45b of the banknote storage 45, and the transport path 51B of the transport path 51A. And a conveyance path 51 </ b> C connected to the feeding part 46 b of the banknote bank 46. Moreover, the banknote conveyance path 51 branches from the conveyance path 51C of the conveyance path 51A from the banknote storage 49 side and is connected to the feeding portion 47b of the banknote storage 47, and the banknote storage than the conveyance path 51D of the conveyance path 51A. It has the conveyance path 51E branched from the 49 side and connected with the delivery part 48b of the banknote store 48. Furthermore, the banknote transport path 51 branches from the front end part on the banknote storage 49 side of the transport path 51E of the transport path 51A, extends upward, and then extends rearward to the clerk side loose banknote input / output section 32 of the transport path 51A. A conveyance path 51 </ b> F connected to a position between the clerk-side identification unit 40.

  The banknote transport path 51 includes a transport path 51G that branches from a position between the branch position of the transport path 51E and the branch position of the transport path 51F in the transport path 51A, extends upward, and is connected to the intermediate position of the transport path 51F. In 51F, it branches from between the connection position of the conveyance path 51G and the connection position of the conveyance path 51A to the clerk-side loose banknote entry / extraction section 32 side, extends upward, and then extends forward to the clerk-side receipt rejection section 34. And a conveyance path 51H connected to. The banknote transport path 51 includes a transport path 51J that bypasses the transport path 51A between the clerk-side loose banknote entry / exit section 32 and the clerk-side identification section 40, and a clerk-side loose banknote input / output section 32 and a transport path of the transport path 51A. The conveyance path 51 </ b> K is branched backward from the position between the connection position 51 </ b> J and connected to the alignment unit 41. The conveyance path 51J constitutes a part of the front / back reversing part 53 whose middle part reverses the front and back of the banknote.

  The banknote conveyance path 51 includes a connection position of the conveyance path 51A to the conveyance path 51F on the clerk side loose banknote input / output part 32 side and a connection position of the conveyance path 51A to the conveyance path 51J on the clerk side rose banknote input / output part 32 side. It has a conveyance path 51M that branches forward from between and leads to the conveyance path 51H. The banknote transport path 51 further includes a transport path 51N that branches upward from the connection position of the transport path 51H to the transport path 51M and the connection position to the clerk-side deposit rejection unit 34 and connects to the in-flight rejection unit 35. doing.

  At the position where the conveyance path 51B of the conveyance path 51A branches, a route and a conveyance path 51B that conveys the banknotes that are conveyed on the conveyance path 51A from the clerk side identification unit 40 side to the banknote storage 49 as they are in the conveyance path 51A. A distribution unit 55B is provided to distribute the route to the route. At a position where the transport path 51C of the transport path 51A branches, a route that transports the banknotes that are transported from the clerk side identification unit 40 side toward the banknote store 49 along the transport path 51A and the transport path 51C as they are. A distribution unit 55C is provided to distribute the route to the route. At a position where the conveyance path 51D of the conveyance path 51A branches, a route and a conveyance path 51D that conveys the banknotes that are conveyed on the conveyance path 51A from the clerk side identification unit 40 side to the banknote store 49 as they are in the conveyance path 51A. A distribution unit 55D is provided that distributes the route to the route. At a position where the transport path 51E of the transport path 51A branches, a route that transports the banknotes that are transported on the transport path 51A from the clerk-side identification unit 40 side to the banknote store 49 as it is on the transport path 51A and the transport path 51E. A distribution unit 55E is provided to distribute the route to the route.

  At the position where the transport path 51F is connected between the clerk-side loose banknote entry / exit section 32 and the clerk-side identification section 40 of the transport path 51A, the transport path 51A from the clerk-side identification section 40 side to the clerk-side loose banknote entry / exit section 32 A sorting unit 55Fa is provided that sorts the banknotes that are being conveyed toward the route into the route that conveys the bills as they are along the conveyance path 51A and the route that flows through the conveyance path 51F. The banknote being conveyed from the banknote storage 49 side toward the clerk side identification unit 40 at the position where the conveyance path 51F is connected between the clerk side identification unit 40 and the banknote store 49 of the transport path 51A. Is distributed to a route that is transported through the transport path 51A and a route that is transported through the transport path 51F.

  At a position where the conveyance path 51G of the conveyance path 51A branches, a route and a conveyance path 51G that conveys the banknotes that are conveyed on the conveyance path 51A from the clerk side identification unit 40 side to the banknote storage 49 as they are in the conveyance path 51A. A distribution unit 55G that distributes the route to the route is provided. At the position where the transport path 51H of the transport path 51F branches, the banknote transported through the transport path 51F from the banknote storage 49 side toward the clerk side identification unit 40 and the transport path 51H are transported as they are by the transport path 51F. A distribution unit 55H is provided to distribute the route to the route.

  At the position where the transport path 51J of the transport path 51A branches, a route for transporting the banknotes that are transported from the clerk side identification unit 40 side toward the clerk side bill banknote input / output unit 32 through the transport path 51A as it is. And a distribution unit 55J that distributes the route to the transport path 51J. At the position where the transport path 51K of the transport path 51A branches, a route for transporting the banknotes that are transported from the clerk side identification unit 40 side toward the clerk side loose banknote input / output unit 32 through the transport path 51A as it is on the transport path 51A. And a distribution unit 55K that distributes the route to the transport path 51K.

  At the position where the transport path 51M of the transport path 51A branches, a route for transporting the banknotes that are transported from the clerk-side identification unit 40 side toward the clerk-side loose banknote entry / exit section 32 through the transport path 51A as it is. And a distribution unit 55M that distributes the route to the transport path 51M. At the position where the transport path 51N of the transport path 51H branches, the banknote transported from the banknote storage 49 side toward the clerk-side deposit reject unit 34 side and the transport path 51H are transported as they are along the transport path 51H. A distribution unit 55N that distributes the route to the route 51N is provided.

  The front / back reversing unit 53 has an entrance-side transport path and an exit-side transport path that are formed in the middle of the transport path 51J and have an inverted V shape, and the banknote located at the end position of the entrance-side transport path is moved forward. A moving mechanism (not shown) such as an impeller that is pressed and moved to the exit-side conveyance path is provided.

  The front / back reversing unit 53 accepts the banknote moving in the transport path 51A from the clerk-side identification unit 40 toward the clerk-side rose banknote input / output unit 32 with one direction of the top-and-bottom direction aligned with the transport direction in the entrance-side transport path. Then, it is delivered to the exit side transport path, and the exit side transport path is joined again to the transport path 51A by aligning the opposite direction of the vertical direction to the transport direction. Thereby, with respect to the case where the banknotes that have passed through the front / back reversing unit 53 are transported from the clerk-side identification unit 40 toward the clerk-side loose banknote entry / exit unit 32 through the transport path 51A without passing through the front / back reversing unit 53. The front and back and top and bottom are reversed.

  The allocating unit 55J causes the banknotes, which are conveyed with a predetermined one side in the front and back direction to face upward, from the identification result of the clerk side identifying unit 40 to flow to the conveyance path 51A as it is so as to bypass the conveyance path 51J. From the identification result of the identification unit 40, the banknotes that are conveyed with the opposite side opposite to the one side in the front-back direction facing up are flowed to the conveyance path 51 </ b> J, that is, the front-back reversing unit 53. As a result, the banknotes that flow on the side of the clerk-side loose banknote input / output unit 32 from the transport path 51J of the transport path 51A are arranged on the front and back sides.

  The customer-side device unit 11y is provided with the customer-side depositing unit 22 that faces the front side of the customer-side device unit 11y and into which loose banknotes are inserted from the outside of the machine. The customer-side depositing unit 22 can insert bills from the outside and feed the inserted bills into the inside.

  The customer-side depositing unit 22 is provided so as to be able to be raised and lowered in the orthogonal direction in a posture in which the mounting plate 22a constituting the bottom portion is inclined rearwardly downward. From the outside of the machine, banknotes are thrown into the customer-side depositing unit 22 with the long side direction and the short side direction aligned and accumulated in the front and back directions and the long side direction aligned in the left-right direction. The inserted bills are placed in a state where they are stacked on the placement plate 22a in a direction perpendicular to the placement plate 22a.

  The customer-side depositing unit 22 includes an openable / closable shutter 22b that allows and regulates access from outside the machine to the banknote accumulation space, and a banknote presence / absence detection sensor (not shown) that detects the presence / absence of banknotes in the customer-side depositing unit 22. And are provided. The closed state of the shutter 22b is a standby state, and is opened when a bill is inserted into the customer-side depositing unit 22 from outside the apparatus.

  On the rear side of the upper part of the customer-side depositing unit 22, the bills that are put in a stacked state on the mounting plate 22a from outside the machine are separated one by one from the one at the upper end and fed out into the machine at a predetermined interval. A portion 22c is provided. The feeding portion 22c always operates with the shutter 22b closed. Here, the feeding unit 22c can feed banknotes from inside the machine to the customer-side depositing unit 22, so that the customer-side depositing unit 22 is fed out from the inside in a posture in which the long side direction is along the left-right direction. Banknotes can be accumulated on the placing plate 22a.

  The customer-side device unit 11y is provided with the above-described customer-side reject unit 23 facing the front surface below the customer-side deposit unit 22. The customer-side reject unit 23 is provided so as to be able to be raised and lowered in the orthogonal direction in a posture in which the mounting plate 23a constituting the bottom portion thereof is inclined downward and downward. On the customer-side reject unit 23, banknotes from the inside of the machine are drawn out in a posture in which the long side direction is aligned in the left-right direction, and are stacked on the mounting plate 23a in the vertical direction.

