JP6910212B2 - Money processing equipment and money processing system - Google Patents

Description

The techniques disclosed herein relate to money processing devices and money processing systems that process money.

Patent Document 1 discloses an example of a money processing apparatus. This money processing device identifies the money inserted from the slot by the identification unit and temporarily holds the money in the temporary holding unit. After that, with respect to the money held in the temporary holding unit, one processing method is selected from a plurality of processing methods based on the identification result by the identification unit, and processing is performed by the selected processing method.

Japanese Unexamined Patent Publication No. 2011-186510

For example, in a cashier installed at a financial institution, money is collected outside the device at the time of closing, and the collected money is stored in a safe or a money storage device. The operation is such that the loading process is performed.

Here, for example, it is assumed that an operator takes out the collected money outside the device and diverts it privately. In this case, even if the money processing device has a function of collating the amount of money and the number of denominations at the time of collection and loading, a person who diverted the money privately loads the separately stored money into the device. However, if the amount and the number of denominations are matched, private diversion will not be discovered. This private diversion may eventually be discovered due to reasons such as the inability to return money, but as the days pass, the amount of damage may increase and it may become difficult to investigate the cause.

The technique disclosed herein has been made in view of this point, and the purpose thereof is to enable the money processing apparatus to detect the exchange of money due to private diversion or the like.

The technology disclosed herein is a money processing device for processing money, and includes an input unit into which money is inserted, a storage unit for storing money, and a collection unit in which money collected from the storage unit is sent. Identification of a transport unit for transporting money between the loading unit and the storage unit, and between the storage unit and the collection unit, and individual information of money provided in the transport unit and transported by the transport unit. By controlling the identification unit and the transport unit, the control unit transports the money in the storage unit to the collection unit in the collection process, while transporting the money in the storage unit to the storage unit in the loading process. And. Then, in the collection process, the control unit stores the individual information identified by the identification unit of each currency transported to the collection unit in the storage unit as the first individual information, and collects the money collected in the collection process. In the charging process, the individual information identified by the identification unit of each currency transported from the charging unit is acquired as the second individual information, and the second individual information is stored in the storage unit. When the information regarding the match / mismatch of the first and second individual information, which is the comparison result, is not satisfied with the predetermined determination condition, a warning is notified to the outside of the money processing apparatus. As the predetermined determination condition, the number of coins whose first and second individual information do not match is equal to or less than the upper limit value, or all coins whose first and second individual information do not match. It is possible to set at least one of the ratio to the number of sheets being within the upper limit .

According to this configuration, the control unit stores the individual information of each currency transported to the collection unit in the storage unit as the first individual information in the collection process, and inputs the money collected in the collection process in the input process. The individual information of each currency transported from the department is acquired as the second individual information. Then, the second individual information is compared with the first individual information, and when the information regarding the match / mismatch of the individual information as the comparison result does not satisfy the predetermined determination condition, a warning is notified to the outside of the money processing apparatus. .. As a result, when the individual information of money does not sufficiently match between the collection process and the input process, a warning is notified from the money processing device, so that the exchange of money due to private diversion or the like can be detected. Therefore, fraud such as private diversion can be detected at an early stage, and the effect of preventing fraud by checking can be obtained.

Further, in the above money processing device, the control unit may end the input processing when the information regarding the match / mismatch of the first and second individual information satisfies the predetermined determination condition.

As a result, when the information regarding the match / mismatch of the individual information satisfies a predetermined determination condition, the input process ends.

Further, in the above money processing device, the control unit receives an approval operation of a predetermined operator when the information regarding the match / mismatch of the first and second individual information does not satisfy the predetermined determination condition. At that time, the charging process may be terminated.

As a result, even if the information regarding the match / mismatch of the individual information does not satisfy the predetermined determination condition, the input process ends when the approval operation of the predetermined operator is received.

Further, in the above money processing device, the control unit may be configured so that the predetermined determination condition can be set by receiving an input from the outside of the money processing device.

Thereby, the determination condition for the information regarding the match / mismatch of the individual information can be set from the outside of the money processing device.

Further, in the above money processing device, the control unit receives operator information that identifies the operator at the time of the input processing, and at least one of the predetermined determination conditions and the warning notification method. One may be set according to the operator specified by the operator information.

As a result, the determination conditions for the information regarding the match / mismatch of the individual information and the warning notification method are set according to the operator.

Further, in the above money processing device, the control unit receives the operator information that identifies the operator at the time of the input processing, and records the information regarding the match / mismatch of the first and second individual information. It may be managed for each operator.

As a result, the history of information regarding match / mismatch of individual information is managed for each operator.

Further, the individual information may include a serial number of a banknote.

Further, the technique disclosed herein is a money processing system including a plurality of money processing devices for processing money and a management device capable of communicating with the plurality of money processing devices. The plurality of money processing devices include an input unit into which money is inserted, a storage unit for storing money, a collection unit in which money collected from the storage unit is sent, and the input unit and the storage unit. A transport unit that transports money between the storage unit and the collection unit, an identification unit that is provided in the transport unit and identifies individual information of money transported by the transport unit, and the transport unit. By controlling the above, in the collection process, the money in the storage unit is transported to the collection unit, while in the charging process, the money in the charging unit is transported to the storage unit. Then, in the collection process, the control unit acquires the individual information identified by the identification unit of each currency transported to the collection unit as the first individual information, and inputs the money collected in the collection process. In the input process, the individual information identified by the identification unit of each currency conveyed from the input unit is acquired as the second individual information, and the control unit acquires the first individual information and the second individual information. The first and second individual information, which is the comparison result, is transmitted to the management device, or the control unit transmits the first and second individual information to the management device. The management device compares the first individual information with the second individual information, obtains information on the match / mismatch of the first and second individual information which is the comparison result, and obtains the information regarding the match / mismatch of the first and second individual information. Aggregates and manages information regarding matching / non-matching of the first and second individual information in the plurality of money processing devices.

As a result, the control unit in each money processing device acquires the individual information of each money transported to the collection unit as the first individual information in the collection process, and inputs the money collected in this collection process in the input process. The individual information of each currency transported from the department is acquired as the second individual information. Then, the control unit in each money processing device compares the second individual information with the first individual information, and transmits the information regarding the match / mismatch of the individual information which is the comparison result to the management device. Alternatively, the control unit in each money processing device transmits the first and second individual information to the management device, and the management device compares the first individual information with the second individual information, and the individual information which is the comparison result matches. / Get information about discrepancies. Then, the management device aggregates and manages the information regarding the match / mismatch of the individual information in the plurality of money processing devices. As a result, events in which the individual information of money does not sufficiently match between the collection process and the input process in the plurality of money processing devices are collectively managed by the management device, so that the money caused by private diversion or the like is managed. Replacement can be detected. Therefore, fraud such as private diversion can be detected at an early stage, and the effect of preventing fraud by checking can be obtained.

