JP7236056B2 - Money handling system, money handling device, money handling method and program - Google Patents

Description

The present invention relates to a money handling system, a money handling device, a money handling method, and a program.

In branches such as financial institutions, the amount of money in hand in the entire branch is centrally managed.
Patent Document 1 describes a related technology in which a cash deposit/dispense machine (automatic cashier) is connected to an open teller machine via an in-store network. Techniques for managing height are disclosed.

JP 2017-130141 A

By the way, in general, the automatic inspection performed by the automatic cashier and the open teller machine is carried out by individually setting a detailed inspection schedule for each of the automatic cashier and the open teller machine. Therefore, the person in charge had to set a detailed examination schedule for each of a large number of devices, which was a burden on the person in charge.

SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to provide a money handling system, a money handling machine, a money handling method, and a program capable of efficiently performing a scrutiny of a money handling machine.

According to a first aspect of the present invention, a money handling system includes a first money handling machine and a second money handling machine communicable with the first money handling machine, 1 money handling machine has a storage unit that stores the amount of money stored in the first money handling machine and the amount of money stored in the second money handling machine as managed balance, and , inspecting the money stored in the first money handling machine, and transmitting to the second money handling machine a scrutinizing command for carrying out the scrutiny of the money; Determining whether or not the examination result received from the second money handling machine matches the amount of money under management of the first money handling machine and the amount of money under management of the second money handling machine stored in the storage unit. 1 control unit, wherein when the second money handling machine receives the inspection command, the second money handling machine inspects the money stored in the second money handling machine, and the inspection result of the executed inspection is obtained. to the first money handling machine.

According to the second aspect of the present invention, in the money handling system according to the first aspect, the first control unit notifies to perform manual scrutiny after the scrutiny execution date and time, and the scrutiny execution date and time and the result of the examination after the execution date and time of the examination match the amount of money under management of the first money handling machine and the amount of money under management of the second money handling machine stored in the storage unit. It may be determined.

According to a third aspect of the present invention, in the money handling system according to the first aspect or the second aspect, the first control unit stores the examination result received from the second money handling machine in the storage unit. When the stored balance under management for the second money handling machine does not match, a selection is made as to whether or not to reflect the examination result received from the second money handling machine on the balance under management stored in the storage unit. can be anything.

According to a fourth aspect of the present invention, in the money handling system according to the third aspect, the first control unit stores the result of examination received from the second money handling machine in the storage unit. Transaction information performed after a predetermined time may be acquired from the second money handling machine when reflection is selected.

According to a fifth aspect of the present invention, in the money handling system according to the third aspect, the first control unit stores the examination result received from the second money handling machine in the storage unit. Confirming whether or not there is an abnormality in the processing unit of the second money handling machine, or notifying that re-inspection of the second money handling machine is necessary when not reflecting is selected can be anything.

According to a sixth aspect of the present invention, in the money handling system according to any one of the first aspect to the fifth aspect, the first control unit randomly determines the examination execution date and time. may

According to a seventh aspect of the present invention, in the money handling system according to any one of the first aspect to the sixth aspect, the first control unit controls the first money handling machine at the examination execution date and time. while turning on the power supply of the processing unit of the second money handling machine, transmitting a start command to the second money handling machine, and when the second control unit receives the start command, the processing unit of the second money handling machine may be turned on.

According to an eighth aspect of the present invention, the money handling machine operates as a first money handling machine communicable with the second money handling machine, and the first money handling machine accommodates a storage unit for storing each of the amount of money stored in the second money handling machine and the amount of money stored in the second money handling machine as a managed balance; In addition to executing, a scrutinization command for executing scrutiny of money is transmitted to the second money handling machine, and the scrutiny result of the first money handling machine and the scrutiny result received from the second money handling machine are stored in the storage unit. a control unit for determining whether or not the stored amount of money under management of the first money handling machine and the stored amount of money under management of the second money handling machine match.

According to a ninth aspect of the present invention, a money handling method is executed by a money handling system comprising a first money handling machine and a second money handling machine communicable with the first money handling machine. wherein the storage unit stores the amount of money stored in the first money handling machine and the amount of money stored in the second money handling machine as managed balance; The department executes a detailed examination of the money stored in the first money handling machine on the examination execution date and time, transmits a detailed examination command to the second money handling machine to perform the detailed examination of the money, and The scrutinization result of the handling machine and the scrutiny result received from the second money handling machine match the amount of money under management of the first money handling machine and the amount of money under management of the second money handling machine stored in the storage unit. and a second control unit, when receiving the inspection command, executes a close inspection of the money stored in the second money handling machine, and outputs the inspection result of the executed close inspection to the above and transmitting to a first money processor.

According to the tenth aspect of the present invention, the program causes the computer of the first money handling machine communicable with the second money handling machine to store the amount of money stored in the first money handling machine and the second money Each amount of money stored in the handling machine is stored as an amount of money under management, and the money stored in the first money handling machine is inspected at the inspection execution date and time, and the money is inspected. A detailed inspection command is sent to the second money handling machine, and the detailed inspection result of the first money handling machine and the inspection result received from the second money handling machine are stored as the managed balance of the first money handling machine and Determining whether or not it matches the amount of money under management of the second money handling machine.

The money handling system of the present invention allows for efficient scrutiny of money handling machines.

It is a figure showing an example of composition of a money handling system by one embodiment of the present invention. It is a figure showing an example of composition of a teller machine by one embodiment of the present invention. It is a figure which shows an example of printing by the teller machine printer by one Embodiment of this invention. It is a figure which shows an example of data table TBL1 in one embodiment of this invention. FIG. 4 is a diagram showing an example of all managed balance data managed by the teller machine according to one embodiment of the present invention; It is a figure which shows an example of a structure of the cashier by one Embodiment of this invention. It is a figure showing an example of composition of a change machine by one embodiment of the present invention. It is a figure showing an example of composition of a cash management device by one embodiment of the present invention. 1 is a first diagram showing a processing flow of a money handling system according to one embodiment of the present invention; FIG. It is a second diagram showing the processing flow of the money handling system according to one embodiment of the present invention. It is the 3rd figure which shows the processing flow of the money handling system by one Embodiment of this invention. FIG. 4 is a diagram showing a first display example displayed by the teller machine operation display unit according to the embodiment of the present invention; FIG. 9 is a diagram showing a second display example displayed by the teller machine operation display unit according to the embodiment of the present invention; FIG. 10 is a diagram showing a third display example displayed by the teller machine operation display unit according to the embodiment of the present invention; FIG. 12 is a diagram showing a fourth display example displayed by the teller machine operation display unit according to the embodiment of the present invention; 1 is a schematic block diagram showing a configuration of a computer according to at least one embodiment; FIG.

<Embodiment>
Hereinafter, a money handling system according to an embodiment of the present invention will be described in detail with reference to the drawings.

(Configuration of money handling system)
The money handling system 1 is, for example, a system installed in a store such as a financial institution. The money handling system 1, as shown in FIG. an example of a second money handling machine), teller terminals 21-1, 21-2 and 21-3 connected to these cashiers, a change machine 30 (an example of a second money handling machine), a cash management device 40 (second An example of a money handling machine). Hereinafter, the cashiers 20-1, 20-2 and 20-3 will be collectively referred to as the cashier 20 when there is no need to distinguish between them. Further, when there is no need to distinguish between the window terminals 21-1, 21-2 and 21-3, they are collectively referred to as the window terminal 21. FIG. The cashier 20 deposits and withdraws money according to the transaction information input from the counter terminal 21 corresponding to the teller. Note that the teller machine 10, the cashier 20, the money changer 30, and the cash management device 40 are connected by a wireless or wired LAN (Local Area Network).