  The customer-side reject unit 23 includes an openable and closable shutter 23b that allows and restricts access from outside the machine to the banknote accumulation space, and a banknote presence / absence detection sensor (not shown) that detects the presence or absence of banknotes in the customer-side reject unit 23. And are provided. The shutter 23b is in a standby state when closed, and is opened when a bill is taken out from the customer-side reject unit 23 outside the machine.

  On the rear side of the upper part of the customer-side reject unit 23, a feeding unit 23c that feeds out banknotes from the machine into the customer-side reject unit 23 is provided. The feeding portion 23c is always operated with the shutter 23b closed. The banknotes fed from the inside of the machine to the customer-side reject unit 23 by the feeding unit 23c are accumulated on the placing plate 23a. Here, the feeding unit 23c can separate the banknotes stacked on the placing plate 23a one by one from the top one and feed them into the machine at a predetermined interval. The reject unit 23 can take bills accumulated on the placement plate 23a one by one into the machine.

  The customer-side device unit 11y includes a customer-side identification unit 80 (identification unit) for identifying banknotes separated from the customer-side deposit unit 22 one by one by the feeding unit 22c and fed into the machine behind the customer-side rejection unit 23. Is provided. Further, in the lower part of the customer-side device unit 11y, for example, a banknote bank 81 (first temporary storage) that temporarily stores the banknotes that have been deposited, for example, in a state of being stacked up and down in a stacked state, in order from the front side. Part) and a banknote bank 82 (second temporary storage part) for temporarily storing banknotes fed out from the banknote bank 81.

  The banknote bank 81 is provided with a horizontal placement plate 81a constituting the bottom thereof so that it can be moved up and down in the vertical direction. At the top, the banknotes are drawn one by one on the placement plate 81a and stacked in the vertical direction. A feeding part 81b for separating and feeding the banknotes on the placing plate 81a one by one from the top one is provided. Moreover, the banknote bank 81 is provided with a banknote presence / absence detection sensor (not shown) that detects the presence or absence of an internal banknote. The banknote bank 81, for example, stores the rose banknotes that are fed out from the customer-side depositing unit 22 and identified as normal by the customer-side identifying unit 80 in a vertical manner by denomination mixing.

  The banknote bank 82 is of a tape winding drum type having a banknote stacking drum 82b capable of winding and feeding the tape 82a from one end side, and a tape drum 82c capable of winding and feeding the tape 82a from the other end side. is there. The banknote bank 82 sequentially winds banknotes carried in from the inlet / outlet 82d together with the tape 82a around the banknote stacking drum 82b by rotating the banknote stacking drum 82b and the tape drum 82c in one direction (clockwise direction in FIG. 1). Store temporarily. Moreover, the banknote storage 82 is a banknote stack | stacking with the tape 82a with the banknote temporarily stored by the banknote stacking drum 82b, when the banknote stacking drum 82b and the tape drum 82c rotate in a reverse direction (counterclockwise direction of FIG. 1). The drum 82b is separated from the feeding tape 82a and sent out one by one from the inlet / outlet 82d (see, for example, JP-A-2006-290513 and JP-A-2011-3449). The banknote storage 82 has a banknote passage detection sensor 82e that detects a banknote passing through the entrance / exit 82d, and a rotational position detection sensor 82f that detects the rotational position of the banknote stacking drum 82b.

  The customer side device unit 11y is provided with a banknote transport path 91 (payment transport unit) for transporting banknotes so as to appropriately connect the respective units of the customer side device unit 11y. The banknote transport path 91 has a transport path 91 </ b> A that connects the customer-side deposit unit 22 and the banknote storage 81. Assuming that the customer side is the front side, the conveyance path 91A extends rearwardly upward from the feeding portion 22c of the customer-side depositing portion 22, then extends downwardly downward, further extends vertically downward, and then extends to the front side. After that, it extends downward. The conveyance path 91A further extends rearward and passes through the customer side identification unit 80, then extends downward at the rear part of the customer side device unit 11y, and further extends forward and downward at the front part of the customer side device unit 11y. And is connected to the feeding portion 81b of the banknote storage 81.

  The banknote transport path 91 branches from the middle of the lower horizontal part of the transport path 91A and is connected to the entrance / exit 82d of the banknote bank 82, and the banknote 81 side from the branch position of the transport path 91B of the transport path 91A. The transfer path 91C is branched from the front end portion of the transfer path 91 and extends upward, and then extends rearward and is connected to the position between the customer-side depositing unit 22 and the customer-side identification unit 80 of the transfer path 91A. The banknote transport path 91 includes a transport path 91D that branches from a position between the branch position of the transport path 91B and the branch position of the transport path 91C in the transport path 91A, extends upward, and is connected to the midway position of the transport path 91C. In 91C, the conveyance path 91D branches from between the connection position of the conveyance path 91D and the connection position of the conveyance path 91A to the customer-side depositing unit 22 side, extends upward, and then extends forward to be connected to the customer-side rejection unit 23. And a road 51E. Moreover, the banknote conveyance path 91 branches the conveyance path 91F which branches ahead from between the connection position to the customer side depositing part 22 side of the conveyance path 91C in the conveyance path 91A, and the customer side depositing part 22 and leads to the conveyance path 91E. Have.

  At the position where the conveyance path 91C is connected between the customer-side depositing unit 22 and the customer-side identification unit 80 on the conveyance path 91A, the conveyance path 91A is conveyed from the customer-side identification unit 80 side toward the customer-side depositing unit 22. A sorting unit 95Ca is provided that sorts the banknotes that are being transported as they are in the transport path 91A and the route that flows into the transport path 91C. A banknote being transported from the banknote bank 81 side toward the customer side identification unit 80 at the position where the transport path 91C is connected between the customer side identification unit 80 and the banknote bank 81 of the transport path 91A. Is distributed to the route that is transported through the transport path 91A and the route that is transported through the transport path 91C.

  At a position where the conveyance path 91D of the conveyance path 91A branches, a route and a conveyance path 91D that convey the banknote being conveyed from the customer side identification unit 80 side toward the banknote storage 81 on the conveyance path 91A as it is on the conveyance path 91A. A distribution unit 95D that distributes the route to the route is provided. At a position where the conveyance path 91E of the conveyance path 91C branches, a route and a conveyance path 91E that convey the banknotes conveyed on the conveyance path 91C from the banknote storage 81 side toward the customer side identification unit 80 as they are in the conveyance path 91C. A distribution unit 95E is provided to distribute the route to the route. In addition, at the position where the conveyance path 91F of the conveyance path 91A branches, the banknote conveyed by the conveyance path 91A from the customer-side identification unit 80 side to the customer-side depositing unit 22 side is directly conveyed along the conveyance path 91A. A distribution unit 95F that distributes the route to the route 91F is provided.

  The conveyance path 91Z is branched from the rear end portion between the customer side identification unit 80 of the conveyance path 91A and the branch position of the conveyance path 91B. The conveyance path 91Z is connected to a rear end portion of the clerk-side device unit 11x between the clerk-side identification unit 40 of the conveyance path 51A and the branch position of the conveyance path 51B, and connects the conveyance path 91A and the conveyance path 51A. . At the branch position of the transport path 91Z of the transport path 91A, banknotes transported on the transport path 91A from the customer-side identification unit 80 side toward the banknote storage 81 are flowed as they are to the transport path 91A and the transport path 91Z. A distribution unit 95A that distributes the route is provided. Further, a guide portion 95Z is provided at a connection position of the conveyance path 91Z of the conveyance path 51A. The guide portion 95Z is transported from the clerk side identification unit 40 side in the transport path 51A toward the banknote storage 45-49, and transported from the transport path 91Z toward the banknote storage 45-49 side via the transport path 51A. On the other hand, the banknotes conveyed from the banknote storage 45-49 side by the conveyance path 51A are always guided to the clerk side identification unit 40 side.

  The banknote handling machine 10 stores information such as information on each banknote based on banknote identification results by the control unit 100 (non-operation state detecting means) that controls the operation thereof, and the clerk side identification unit 40 and the customer side identification unit 80. Part 101. The storage unit 101 stores denomination information and number information of each banknote. The banknote handling machine 10 includes a customer-side operation unit 20, a customer-side display unit 21, a customer-side deposit unit 22, a customer-side rejection unit 23, a customer-side identification unit 80, a banknote storage 81, and a banknote storage 82. The banknote storage 45 to 48 and the in-flight rejection unit 35 are shared by the clerk side device unit 11x and the customer side device unit 11y.

  Next, each process of the banknote processing machine 10 performed by control by the control part 100 based on the operation input to the customer side operation part 20 or the attendant side identification part 40 is demonstrated.

"Customer payment process"
The thick line in FIG. 2 indicates the route of the customer-side deposit process for identifying and counting the rose bills inserted into the customer-side deposit unit 22 from outside the machine and temporarily storing them in the bill storage 81 as a temporary storage unit. . That is, when the banknotes are placed in a stacked state on the placement plate 22a of the customer-side depositing unit 22 and the customer-side operation unit 20 performs an input operation for performing the customer-side depositing process, the bill processing machine 10 Performs customer-side deposit processing for temporarily storing the banknote in the banknote storage 81 after identifying the banknote in the customer-side depositing unit 22 with the customer-side identifying unit 80.