Further, in the above money processing system, the control unit in the plurality of money processing devices receives the operator information that identifies the operator at the time of the input processing, and transmits the operator information to the management device. The management device may manage the history of information regarding the match / mismatch of the first and second individual information in the plurality of money processing devices for each operator.

As a result, the history of information regarding match / mismatch of individual information is managed for each operator.

Further, the individual information may include a serial number of a banknote.

As described above, according to the money processing device of the present disclosure, when the individual information of money does not sufficiently match the time of the collection process in the input process of inserting the money collected in the collection process, the money processing device warns. Is notified, so it is possible to detect the exchange of money due to private diversion or the like.

Appearance example of money processing equipment Block diagram showing the functional configuration of the money processing device Outline configuration of banknote processing machine Flow of banknotes during collection processing in the banknote processing machine (A) and (b) are the flow of banknotes during the loading process in the banknote processing machine. Example of screen transition when starting the collection process Example of screen transition during recovery processing Example of slip output after collection processing Flow chart showing an operation example in the loading process of the money processing device Example of screen transition in loading process Example of screen transition in loading process Example of screen transition in loading process An example of the configuration of a money processing system (A) is a configuration example including a money processing device, and (b) is an example of conditions for storing and transmitting serial numbers.

Hereinafter, embodiments will be described in detail with reference to the drawings. The following description is an example.

<Outline configuration of money processing equipment>
FIG. 1 is a diagram showing an example of the appearance of the money processing apparatus 1. The money processing device 1 of FIG. 1 is a multifunctional device that processes money, and constitutes a so-called open cashier system. Such a money processing device 1 is generally used in fields such as banks and supermarkets.

The money processing device 1 is configured by combining a plurality of devices. Specifically, as shown in FIG. 1, the money processing device 1 includes a banknote processing machine 100 for processing banknotes, a coin processing machine 200 for processing coins, and valuable medium processing for processing valuable media such as banknotes and checks. It includes a machine 300, a printer 400 that issues various slips, and an operation display unit 500 that is a human interface portion for an operator.

FIG. 2 is a block diagram showing a functional configuration of the money processing device 1. The money processing device 1 includes, for example, a control unit 600 based on a microcomputer. The control unit 600 controls the entire money processing device 1. The control unit 600 is connected to the bill processing machine 100, the coin processing machine 200, the printer 400, and the operation display unit 500 so that signals can be transmitted and received. Further, a sensor built in each device is connected to the control unit 600, and the detection signals thereof are input. The features of the functional configuration in the present disclosure will be described later.

The banknote processing machine 100 is configured as a device in which a mechanism for processing loose banknotes and a mechanism for processing banded banknotes are integrated, and the banknote processing machine 100 is used to deposit and withdraw banknotes. Various processes such as the above can be performed. The configuration of the bill processing machine 100 will be described later.

The coin processing machine 200 includes a loose coin processing unit 210 for processing loose coins and a packaging coin processing unit 220 for processing packaging coins. The rose coin processing unit 210 can store rose coins by denomination inside the rose coin processing unit 210, and various types such as deposit processing and withdrawal processing of rose coins can be performed by using the rose coin processing unit 210. Can be processed. On the other hand, the wrapping coin processing unit 220 is configured to wrap the loose coins conveyed from the loose coin processing unit 210 by denomination and at a predetermined number (for example, 50) to form wrapping coins. The formed packaging coins are stored inside the packaging coin processing unit 220 or thrown out of the packaging coin processing unit 220.

The valuable medium processing machine 300 is a device that processes valuable media such as banknotes (lossy tickets) and checks that cannot be accepted by the banknote processing machine 100 due to severe damage and stains. The valuable medium processing machine 300 includes an insertion unit 310 into which a loss ticket or the like is inserted, an ejection unit 360 in which the loss ticket or the like is ejected outside the machine body, and an imaging unit for acquiring image data of inserted banknotes, checks, or the like. It is equipped with 316.

The printer 400 is arranged on the upper surface of the coin processing machine 200, and issues a slip on which various information is printed based on the control signal output from the control unit 600.

The operation display unit 500 is an operation unit for inputting information to the money processing device 1 and also a display unit for outputting information of the money processing device 1. Specifically, the operation display unit 500 includes a touch panel 501 erected on the upper surface of the coin processing machine 200. The touch panel 501 is configured to display a screen on which various information is arranged and to operate the money processing device 1 based on manual input by an operator.

<Structure of banknote processor>
FIG. 3 shows a schematic configuration of the banknote processing machine 100. In FIG. 3, the left side surface of the drawing is the front surface of the bill processing machine 100, and the right side surface of the drawing is the rear surface of the bill processing machine 100.

The bill processing machine 100 has a deposit unit (insertion unit) 102 into which bills are inserted, a loose bill storage unit (storage unit) 103 for storing loose bills, and a configuration related to processing of loose bills inside the housing 101. A temporary holding section (collecting section) 104 for temporarily holding banknotes, a loose bill withdrawing section 105 for withdrawing loose banknotes, and a first transport section (transporting) configured to transport banknotes between the sections. A unit) 106 and an identification unit 107 provided in the first transport unit 106 and configured to identify the transported bills one by one. Further, the banknote processing machine 100 includes a withdrawal reject unit 117 that collects rejected banknotes at the time of withdrawal, and a front / back reversing unit 108 that is provided in the first transport unit 106 and reverses the front and back of the banknote that has passed through the identification unit 107. I have. Each unit constituting the bill processing machine 100 is controlled by the control unit 600.

In addition, the banknote processing machine 100 has a configuration related to processing of banded banknotes inside the housing 101, which is a stacking unit 109 for collecting banknotes in a loose state and a banknote processing unit 109 for transporting the banknotes collected in the collecting unit 109 to a predetermined position. 2 Conveying unit 110, a binding unit 111 that binds banknotes transported by the second transporting unit 110 to form a banded banknote, a third transporting unit 112 that transports the banded banknotes, and a banded banknote storage that stores the banded banknotes. A band 115 and a band note withdrawal section 116 for withdrawing bandnotes are provided. These are also controlled by the control unit 600.