(Composition of teller machine)
The teller machine 10 receives and stores money, communicates with each of the cashier 20, the change machine 30, and the cash management device 40, and manages the balance of the money handling system 1 as a whole. In addition, the teller machine 10 processes large deposits and withdrawals according to the transaction information of each cashier 20 . The transaction information is information indicating transaction details (for example, amount of money, etc.) such as deposit and withdrawal of money. As shown in FIG. 2, the teller machine 10 includes a bill processing unit 101, a new bill processing unit 102, a coin processing unit 103, a bundle processing unit 104, a coin roll processing unit 105, a teller machine terminal 106, a communication section 107, and a power supply section. 108.

The banknote processing unit 101 performs deposit processing of loose banknotes, dispensing processing of loose banknotes, and the like. The new bill processing unit 102 performs processing such as dispensing of bills, especially new bills. The coin processing unit 103 performs deposit/withdrawal processing for loose coins. The bundle processing unit 104 stores small bundles of banknotes loaded from the outside, creates and stores small bundles of banknotes from loose banknotes stored in the banknote processing unit 101, and performs dispensing processing of small banknotes. I do. The coin-roll processing unit 105 stores a coin-roll (wrapped coin) loaded from the outside, prepares and stores a coin-roll from the loose coins stored in the coin-processing unit 103, and stores the coin-roll. Process withdrawals, etc. The communication unit 107 communicates between the teller machine 10 , the cashier 20 , the change machine 30 and the cash management device 40 . A power supply unit 108 supplies power to each unit.

The banknote processing unit 101, the new note processing unit 102, the coin processing unit 103, the bundle processing unit 104, and the coin roll processing unit 105 are cash processing units of the teller machine 10, respectively. Currency that has not been properly processed in the cash processing unit will be rejected. The money that has not been properly processed here (rejected money) is, for example, money that the device cannot correctly identify, banknotes that the device has judged to be stacked in multiple sheets, and the like. Rejected money at the time of deposit is returned to the deposit port, and rejected money at the time of withdrawal is stored in the reject storage. Also, damaged coins that are not suitable for withdrawal are stored in the damaged coin storage box.

The teller machine terminal 106 controls the banknote processing unit 101, the new note processing unit 102, the coin processing unit 103, the bundle processing unit 104, and the coin roll processing unit 105, respectively. The teller machine terminal 106 includes, as shown in FIG. 1 control unit).

The teller machine card reader 106b reads information for identifying an operator (operator ID, etc.) recorded on the card.

The teller machine operation display unit 106c displays information when receiving an operation input by the operator. The display of information is, for example, a menu such as "registration of linked device", "inquiry of inventory of linked device", and "setting of nighttime inspection" that can be executed by an application program to be described later. The teller machine operation display unit 106c is, for example, a display unit having a touch panel function.

The “linked device registration” menu is a menu for registering a device capable of communicating with the teller machine 10 . When the operator operates the teller machine operation display unit 106c in accordance with the "registration of linked device" menu, the teller machine control unit 106f selects devices capable of communicating with the teller machine 10, such as the cashier 20 and the money changer. machine 30, cash management device 40, etc. can be registered (that is, written in the teller machine storage unit 106e).

The 'coordinated device balance inquiry' menu is registered as a device that can communicate with the teller machine 10 via the 'linked device registration' menu when the processing for the current day is completed in the teller machine 10, which will be described later. This is a menu for acquiring and managing the amount of money under management stored by the device including the cashier 20 . When the operator operates the teller machine operation display unit 106c in accordance with the menu "Inquiry of linked device inventory amount", the teller machine control unit 106f retrieves the managed inventory stored in the device capable of communicating with the teller machine 10. can be obtained from each device.

The "night scrutiny setting" menu sets the scrutiny execution date and time (that is, the scrutiny schedule of the teller machine 10 itself and the scrutiny machine 10 that transmits a scrutiny command to a device that can communicate with the teller machine 10 and executes the scrutiny). It is a menu for When the operator operates the teller machine operation display unit 106c in accordance with the "nighttime scrutinization setting" menu, the teller machine control unit 106f sets the scrutiny schedule, for example, on the day of the week, on the last day of the month, or irregularly. (e.g., 1 day randomly determined during the execution interval for all days of the week (e.g., 1 day randomly determined in each 10 days, dividing the period every 10 days)) nighttime (e.g., 18:00 to 9:00)) can be set.

In addition, the teller machine operation display unit 106c displays the results of the examination of the teller machine 10 itself by the teller machine 10, the results of each of the cashiers 20 by the teller machine 10, the results of the scrutinization of the change machine 30 by the teller machine 10, and the cash management by the teller machine 10. A summary of the probing results of the device 40 is displayed.
A specific example of the examination result displayed by the teller machine operation display unit 106c will be described later.

The teller machine printer 106d prints the results of the close examination of the teller machine 10 itself by the teller machine 10, the results of the close examination of the cashier 20 by the teller machine 10, the close examination results of the change machine 30 by the teller machine 10, and the close examination of the cash management device 40 by the teller machine 10. Print the result.
In addition, for example, as shown in FIG. 3, the inspection result printed by the teller machine printer 106d is for each device to be inspected (for example, the teller machine 10, each cashier 20, the change machine 30, and the cash management device 40). The amount of money under management stored in the teller machine 10 ("Equipment balance (from 10,000 pieces to 1 bar)" in FIG. 3) and the amount of money indicated by the actual count value of money obtained by scrutiny ("Scrutiny" in FIG. 3) Amount of money in hand”), the type of currency and the number of each currency, the amount of difference between the amount of money under management and the amount of money indicated by the actual amount of money in hand, and the presence or absence of the difference, etc. Completion Information"). It should be noted that FIG. 3 shows that the result of the close examination of the cashier 20-2 does not match the balance under management of the teller machine 10. FIG.

The teller machine storage unit 106e stores various kinds of information necessary for processing performed by the teller machine 10. FIG.
Specifically, the teller machine storage unit 106e stores an application program that causes the teller machine control unit 106f to execute various processes performed by the teller machine 10 . More specifically, the teller machine storage unit 106e stores transaction information such as the amount of money under management and deposits and withdrawals of each of the teller machine 10, the cashier 20, the money changer 30, and the cash management device 40. FIG.