  Specifically, when a customer-side deposit processing selection operation is input to the customer-side operation unit 20, the control unit 100 opens the shutter 22b. Then, the clerk puts the bills on the placing plate 22a and inputs an input operation for performing the customer-side deposit processing to the customer-side operation unit 20. Then, on the condition that a banknote is detected in the customer-side depositing unit 22 by a not-illustrated banknote presence / absence detection sensor, the control unit 100 closes the shutter 22b, the placing plate 22a, the banknote transport path 91, and the feeding unit. 22c, the feeding part 81b, etc. are driven. Then, the feeding unit 22c separates the banknotes on the placing plate 22a of the customer-side depositing unit 22 one by one from the top one and feeds them into the machine at a predetermined interval. As shown by a thick solid line, the bill is conveyed by the conveyance path 91A of the banknote conveyance path 91 and identified by the customer side identification unit 80. Thereafter, the sorting unit 95A directs the banknotes directly toward the banknote bank 81 through the transport path 91A. And the control part 100 conveys the banknote (banknote of a handling denomination) identified as normal and receivable by the customer side identification part 80 to the banknote bank 81 by the conveyance path 91A as shown by a thick solid line in FIG. The unacceptable banknote (unidentifiable banknote) that has not been identified as normal by the customer-side identification unit 80, as indicated by a thick solid line to a thick broken line in FIG. Then, it flows to 91C, flows from the transfer path 91C to the transfer path 91E by the sorting unit 95E, and is transferred to the customer-side reject unit 23. As a result, acceptable banknotes are temporarily stored in the banknote bank 81, and unacceptable banknotes are paid out to the customer-side reject unit 23 in a state where the shutter 23b is closed.

  After the customer-side deposit process is started, a bill presence / absence detection sensor (not shown) detects that there are no bills remaining in the customer-side deposit unit 22, and a bill path sensor (not shown) has no bills in the bill transport path 91. Is detected, the control unit 100 ends the customer-side payment process. At that time, when a banknote presence / absence detection sensor (not shown) detects that there is a banknote in the customer-side reject unit 23, the control unit 100 opens the shutter 23b. As a result, the customer takes out the banknote from the customer-side reject unit 23. When a banknote presence / absence detection sensor (not shown) detects that a banknote has been taken out from the customer-side reject unit 23, the control unit 100 closes the shutter 23b. The control unit 100 temporarily stores in the storage unit 101 the number information of the money type of the banknote determined to be acceptable by the customer-side identification unit 80 in the above customer-side payment process and displays the information on the customer-side display unit 21. .

“Customer-sided storage”
The thick line in FIG. 3 confirms the banknote temporarily stored in the banknote storage 81 in the above-described customer-side deposit process on the condition that the approval operation to the customer-side operation unit 20 is input, The route of the customer side fixed accommodation process accommodated in the thing corresponding to the banknote storage 45-47 as a denomination circulation part provided in the part 11x and the banknote storage 48 as a denomination mixing storage part is shown.

  In the customer-side confirmed storage process, when an approval operation is input to the customer-side operation unit 20, the banknotes are fed out from the banknote store 81 and identified by the customer-side identification unit 80, and the banknotes that are not identified as normal are rejected on the machine. While storing in 35, the customer side storing operation which sorts and stores the banknote identified as normal in the banknote storage 45-48 is performed.

  Specifically, in the customer-side storing operation, the feeding unit 81b separates the banknotes in the banknote bank 81 one by one from the top one and feeds them at a predetermined interval. As shown in FIG. 5, the customer side identification unit is a route that transports from the transport path 91A to the transport path 91C by the sorting unit 95Cb, and transports it as it is to the end position of the transport path 91C by the sorting unit 95E, and then passes again through the transport path 91A. Then, the customer side identification unit 80 identifies the customer. And the banknote identified as normal based on the identification result of the customer side identification part 80 by making it flow to the conveyance path 51A from the conveyance path 91A in the distribution path 91A in the distribution part 95A, and the distribution parts 55B-55E and It conveys to the corresponding thing of the banknotes 45-48 by the thing corresponding to the conveyance paths 51A-51E. Thereby, the banknote identified as normal is accommodated in the thing corresponding to the banknotes 45-48. That is, among the banknotes identified as normal, the single denomination (for example, a thousand yen voucher) to be stored in the banknote bank 45 is stored in the banknote bank 45 and the single denomination (in the banknote bank 46). For example, banknotes of 5,000 yen are stored in the banknote 46, banknotes of a single denomination (for example, 10,000 yen) are stored in the banknote 47, and money types are stored in the banknote 48. Banknotes (for example, full denominations when the 2000 yen bill and banknotes 45 to 47 are full) are stored in the banknote 48.

  Further, in the customer side storing operation, the banknotes that are not identified as normal by the identification by the customer side identification unit 80 are transferred from the conveyance path 51A to the distribution unit 55G as shown by the thick solid line to the thick broken line in FIG. It flows into the conveyance paths 51G and 51F, flows from the conveyance path 51F to the conveyance path 51H by the sorting unit 55H, flows from the conveyance path 51H to the conveyance path 51N by the sorting unit 55N, and is conveyed and stored in the in-machine rejection unit 35. When the unillustrated banknote presence / absence detection sensor detects that there are no banknotes in the banknote bank 81 and the unillustrated transport path sensor detects that there are no banknotes in the banknote transport paths 51 and 91, the control unit 100 The customer-side confirmed storage process is terminated.

"Customer payment return processing"
The thick line in FIG. 4 indicates that the banknote temporarily stored in the banknote bank 81 in the customer-side deposit process is fed to the customer-side reject unit 23 on the condition that a cancel operation to the customer-side operation unit 20 is input. Shows the route for deposit return processing. That is, in the customer-side deposit return processing, the banknote 81 is fed from the upper end by the feeding unit 81b, and the fed banknote is flowed from the transporting path 91A to the transporting path 91C by the sorting unit 95Cb. The portion 95E flows along the conveyance path 91E and conveys it to the customer-side reject unit 23. Thereby, the banknotes drawn out from the banknote bank 81 are accumulated in the customer-side reject unit 23. After the customer-side payment return process is started, a not-illustrated banknote presence / absence detection sensor detects that there are no banknotes in the banknote storage 81, and a not-illustrated transport path sensor detects that there are no banknotes in the banknote transport path 91. The control unit 100 opens the shutter 23b. Thereby, a banknote is taken out from the customer side rejection part 23. FIG. When an unillustrated banknote presence / absence detection sensor detects that a banknote has been taken out from the customer-side reject unit 23, the control unit 100 closes the shutter 23b and ends the customer-side deposit return process.

  By the above, the banknote conveyance path 91 conveys the banknote drawn | fed out by the delivery part 22c from the customer side money_receiving | payment part 22 based on the money_receiving | payment process operation to the customer side operation part 20, for example. The customer side identification part 80 identifies the banknote conveyed by the banknote conveyance path 91 in this way. The banknote bank 81 temporarily stores banknotes identified as acceptable by the customer side identification unit 80. The customer-side reject unit 23 discharges the banknote identified as unacceptable by the customer-side identification unit 80 so as to be able to be taken out of the machine, and is fed out from the banknote bank 81 based on a cancel operation to the customer-side operation unit 20. Return to the outside so that it can be removed. The banknotes 45 to 48 store banknotes fed out from the banknote bank 81 based on the deposit confirmation operation to the customer side operation unit 20. The customer-side reject unit 23 is fed out from the banknote store 81 based on a reject unit that discharges the banknote identified as unacceptable by the customer-side identification unit 80 so as to be able to be taken out of the machine and a cancel operation to the customer-side operation unit 20. It also serves as a return unit that returns the bills to be taken out of the machine.

"Indeterminate deposit storage process"
The control part 100 detects the presence or absence of the predetermined | prescribed non-operation state of the customer side operation part 20 after completion | finish of the customer side payment process which makes the above banknote 81 store a banknote temporarily. This predetermined unoperated state is detected, for example, when the time measured by a timer started after the end of the customer-side payment process reaches a predetermined limit time, and this time measured reaches the predetermined limit time. . That is, the control unit 100 detects that there is a predetermined unoperated state when the timer time reaches a predetermined limit time. If the timer time does not reach the predetermined limit time, Detects that there is no unoperated state. Alternatively, a human sensor that detects the leaving of a person is provided in front of the customer-side device unit 11y, and a predetermined unoperated state is detected by detecting the leaving of the person. That is, when the human sensor detects the leaving of the person, the control unit 100 detects the presence of a predetermined unoperated state. When the human sensor does not detect the leaving of the person, there is no predetermined unoperated state. Is detected. Combining the time measured by the timer and the detection of the person leaving the human sensor, the time measured by the timer reaches a predetermined time limit, and the human sensor detects the person leaving from the customer side device unit 11y. On the other hand, the presence of a predetermined unoperated state may be detected.

  The control unit 100 is in a state in which the banknote 81 is temporarily stored in the banknote bank 81 after the end of the customer-side deposit process, and the predetermined unoperated state described above is present before the deposit confirmation operation to the customer-side operation unit 20 and before the cancel operation. Is detected, the banknote is drawn out from the banknote bank 81, and a deposit unconfirmed storage process is performed to temporarily store the banknote bank 82 as a deposit unconfirmed banknote through the route indicated by a thick line in FIG. Note that if a deposit confirmation operation or cancel operation is input to the customer side operation unit 20 before detecting the above-described predetermined unoperated state, the deposit unconfirmed storage process is not performed. In this deposit unconfirmed storage process, when all the banknotes in the banknote bank 81 are drawn out and temporarily stored in the banknote bank 82, the control unit 100 is based on the detection result of the banknote presence / absence detection sensor (not shown). If the banknote is present in the customer-side reject unit 23, the banknote in the customer-side reject unit 23 is also temporarily stored in the banknote store 82.