The deposit unit 102 has a deposit port 102a for taking in banknotes from the outside.

A plurality of loose bill storage units 103 (four in FIG. 3) are provided, and each of them is configured as a stack type storage cassette. The four loose bill storage units 103 are arranged in a row in the front-rear direction at the lower position in the housing 101, and are located on the front side with the three denomination storage units 103a to 103c located on the rear side. It has one batch storage unit 103d. In each of the denomination storage units 103a to 103c, the loose bills inserted into the deposit unit 102 are stored in the denomination (for example, 1,000 yen, 5,000 yen, and 10,000 yen). The denomination of the banknotes to be stored in the denomination storage units 103a to 103c can be set individually as appropriate. For example, among the banknotes inserted into the deposit unit 102, the batch storage unit 103d can store banknotes (so-called overflow banknotes), double-fed banknotes, and 2,000 yen that could not be stored in the denomination storage units 103a to 103c. Store all at once. In addition, rejected banknotes that could not be identified at the time of withdrawal may be stored in the collective storage unit 103d.

A temporary holding section 104 for temporarily holding banknotes is provided on the front side of the loose bill storage section 103. The temporary holding unit 104 is configured as a stack-type storage cassette, similarly to the loose bill storage unit 103. The temporary holding unit 104 temporarily holds the banknotes identified by the identification unit 107 in the deposit processing before being stored in the loose bill storage unit 103, or is paid out from the loose bill storage unit 103 in the withdrawal processing. The bills may be temporarily held before being transported to the loose bill withdrawal unit 105. Further, the temporary holding portion 104 communicates with an outlet 101a opened at the lower part of the front surface of the housing 101, and the bills held in the temporary holding portion 104 can be taken out to the outside through the outlet 101a. can. The outlet 101a is opened and closed by a lower door 101b provided at the front of the housing 101.

The loose bill withdrawal unit 105 has a withdrawal port 105a for withdrawing loose bills from the inside of the device. The loose bill withdrawal unit 105 can collect the bills paid out to the withdrawal port 105a by the first transport unit 106 and hold a plurality of bills at once. The loose banknote withdrawal unit 105 withdraws and accumulates banknotes determined to be rejected banknotes when the banknotes are taken into the device as in the deposit process or the loading process described later, for example. That is, the loose banknote withdrawal unit 105 also serves as a so-called deposit / reject unit that collects rejected banknotes at the time of deposit.

The withdrawal reject unit 117 collects the banknotes determined to be rejected banknotes when paying out the banknotes from the device as in the withdrawal process or the collection process described later, for example. The banknotes accumulated in the withdrawal reject unit 117 can be removed from the outside by the operator performing a predetermined operation.

The first transport unit 106 includes a loop-shaped transport path 106a. The banknotes are transported along the transport path 106a in the clockwise and counterclockwise directions in FIG. Although details are omitted, the transport path 106a is composed of a combination of a large number of rollers, a plurality of belts, a motor for driving them, a sensor for detecting the bills to be transported, and a plurality of guides. The first transport unit 106, for example, transports banknotes between the deposit unit 102 and the loose bill storage unit 103, or transports the bills between the loose bill storage unit 103 and the temporary holding unit 104. Can be done. Specifically, the transport path 106a and the deposit port 102a are connected to each other by the input path 106b, and the bills inserted into the deposit port 102a are conveyed to the transport path 106a through the input path 106b. NS.

Further, a branch path 106c connected to each of the loose bill storage portions 103 is connected to the transport path 106a via a branch mechanism (not shown). By the operation control of each branch mechanism, the banknotes transported on the transport path 106a are selectively transported to or stored in the loose bill storage unit 103 through the branch path 106c, and any of the loose bills is stored there. The banknotes drawn out from the banknote storage unit 103 are transported to the transport path 106a via the branch path 106c. Further, a connection path 106d connected to the temporary holding portion 104 is connected to the transport path 106a via a branch mechanism (not shown). The banknotes transported on the transport path 106a are selectively transported to the temporary holding section 104 through the connecting path 106d by the operation control of the branching mechanism, and are fed out from the temporary holding section 104 and connected to the connecting path 106d. The banknotes transported through the banknotes are transported on the transport path 106a.

Further, the payout path 106f is connected to the transport path 106a via a branch mechanism (not shown) for switching the transport direction of banknotes. The tip of the payout path 106f is connected to the withdrawal port 105a. The banknotes transported on the transport path 106a are selectively transported to the withdrawal port 105a through the payout path 106f by the operation control of the branching mechanism. Further, a reject path 106e is connected to the transport path 106a via a branch mechanism (not shown) for switching the transport direction of banknotes. The tip of the reject path 106e is connected to the withdrawal reject section 117. The banknotes transported on the transport path 106a are selectively transported to the withdrawal reject unit 117 through the reject path 106e by the operation control of the branching mechanism.

The identification unit 107 is arranged on the transport path 106a, and identifies the denomination, authenticity, correctness, front and back, etc. of each banknote transported along the transport path 106a. It is configured as follows. Specifically, the identification unit 107 has a line sensor, a magnetic sensor, and the like, and acquires the characteristics of the banknote. The identification unit 107 determines whether or not the characteristics of the banknotes match the characteristics of the various stored banknotes, and identifies the denomination, authenticity, positive loss, front and back sides, and the like. The control unit 600 may perform functions other than the sensor in the identification unit 107. Further, in the present disclosure, the identification unit 107 is configured to be able to recognize the serial number of each banknote transported along the transport path 106a. The identification unit 107 sends information on the serial number of the recognized banknote to the control unit 600.

The front-back reversing portion 108 is arranged on the transport path 106a, and is configured to arrange the front and back sides of each passing banknote based on the identification result by the identification unit 107. Specifically, among the banknotes that pass through the front-back reversing portion 108, for example, the front and back sides of the banknote whose back surface is on the upper side are reversed, so that all the banknotes drawn out from the front-back reversing portion 108 are on the front surface ( The front side is arranged so that it is on the upper side. Similarly, among the bills that pass through the front-back reversing portion 108, the front and back of the bill whose front surface is on the upper side may be reversed.

An integration unit 109, which will be described later, is also connected to the first transport unit 106. Specifically, an accumulation path 106g leading to the integration section 109 is connected to the transfer path 106a via a branching mechanism (not shown). The banknotes transported on the transport path 106a are selectively transported to the stacking section 109 through the stacking path 106g by the operation control of the branching mechanism.