More specifically, the teller machine storage unit 106e stores the banknote processing unit 101 of the teller machine 10 (device name is written as "teller (banknote processing unit)") as shown in the first data table TBL1 of FIG. ) is stored as a first balance under management in association with the identifier ID1 of the banknote processing unit 101 and information indicating whether the banknote processing unit 101 requires manual scrutiny. In addition, in FIG. 4, when manual scrutiny is required, it is described as "required", and when manual scrutiny is not required, it is described as "no". For example, in the banknote processing unit 101, when a withdrawal reject occurs and the amount of money under management and the count value do not match, it is necessary to manually process the banknotes stored in the reject box to be returned to the deposit port and recounted. Therefore, this item is set as “necessary”. In addition, as shown in the first data table TBL1 in FIG. 4, the teller machine storage unit 106e stores the new bill processing unit 102 of the teller machine 10 (the device name is written as "teller (new bill processing unit)"). The amount of stored money is associated with the identifier ID2 of the new bill processing unit 102 and the information indicating whether the new bill processing unit 102 requires manual scrutiny and is stored as the second outstanding amount under management. In addition, as shown in the first data table TBL1 of FIG. 4, the teller machine storage unit 106e is stored by the coin processing unit 103 of the teller machine 10. The coin handling unit 103 associates the amount of money stored in the coin handling unit 103 with the identifier ID3 of the coin handling unit 103 and the information indicating whether or not the coin handling unit 103 requires manual scrutiny, and stores it as a third outstanding balance. In addition, as shown in the first data table TBL1 in FIG. 4, the teller machine storage unit 106e is stored by the bundle processing unit 104 of the teller machine 10 (the device name is written as "teller (bundle processing unit)"). The bundle processing unit 104 associates the amount of money stored with the identifier ID4 of the bundle processing unit 104 and information indicating whether or not the bundle processing unit 104 requires manual scrutiny and stores it as a fourth balance under management. In addition, as shown in the first data table TBL1 in FIG. 4, the teller machine storage unit 106e stores the coin-roll processing unit 105 of the teller machine 10 (the device name is written as "teller (money-roll processing unit)"). The coin-roll processing unit 105 associates the stored money amount with the identifier ID5 of the coin-roll processing unit 105 and the information indicating whether or not the coin-roll processing unit 105 requires manual scrutiny, and stores it as a fifth balance under management. Further, as shown in the first data table TBL1 in FIG. 4, the teller machine storage unit 106e stores the amount of money stored in the cashier 20-1 (the device name is written as "cashier 01"). Identifier ID6 and information indicating whether or not the cashier 20-1 requires manual scrutiny, and stores it as a sixth balance under management. Further, as shown in the first data table TBL1 in FIG. 4, the teller machine storage unit 106e stores the amount of money stored in the cashier 20-2 (the device name is written as "cashier 02"). Identifier ID7 and information indicating whether or not the cashier 20-2 requires manual scrutiny, and stores it as the seventh balance under management. Further, as shown in the first data table TBL1 of FIG. 4, the teller machine storage unit 106e stores the amount of money stored in the cashier 20-3 (the device name is written as "cashier 03"). Identifier ID8 and the information indicating whether or not the cashier 20-3 needs manual examination is stored as the eighth balance under management. Further, the teller machine storage unit 106e stores the amount of money stored in the money changer 30 (the device name is written as "change machine") as an identifier of the change machine 30, as shown in the first data table TBL1 of FIG. The ID 9 and information indicating whether or not the change machine 30 requires manual scrutiny are associated with each other and stored as the ninth balance under management. Further, the teller machine storage unit 106e stores the amount of money stored in the cash management device 40 (the device name is written as "cash management device") as shown in the first data table TBL1 of FIG. The identifier ID10 of 40 and the information indicating whether or not the cash management device 40 requires manual scrutiny are associated with each other and stored as the tenth balance under management. The cash management apparatus 40 sets this item as "required" because it requires manual scrutiny, as will be described later.

Further, specifically, the teller machine storage unit 106e is a detailed examination schedule for causing each cash processing unit of the teller machine 10, the cashier 20, the money changer 30, and the cash management device 40 managed by the teller machine 10 to perform the examination of money. memorize The teller machine storage unit 106e is composed of a storage medium such as a non-volatile memory.

In addition, the total managed balance managed by the teller machine 10 stored in the teller machine storage unit 106e, including the above-mentioned managed balance stored in the teller machine storage unit 106e, is shown in FIG. data, balance-on-hand data, balance-in-cash data. The teller machine balance data is data indicating the managed balance of the teller machine 10 . The teller machine balance data includes banknote processing unit balance data, new bill processing unit balance data, coin processing unit balance data, bundle processing unit balance data, and coin roll processing unit balance data. The banknote processing unit balance data is data indicating the managed balance of the banknote processing unit. The new note processing unit balance data is data indicating the managed balance of new note processing units. The coin processing unit balance data is data indicating the managed balance of coin processing units. The bundle processing unit inventory amount data is data indicating the managed inventory amount of the bundle processing unit. The coin-roll processing unit balance data is data indicating the managed balance of the coin-roll processing unit. The cash-on-hand data includes data indicating the amount of cash under management for the cashier 20, which will be described later (cashier 01 balance data, cashier 02 balance data, and cashier 03 balance data in FIG. 5), and the managed balance for the money changer 30. data (exchange machine balance data in FIG. 5) and data representing the managed balance of the cash management device 40 (cash management device balance data in FIG. 5). The cash balance data is data of the managed cash balance of money stored in a vault of a store such as a financial institution in which the money handling system 1 is installed.

The teller machine control unit 106f controls various processes performed by the teller machine 10 based on the application programs stored in the teller machine storage unit 106e.
Specifically, as described above, the teller machine control unit 106f registers, for example, the cashier 20, the money changer 30, and the cash management device 40 as devices capable of communicating with the teller machine 10 via the "registration of linked devices" menu. etc. to register.
More specifically, as described above, the teller machine control unit 106f obtains the managed balance stored in a device capable of communicating with the teller machine 10 from each device via the "linked device balance inquiry" menu. Acquired and stored in the teller machine storage unit 106e.
Further, specifically, as described above, the teller machine control unit 106f can set the detailed examination schedule via the "nighttime detailed examination setting" menu.

More specifically, the teller machine control unit 106f includes a bill processing unit 101, a new note processing unit 102, a coin processing unit 103, a bundle processing unit 104, a coin roll processing unit 105, a teller machine card reader 106b, and a teller machine operation unit. It controls the processing performed by the display unit 106c and the teller machine printer 106d. In addition, the teller machine control unit 106f controls communication between the teller machine 10 and each of the cashiers 20, the change machines 30, and the cash management device 40. FIG.

Further, specifically, the teller machine control unit 106f transmits a detailed inspection command for performing a detailed inspection of money to the cashier 20, the money changer 30, and the cash management device 40 when the inspection execution date and time comes. In response to this inspection command, the cashier 20, the money changer 30, and the cash management device 40 each transmit the inspection result to the teller machine 10. FIG. The inspection results include match/mismatch, banknote count, coin count, log information of opening and closing of doors that allow coin withdrawal, and the like. The door opening/closing log information is log information from when a certain examination is performed to when the next examination is performed, and includes the time when the door was opened and closed and the device equipped with the door (that is, the cashier 20, the money changer 30 and the identifier of the cash management device 40). Also, at this time, the teller machine control unit 106f executes a detailed examination of the money stored in the teller machine 10 . Then, the teller machine control unit 106f determines whether or not the results of scrutinization of the money stored in each cash processing unit of the teller machine 10 match the first to fifth managed balances stored in the teller machine storage unit 106e. determine whether
The detailed examination execution date and time may be determined, for example, by the person in charge of detailed examination specifying a predetermined date and time (for example, day of the week, time). Further, the inspection execution date and time may be randomly determined by the teller machine 10 .

In addition, specifically, the teller machine control unit 106f causes a device requiring manual scrutiny to perform scrutiny by manual processing after the scrutinization execution date and time (for example, the day after the scrutiny execution date). It is notified, and it is determined whether or not the scrutinization result at the scrutiny execution date and time and the scrutiny result after the scrutiny execution date and time match the balance under management stored in the teller machine storage unit 106e. Here, the devices that require manual inspection are each of the cash processing units of the teller machine 10, the cashier 20, and the money changer 30 that have been inspected according to the inspection command sent from the teller machine 10. It means the device and the cash management device 40 that did not match the amount of money under management stored by .

Further, the teller machine control unit 106f acquires the result of the detailed examination from the cash management apparatus 40 when the manual examination of the cash management apparatus 40 is completed. Then, the teller machine control unit 106f determines whether or not the detailed examination result acquired from the cash management device 40 matches the tenth amount in balance under management.