  Specifically, in the deposit unconfirmed storage process, as shown by a thick solid line in FIG. 5, the feeding unit 81b feeds the banknote in the banknote bank 81 from the top one, and the fed banknote is shaken from the transport path 91A. Flowed to the transport path 91C by the distribution unit 95Cb, flowed as it is to the end position of the transport path 91C by the sorting unit 95E, flowed again to the transport path 91A, passed through the customer side identification unit 80, and then transferred to the transport path 91A by the sorting unit 95A. Then, the flow is flown as it is, and is flowed to the transport path 91B by the sorting unit 95B and transported to the banknote bank 82. Then, the banknote bank 82 winds the banknotes together with the tape 82a around the banknote stacking drum 82b and temporarily stores them. That is, the banknote bank 82 temporarily stores the banknotes in the banknote bank 81 as undeposited banknotes. After the deposit unconfirmed storage process is started, a not-illustrated banknote presence / absence detection sensor detects that there is no banknote in the banknote storage 81, and a banknote passage detection sensor 82e and a not-illustrated transport path sensor receive a banknote in the banknote transport path 91. When detecting that there is no banknote, the control unit 100 detects the presence or absence of banknotes in the customer-side reject unit 23, and if there is no banknote in the customer-side reject unit 23, the deposit unconfirmed storage process is terminated.

  On the other hand, when there are banknotes in the customer-side reject unit 23, the banknotes of the customer-side reject unit 23 are fed out from the upper end by the feeding unit 23c, and the fed banknotes are transported from the transport paths 91E and 91F to the transport path 91A. Then, after passing through the customer side identification unit 80, the distribution unit 95A causes the distribution path 91A to flow as it is, and the distribution unit 95B causes the distribution unit 91B to flow to the banknote storage 82. Then, the banknote bank 82 winds the banknotes together with the tape 82a around the banknote stacking drum 82b and temporarily stores them. That is, the banknote store 82 temporarily stores the banknote of the customer-side reject unit 23 as a deposit unconfirmed banknote. When a banknote presence / absence detection sensor (not shown) detects that there is no banknote in the customer-side reject unit 23, and a banknote passage detection sensor 82e and a transport path sensor (not shown) detect that there is no banknote in the banknote transport path 91. The control unit 100 ends the deposit unconfirmed storage process. That is, in the deposit unconfirmed storage process, the control unit 100 also feeds out banknotes from the customer-side reject unit 23 and temporarily stores them in the banknote store 82 as deposit unconfirmed banknotes.

  From the start to the end of the deposit unconfirmed storage process, the control unit 100 detects the rotational position of the banknote stacking drum 82b, so that any rotational position range of the banknote stacking drum 82b can be detected. It is grasped whether the deposit unconfirmed banknote of the deposit unconfirmed storage process is temporarily stored. That is, the banknote bank 82 can categorize and temporarily store undetermined banknotes for a plurality of customer-side deposit processes for each customer-side deposit process. Even if a plurality of deposit-undetermined storage processes are performed, The deposit unconfirmed banknotes for each indeterminate storage process are distinguished by grasping in which rotational position range of the banknote stacking drum 82b. In order to grasp this, a predetermined rotation interval for distinguishing between processes is provided between the deposit unconfirmed storage process and the next deposit unconfirmed storage process. The control part 100 memorize | stores the range of the rotation position for every deposit unconfirmed storage process in the memory | storage part 101 with the separate identification information relevant to a customer side deposit process. As the identification information related to the customer-side payment process, for example, the identification number of the IC card read by the card reader of the customer-side operation unit 20 is used.

"Indeterminate payment return process"
When a return processing operation for a deposit unconfirmed banknote is input to the customer side operation unit 20, the control unit 100 pays out the deposit unconfirmed banknote temporarily stored in the banknote bank 82, and is a route indicated by a thick line in FIG. 6. The deposit unconfirmed return process to be conveyed to the customer-side reject unit 23 is performed.

  That is, the IC card is read by the card reader of the customer side operation unit 20 at the time of the return processing operation of the deposit unconfirmed banknote to the customer side operation unit 20, and the control unit 100 corresponds to the identification number of this IC card. The range of the rotational position of the deposit unconfirmed banknote is read from the storage unit 101. And the control part 100 is temporarily stored in the banknote bank 82, and the deposit unconfirmed banknote corresponding to the other identification number paid out from the banknote bank 82 before the deposit unconfirmed banknote corresponding to this identification number is stored in the banknote bank. 81, the deposit unconfirmed banknote corresponding to the identification number read this time is conveyed to the customer-side reject unit 23, and then the deposit unconfirmed banknote stored in the banknote bank 81 is stored in the banknote bank 82. return.

  Specifically, in the deposit unconfirmed return process, the banknotes in the banknote bank 82 are fed out to the transport path 91B, and as shown by the thick solid line to the thick broken line in FIG. The deposit unconfirmed banknote corresponding to the identification number is caused to flow from the transport path 91A to the transport path 91C by the sorting unit 95Ca, to the transport path 91A again, transported to the banknote bank 81, and temporarily stored. On the other hand, as shown by the thick solid line in FIG. 6, the deposit unconfirmed banknote corresponding to the identification number read this time is caused to flow from the transport path 91A to the transport paths 91F and 91E by the sorting sections 95Ca and 95F, and the customer-side reject section 23 Transport to. Thereby, the deposit unconfirmed banknote corresponding to the identification number read this time is returned to the customer-side reject unit 23. In addition, when transporting undeposited banknotes from the banknote store 82 to the customer-side rejection unit 23, these banknotes pass through the customer-side identification unit 80. At this time, the money at the customer-side identification unit 80 Species identification is not performed. Further, after the undeposited banknote corresponding to the identification number read this time is delivered, the undetermined banknote is not delivered from the banknote store 82.

  When the unillustrated transport path sensor detects that no banknotes are left in the banknote transport path 91 after the deposit unconfirmed return process is started, the control unit 100 opens the shutter 23b of the customer-side reject unit 23 and opens the banknote storage 81. When there is a moved banknote, these banknotes are returned to the banknote bank 82 by a route passing through the transport paths 91A, 91C, 91A, 91B opposite to the above shown by the thick broken line to the thick solid line in FIG. When the shutter 23b is opened, the customer takes out the banknote from the customer-side reject unit 23. When a banknote presence / absence detection sensor (not shown) detects that a banknote has been taken out from the customer-side reject unit 23, the control unit 100 closes the shutter 23b. Together with this, when the banknotes in the banknote bank 81 are returned to the banknote bank 82, the control unit 100 ends the deposit unconfirmed return process.

  On the other hand, when the control unit 100 detects the presence of the above-mentioned unoperated state without removing the banknote from the customer-side reject unit 23 after completing the deposit unconfirmed return process, the control unit 100 closes the shutter 23b and is shown by a bold solid line in FIG. The banknotes are fed out from the customer-side reject unit 23 and returned to the banknote bank 82 in a route passing through the transport paths 91E, 91F, 91A, 91B opposite to the above.

"Indeterminate deposit re-payment process"
When the re-payment processing operation of the deposit unconfirmed banknote is input to the customer side operation unit 20, the control unit 100 pays out the deposit unconfirmed banknote temporarily stored in the banknote store 82, and the route indicated by a thick line in FIG. 7. The banknotes conveyed, identified by the customer-side identification unit 80, and identified as acceptable by the customer-side identification unit 80 are conveyed to the banknote bank 81, and the banknotes identified as unacceptable by the customer-side identification unit 80 are The deposit unconfirmed re-payment process carried to the reject unit 23 is performed. That is, the IC card is read by the card reader of the customer side operation unit 20 at the time of the re-payment processing operation of the unconfirmed deposit banknote to the customer side operation unit 20, and the control unit 100 corresponds to the identification number of this IC card. The range of the rotation position of the deposit unconfirmed banknote to be read is read from the storage unit 101.

  Then, the control unit 100 temporarily stores the deposit unconfirmed banknotes corresponding to other identification numbers that are temporarily stored in the banknote bank 82 and fed out from the banknote bank 82 before the deposit unconfirmed banknotes corresponding to the identification number. The depositing unit 22 stores and evacuates, the deposit unconfirmed banknote corresponding to the identification number read this time is conveyed to the banknote bank 81, and then the deposit unconfirmed banknote stored in the customer side depositing unit 22 is stored in the banknote bank. Return to 82.

  Specifically, in the deposit unconfirmed re-payment process, the banknotes in the banknote bank 82 are fed out to the transport path 91B, and the banknote bank 82 is fed out first as shown by the thick solid line to the thick chain line in FIG. The undetermined banknote corresponding to the identification number is transported to the customer-side depositing unit 22 by the sorting unit 95Ca and 95F via the transporting path 91A. On the other hand, as shown by the thick solid line in FIG. 7, out of the deposit unconfirmed banknotes corresponding to the identification number read this time, banknotes identified as being normally acceptable by the customer-side identification unit 80 are distributed from the transport path 91 </ b> A. The unacceptable banknote that has not been identified as normal by the customer-side identification unit 80 is sent from the thick solid line to the thick broken line in FIG. Further, as indicated by a thick broken line, the flow passes from the transport path 91A to the transport paths 91F and 91E through the sorting sections 95Ca and 95F and is transported to the customer-side reject section 23. Thereby, the banknote which can be accepted is temporarily stored in the banknote warehouse 81, and the banknote which cannot be accepted is paid out to the customer side rejection part 23 in which the shutter 23b is closed. Also in this case, after the deposit unconfirmed banknote corresponding to the identification number read this time is delivered, the deposit unconfirmed banknote from the banknote storage 82 is not delivered.