The accumulating portion 109 includes two accumulating portions, a first accumulating portion 109a and a second accumulating portion 109b. Both the first collecting section 109a and the second collecting section 109b are configured to collect banknotes to be bound. The denomination of banknotes to be collected as a binding target can be set as appropriate.

The binding unit 111 binds the banknotes accumulated in the collecting unit 109. Specifically, the binding unit 111 creates a tape ring for banding the banknotes, pulls back the tape after the banknotes are conveyed into the tape ring, and binds the banknotes with the tape. By binding with tape, a strapped banknote is formed. Although not shown, the binding unit 111 is configured as a mechanism including, for example, a tape supply unit for supplying a tape, a tape ring creating unit for creating a tape ring using the supplied tape, and the like.

The second transport unit 110 grips the banknotes accumulated in the stacking unit 109 and transports the banknotes into the tape ring. Although details are omitted, the second transport unit 110 is configured as an arm mechanism including, for example, a gripping unit for grasping banknotes by upper and lower arm portions and means for moving the gripping unit in the horizontal direction and the vertical direction. There is.

The third transport unit 112 horizontally transports the banded banknotes between the lifting unit 113 configured to transport the banded banknotes in the vertical direction, and between the lifting unit 113 and the banded banknote storage unit 115. It has a configured lateral feed portion 114 and. Specifically, the lifting unit 113 is formed as a passage extending vertically, and an elevating table 113a for loading and lowering the strapped banknotes is provided inside the aisle. The upper portion of the lifting section 113 communicates with the banded banknote withdrawal section 116. Therefore, when the elevating table 113a is raised, the banded banknotes placed on the elevating table 113a move from the lifting unit 113 to the banded banknote withdrawal unit 116. Although details are omitted, the lateral feed portion 114 has a transport belt 114a extending in the front-rear direction, which is hung between a pair of front and rear pulleys, and has a lower surface of the transport belt 114a and a strap-wrapped bill storage portion 115. The strapped banknotes are transported in the front-rear direction along the passage formed between the upper surface and the upper surface. Further, the front end portion of the lateral feed portion 114 communicates with the lifting portion 113. Therefore, when the banded banknotes are transported forward by the transport belt 114a, the transported banded banknotes move from the lateral feed unit 114 to the lifting unit 113.

A plurality of band-enclosed banknote storage units 115 (four in the present embodiment) are provided, and each of them is configured as a stack-type storage cassette. The band-wrapped banknote storage units 115 are arranged in a row in the front-rear direction at an upper position in the housing 101, and are arranged below the transport belt 114a, respectively. Each of the band-wrapped banknote storage units 115 is configured to store the band-wrapped banknotes transported by the third transport unit 112 by denomination. For example, the two strap-wrapped bill storage units 115 accommodate 1,000-yen bills, while the remaining two strap-wrapped bill storage units 115 accommodate 10,000-yen bills. 5000-yen bills are not stored in a strapped state. Whenever a withdrawal of a band-wrapped bill consisting of a 5,000-yen bill is requested, the 5,000-yen bill is transported from the loose bill storage unit 103, bundled and withdrawn. The denomination of the banknotes to be stored in the strap-wrapped banknote storage unit 115 can be set individually as appropriate.

The banded banknote withdrawal unit 116 has a withdrawal port 116a for withdrawing the banded banknotes from the inside of the device. The withdrawal port 116a is opened at the upper part of the front surface of the housing 101, and is opened and closed by the shutter 116b (see FIG. 1).

<Characteristics of functional configuration>
In the functional configuration of FIG. 2, the control unit 600 generates a control signal based on an input signal from the operation display unit 500, a detection signal input from various sensors, and the like, and uses the control signal as the bill processing machine 100 and the like. Output to. The banknote processing machine 100 and the like operate according to a control signal from the control unit 600. The control unit 600 is configured to execute various processes in the money processing device 1. Further, the money processing device 1 is a communication interface unit 800 for communicating with a storage unit 700 for storing various control data, operation logs, and the like, and a management computer for managing the operation of an external device, for example, the money processing device 1. And have. The storage unit 700 and the communication interface unit 800 are connected to the control unit 600.

When the control unit 600 receives a predetermined collection instruction, the control unit 600 executes a collection process for collecting the money stored in the device (for example, the banknote processing machine 100) (“collection process control”). Further, when a predetermined loading instruction is received, a loading process for loading the coins inserted into the device (for example, the banknote processing machine 100) is executed (“loading process control”). Here, the "collection process" is a process of collecting money from the money processing device 1 by paying out the money stored in the device. For example, the amount of money is based on the actual money. It is executed when confirming. Further, the "loading process" is a process of loading and storing money in the money processing device 1, and for example, by performing the process on the money collected by the collection process, the amount of money is collected. It is executed when confirming with the amount confirmed in. The loading process is an example of the charging process in the present disclosure.

In the present embodiment, the control unit 600 causes the identification unit 107 to identify the serial number of each currency to be collected in the collection processing control, acquires the information of the identified serial number, and stores it as a part of the collected money information 701. do. Further, in the loading process control, the control unit 600 causes the identification unit 107 to identify the serial number of each currency to be loaded, and acquires the information of the identified serial number. Then, the acquired serial number information is compared with the serial number information stored as the collected monetary information 701 to obtain the match / mismatch information of the serial numbers. Then, when the match / mismatch information of the serial numbers does not satisfy the predetermined determination condition, a warning is notified to the outside of the money processing device 1 via, for example, the operation display unit 500.

<Flow of banknotes in the device>
-Recovery process-
FIG. 4 is an example of the flow of banknotes during the collection process in the banknote processing machine 100. In the example of FIG. 4, when the collection process is started, the control unit 600 controls the first transport unit 106, so that all the banknotes stored in each of the denomination storage units 103a to 103c and the batch storage unit 103d are temporarily stored. It is transported to the holding unit 104. Specifically, the banknotes stored in each of the denomination storage units 103a to 103c and the batch storage unit 103d have a branch path 106c, a transport path 106a, a front / back reversal section 108, an identification section 107, and a connection path, as shown by arrows A1. It passes through 106d in sequence and reaches the temporary holding unit 104. When all the banknotes are transported or the temporary holding unit 104 is full, the lower door 101b of the housing 101 is opened, and the operator manually takes out the banknotes accumulated in the temporary holding unit 104 to the outside. The banknotes may be bundled and collected. In this case, at the time of loading, the banknotes are separated and inserted.

In the collection process, the control unit 600 stores the collection currency information 701 in the storage unit 700. Here, the collected money information 701 is a collection information ID which is an example of information that uniquely identifies the collection process, a collection date and time, an operator ID that identifies the operator who operated the collection process, and a collected banknote. Includes total amount and number of denominations / amount.