Further, specifically, the teller machine control unit 106f determines which of the results of the detailed examination of each cash processing unit of the teller machine 10, the cashier 20, the money changer 30, and the cash management device 40 by the detailed examination executed in response to the examination instruction. does not match the 6th to 10th balance under management, whether or not to correct the result of close examination and reflect the result in the balance under management (i.e., overwrite the contents of the balance under management with the result of close examination) or not) is displayed on the teller machine operation display section 106c.
Then, the teller machine control unit 106f determines that the result of the close examination is correct, and when it is selected to reflect the result of the close examination in the amount of money under management, the cashier 20, the money changer 30, and the cash management device 40 Acquire transaction information after a predetermined time from a device that does not match the amount of money under management. The transaction information performed after the predetermined time is, for example, transaction information performed after closing.
Further, the teller machine control unit 106f is a case where the result of the examination does not match the amount of money under management, and when it is selected not to reflect the result of the examination on the amount of money under management, each cash processing unit of the teller machine 10, the cashier 20 , to check whether there is residual currency in the device of the change machine 30 and the cash management device 40 whose examination result does not match the amount of money under management, or whether or not there is residual money inside the device whose examination result does not match the amount of money under management. Notify that re-examination is necessary.

The teller machine control unit 106f turns on the power of the cash processing unit provided in the teller machine 10, and the power of the cash processing unit provided in each of the cashier 20 and the money changer 30 at the inspection execution date and time. It is transmitted to the cashier 20 and the money changer 30 respectively. In addition, after acquiring the result of the close examination, the teller machine control unit 106f turns off the power of the cash processing unit provided in the teller machine 10, and the power of the cash processing unit provided in each of the cashier 20 and the money changer 30 and the cash management device 40 is transmitted to each of the cashier 20, the money changer 30 and the cash management device 40.

The window terminal 21 is configured by a personal computer (PC) or the like, and receives operations by the teller. The teller terminal 21 is communicably connected to the corresponding cashier 20, and transmits transaction information regarding deposits and withdrawals input by the teller to the corresponding cashier 20. FIG.

(Cashier configuration)
As shown in FIG. 6, the cashier 20 includes a cashier storage unit 201, a cashier control unit 202 (an example of a second control unit), a banknote processing unit 203, a coin processing unit 204, an operation display unit 205, a communication unit 206, and a power supply unit. 207.
The cashier 20 deposits and withdraws cash such as loose banknotes and coins in accordance with transaction information sent in response to the teller's operation to the corresponding teller terminal 21 . The corresponding window terminal 21 is the window terminal 21 provided in the window terminal 21 having the cashier 20 .

The cashier storage unit 201 stores transaction information such as various types of information necessary for processing performed by the cashier 20 having the cashier storage unit 201 and deposits and withdrawals.
Specifically, the cashier storage unit 201 stores an application program that causes the corresponding cashier control unit 202 to execute various processes performed by the cashier 20 having the cashier storage unit 201 . The corresponding cashier control unit 202 is the cashier control unit 202 provided in the cashier 20 having the cashier storage unit 201 .
More specifically, the cashier storage unit 201 stores the balance under management for the cashier 20 that includes the cashier storage unit 201 . The amount under management for the cashier 20 is a value (theoretical value) calculated based on the deposits and withdrawals of money at the cashier 20 . Therefore, the balance under management for the cashier 20 increases or decreases according to the money deposit/withdrawal processing at the cashier 20 .

The cashier control unit 202 controls various processes performed by the cashier 20 having the cashier control unit 202 based on the application program stored in the corresponding cashier storage unit 201 .
Specifically, when the cashier control unit 202 receives a detailed inspection command from the teller machine 10 , the cashier control unit 202 counts the money stored by the cashier 20 having the cashier control unit 202 . When the cashier control unit 202 receives a scrutinization result acquisition command from the teller machine 10, the cashier control unit 202 determines whether the balance under management stored in the cashier storage unit 201 matches or does not match the count value. A scrutinization result (completion of scrutiny) including inconsistency is transmitted to the teller machine 10 . The cashier control unit 202 transmits a detailed examination result (examination failure) including the reason for failure to the teller machine 10 when the examination process cannot be completed due to a device abnormality such as a money jam.
More specifically, when the casher control unit 202 receives an activation command from the teller machine 10, the cash processing unit of the casher 20 including the casher control unit 202 is powered on. The cashier control unit 202 turns off the power of the cash processing unit of the cashier 20 when the end command is received from the teller machine 10 .

The banknote processing unit 203 performs deposit processing of loose banknotes, dispensing processing of loose banknotes, and the like. The coin processing unit 204 performs deposit/withdrawal processing and the like for loose coins. The operation display unit 205 displays a menu executable by an application program, for example, upon receiving an operation input by the operator. The operation display unit 205 is, for example, a display unit having a touch panel function. The communication unit 206 performs communication between the cashier 20 and the teller machine 10, the money changer 30, and the cash management device 40. FIG. A power supply unit 207 supplies power to each unit.

(Configuration of money changer)
The change machine 30 accepts loose banknotes and loose coins, and exchanges them into loose banknotes, loose coins, and coin rolls. As shown in FIG. 7, the money changer 30 includes a money changer storage unit 301, a money changer control unit 302 (an example of a second control unit), a bill processing unit 303, a coin processing unit 304, a coin roll processing unit 305, and an operation display. A unit 306 , a communication unit 307 and a power supply unit 308 are provided.
The money changer storage unit 301 stores transaction information such as various information necessary for processing performed by the money changer 30 and deposits and withdrawals.
Specifically, the money changer storage unit 301 stores an application program that causes the money changer control unit 302 to execute various processes performed by the money changer 30 .
Further, specifically, the money changer storage unit 301 stores the amount of money under management for the money changer 30 . The amount of money under management for the money changer 30 is a value calculated based on deposits and withdrawals of money in the money changer 30 .

The money changer control unit 302 controls various processes performed by the money changer 30 based on the application programs stored in the money changer storage unit 301 .
Specifically, the money changer control unit 302 performs a detailed examination of the money stored in the money changer 30 when receiving a detailed examination command from the teller machine 10 . Then, when receiving a detailed examination result acquisition command from the teller machine 10 , the money changer control unit 302 transmits to the teller machine 10 a detailed examination result of the executed detailed examination.
Further, specifically, the money changer control section 302 turns on the power of the cash processing unit of the money changer 30 when receiving an activation command from the teller machine 10 . The money changer control unit 302 turns off the power of the cash processing unit of the money changer 30 when receiving the end command from the teller machine 10 .

The banknote processing unit 303 performs deposit processing of loose banknotes, dispensing processing of loose banknotes, and the like. The coin processing unit 304 performs deposit/withdrawal processing and the like for loose coins. The coin-roll processing unit 305 performs processing such as dispensing of loaded coin-rolls. The operation display unit 306 displays a menu that can be executed by an application program, for example, upon receiving an operation input by the operator. The operation display unit 306 is, for example, a display unit having a touch panel function. The communication unit 307 communicates between the money changer 30 , the teller machine 10 , the cashier 20 and the cash management device 40 . A power supply unit 308 supplies power to each unit.

(Configuration of cash management device)
The cash management device 40 includes a device main body (not shown) and a plurality of storages (not shown) that can be pulled out from the device main body. store. As shown in FIG. 8, the cash management device 40 includes a management device card reader 402, a management device operation display unit 403, a storage lock mechanism 404, an indicator light 405, a drawer position detection mechanism 406, a bundle detection sensor 407, and a coin roll detection. A sensor 408 , a management device storage unit 409 , a management device control unit 410 (an example of a second control unit), a communication unit 411 and a power supply unit 412 are provided. Each storage is provided with a storage lock mechanism 404, an indicator light 405, and a drawer position detection mechanism 406, and a bundle detection sensor 407 and coin roll detection sensor 408 are provided according to the money stored in the storage.