  After the deposit unconfirmed re-payment process is started, when a conveyance path sensor (not shown) detects that there are no banknotes in the banknote conveyance path 91, the control unit 100 moves the shutter 23b when there is a banknote in the customer-side reject unit 23. When there are banknotes that are opened and moved to the customer-side depositing unit 22, these banknotes are returned to the banknote bank 82 by a route passing through the transport paths 91 </ b> A and 91 </ b> B opposite to the above indicated by the thick chain lines and the thick solid lines in FIG. 7. . When the shutter 23b is opened, the customer takes out the banknote from the customer-side reject unit 23. When a banknote presence / absence detection sensor (not shown) detects that a banknote has been taken out from the customer-side reject unit 23, the control unit 100 closes the shutter 23b. At the same time, when the banknote of the customer-side depositing unit 22 is returned to the banknote bank 82, the control unit 100 ends the deposit unconfirmed repayment process. Note that the control unit 100 temporarily stores in the storage unit 101 the number of pieces of banknote money type determined to be acceptable by the customer-side identification unit 80 in the above-described deposit indeterminate re-payment process, and causes the customer-side display unit 21 to store the information. Display.

  After that, it waits for the operation input of the above-mentioned customer-side confirmed storage process or customer-side payment return process. In this deposit unconfirmed re-payment process, a deposit-unconfirmed banknote corresponding to another identification number that is first fed out from the banknote bank 82 is conveyed to the customer-side reject unit 23, and a deposit unconfirmed corresponding to the identification number read this time Of the banknotes, unacceptable banknotes that have not been identified as normal by the customer-side identification unit 80 can be discharged to the customer-side depositing unit 22 and taken out from the customer-side depositing unit 22.

"Deposit processing on clerk side"
The thick line in FIG. 8 shows the route of the clerk-side deposit processing for identifying and counting the rose bills inserted into the clerk-side rose bill depositing / dispensing unit 32 from outside the machine and temporarily storing them in the bill storage 49 as a temporary storage unit. ing. That is, when the banknotes are placed in a stacked state on the placement plate 32a of the clerk side loose banknote deposit / withdrawal unit 32 and the clerk side operation unit 30 is input to perform the clerk side deposit process, the banknote processing is performed. The machine 10 performs clerk-side deposit processing for temporarily storing the banknote in the banknote storage 49 after the clerk-side identification unit 40 identifies the banknote in the clerk-side loose banknote deposit / withdrawal unit 32.

  Specifically, when a selection operation for clerk-side deposit processing is input to the clerk-side operation unit 30, the control unit 100 opens the shutter 32b. Then, the clerk puts the bills on the placement plate 32 a and inputs an input operation for performing the clerk side deposit process to the clerk side operation unit 30. Then, on the condition that the banknote in the clerk-side loose banknote loading / unloading unit 32 is detected by a banknote presence / absence detection sensor (not shown), the control unit 100 closes the shutter 32b, the loading plate 32a, the banknote transport path 51, The feeding unit 32c and the feeding unit 49b are driven. Then, the payout part 32c separates the banknotes on the placement plate 32a of the clerk-side loose banknote entry / exit part 32 one by one from the top one and feeds them into the machine at a predetermined interval. As shown by a thick solid line in FIG. And the control part 100 conveys the banknote which the clerk side identification part 40 identified as normal and acceptable to the banknote store 49 by the conveyance path 51A, as shown by the thick solid line in FIG. Unacceptable banknotes that have not been identified as normal are flowed from the transport path 51A to the transport paths 51G and 51F by the sorting section 55G and from the transport path 51F to the sorting section 55H, as shown by the thick solid line to the thick broken line in FIG. Then, it flows into the conveyance path 51H and is conveyed to the clerk-side deposit rejection unit 34. Thereby, the banknote which can be accepted is temporarily stored in the banknote store 49, and the banknote which cannot be accepted is paid out to the clerk side receipt reject part 34 in which the shutter 34a is closed.

  After the clerk side deposit process is started, a bill presence / absence detection sensor (not shown) detects that there is no banknote remaining in the clerk side bill insertion / removal unit 32, and a transport path sensor (not shown) runs out of bills in the bill transport path 51. When detecting that, the control unit 100 ends the clerk-side deposit process. At that time, when a banknote presence / absence detection sensor (not shown) detects that there is a banknote in the clerk-side deposit reject unit 34, the control unit 100 opens the shutter 34a. Thereby, the clerk takes out the banknote from the clerk-side deposit reject unit 34. When a banknote presence / absence detection sensor (not shown) detects that a banknote has been taken out from the clerk-side deposit reject unit 34, the control unit 100 closes the shutter 34a. In addition, the control unit 100 temporarily stores in the storage unit 101 the number information of the denominations of banknotes determined to be acceptable by the clerk side identification unit 40 in the above clerk side deposit process, and causes the clerk side display unit 31 to display the information. .

“Staff side storage”
The thick line in FIG. 9 confirms the banknote temporarily stored in the banknote storage 49 in the clerk-side deposit processing described above on the condition that the approval operation to the clerk-side operation unit 30 is input, The clerk side storage processing route stored in the corresponding ones of the banknotes 45 to 47 as the parts and the banknotes 48 as the denomination mixed storage part is shown.

  In the clerk-side storage process, first, when an approval operation is input to the clerk-side operation unit 30, the banknotes are fed out from the banknote store 49 and identified by the clerk-side identification unit 40, and the banknotes that are not identified as normal are rejected on-board. While being stored in the unit 35, the clerk side storing operation of sorting and storing the banknotes identified as normal to the banknotes 45 to 48 is performed.

  Specifically, in the clerk-side storing operation, the feeding unit 49b separates the banknotes in the banknote 49 one by one from the top one and feeds them at a predetermined interval. As shown by, the flow is transferred from the conveyance path 51A to the conveyance path 51F by the sorting unit 55Fb, and is conveyed to the clerk-side identification unit 40 through a route that again passes through the conveyance path 51A from the end position of the conveyance path 51F. And based on the identification result of the clerk side identification part 40, the banknote identified as normal is conveyed to the corresponding thing of the banknote storage 45-48 by the corresponding thing of the distribution parts 55B-55E and the conveyance paths 51A-51E. To do. Thereby, the banknote identified as normal is accommodated in the thing corresponding to the banknotes 45-48. That is, among the banknotes identified as normal, the single denomination (for example, a thousand yen voucher) to be stored in the banknote bank 45 is stored in the banknote bank 45 and the single denomination (in the banknote bank 46). For example, banknotes of 5,000 yen are stored in the banknote 46, banknotes of a single denomination (for example, 10,000 yen) are stored in the banknote 47, and money types are stored in the banknote 48. Banknotes (for example, full denominations when the 2000 yen bill and banknotes 45 to 47 are full) are stored in the banknote 48.

  Further, in the clerk-side storing operation, the banknotes that are not identified as normal by the identification by the clerk-side identification unit 40 are transferred from the transport path 51A to the sorting unit 55G as shown by the thick solid line to the thick broken line in FIG. It flows into the conveyance paths 51G and 51F, flows from the conveyance path 51F to the conveyance path 51H by the sorting unit 55H, flows from the conveyance path 51H to the conveyance path 51N by the sorting unit 55N, and is conveyed and stored in the in-machine rejection unit 35. In addition, the banknote which passes along the conveyance path 51F toward the clerk side identification part 40 from the banknote store 49, and the banknote which passes along the conveyance path 51F from the conveyance path 51G without being identified as normal by the identification by the clerk side identification part 40, Although a part of the route of the transport path 51F is overlapped, priority is given to the banknote passing through the transport path 51F without being identified as normal so that these banknotes do not interfere with each other, while the banknote passes through the transport path 51F. The feeding of banknotes from the warehouse 49 toward the clerk side identification unit 40 is interrupted.

"Return process on staff"
The thick line in FIG. 10 feeds the banknote temporarily stored in the banknote store 49 in the clerk-side deposit process to the clerk-side loose banknote deposit / withdrawal unit 32 on the condition that the cancel operation to the clerk-side operation unit 30 is input. It shows the route of the staff side return process. That is, in the clerk-side return process, the banknote 49 is fed out from the upper end by the feeding unit 49b, and the fed banknote is transported to the clerk-side loose banknote loading / unloading unit 32 by the transport path 51A. Thereby, a banknote is returned to the clerk side rose banknote depositing / dispensing part 32. After starting the clerk-side return process, when a banknote presence / absence detection sensor (not shown) detects that there are no banknotes in the banknote storage 49 and a transport path sensor (not shown) detects that there are no banknotes in the banknote transport path 51, The attendant return process is terminated. In this clerk-side return process, after the banknotes returned from the banknote store 49 are reversed by the front and back reversing unit 53 as necessary, the front and back sides are arranged, as in the case of the later-described rose banknote withdrawal process. It can be returned to the clerk-side loose banknote input / output unit 32.

"Rose banknote withdrawal process"
The thick line in FIG. 11 indicates the specified predetermined money from the specified denomination of the banknotes 45 to 47 as the denomination circulation unit based on the withdrawal operation input to the clerk-side operation unit 30. The route of the rose banknote withdrawal process for withdrawing the withdrawal banknote of the seed and the number is shown.