The collected monetary information 701 further includes information on the serial number of each collected banknote recognized by the identification unit 107. Here, regarding the banknotes whose serial number could not be recognized by the identification unit 107, for example, when collecting a part of the in-flight cash, the banknotes are not collected. In addition, when collecting all in-flight cash, banknotes whose serial number cannot be recognized will be collected separately from banknotes whose serial number can be recognized, and banknotes whose serial number cannot be recognized will not be managed. ..

-Loading process-
FIG. 5 is an example of the flow of banknotes during the loading process in the banknote processing machine 100. The banknote set in the deposit unit 102 passes through the input path 106b, the identification unit 107, and the transport path 106a in order as shown by the arrow A2 in FIG. 5A. At that time, the banknotes that could be identified by the identification unit 107, that is, the normal banknotes, are held in the temporary holding unit 104 after passing through the identification unit 107. On the other hand, the banknotes that could not be identified by the identification unit 107, that is, the rejected banknotes, are conveyed to the loose banknote withdrawal unit 105 as the deposit rejecting unit after passing through the identification unit 107.

At this time, the banknotes whose serial number could not be recognized by the identification unit 107 are conveyed to the loose banknote withdrawal unit 105. For banknotes whose serial number could not be recognized even after being inserted multiple times, the operator inserts the banknote into the valuable medium processing machine 300, looks at the image of the banknote displayed on the screen, and sets the serial number. Check visually. Further, if the serial number can be recognized by the identification unit 107, but the serial number does not match any of the serial numbers recognized in the collection process, the bill is temporarily held together with the bill having the same serial number. It is held in the unit 104. When there are banknotes whose serial numbers do not match, for example, the money processing device 1 issues a warning via the operation display unit 500 to receive an approval operation by the administrator.

After that, when it is confirmed that the loading process has been performed normally, as shown by the arrow A3 in FIG. It is transported to any of 103d.

<Operation example>
Here, an operation example of the money processing device 1 is taken as an example in which the banknotes are collected from the money processing device 1 after the end of one day's business and the collected banknotes are loaded into the money processing device 1 on the next business day. explain. The actual collected banknotes are stored in a safe, a supplementary device, etc. at night. Further, in the amount management of the money processing device 1, the data of the collected banknotes is managed as "the amount on hand".

-Recovery process-
FIG. 6 is an example of a screen transition when the collection process is started. First, the control unit 600 displays the standby screen D1 on the operation display unit 500 as an initial screen before receiving the operation. A message prompting contact with the touch panel 501 is arranged on the standby screen D1. When the operator touches the touch panel 501, the screen transitions to the menu screen D3 for selecting the process to be executed by the control unit 600. However, if the operator has not been authenticated, the screen transitions to the input screen D2 for inputting the operator's ID prior to the menu screen D3. A numeric keypad is arranged on the input screen D2, and the operator manually inputs an ID via the arranged numeric keypad. In addition to the input using the numeric keypad, a recording medium such as an ID card may be read. When the input ID is approved, the transition from the input screen D2 to the menu screen D3.

A button for selecting one of the processes is arranged on the menu screen D3. If "collection" is selected here, the control unit 600 executes the collection process on the assumption that the bill collection instruction has been received. In this case, the screen transitions to the selection screen D4 in order to select a specific collection method. On the selection screen D4, either "total collection" or "designated total collection" can be selected as the collection method. The total collection is a process of collecting all the coins of all denominations, and the designated total collection is a process of collecting all the coins of all denominations designated by the operator. Here, it is assumed that "total collection" is selected. The control unit 600 receives all the collection instructions and sequentially conveys the banknotes in all the denomination storage units 103a to 103c and the batch storage unit 103d to the temporary holding unit 104 for each denomination. After the collection method is selected, the process transitions to the start screen D5 of the selected process.

On the start screen D5, the current amount and the collection start button are displayed. The current amount of money is the amount of money information stored in the control unit 600 for the bills to be collected, and for example, the amount of money for each denomination and the total amount of all denominations are displayed. When the collection start button is pressed, the control unit 600 starts the collection process.

FIG. 7 is an example of screen transition during the collection process. The control unit 600 displays the progress status of the collection process on the touch panel 501 as the display screen D6 during the collection process. Specifically, for example, on the display screen D6, a predetermined collection process is in progress (indicated as “total collection in progress” in the example), and a percentage indicating the progress of the banknote processing machine 100 in the process. And are arranged. When all the bills to be collected are paid out or the temporary holding portion 104 of the bill processing machine 100 becomes full, the display screen D6 shifts to the guide screen D7 in order to prompt the bills to be taken out.

Information for guiding the extraction of banknotes is arranged on the guide screen D7. Specifically, for example, on the guide screen D7, a place where bills to be extracted are accumulated (temporary holding portion 104 in the example), an image for guiding the extraction procedure (extraction guidance), and the like are arranged. The extraction guidance includes an image of opening the lower door 101b of the bill processing machine 100, an image of opening the lower door 101b, and then extracting the bill from the temporary holding portion 104 through the opening of the outlet 101a. When the removal of banknotes is completed and the lower door 101b is closed, when the collection process is completed, that is, when all the banknotes to be collected have been paid out, a print screen is printed from the guide screen D7 in order to output a slip. Transition to D8.

The fact that the slip has been output is arranged on the print screen D8. FIG. 8 is an example of a slip. Various information related to the collection process is printed on the slip, and in the example of FIG. 8, the type of the selected collection method (total collection), the collection date and time, the collection information ID, the operator ID, and the collection details are shown. Has been done. The collection statement shows the difference between the actual amount actually collected and the initial amount data. By checking the collection details, the operator can confirm the amount of money based on the actual money. Further, the QR code (registered trademark) C1 which is an example of the data code representing the collection information ID may be printed on the slip.

Further, as described above, the control unit 600 stores the collected money information 701 in the storage unit 700 in the collection process. The collected monetary information 701 includes a collection information ID which is an example of information that uniquely identifies the collection process. Further, the control unit 600 causes the identification unit 107 to identify the serial number of each bill to be collected, acquires the information of the identified serial number, and stores it as a part of the collected money information 701.