The management device card reader 402 reads information for identifying an operator (operator ID, etc.) recorded on the card.

The management device operation display unit 403 displays information when receiving an operation input by the operator. The management device operation display unit 403 is, for example, a display unit having a touch panel function.

The storage lock mechanism 404 individually locks or unlocks a plurality of storages provided in the cash management apparatus 40 in a closed state.
The indicator light 405 lights up when the storage lock mechanism 404 is unlocked, and informs the operator that the storage can be pulled out. Further, at the time of detailed inspection, the indicator lamp 405 of each storage is blinked in order to notify the operator of the storage to be closely inspected.
A drawer position detection mechanism 406 detects the drawer position and push-in position of each storage.

After the drawer position detection mechanism 406 detects that the container has been pulled out to the fully open position, the bundle detection sensor 407 detects the small bundles stored in the container when the container is pushed in to the fully closed position. Detect the quantity and denomination of bills.
After detecting that the drawer position detection mechanism 406 has reached the fully opened position where the drawer has been drawn out, the coin roll detection sensor 408 detects the bar stored in the drawer when it reaches the fully closed position where the drawer is fully pushed in. Detect gold quantity and denomination.

The management device storage unit 409 stores transaction information such as various information necessary for processing performed by the cash management device 40 and deposits and withdrawals.
Specifically, the management device storage unit 409 stores an application program that causes the management device control unit 410 to execute various processes performed by the cash management device 40 .
Further, specifically, the management device storage unit 409 stores the balance under management for the cash management device 40 . The amount under management for the cash management device 40 is a value calculated based on the deposits and withdrawals of money in the cash management device 40 .

The management device control unit 410 controls various processes performed by the cash management device 40 based on application programs stored in the management device storage unit 409 .
Specifically, when receiving a detailed examination command from the teller machine 10 , the management apparatus control section 410 displays guidance for the detailed examination process on the management apparatus operation display section 403 . When the operator pulls out the storage to be inspected to the fully open position according to the guidance and pushes the storage to the fully closed position, the bundle detection sensor 407 and the coin roll detection sensor 408 detect coins. The management device control unit 410 acquires the count value of money from the bundle detection sensor 407 and the coin roll detection sensor 408 of all storages. Then, the management device control unit 410 determines whether or not the acquired count value of money matches the amount in hand for the cash management device 40 stored in the management device storage unit 409 .

The management device control unit 410 , when receiving a detailed examination result acquisition command for obtaining a detailed examination result from the teller machine 10 , transmits the detailed examination result of the executed detailed examination to the teller machine 10 . In addition, the management device control unit 410 turns on the power of the drive system of the cash management device 40 when receiving a start command from the teller machine 10 . When receiving a termination command from the teller machine 10 , the management device control unit 410 turns off the drive system of the cash management device 40 .

The communication unit 411 communicates between the cash management device 40 and the teller machine 10 , the cashier 20 and the money changer 30 . A power supply unit 412 supplies power to each unit.

(Processing performed by the money handling system)
Next, processing performed by the money handling system 1 will be described.
Here, the processing flow of the scrutinization processing performed by the money handling system 1 shown in FIGS. 10 and 11 will be described.
It is assumed that the cashier 20, the money changer 30, and the cash management device 40 are registered as devices capable of communicating with the teller machine 10 by the teller machine control unit 106f via the "registration of linked devices" menu. . In addition, it is assumed that the date and time of execution of detailed inspection are set by the teller machine control unit 106f via the "nighttime detailed inspection setting" menu and stored as a detailed inspection schedule in the teller machine storage unit 106e. In addition, before the set inspection execution date and time (for example, after the end of business on that day), the closing process is performed, and the cash processing unit of the teller machine 10, the cash processing unit of the cashier 20, and the cash processing of the money changer 30 It is assumed that the power of the unit and the drive system of the cash management apparatus 40 is in an off state. Even in this state, communication between the teller machine 10, the cashier 20, the money changer 30 and the cash management device 40 is possible.

(Processing of scrutiny performed on the scrutiny execution date and time)
First, the detailed examination process performed on the detailed examination execution date and time shown in FIG. 10 will be described.
The teller machine control unit 106f determines at predetermined time intervals (for example, every 10 seconds) whether or not it is the set inspection execution date and time (step S1).
When the teller machine control unit 106f determines that it is not the set scrutinization execution date and time (NO in step S1), the process returns to step S1.
Further, when the teller machine control unit 106f determines that it is the set examination execution date and time (YES in step S1), the teller machine terminal 106 shifts from the standby state to the activated state, and turns on the power of the cash processing unit. state. Then, the teller machine control unit 106f selects the casher 20, the money changer 30, and the cash management device 40 registered as devices capable of communicating with the teller machine 10. , and a start command is transmitted to each of the money changers 30 (step S2).
The teller machine control unit 106f determines whether or not there is a device (the cashier 20, the money changer 30) that is disconnected (step S3). For example, if the teller machine control unit 106f can find the ID of the device (cashier 20, money changer 30), it determines that there is no problem with the line. If the teller machine control unit 106f cannot find the ID of the device (cashier 20, money changer 30), it determines that there is an abnormality in the line.
Each of the cashier 20 and the money changer 30 is activated in response to the activation command when there is no abnormality in the line and there is no abnormality in its own device (steps S4 and S5). Note that FIG. 9 shows a case where both the cashier 20 and the money changer 30 are activated.

When the teller machine control unit 106f determines that there is a device connected by a line that cannot communicate (YES in step S3), it records it in the teller machine storage unit 106e as a device with an abnormality in the line (step S6).

When the teller machine control unit 106f determines that there is no device connected by a line that cannot communicate (NO in step S3), it confirms the activation of the device (cashier 20, money changer 30) (step S7), and the device It is determined whether or not it has started (step S8).
For example, if there is no response from the device (cashier 20, money changer 30), the teller machine control unit 106f determines that the device (cashier 20, money changer 30) has not started (YES in step S8), and starts. It is recorded in the teller machine storage unit 106e as a device that did not exist (step S9).

When there is a response from the device (cashier 20, money changer 30), the teller machine control unit 106f determines that the device (cashier 20, money changer 30) has started (NO in step S8), 20, sending a detailed inspection command to the money changer 30) (step S10).
The teller machine control unit 106f executes automatic inspection of the teller machine 10 (step S11).

The cashier control unit 202 that has received the inspection command executes an automatic inspection of the cashier 20 having the cashier control unit 202 that received the inspection command in response to the inspection command (step S12). Moreover, the money changer control part 302 which received the detailed examination order performs automatic detailed examination of the money changer 30 according to a detailed examination order (step S13).
After a predetermined period of time, the teller machine control unit 106f transmits a scrutinization result acquisition command to the devices (the cashier 20 and the money changer 30) (step S14). Predetermined time here is the time during which each device can complete the automatic review.

The cashier control unit 202 transmits the detailed examination result to the teller machine 10 in response to the detailed examination result acquisition command (step S15). In addition, the money changer control unit 302 transmits a detailed examination result (completion/failure of the detailed examination, count value, match/disagreement, cause of failure, etc.) to the teller machine 10 in response to the order to obtain the result of the detailed examination (step S16).

The teller machine control unit 106f receives the detailed examination results from the devices (the cashier 20 and the money changer 30). The teller machine control unit 106f records the received inspection result in the teller machine storage unit 106e (step S17).
Then, the teller machine control unit 106f transmits a termination command to the devices (the cashier 20 and the money changer 30) (step S18).
Then, the teller machine control unit 106f turns off the power supply unit 108 (step S19).