  While banknotes are identified from the banknote storage 45-47 and identified by the clerk-side identification unit 40 and banknotes that are not identified as normal are stored in the in-flight reject unit 35 as shown by the thick solid line to the thick broken line in FIG. The banknotes identified as normal are appropriately reversed by the front / back reversing unit 53 as shown by the thick solid line and the thick chain line in FIG. Withdraws all banknotes.

  In other words, first, by selecting an operation input to the clerk-side operation unit 30, a selection operation of the loose banknote withdrawal process, and the number of money types or the withdrawal amount of the banknotes to be dispensed are designated and input, and the bulk banknote withdrawal process is performed. An operation input for execution is made. When the withdrawal amount is designated and input, the control unit 100 calculates and designates the number of banknotes to be dispensed with a combination that minimizes the number of withdrawals. Here, the case where a banknote is paid out from all the banknote storage 45-47 is taken as an example and demonstrated.

  In the dispensing operation, first, the banknotes stored in the banknote storage 45 are separated one by one from the one at the upper end, and the specified number of sheets are fed out at a predetermined interval. 11, the material is conveyed to the clerk-side identification unit 40 through the conveyance path 51 </ b> B and the conveyance path 51 </ b> A. And the banknote identified as normal by the clerk-side identification unit 40 is sorted by the sorting unit 55J, so that the banknote that does not need to be turned upside down is directly transferred to the clerk-side rose banknote on the transport path 51A as shown by the thick solid line in FIG. Banknotes that are transported to the input / output unit 32 and need to be reversed are flown from the transport path 51A to the transport path 51J as shown by the thick chain lines in FIG. It conveys to the side rose banknote input / output part 32. The banknotes identified as not normal by the clerk-side identification unit 40 are distributed by the sorting units 55M and 55N to the transport paths 51M, 51H and 51N and stored in the in-flight reject unit 35. When it is detected from the detection result of the unillustrated transport path sensor that the specified number of dispensed banknotes is dispensed from the banknote storage 45 to the clerk-side loose banknote input / output section 32 and the banknote transport path 51 has no banknotes, the control section 100 Performs the same process on the banknote bank 46 and also performs the same process on the banknote bank 47.

  After the dispensing operation is started, all the specified banknotes with the specified denomination and number of sheets are paid out to the clerk side banknote depositing / dispensing section 32 from the detection result of the unillustrated conveyance path sensor and the like, and the banknote conveyance path 51 When it is detected that there are no bills, the control unit 100 opens the shutter 32b. Then, the clerk takes out the banknote from the clerk side loose banknote input / output part 32. And if it detects that all the banknotes were taken out from the attendant side banknote depositing / withdrawing part 32 by the banknote presence / absence detection sensor not shown, the control part 100 will close the shutter 32b.

"Bundling process"
The thick lines in FIG. 12 are based on the denominations of the specified denominations of the banknote bank 45, the banknote bank 46, and the banknote bank 47 as denomination circulation units based on the bundle withdrawal operation input to the clerk-side operation unit 30. The route of the bundle withdrawal process that bundles and dispenses banknotes is shown. In the bundle withdrawal process, the banknote transport destination that has been fed to the clerk-side rose banknote depositing / dispensing section 32 by the dispensing operation of the bulk banknote dispensing process is used as the alignment unit 41.

  In the bundle withdrawal process, first, banknotes are identified from the banknotes 45 to 47 specified as the denomination circulation part and identified by the clerk identification part 40, and the banknotes that are not identified as normal are shown in FIG. While being stored in the in-flight reject unit 35 as indicated by the solid line to the thick broken line, the banknotes identified as normal are appropriately passed through the front / back reversing unit 53 as shown by the thick solid line and the thick chain line in FIG. Then, a withdrawal operation for feeding out the withdrawal banknotes of a predetermined denomination and number designated by the alignment unit 41 and a binding operation for binding and dispensing the withdrawal banknotes are performed.

  Specifically, in the dispensing operation, the banknotes stored in the designated denominations in the banknotes 45 to 47 are separated one by one from the top ones corresponding to the feeding units 45b to 47b, and a predetermined amount is selected. The banknotes that have been fed out are transported to the clerk-side identification unit 40 through the corresponding ones of the transport paths 51B to 51D and the transport path 51A as shown by thick solid lines in FIG. And the banknote identified as normal based on the identification result of the clerk side identification unit 40, which does not need to be turned upside down, has the sorting units 55J and 55K as shown in FIG. It is conveyed to the alignment unit 41 at 51K. On the other hand, as shown by a thick chain line in FIG. 12, the distribution unit 55J flows into the conveyance path 51J and is reversed by the front / back inversion unit 53, and the distribution unit 55K is aligned in the conveyance path 51K. It conveys to the part 41. As a result, banknotes of the designated single denomination are fed out to the alignment unit 41 by the unit number of unity. Then, by the binding operation, the stacked banknotes in the alignment unit 41 are conveyed to the binding unit 43 by the transfer unit 42, bound by the binding unit 43, and fed to the small bundle banknote dispensing unit 33. Such processing is performed for the designated number of bundles for each designated denomination. When the specified denomination and number of small banknotes are fed out to the small banknote dispensing unit 33, the control unit 100 opens the shutter 33a. And if it detects that all the small bundle banknotes were taken out from the small bundle banknote dispensing part 33 by the unillustrated small bundle banknote presence / absence detection sensor, the control unit 100 closes the shutter 33a.

  Further, in the dispensing operation, the banknotes that have not been identified as normal by the identification by the clerk side identification unit 40 are shown in FIG. 12 by the distribution units 55M and 55N as indicated by the thick solid line to the thick broken line in the transport path 51M. , 51H, 51N, and housed in the in-flight reject unit 35. When it is confirmed that the specified predetermined denomination and number of withdrawal banknotes have been fed out to the alignment unit 41 after the withdrawal operation is started, the withdrawal operation is terminated.

  In addition to the above, the banknote handling machine 10 transports banknotes stored in corresponding ones of the banknote boxes 45 to 48 based on the self-scrutiny processing operation input to the clerk side operation unit 30. Are stored in the banknote storage 49 via the transport paths 51A and 51F and the corresponding ones of the banknotes 45 to 48 are emptied, and then transferred to the clerk side identification unit 40 by the transport paths 51A and 51F. It carries out the self-scrutinization processing which returns to the original thing of the banknote storage 45-48 by the thing corresponding to the distribution parts 55B-55E and the conveyance paths 51B-51E from the conveyance path 51A by identifying with the clerk side identification part 40. It is like that. Moreover, the banknote processing machine 10 conveys the rose banknotes thrown into the clerk-side rose banknote deposit / withdrawal unit 32 from outside the machine through the same route as the clerk-side deposit process described above, and from the identification result of the clerk-side identification unit 40, Only the set denomination is conveyed to the banknote store 49, and then the banknotes from the banknote store 49 are discriminated and counted by the clerk-side identification unit 40, and appropriately reversed by the front / back reversing unit 53, and then the alignment unit 41 and the transfer unit 42. And the local arrangement | positioning process bundled by the binding part 43 and paying out to the small bundle banknote payment part 33 is performed.

  According to the banknote handling machine 10 of the first embodiment described above, banknotes that are fed out from the customer-side depositing unit 22 by executing the customer-side depositing process based on the depositing process operation to the customer-side operation unit 20 are transferred to the bill transport path 91. The customer side identification unit 80 identifies the banknote, and as a result, the banknote storage 81 temporarily stores the banknote identified as acceptable. In this state, if both the deposit confirmation operation and the cancel operation are forgotten, the control unit 100 detects the presence of a predetermined unoperated state of the customer side operation unit 20 without performing any of these operations. Then, the control part 100 performs the deposit unconfirmed storage process which pays out a banknote from the banknote bank 81, and makes it temporarily store in the banknote bank 82 as a deposit unconfirmed banknote. In this way, since the banknotes can be transferred from the banknote bank 81 to the banknote bank 82 and temporarily stored, the banknote bank 81 can be emptied, so that the next customer-side deposit process can be performed without any staff operation. It becomes possible. Therefore, even if the confirmation operation or the cancel operation after the customer-side payment process is forgotten, the subsequent customer-side payment process can be performed. Therefore, it is possible to suppress a decrease in utilization efficiency. Moreover, since the banknote in which the confirmation operation and the cancellation operation are forgotten can be taken into the banknote processing machine 10 and can be temporarily stored, there is no need for the staff to store the banknote until it is returned to the customer who has forgotten the operation. It can be stored safely.

  In addition, in the deposit unconfirmed storage process, the control unit 100 pays out banknotes from the customer-side reject unit 23 and temporarily stores them in the banknote store 82 as deposit unconfirmed banknotes. Therefore, even if a banknote identified as unacceptable in the customer-side deposit process is in the customer-side reject unit 23, it can be transferred to the banknote store 82 and temporarily stored, so that the next customer-side deposit process is possible. become. Therefore, even if the confirmation operation or the cancel operation after the customer-side deposit process is forgotten, the number of cases where the subsequent deposit process is possible can be increased. That is, if there is a banknote in the customer-side reject unit 23, it is unavoidable to stop handling it as it is, but in such a case, the banknote in the customer-side reject unit 23 is transferred to the banknote store 82 and temporarily stored. As a result, the subsequent deposit process becomes possible.