-Loading process-
FIG. 9 is a flowchart showing an operation example in the loading process of the money processing device 1. Further, FIGS. 10 to 12 are examples of screen transitions in the loading process. As shown in FIG. 6 in the description of the collection process, when the operator touches the touch panel 501 on the standby screen D1, the screen transitions to the input screen D2 for inputting the operator's ID prior to the menu screen D3. The operator manually inputs the ID via, for example, the numeric keypad displayed on the screen (S11). Instead of using the numeric keypad, a recording medium such as an ID card may be read. When the input ID is approved, the transition from the input screen D2 to the menu screen D3. When the operator selects "loading" from the buttons displayed on the menu screen D3, the control unit 600 executes the loading process assuming that the bill loading instruction has been received. Here, as the loading process, it is assumed that the banknotes collected by the above-mentioned collection process are stored in the loose banknote storage unit 103.

The control unit 600 shifts the screen of the touch panel 501 from the menu screen D3 to the input screen D9 of the collection information ID shown in FIG. The operator manually inputs the collection information ID printed on the collection processing slip as shown in FIG. 8 via the numeric keypad displayed on the screen D9, for example (S12). Instead of using the numeric keypad, the QR code C1 printed on the slip of FIG. 8 may be read. When the collection information ID is input, the guide screen D10 shown in FIG. 10 is displayed on the touch panel 501.

Information for guiding the insertion of cash and a loading start button are arranged on the guide screen D10. Here, as information for guiding the insertion of cash, the type of money to be loaded (“rose bill” in the example) and the image (insertion guidance) for guiding the insertion procedure are arranged. According to the insertion guidance, the operator inserts the banknotes collected from the money processing device 1 in the collection process into the deposit unit 102. After that, when the loading start button is pressed by the operator, the control unit 600 executes the loading process (S13). During the execution of the loading process, as shown in FIG. 10, the transition from the guide screen D10 to the counting screen D11. On the counting screen D11, a counting detail D11a showing the status of the loading process is displayed.

In the present embodiment, the serial number of each banknote is acquired by the identification unit 107 in the loading process. The control unit 600 refers to the collected money information 701 stored in the storage unit 700, and acquires the serial number of each banknote saved in the collection process specified by the input collection information ID. Then, the acquired serial number is compared with the serial number of each banknote acquired in the main loading process. Both the banknotes having the same serial number and the banknotes having the same serial number are transported to the temporary holding unit 104. Then, information such as the presence / absence of bills whose serial numbers do not match, the denomination, and the number of bills is stored in the storage unit 700.

When the loading process is completed, it is determined in the above comparison whether or not there are banknotes whose serial numbers do not match (S14). When all the serial numbers of the inserted banknotes match (YES in S14), the control unit 600 is specified by the input collection information ID with reference to the collection money information 701 stored in the storage unit 700. The amount of money and the number of denominations collected in the collection process are compared with the amount of money and the number of denominations deposited in the main loading process (S15). When the amount of money and the number of denominations match (YES in S15), as shown in FIG. 5B, the bills held in the temporary holding section 104 are either the denomination storage section 103a to 103c or the batch storage section 103d. It is transported to the destination (S16), and a slip showing the contents of the loading process is issued (S17). On the other hand, when the amount of money and the number of denominations do not match (NO in S15), the control unit 600 notifies the outside of the money processing device 1 of a warning and stops the loading process. For example, a warning message is displayed on the screen of the touch panel 501.

On the other hand, when there are banknotes whose serial numbers do not match (NO in S14), the control unit 600 notifies a warning that the serial numbers do not match (S18). For example, as shown in the screen D11 of FIG. 11, the warning pop-up D11b is displayed. On the screen D11 of FIG. 11, the warning pop-up D11b displays a message indicating that there are banknotes whose serial numbers do not match and a serial number that does not match. Here, for example, when the operator presses the "approve" button, the screen D12 requesting the input of the approver's ID is displayed. When the administrator inputs his / her own ID and the control unit 600 approves this (YES in S19), the above-mentioned processes after S15 are executed thereafter. On the other hand, when the "Cancel" button is pressed on the screen D11 (YES in S20), all the banknotes held in the temporary holding unit 104 are returned (S22).

If there is a bill whose serial number cannot be read, the bill is conveyed to the separate bill withdrawal section 105 as the deposit reject section. In this case, the control unit 600 displays the screen D13 of FIG. On the screen D13 of FIG. 11, a message indicating that the banknote whose serial number cannot be read has been rejected is displayed. Here, for example, when the operator presses the "banknote confirmation" button, the screen D14 of FIG. 12 is displayed, prompting the banknote confirmation operation on the valuable medium processing machine 300. The operator inserts the rejected banknotes into the valuable medium processing machine 300 from the charging unit 310 according to the screen D14. In the valuable medium processing machine 300, the imaging unit 316 captures an image of banknotes. The captured image is displayed on the screen D15. The operator confirms the serial number N1 recognized by the valuable medium processing machine 300. Alternatively, the serial number is visually confirmed by looking at the image of the bill displayed on the screen D15.

As described above, according to the present embodiment, in the collection process, the control unit 600 stores the serial number information of each banknote transported to the temporary holding unit 104 in the storage unit 700, and loads the banknotes collected in this collection process. In the loading process, the serial number information of each banknote conveyed from the deposit unit 102 is acquired. Then, the serial number information is compared, and when there is a bill whose serial number does not match, the control unit 600 notifies the outside of the money processing device 1 of a warning. As a result, when the serial numbers of the banknotes do not match between the collection process and the loading process, the money processing device 1 notifies the warning, so that the replacement of the banknotes due to private diversion or the like can be detected. Therefore, fraud such as private diversion can be detected at an early stage, and the effect of preventing fraud by checking can be obtained.

<Other operation examples>
(Part 1)
In the above operation example, when the amount of money and the number of denominations do not match between the collection process and the loading process (NO in S15), the control unit 600 notifies a warning and cancels the loading process. After notifying the warning, it may be controlled to request the administrator's approval. Further, when there is a banknote whose serial number does not match between the collection process and the loading process (NO in S14), the control unit 600 shall request the administrator's approval after notifying the warning. After notifying the warning, the loading process may be stopped.

(Part 2)
In the above-mentioned operation example, when a banknote whose serial number does not match is detected in the collection process and the loading process, a warning is notified, but the present disclosure is not limited to this. That is, the control unit 600 may notify the warning when the information regarding the match / mismatch of the serial numbers does not satisfy the predetermined determination condition. As a result, when the serial numbers of the banknotes do not sufficiently match between the collection process and the loading process, the money processing device 1 notifies a warning.