The cashier control unit 202 receives the end command, and turns off the power supply unit 207 according to the received end command (step S20). In addition, the change machine control unit 302 receives the end command, and turns off the power supply unit 308 according to the received end command (step S21).

In addition, the detailed inspection results transmitted to the teller machine 10 in the processes of steps S15 and S16 include the following.

(When the processing in scrutiny is completed normally)
The devices to be scrutinized (in this case, the cashier 20 and the money changer 30), when the scrutiny ends normally (that is, the amount of money under management stored in the device to be scrutinized and the money If the count value matches), the balance indicated by the count value is transmitted to the teller machine 10 .
In this case, the teller machine 10 receives information on the amount in hand indicated by the count value from the device to be scrutinized. Therefore, when the teller machine control unit 106f receives the amount-in-hand information from the device to be scrutinized within a predetermined period of time, the information on the amount-in-hand received from the device to be scrutinized is information indicating a normal result of the scrutinization. can be determined. The predetermined time is a time set for each device to be examined, and is longer than the time in which the device to be examined can complete the examination and transmit the results of the examination.
Then, the teller machine control unit 106f determines that the processing in the scrutinization has been performed normally when the received information on the balance in hand matches the amount of money under management for the device to be scrutinized stored in the teller machine storage unit 106e. be able to.

(When an abnormality occurs in the process of scrutiny)
The following three factors are conceivable as causes for the occurrence of an abnormality in the detailed examination.
The first cause of the occurrence of an abnormality is an abnormality in the device under scrutiny or an abnormality in the communication line. Abnormality of the apparatus to be inspected may include, for example, a case in which trouble such as a money jam occurs in the apparatus and the apparatus cannot be executed, and a case in which the apparatus cannot be started.
If an abnormality occurs due to the first cause, the amount-in-hand information cannot be received within the predetermined time. Then, it can be determined that an abnormality has occurred in the device or communication line to be scrutinized.

The second cause of the occurrence of anomalies is an anomaly in the count value of money caused by a discrepancy between the amount of money that should be counted and the amount of money that is actually counted. Possible causes of such an abnormality in the count value of money include transportation failure, failure to return rejected cash, and fraudulent extraction of cash.
If an abnormality occurs due to the second cause, the counted amount of money in the examination performed by the apparatus under examination does not match the balance under management for the apparatus under examination. Therefore, when the count value of money and the amount of money under management stored in the device do not match, the device to be scrutinized notifies the teller machine 10 that the count value of money and the amount of money under management do not match. The machine 10 can determine that a transportation failure, a failure to return rejected cash, or the like has occurred in the device to be scrutinized.
In addition, if the log information of unlocking the door lock is recorded to prevent easy access to the money stored in the storage, the device to be inspected will By transmitting the log information to the teller machine 10 together with the information indicating that they do not match, the teller machine 10 can determine that there is a possibility that cash has been illegally withdrawn from the device to be scrutinized. .

The third cause of the occurrence of anomalies is a mismatch with the amount of inventory stored in the teller machine 10 with respect to the device to be inspected. Even if the teller machine control unit 106f receives information on the amount of money in hand from the device to be scrutinized within a predetermined period of time, the amount of money under management of the device to be scrutinized stored in the teller machine storage unit 106e and the received scrutinization result Discrepancies may occur. The cause of such discrepancies is that the content of deposit/withdrawal processing (transaction information) performed in the device to be scrutinized is not reflected in the amount of money under management for the device to be scrutinized and stored in the teller machine 10. can be considered. Therefore, if the result of the examination by the device to be examined does not match the amount of money under management for the device to be examined stored in the teller machine 10, the teller machine control unit 106f is necessary to be reflected in the inventory amount under management for the device to be examined, which is stored in the teller machine 10 .

(Processing of scrutiny after scrutiny execution date and time)
Next, the process of manual scrutiny performed after the scrutinization execution date and time shown in FIG. 10 (for example, the next morning of the scrutiny execution date) will be described.
When the operator turns on the power supply of the teller machine terminal 106 of the teller machine 10 after the detailed examination execution date and time, the teller machine control unit 106f restores the examination result of the automatic examination performed on the examination execution date and time (step S31). .
Also, a message about the automatic scrutinization performed on the scrutinization execution date is displayed on the teller machine operation display unit 106c (step S32).
For example, the teller machine control unit 106f causes the teller machine operation display unit 106c to switch the displays shown in FIGS. 12 to 15 at predetermined time intervals (for example, every 5 seconds).

In addition, the teller machine control unit 106f transmits an activation command to each of the cashier 20, the change machine 30, and the cash management device 40 registered as devices capable of communicating with the teller machine 10 (step S33).

The cashier control unit 202 that has received the activation command turns on the power supply unit 207 (that is, activates the cashier 20) in response to the activation command (step S34). Moreover, the money changer control part 302 which received the starting command turns on the power supply part 308 according to a starting command (that is, starts the money changer 30) (step S35). Moreover, the management apparatus control part 410 which received the starting instruction turns on the power supply part 412 according to the starting instruction (that is, starts the cash management apparatus 40) (step S36).

The operator refers to the message displayed on the teller machine operation display unit 106c to identify the cause of the discrepancy between the result of the detailed examination performed on the date and time of execution of the detailed examination and the amount of inventory stored in the teller machine 10.例文帳に追加
For example, the operator selects the menus shown in FIGS. 12 to 15, etc., and finds a device whose result of detailed examination performed on the execution date and time of the detailed examination does not match the amount of inventory stored in the teller machine 10. Check if there are any bills or coins stuck to the internal transport path, or if there are any discrepancies due to rejected coins. The rejected coins and the damaged coins stored in the damaged coin storage are returned to the receiving port and re-counted. As for the teller machine 10, the new bill processing unit 102 for processing new bills and the like are checked.
Then, the operator reflects the specified cause on the device having the cause.

Further, the operator puts all the drawers of the cash management apparatus 40 back at predetermined positions. As a result, the bundle detection sensor 407 detects the presence or absence of a small bundle of banknotes stored in the storage and the type of banknote when the drawer position of the storage reaches a predetermined position. Further, when the coin-roll detection sensor 408 reaches a predetermined position, the coin-roll detection sensor 408 detects the presence or absence of the coin-roll stored in the storage and the type of money.
Then, the operator causes the teller machine operation display unit 106c to acquire the count value of the small bill bundle by the bundle detection sensor 407 and the count value of the coin roll by the coin roll detection sensor 408 .

The operator operates the cash management device 40 and the cash management device 40 for which the result of the detailed examination performed on the date and time of the detailed examination does not match the amount of money under management stored in the teller machine 10. This is performed on the display unit 106c.
The teller machine control unit 106f determines whether the result of the detailed examination performed on the date and time of the detailed examination matches the amount of money under management stored in the teller machine 10 according to the operation performed by the operator on the teller machine operation display unit 106c. A scrutinization command to execute scrutinization is transmitted to the devices that did not have cash and to the cash management device 40 (step S37). Further, the teller machine control unit 106f performs manual inspection of the teller machine 10 (step S38). The processing flow shown in FIG. 10 shows an example of processing when there is an error in the result of the detailed examination of the cashier 20 and the result of the detailed examination of the money changer 30 performed on the execution date and time of the examination.

The cashier control unit 202 that has received the inspection command executes manual inspection of the cash management device 40 in accordance with the inspection command (step S39). Moreover, the exchange machine control part 302 which received the close examination order performs manual close examination about the exchange machine 30 according to the close examination order (step S40). The management device control unit 410 that has received the scrutinization command executes manual scrutiny of the cash management device 40 in accordance with the scrutiny command (step S41).