  In addition, when a return processing operation for a deposit unconfirmed banknote is input to the customer-side operation unit 20, the control unit 100 executes a deposit unconfirmed return process and temporarily stores the deposit unconfirmed banknote in the banknote store 82. Are transferred to the customer-side reject unit 23, so that the deposit-determined banknote temporarily stored in the banknote bank 82 can be returned directly to the operator. Therefore, it is possible to eliminate the need for the staff, and save the staff.

  In addition, when the deposit-unconfirmed banknote is conveyed from the banknote store 82 to the customer-side reject unit 23, power saving can be achieved by not performing the denomination identification of the deposit-unconfirmed banknote in the customer-side identification unit 80.

  In addition, the banknote store 82 can temporarily store the banknotes that have not been deposited in a plurality of depositing processes for each depositing process, and the control unit 100 can identify the depositing process related identification information in the customer side operation unit 20. And an undeposited banknote return processing operation are input, the banknote bank 81 stores the non-deposited banknote of other identification information that is fed out from the banknote bank 82 before the non-deposited banknote of this identification information. At the same time, the deposit-determined banknote of this identification information is conveyed to the customer-side reject unit 23. Therefore, even if the confirmation operation or the cancel operation is forgotten in the plurality of payment processes, the subsequent customer-side payment process can be performed.

  Further, a return processing operation for a deposit unconfirmed banknote is input to the customer side operation unit 20, a deposit unconfirmed return process is executed and the deposit unconfirmed banknote temporarily stored in the banknote store 82 is delivered to the customer side rejection unit 23. If the banknote is not taken out from the customer-side reject unit 23 and the presence of a predetermined unoperated state is detected, the control unit 100 draws the banknote from the customer-side reject unit 23 and returns it to the banknote store 82. become. Therefore, even when forgetting to pay a deposit unconfirmed banknote, this banknote is stored in the banknote storage 82, and subsequent deposit processing is possible.

  In addition, when a re-payment processing operation for an unconfirmed deposit banknote is input to the customer-side operation unit 20, the control unit 100 delivers the undetermined banknote temporarily stored in the banknote store 82 and identifies it with the customer-side identification unit 80. Then, the banknote identified as acceptable can be conveyed to the banknote bank 81, and the banknote identified as unacceptable can be conveyed to the customer-side reject unit 23. Thereafter, the banknotes are stored from the banknote bank 81 into the banknote boxes 45 to 48 based on the deposit confirmation operation to the customer side operation unit 20, or the banknotes are transferred from the banknote bank 81 to the customer based on the cancel operation to the customer side operation unit 20. It can be discharged to the side reject part 23. Therefore, the confirmation process and the cancellation process after the re-payment process can be performed.

  Moreover, since the banknote store | warehouse | chamber 82 is a tape take-up drum system, even if a banknote skews and multi-feeds, it can be favorably temporarily stored and can be drawn out. Moreover, since it is easy to form an interval between banknotes, in particular, it is not necessary to provide a plurality of banknote stores 82 by classifying and temporarily storing deposit-indeterminate banknotes for a plurality of deposit processes for each deposit process. You can also. Therefore, cost reduction and space saving can be achieved.

  Further, in the case where the clerk-side device unit 11x used by the clerk and the customer-side device unit 11y used by the customer are provided in one unit, it is particularly effective for the customer-side device unit 11y on the customer side that is likely to forget operation. In particular, the above configuration can be applied. In addition, since the banknote storage 45-48 is shared by the customer side device unit 11y and the clerk side device unit 11x, the cost can be reduced.

  Moreover, the banknotes identified as unacceptable by the customer side identification unit 80 are returned to the return unit that returns the banknotes drawn out from the banknote bank 81 based on the cancel operation to the customer side operation unit 20 so that they can be taken out of the machine. Since the customer-side reject unit 23 that discharges in a removable manner can also be used, the manufacturing cost can be reduced.

  Next, the banknote handling machine according to the second embodiment of the present invention will be described below with reference to FIGS. 13 to 15 focusing on the differences from the first embodiment.

  In the first embodiment, the customer-side reject unit 23 performs a cancel operation to the reject unit and the customer-side operation unit 20 to discharge the banknotes identified as unacceptable by the customer-side identification unit 80 so that they can be taken out of the machine. Based on this, it also serves as a return unit that returns the banknotes drawn out from the banknote bank 81 so that they can be taken out of the machine. On the other hand, in the second embodiment, the customer-side depositing unit 22 receives the bills fed out from the banknote store 81 based on a depositing unit into which bills are inserted from the outside of the machine and a cancel operation to the customer-side operation unit 20. It also serves as a return unit that can be removed outside the machine. Thereby, the above-mentioned customer-side payment return processing is changed to the following second customer-side payment return processing, and the above-mentioned payment indefinite return processing is changed to the following second payment-indefinite return processing.

"Second customer payment return process"
A thick line in FIG. 13 indicates that the banknote temporarily stored in the banknote storage 81 in the customer-side deposit process is fed to the customer-side deposit unit 22 on the condition that a cancel operation to the customer-side operation unit 20 is input. Shows the route of customer-side payment return processing. That is, in the second customer-side deposit return processing, the payout unit 81b pays out the banknotes in the banknote bank 81 from the upper end, and the fed banknotes are left as they are in the transport path 91A by the sorting units 95Cb, 95Ca, and 95F. Then, it is transferred to the customer depositing unit 22. Thereby, the banknote is returned to the customer-side depositing unit 22. After the second customer-side payment return processing is started, a bill presence / absence detection sensor (not shown) detects that there are no bills in the bill storage 81, and a bill path sensor (not shown) has no bills in the bill transport path 91. Is detected, the control unit 100 opens the shutter 22b. Thereby, the banknote is taken out from the customer-side depositing unit 22. When an unillustrated banknote presence / absence detection sensor detects that a banknote has been taken out from the customer-side depositing unit 22, the control unit 100 closes the shutter 22b and ends the second customer-side depositing return process.

"Second payment indefinite return process"
The thick line in FIG. 14 indicates the route of the second deposit indefinite return process. In other words, in the second deposit unconfirmed storage process, the banknotes in the banknote bank 82 are fed out to the transport path 91B, and the other banknotes are fed out first from the banknote bank 82 as shown by the thick solid line in FIG. The deposit unconfirmed banknote corresponding to the identification number flows from the transport path 91A to the transport path 91C by the sorting unit 95Ca, flows again to the transport path 91A, and is transported to the banknote bank 81, as in the first embodiment. On the other hand, as shown by the thick solid line in FIG. 14, the deposit unconfirmed banknote corresponding to the identification number read this time is transported on the transport path 91 </ b> A by the sorting sections 95 </ b> Ca and 95 </ b> F and transported to the customer-side deposit section 22. Thereby, the deposit unconfirmed banknote corresponding to the identification number read this time is returned to the customer side depositing unit 22. In addition, also when conveying a deposit unconfirmed banknote from the banknote store 82 to the customer-side depositing unit 22 in this way, these banknotes pass through the customer-side identifying unit 80. At this time, the customer-side identifying unit 80 No denomination is identified.

  When the unillustrated transport path sensor detects that no banknotes are left in the banknote transport path 91 after the deposit unconfirmed return process is started, the control unit 100 opens the shutter 22b of the customer-side deposit unit 22 and enters the banknote storage 81. When there is a moved banknote, these banknotes are returned to the banknote bank 82 by a route passing through the transport paths 91A, 91C, 91A, 91B opposite to the above shown by the thick broken line to the thick solid line in FIG. When the shutter 22b is opened, the customer takes out the banknote from the customer-side depositing unit 22. When a banknote presence / absence detection sensor (not shown) detects that a banknote has been taken out from the customer-side depositing unit 22, the control unit 100 closes the shutter 22b. Together with this, when the banknotes in the banknote bank 81 are returned to the banknote bank 82, the control unit 100 ends the deposit unconfirmed return process.

  On the other hand, when the control unit 100 detects that the banknote is not taken out from the customer-side depositing unit 22 and detects the above-described unoperated state after completing the deposit indefinite return process, the control unit 100 closes the shutter 22b and is indicated by a thick solid line in FIG. The banknotes are fed out from the customer-side depositing unit 22 and returned to the banknote bank 82 by a route passing through the transport paths 91A and 91B opposite to the above.

  According to such 2nd Embodiment, when the return process operation of a deposit unconfirmed banknote is input into the customer side operation part 20, the control part 100 will perform a 2nd deposit unconfirmed return process, and banknote storage. Since the deposit unconfirmed banknote temporarily stored in 82 is fed out and conveyed to the customer-side deposit unit 22, the deposit unconfirmed banknote temporarily stored in the banknote storage 82 can be directly returned to the operator. Therefore, it is possible to eliminate the need for the staff, and save the staff.

  Further, when the undeposited banknote is conveyed from the banknote store 82 to the customer-side depositing unit 22, power saving can be achieved by not performing the denomination identification of the undetermined banknote in the customer-side identifying unit 80.

  In addition, when the identification information related to the deposit process and the return process operation of the deposit unconfirmed banknote are input to the customer side operation unit 20, the control unit 100 performs the second deposit unconfirmed return process. In this case, the deposit unconfirmed banknote of other identification information fed out from the banknote bank 82 before the deposit unconfirmed banknote of this identification information is stored in the banknote bank 81, and the unconfirmed deposit banknote of this identification information is stored on the customer side. It is conveyed to the depositing unit 22. Therefore, even if the confirmation operation or the cancel operation is forgotten in the plurality of deposit processes, the subsequent deposit process is possible.