For example, it may be a determination condition that the serial numbers of all the banknotes match. In this case, if there is even one banknote whose serial number does not match in the collection process and the loading process, a warning is notified. Alternatively, the number of banknotes whose serial numbers do not match or the ratio to the total number of banknotes may be set as a determination condition. In this case, when the number of banknotes whose serial numbers do not match between the collection process and the loading process is less than the predetermined number, or when the number is less than the predetermined ratio, the loading process is performed.

Further, the denomination for collating the match / mismatch of the serial numbers may be specified. For example, the serial number may be collated only for a high-priced ticket (for example, a 10,000-yen note). Alternatively, the serial numbers may be collated for all denominations.

Further, the control unit 600 receives operation input from the outside of the money processing device 1, for example, via the operation display unit 500, or acquires setting information from a higher-level management computer to obtain information on matching / mismatching of serial numbers. The determination condition for notifying the warning based on the above may be configured so as to be set.

(Part 3)
In the above operation example, when a bill whose serial number does not match is detected, a warning is notified on the screen of the operation display unit 500. However, the warning notification method is not limited to this. For example, the money processing device 1 may send a warning message to a PC or tablet owned by the administrator. Alternatively, the money processing device 1 may transmit warning information to the management computer or the computer of the headquarters of the financial institution.

Further, in the above operation example, the administrator assumes that the approval operation is performed via the operation display unit 500 of the money processing device 1. However, the approval operation method by the administrator is not limited to this. For example, the administrator may perform the approval operation from his / her own PC or tablet. Alternatively, the approval operation may be performed remotely from the management computer or the computer of the headquarters of the financial institution.

(Part 4)
The determination condition for notifying the warning based on the information regarding the match / mismatch of the serial numbers may be switched according to the operator. For example, for a specific operator, the serial numbers may be collated for all denominations, and for other operators, the serial numbers may be collated for some denominations. Alternatively, when the operator ID indicates an administrator having a predetermined authority, the serial number may not be collated.

Further, the warning notification method may be switched according to the operator. For example, when the operator ID indicates an administrator having a predetermined authority, when a bill whose serial number does not match is detected, the warning information is not notified to the screen of the operation display unit 500 and the warning information is sent to the management computer. It may be only transmitted.

(Part 5)
The control unit 600 may manage the serial number collation history for each operator. Thereby, the determination condition and the warning notification method can be switched based on the collation history. For example, for the same operator, if the number mismatch occurs less than the specified number of times within one month, the warning is not notified, and if the serial number mismatch occurs more than the specified number, the warning is notified. You may. However, even if the warning is not notified, the administrator may be notified.

(Part 6)
If a mismatch in the serial numbers of multiple banknotes is detected in succession during the loading process, it is possible that a banknote different from the collected banknote (for example, money collected from another currency processing device) was erroneously loaded. Highly sexual. Therefore, in this case, the feeding may be stopped and a warning message may be displayed on the operation display unit 500, for example. As a result, it is possible to reduce the time for loading the wrong money and the time and effort for collecting the money out of the device.

(7)
In the collection process, the money to be collected may be sent to the withdrawal unit instead of the temporary holding unit or the collection cassette.

(Part 8)
When starting the loading process, the collection information ID of the collected money currently being taken out may be displayed on the screen so that the operator can select it.

(Part 9)
During the loading process, the serial number may be acquired and the bills may be sent to the temporary holding unit, and after the loading process is completed, the match / mismatch of the serial numbers may be compared. When a banknote with a mismatched serial number is detected, a warning is issued. In this case, if the administrator does not approve, all the loaded banknotes will be collected.

(Part 10)
During the loading process, the match / mismatch of the serial numbers may be compared, and when a mismatch is detected, the loading process may be stopped to give a warning notification.

<Other configuration example 1>
The above-described embodiment can be applied not only to so-called cashiers, but also to other money processing devices such as money changers, auto cashiers, and withdrawal machines. Further, a money processing system may be configured which includes a plurality of money processing devices including the above-described configurations, and includes a management device capable of communicating with the plurality of money processing devices.

FIG. 13 is an example of the configuration of a money processing system including a plurality of money processing devices and management devices. The configuration of FIG. 13 includes a money processing device 1, a money changer 2, an auto cashier 3, and a money storage device 4, which are the cashiers described in the above-described embodiment. For example, in a branch office of a financial institution, a money processing device 1 and a money storage device 4 are installed in a backyard, a money changer 2 is installed in an ATM corner, and an auto cashier 3 is installed in a counter. The money changer 2 and the auto cashier 3 are examples of the money processing device in the present disclosure, and have a function of collating the serial numbers of banknotes in the collection process and the loading process, similarly to the above-mentioned money processing device 1.

The money processing device 1, the money changer 2, the auto cashier 3, and the money storage device 4 are connected to the network 5, and can communicate with the management computer 6, which is an example of the management device, via the network 5. The management computer 6 can communicate with a mobile terminal 7 such as a tablet or a smartphone owned by the administrator, for example. Further, the management computer 6 can communicate with, for example, the management center 8 at the head office of a financial institution.

In the money processing system of FIG. 13, the money processing device 1, the money changer 2, and the auto cashier 3 may transmit the collected money information acquired in the collection processing to the management computer 6 and manage it by the management computer 6. .. In this case, the money processing device 1, the money changer 2, and the auto cashier 3 acquire the collected money information related to the collecting process corresponding to the loading process from the management computer 6 in the loading process. Then, processing such as matching / mismatching of the serial numbers of the banknotes is performed. Alternatively, the money processing device 1, the money changer 2, and the auto cashier 3 transmit information such as the acquired serial number to the management computer 6 in the loading process, and the management computer 6 collates the matching / mismatching of the serial numbers of the banknotes. Etc. may be performed.

Further, in the money processing system of FIG. 13, information on collection processing and loading processing in each device (money processing device 1, money changer 2 and auto cashier 3) may be aggregated and managed in the management computer 6. .. For example, in the management computer 6, information regarding the match / mismatch of the serial numbers of banknotes may be recorded for each device. Further, in the management computer 6, information regarding the match / mismatch of the serial numbers of the banknotes may be recorded for each device and each operator. As a result, the number of occurrences of serial number mismatch can be aggregated and monitored for each operator. For example, when the warning is not notified when the serial number mismatch occurs less than 3 times, the operator who caused the serial number mismatch twice with the change machine 2 writes with the auto cashier 2. When a number mismatch occurs, it is possible to control such that an alarm is suddenly notified.