The operator operates the teller machine operation display unit 106c to acquire the detailed examination result from the cash management device 40 .
After a predetermined period of time, the teller machine control unit 106f transmits a detailed examination result acquisition command to the devices (the cashier 20, the money changer 30, and the cash management device 40) (step S42). Predetermined time here is the amount of time each device is allowed to complete the manual review.

The cashier control unit 202 transmits the detailed examination result to the teller machine 10 in response to the detailed examination result acquisition command (step S43). The cashier control unit 202 puts the power supply unit 108 in a standby state (step S44). Moreover, the change machine control part 302 transmits a detailed examination result to the teller machine 10 according to a detailed examination result acquisition command (step S45). The change machine control unit 302 puts the power supply unit 308 into a standby state (step S46). Moreover, the management apparatus control part 410 transmits a detailed examination result to the teller machine 10 according to the detailed examination result acquisition command (step S47). The management device control unit 410 puts the power supply unit 412 into a standby state (step S48).

The teller machine control unit 106f receives the detailed examination result from the devices (the cashier 20, the money changer 30, and the cash management device 40). The teller machine control unit 106f records the received inspection result in the teller machine storage unit 106e (step S49).

(Display processing performed by the teller machine)
Next, the display processing performed by the teller machine 10 shown in FIG. 11 during the inspection will be described.
The teller machine control unit 106f determines whether or not there is a device recorded in the teller machine storage unit 106e in the process of step S6 (step S51).

When the teller machine control unit 106f determines that there is a device recorded in the teller machine storage unit 106e in the process of step S6 (YES in step S51), the teller machine control unit 106f displays a first warning message indicating a line abnormality to the teller machine operation display unit 106c. display (step S52). A first warning message is a message indicating that probing was not completed due to a line or device. Then, the teller machine control unit 106f determines whether or not there is a device recorded in the teller machine storage unit 106e in the process of step S9 (step S53).
When the teller machine control unit 106f determines that there is no device recorded in the teller machine storage unit 106e in the process of step S6 (NO in step S51), the process of step S53 is performed.

When the teller machine control unit 106f determines that there is a device recorded in the teller machine storage unit 106e in the process of step S9 (YES in step S53), the teller machine control unit 106f displays a first warning message indicating that the start-up of the device has failed on the teller machine operation display unit. 106c (step S54). Then, the teller machine control unit 106f determines whether or not there is a device abnormality (step S55). For example, if the detailed examination result cannot be obtained in the process of step S17, the apparatus is determined to be abnormal.

When the teller machine control unit 106f determines that there is a device abnormality (YES in step S55), the teller machine control unit 106f displays a first warning message indicating the device malfunction on the teller machine operation display unit 106c (step S56). The first warning message indicating this device abnormality is, for example, the display shown in FIG. Then, the teller machine control unit 106f determines whether or not the result of the close examination by each device matches the balance under management stored in each device (step S57).
Among menus 2 to 4 shown in FIG. 12, menu 2 is a menu for reexamination after confirming the apparatus. Menu 3 is for showing the processing when the detailed examination is interrupted by some devices and the detailed examination results of other devices can be reflected (that is, distinguishing between the devices that could be examined and the devices that could not be examined (separate ) for). Menu 4 is a menu for showing processing when detailed examination is interrupted by the device and the result of the detailed examination cannot be reflected due to an unknown cause (that is, to assume that no detailed examination has been performed).

When the teller machine control unit 106f determines that the result of the examination by each device and the amount under management stored by each device do not match (NO in step S57), the log information of the door of the device that does not match indicates that the door is opened/closed. is detected (step S58).

If the teller machine control unit 106f determines that there is no door opening/closing detection information in the mismatched door log information of the device (NO in step S58), the teller machine control unit 106f displays a second warning message to the teller machine operation display unit 106c. display (step S59). The second warning message is a message indicating that there is a high possibility that there is a discrepancy in the examination results but that the cause is not man-made, and which items should be checked. The second warning message is, for example, the display shown in FIG. Then, the teller machine control unit 106f determines whether or not the result of the close examination by each device matches the balance under management stored in the teller machine storage unit 106e (step S60).

Further, when the teller machine control unit 106f determines that there is information that the opening and closing of the door is detected in the mismatching log information of the door of the device (YES in step S58), the teller machine control unit 106f displays a third warning message to the teller machine operation display unit. 106c (step S61). The third warning message indicates that there is a high possibility that there is a discrepancy in the scrutiny results and that the cause is man-made, and that there is a high possibility that the cause is an item (for example, the door may have been opened illegally). is a message indicating The third warning message is, for example, the display shown in FIG. Then, the teller machine control unit 106f performs the process of step S60.

Further, when the teller machine control unit 106f determines that the result of close examination by each device matches the amount of money under management stored by each device (YES in step S57), the teller machine control unit 106f performs the process of step S60. .

When the teller machine control unit 106f determines that the result of the examination by each device does not match the amount under management stored in the teller machine storage unit 106e (NO in step S60), the teller machine control unit 106f displays a fourth warning message to the teller machine operation display unit 106c. is displayed (step S62). The fourth warning message is a message when there is a discrepancy between the amount of money managed by the teller machine and the amount of money managed by each device, and the cause of the discrepancy is unknown. The fourth warning message is, for example, the display shown in FIG. Then, the teller machine control unit 106f determines whether or not to match the amount of money under management of the teller machine 10 with the inconsistent scrutinization result of the device (step S63). When the operator performs an operation to match the amount of money under management with the result of the close examination, the teller machine control unit 106f determines that the amount of money under management should be matched with the result of the close examination (YES in step S63), and reflects the amount of money under management in the result of the close examination. (step S64). Then, the teller machine control unit 106f puts the power supply unit 108 into a standby state (step S65).

Further, when the operator does not perform an operation to match the amount of money under management with the result of the close examination, the teller machine control unit 106f determines that the amount of money under management does not match the result of the close examination (NO in step S63), and performs the process of step S65. I do.
Further, when the teller machine control unit 106f determines that the result of examination by each device matches the amount under management stored in the teller machine storage unit 106e (YES in step S60), the processing of step S65 is performed.
The operation of scrutinization by the operator and the processing in which the teller machine control unit 106f transmits a scrutinization command to the mismatched device in response to the operation are repeated until there is no mismatched device.

As described above, the money handling system 1 is a money handling system that includes the teller machine 10 that is the first money handling machine, the cashier 20 that is the second money handling machine, and the money changer 30 that is the second money handling machine. be.
The teller machine 10 has a teller machine storage unit 106e that stores the amount of money stored in the teller machine 10 and the amount of money stored in each of the cashier 20 and the money changer 30 as a managed balance, Then, the money stored in the teller machine 10 is examined, and a detailed examination command for executing the money examination is sent to the cashier 20 and the money changer 30, respectively. It is determined whether or not the inspection result received from each of the machines 30 matches the amount of money under management for the teller machine 10 stored in the teller machine storage unit 106e and the amount of money under management for each of the cashier 20 and the money changer 30. and a teller machine control unit 106f for determining.
In addition, when receiving the inspection order, the cashier 20 and the money changer 30 respectively inspect the money stored in the cashier 20 and the money changer 30, and transmit the inspection result of the executed inspection to the teller machine 10. It has a cashier control unit 202 that
In this way, the money handling system 1 allows the operator to perform a detailed examination of the money handling apparatus such as the cashier and the teller machine simply by setting the examination execution date and time to the teller machine. In other words, the money handling system enables efficient inspection of the money handling machine.