  Further, a return processing operation for an unconfirmed deposit banknote is input to the customer side operation unit 20, a second unconfirmed deposit return process is executed, and the unconfirmed deposit banknote temporarily stored in the banknote store 82 is delivered to the customer side. When the banknote is not taken out from the customer-side depositing unit 22 after being conveyed to the depositing unit 22 and the presence of a predetermined unoperated state is detected, the control unit 100 draws out the banknote from the customer-side depositing unit 22 and the banknote storage 82. Will return to Therefore, even when forgetting to pay a deposit unconfirmed banknote, this banknote is stored in the banknote storage 82, and subsequent deposit processing is possible.

  In the first and second embodiments described above, the case where the customer-side reject unit 23 can feed out banknotes into the machine has been described as an example. In this case, in the customer-side deposit process, the above-described deposit unconfirmed storage process is performed only when there is no unacceptable banknote to be paid out to the customer-side reject unit 23.

  Moreover, in the deposit unconfirmed return process in the first embodiment described above, the deposit unconfirmed banknote is returned to the customer-side reject unit 23, and in the second deposit unconfirmed return process in the second embodiment, the deposit unconfirmed banknote is returned. Although the case where it returns to the customer side depositing part 22 was demonstrated as an example, the deposit unconfirmed banknote is fed to the banknote bank 81, the lock of the banknote bank 81 is released, and the banknote bank 81 is removed from the banknote processing machine 10 by an attendant. You may make it take out and make it take out a deposit unconfirmed banknote from the banknote bank 81. FIG. In this case, the deposit unconfirmed banknotes of other deposit processing that are first fed out from the banknote store 82 are temporarily retracted to the customer-side deposit unit 22 or the customer-side reject unit 23. Thereby, when the return processing operation of the deposit unconfirmed banknote is input to the customer side operation unit 20, the control unit 100 pays out the deposit unconfirmed banknote temporarily stored in the banknote bank 82 and conveys it to the banknote bank 81. Since the banknote bank 81 can be removed, an attendant can take out the banknote bank 82 from the banknote processing machine 10 in front of the customer, take out banknotes from the banknote bank 82, and return it to the customer.

  In addition, instead of the guide part 95Z, the distribution which distributes the banknote conveyed by the conveyance path 51A from the banknote 45-49 side to the route which flows into the clerk side identification part 40 side, and the route which flows into the customer side identification part 80 side. By providing the portion, it is possible to withdraw the banknotes in the banknote storage 45 to 47 to the customer depositing section 22. In this case, the banknotes identified as the withdrawal reject banknotes by the customer side identification unit 80 are temporarily stored in the banknote storage 81 and then stored in the in-flight rejection unit 35.

DESCRIPTION OF SYMBOLS 10 Banknote processing machine 11x Personnel side apparatus part 11y Customer side apparatus part 20 Customer side operation part (operation part)
22 Customer Deposit Department (Deposit Department)
23 Rejection part on the customer side (rejection part, return part)
45-48 banknote (storage)
80 Customer side identification part (identification part)
81 banknote (first temporary storage unit)
82 banknote (second temporary storage)
82a tape 82b bill accumulation drum 91 bill transport path (payment transport section)
100 Control unit (unoperated state detection means)

Claims (11)

An operation unit for receiving operation inputs;
A depositing part where bills are inserted from outside the machine,
A deposit transport unit that transports bills fed out from the deposit unit based on a deposit processing operation to the operation unit;
An identification unit for identifying a banknote conveyed by the deposit conveyance unit;
A first temporary storage unit for temporarily storing banknotes identified as acceptable by the identification unit;
A reject unit for discharging the banknotes identified as unacceptable by the identification unit so as to be able to be taken out of the machine;
A storage unit for storing banknotes fed out from the first temporary storage unit based on a deposit confirmation operation to the operation unit;
A return unit that returns the banknotes fed out of the first temporary storage unit based on a cancel operation to the operation unit so as to be able to be taken out of the machine;
In a banknote handling machine having
A second temporary storage unit for temporarily storing banknotes fed from the first temporary storage unit;
Non-operation state detection means for detecting presence or absence of a predetermined non-operation state of the operation unit;
When the non-operation state detection means detects the presence of the non-operation state before the deposit confirmation operation and before the cancel operation in a state where banknotes are temporarily stored in the first temporary storage unit, the first temporary storage is performed. A control unit that performs a deposit unconfirmed storage process for paying out banknotes from the unit and temporarily storing them as deposit unconfirmed banknotes in the second temporary storage unit;
I have a,
When the return processing operation of the deposit unconfirmed banknote is input to the operation unit, the control unit pays out the deposit unconfirmed banknote temporarily stored in the second temporary storage unit, and the first temporary storage unit. The banknote processing machine is characterized in that the first temporary storage section can be removed . An operation unit for receiving operation inputs;
A depositing part where bills are inserted from outside the machine,
A deposit transport unit that transports bills fed out from the deposit unit based on a deposit processing operation to the operation unit;
An identification unit for identifying a banknote conveyed by the deposit conveyance unit;
A first temporary storage unit for temporarily storing banknotes identified as acceptable by the identification unit;
A reject unit for discharging the banknotes identified as unacceptable by the identification unit so as to be able to be taken out of the machine;
A storage unit for storing banknotes fed out from the first temporary storage unit based on a deposit confirmation operation to the operation unit;
A return unit that returns the banknotes fed out of the first temporary storage unit based on a cancel operation to the operation unit so as to be able to be taken out of the machine;
In a banknote handling machine having
A second temporary storage unit for temporarily storing banknotes fed from the first temporary storage unit;
Non-operation state detection means for detecting presence or absence of a predetermined non-operation state of the operation unit;
When the non-operation state detection means detects the presence of the non-operation state before the deposit confirmation operation and before the cancel operation in a state where banknotes are temporarily stored in the first temporary storage unit, the first temporary storage is performed. A control unit that performs a deposit unconfirmed storage process for paying out banknotes from the unit and temporarily storing them as deposit unconfirmed banknotes in the second temporary storage unit;
I have a,
When the re-payment processing operation of the deposit unconfirmed banknote is input to the operation unit, the control unit feeds out the deposit unconfirmed banknote temporarily stored in the second temporary storage unit and identifies the banknote by the identification unit. The banknote processing machine transports the banknote identified as acceptable by the identifying section to the first temporary storage section, and transports the banknote identified as unacceptable by the identifying section to the reject section. . When the re-payment processing operation of the deposit unconfirmed banknote is input to the operation unit, the control unit feeds out the deposit unconfirmed banknote temporarily stored in the second temporary storage unit and identifies the banknote by the identification unit. The banknote identified as acceptable by the identification unit is conveyed to the first temporary storage unit, and the banknote identified as unacceptable by the identification unit is conveyed to the reject unit. The bill processing machine described. Wherein, in the deposit unconfirmed storage process, any of claims 1 to 3, characterized in that to be temporarily stored as a deposit undetermined bill into the second temporary storage unit feeding the banknotes from the reject unit banknote handling machine of one claim or. When the return processing operation of the deposit unconfirmed banknote is input to the operation unit, the control unit pays out the deposit unconfirmed banknote temporarily stored in the second temporary storage unit, and the reject unit or the return unit The banknote handling machine according to any one of claims 1 to 4, wherein the banknote handling machine is transported to the banknote. According to claim 5, characterized in that not performed denomination identification of deposit undetermined banknotes by the recognition unit in transporting the deposit unconfirmed banknotes from the second temporary storage unit to the reject unit or the return unit Banknote handling machine. The second temporary storage unit is capable of temporarily storing the payment unconfirmed banknotes of the plurality of payment processes by classifying each payment process,
When the identification information related to the deposit process and the return processing operation of the deposit unconfirmed banknote are input to the operation unit, the control unit temporarily stores the deposit information in the second temporary storage unit, and the identification information is not deposited. The depositing unconfirmed banknote of other identification information that is fed out from the second temporary storage unit before the confirmed banknote is stored in the first temporary storage unit, and the deposit unconfirmed banknote of the identification information is stored in the reject unit. Alternatively, the banknote handling machine according to claim 5 or 6 , wherein the banknote handling machine is transported to the return section, and thereafter returns the deposit unconfirmed banknote of the first temporary storage section to the second temporary storage section. The control unit is configured to receive the deposit unconfirmed banknote return processing operation to the operation unit, and to pay out the deposit unconfirmed banknote temporarily stored in the second temporary storage unit, and includes the reject unit or the return unit. After transporting to the transport destination, when the non-operation state detecting means detects that the non-operation state is present without taking out the banknote from the transport destination, the banknote is fed out from the transport destination and returned to the second temporary storage unit. The bill processing machine according to any one of claims 5 to 7 .   The second temporary storage unit sequentially wraps the banknotes separated and conveyed one by one with a tape around a drum rotating in one direction for temporary storage, and reversely rotates the banknotes stored temporarily. The banknote processing machine according to any one of claims 1 to 8, wherein the banknote handling machine is a temporary storage unit of a tape take-up drum type that is fed from the drum together with the tape and separated from the tape and fed one by one. The customer side device used by the customer and the clerk side device used by the clerk are provided in one unit,
The operation unit, the deposit unit, the identification unit, the first temporary storage unit, the reject unit, the return unit, and the second temporary storage unit are dedicated to the customer side device unit,
The banknote processing machine according to any one of claims 1 to 9, wherein the storage unit is shared by the customer side device unit and the clerk side device unit.   The banknote processing machine according to any one of claims 1 to 10, wherein the reject unit also serves as the return unit.

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