That is, in this configuration example, the control units in the plurality of money processing devices 1, 2, and 3 compare the serial number of each bill in the loading process with the serial number of each bill in the corresponding collection process, and compare the comparison results. It is transmitted to the management computer 6. Alternatively, the control unit in the plurality of money processing devices 1, 2, and 3 transmits the serial number of each banknote in the loading process and the serial number of each banknote in the corresponding collection process to the management computer 6, and the management computer 6 sends the serial number of each banknote. Compare serial numbers. Then, the management computer 6 aggregates and manages the information regarding the match / mismatch of the individual information in the plurality of money processing devices 1, 2, and 3. As a result, the events in which the serial numbers of the banknotes do not sufficiently match between the collection process and the loading process in the plurality of money processing devices 1, 2, and 3 are collectively managed by the management computer 6, and are therefore private. It is possible to detect the exchange of money due to diversion. Therefore, fraud such as private diversion can be detected at an early stage, and the effect of preventing fraud by checking can be obtained.

Further, when the management computer 6 aggregates and manages information on the collection process and the loading process in each device, it becomes easy to find a mistake in inserting the loaded banknote. For example, when the banknotes collected from the money changer 2 are mistakenly loaded into the auto cashier 3, it can be seen from the information collected in the management computer 6 that the loaded banknotes should be loaded into the money changer 2. Specifically, the operation is as follows. When a plurality of banknotes have a serial number mismatch in succession, the auto cashier 3 stops feeding and requests the management computer 6 to check the collection information of another device. When the management computer 6 finds that the serial number of the bill to be loaded in the auto cashier 3 matches the serial number of the bill collected from the money changer 2, the management computer 6 displays a warning to that effect on the auto cashier 3. Instruct. In response to this instruction, the auto cashier 3 displays a message such as "The banknotes collected from the money changer are about to be loaded. Please check" on the operation screen.

<Other configuration example 2>
The monetary processing device may store the serial number of the paper sheet under specific conditions or transmit it to a higher-level device.

In the configuration of FIG. 14A, the money processing device 10 is connected to the management computer 13 which is a higher-level device via the network 12. Further, the money processing device 10 includes a storage unit 11 that stores logs of collection processing, loading processing, and the like. Then, as a condition for sending the reading result of the serial number to the upper level or saving it as a log, a timing at which a miscalculation may occur is set. For example, "Errors that may cause cash handled in the cabin to go out of the aircraft", "Return processing", "Errors during automatic scrutiny", "Errors during storage and transportation", etc. Can be considered as. For example, under the conditions shown in FIG. 14B, the acquired serial number is stored in the storage unit 11, or the acquired serial number is transmitted to the management computer 13 at a higher level. It is preferable that this condition can be changed from the operation screen of the money processing device 10 or the management computer 13.

(Other embodiments)
In the above-described embodiment, when the banknotes collected from the money processing device are loaded into the money processing device, the case where the matching / mismatching of the serial numbers of the banknotes is collated has been described as an example. If you do, you are not limited to this.

For example, when a banknote collected from a money processing device and stored in a safe or the like is shipped to a cash center, the banknote is inserted into the same money processing device before shipping, and the same operation as described above is performed. In addition, the matching / mismatching of the serial numbers of the banknotes may be performed. However, the inserted banknotes are not sorted to the denomination storage unit, but are taken out of the device again and sent to the shipping work. That is, the present disclosure is applicable to the insertion process corresponding to the collection process, that is, the insertion process in which exactly the same banknotes as the actual banknotes collected in the collection process are to be inserted.

Further, in the above-described embodiment, the configuration of collating the serial numbers of banknotes has been described as an example, but the serial numbers of banknotes are an example of individual information of money. In the present disclosure, for example, a banknote may be configured to collate the print color together with the serial number. Alternatively, it is also possible to collate the assigned ticket numbers for paper leaves other than banknotes such as gift certificates and checks.

1 Money processing device 2 Money changer (money processing device)
3 Auto cashier (money processing device)
6 Management computer (management device)
102 Deposit section (input section)
103 loose bill storage unit (storage unit)
104 Temporary hold section (collection section)
106 First transport section (transport section)
107 Identification unit 600 Control unit 700 Storage unit

Claims (7)

A money processing device that processes money
The input part where money is inserted and
A storage unit for storing money and
A collection unit to which money collected from the storage unit is sent, and a collection unit
A transport section for transporting money between the input section and the storage section, and between the storage section and the collection section.
An identification unit provided in the transport unit to identify individual information of money transported by the transport unit.
By controlling the transport unit, a control unit for transporting money in the storage unit to the collection unit in the collection process, and a control unit for transporting the money in the input unit to the storage unit in the charging process is provided.
The control unit
In the collection process, the individual information identified by the identification unit of each currency transported to the collection unit is stored in the storage unit as the first individual information.
In the input process of inserting the money collected in the collection process, the individual information identified by the identification unit of each currency transported from the input unit is acquired as the second individual information.
The second individual information is compared with the first individual information stored in the storage unit, and the second individual information is compared with the first individual information.
When the information regarding the match / mismatch of the first and second individual information, which is the comparison result, does not satisfy the predetermined determination condition, a warning is notified to the outside of the money processing device .
As the predetermined determination condition, the number of coins whose first and second individual information do not match is equal to or less than the upper limit value, or the ratio of the coins whose first and second individual information do not match to the total number of coins is A money processing device that can set at least one of being within the upper limit. In the money processing apparatus according to claim 1,
The control unit
A money processing apparatus characterized in that when the information regarding the match / mismatch of the first and second individual information satisfies the predetermined determination condition, the input process is terminated. In the money processing apparatus according to claim 1 or 2.
The control unit
When the information regarding the match / mismatch of the first and second individual information does not satisfy the predetermined determination condition and the approval operation of the predetermined operator is received, the input process is terminated. Money processing equipment. In the money processing apparatus according to any one of claims 1 to 3,
The control unit
A money processing device characterized in that it is configured so that the predetermined determination condition can be set by receiving an input from the outside of the money processing device. In the money processing apparatus according to any one of claims 1 to 4,
The control unit
Upon receiving the operator information that identifies the operator during the input processing,
A money processing device characterized in that at least one of the predetermined determination condition and the warning notification method is set according to the operator specified by the operator information. In the money processing apparatus according to any one of claims 1 to 5,
The control unit
Upon receiving the operator information that identifies the operator during the input processing,
A money processing device characterized in that the history of information regarding the match / mismatch of the first and second individual information is managed for each operator. In the money processing apparatus according to any one of claims 1 to 6,
The individual information is a money processing apparatus including a serial number of a banknote.

Images