In the processing flow according to the embodiment of the present invention, the order of processing may be changed as long as appropriate processing is performed.
In addition, the teller machine storage unit 106e, the cashier storage unit 201, the change machine storage unit 301, the management device storage unit 409, and other storage devices (including registers and latches) in each embodiment of the present invention store appropriate information. It may be provided anywhere within the range where transmission and reception are performed. In addition, the teller machine storage unit 106e, the cashier storage unit 201, the money changer storage unit 301, the management device storage unit 409, and other storage devices exist in a plurality within the range where appropriate information is transmitted and received, and data is distributed. You may remember.

Although the embodiments of the present invention have been described, the teller machine 10, the cashier 20, the change machine 30, the cash management device 40, and other control devices described above may have a computer device therein. The process of the above-described processing is stored in a computer-readable recording medium in the form of a program, and the above-described processing is performed by reading and executing this program by a computer. Specific examples of computers are shown below.
FIG. 17 is a schematic block diagram showing the configuration of a computer according to at least one embodiment;
The computer 5 includes a CPU 6, a main memory 7, a storage 8, and an interface 9, as shown in FIG.
For example, each of the aforementioned teller machine 10 , cashier 20 , change machine 30 , cash management device 40 , and other control devices is implemented in the computer 5 . The operation of each processing unit described above is stored in the storage 8 in the form of a program. The CPU 6 reads out the program from the storage 8, develops it in the main memory 7, and executes the above process according to the program. In addition, the CPU 6 secures storage areas corresponding to the storage units described above in the main memory 7 according to the program.

Examples of the storage 8 include HDD (Hard Disk Drive), SSD (Solid State Drive), magnetic disk, magneto-optical disk, CD-ROM (Compact Disc Read Only Memory), DVD-ROM (Digital Versatile Disc Read Only Memory). , semiconductor memory, and the like. The storage 8 may be an internal medium directly connected to the bus of the computer 5, or an external medium connected to the computer 5 via the interface 9 or communication line. Further, when this program is distributed to the computer 5 through a communication line, the computer 5 that receives the distribution may develop the program in the main memory 7 and execute the above process. In at least one embodiment, storage 8 is a non-transitory, tangible storage medium.

Further, the program may implement part of the functions described above. Further, the program may be a file capable of realizing the functions described above in combination with a program already recorded in the computer device, that is, a so-called difference file (difference program).

While several embodiments of the invention have been described, these embodiments are examples and do not limit the scope of the disclosure. Various additions, omissions, replacements, and modifications may be made to these embodiments without departing from the scope of the disclosure.

1...Money processing system 5...Computer 6...CPU
7 Main memory 8 Storage 9 Interface 10 Teller machines 20-1, 20-2, 20-3 Cashiers 21-1, 21-2, 21-3 Window terminal 30 Money changer 40 Cash management device 101, 203, 303 Banknote processing unit 102 New note processing unit 103, 204, 304 Coin processing unit 104 Bundle processing units 105, 305 Coin roll processing unit 106 Teller machine terminal 106b Teller machine card reader 106c Teller machine operation display unit 106d Teller machine printer 106e Teller machine storage unit 106f... teller machine control units 107, 206, 307, 411... communication units 108, 207, 308, 412... power supply unit 201... cashier storage unit 202... cashier control unit 205, 306 Operation display unit 301 Exchange machine storage unit 302 Exchange machine control unit 402 Management device card reader 403 Management device operation display unit 404 Storage lock mechanism 405 Indicator light 406 Drawer position detection mechanism 407 Bundle detection sensor 408 Coin roll detection sensor 409 Management device storage unit 410 Management device control unit

Claims (10)

A money handling system comprising a first money handling machine and a second money handling machine communicable with the first money handling machine,
The first money handling machine
a storage unit that stores the amount of money stored in the first money handling machine and the amount of money stored in the second money handling machine as managed balance;
On the inspection execution date and time, the money stored in the first money handling machine is inspected, and a detailed inspection command for executing the inspection of the money is transmitted to the second money handling machine, and the first money handling machine whether or not the scrutinization result and the scrutiny result received from the second money handling machine match the amount of money under management of the first money handling machine and the amount of money under management of the second money handling machine stored in the storage unit; A first control unit that determines
has
The second money handling machine
a second control unit that, when receiving the inspection command, executes a close inspection of the money stored in the second money handling machine and transmits a close inspection result of the executed close inspection to the first money handling machine;
having
money handling system. The first control unit notifies to perform scrutiny by manual processing after the scrutiny execution date and time, and the scrutiny result at the scrutiny execution date and time and the scrutiny result after the scrutiny execution date and time are stored in the storage unit. 2. The money handling system according to claim 1, wherein it is determined whether or not the amount of money under management of said first money handling machine and the amount of money under management of said second money handling machine match. The first control unit controls the second money handling machine when the examination result received from the second money handling machine does not match the balance under management of the second money handling machine stored in the storage unit. 3. The money handling system according to claim 1 or 2, wherein a selection is made as to whether or not to reflect the examination result received from the storage unit in the amount of money under management stored in the storage unit. The first control unit receives from the second money handling machine after a predetermined time when it is selected to reflect the examination result received from the second money handling machine in the balance under management to be stored in the storage unit. 4. The money handling system according to claim 3, which acquires transaction information performed on When it is selected not to reflect the examination result received from the second money handling machine in the amount of money under management stored in the storage part, the first control part causes an abnormality in the processing unit of the second money handling machine. 4. The money handling system according to claim 3, wherein confirming whether or not there is a second money handling machine or notifying that a re-examination of the second money handling machine is required. The money handling system according to any one of claims 1 to 5, wherein the first control unit randomly determines the inspection execution date and time. The first control unit turns on the power supply of the processing unit of the first money handling machine at the inspection execution date and time, and transmits a start command to the second money handling machine,
The second control unit turns on the power of the processing unit of the second money handling machine when receiving the activation command.
The money handling system according to any one of claims 1 to 6. A money handling machine that operates as a first money handling machine communicable with a second money handling machine,
a storage unit that stores the amount of money stored in the first money handling machine and the amount of money stored in the second money handling machine as managed balance;
On the inspection execution date and time, the money stored in the first money handling machine is inspected, and a detailed inspection command for executing the inspection of the money is transmitted to the second money handling machine, and the first money handling machine whether or not the scrutinization result and the scrutiny result received from the second money handling machine match the amount of money under management of the first money handling machine and the amount of money under management of the second money handling machine stored in the storage unit; a control unit that determines
A money handling device. A money handling method executed by a money handling system comprising a first money handling machine and a second money handling machine communicable with the first money handling machine,
a storage unit storing the amount of money stored in the first money handling machine and the amount of money stored in the second money handling machine as managed balance;
The first control unit executes a detailed examination of the money stored in the first money handling machine on the examination execution date and time, and transmits to the second money handling machine a detailed examination command for executing the detailed examination of the money, The scrutinization result of the first money handling machine and the scrutiny result received from the second money handling machine are stored in the storage unit, the amount of money under management of the first money handling machine and the amount of money under management of the second money handling machine. determining whether it matches with
When the second control unit receives the inspection command, the second control unit inspects the money stored in the second money handling machine, and transmits the inspection result of the executed inspection to the first money handling machine. and,
including,
money handling method. In the computer of the first money handling machine that can communicate with the second money handling machine,
storing the amount of money stored in the first money handling machine and the amount of money stored in the second money handling machine as managed balance;
On the inspection execution date and time, the money stored in the first money handling machine is inspected, and a detailed inspection command for executing the inspection of the money is transmitted to the second money handling machine, and the first money handling machine Determining whether or not the scrutinization result and the scrutiny result received from the second money handling machine match the stored amount of money under management of the first money handling machine and the stored amount of money under management of the second money handling machine. ,
program to run.

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