JP2018128887A - Currency processing system and currency processor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To include, if needed, the amount of counterfeit cash, having been found during transaction, in a receiving amount to perform transaction.SOLUTION: A currency processing system for processing currencies includes: a receiving part for receiving currencies; an identification part for identifying denominations and authenticity of the currencies received in the receiving part; and a control part that includes the amount of currencies, identified to be counterfeit or to be on suspicion of counterfeit by the identification part, in a receiving amount and can execute receiving processing.SELECTED DRAWING: Figure 2

Description

  The present invention relates to a money handling system and a money handling apparatus for depositing money.

  Conventionally, money processing systems for processing money are used at bank stores and distribution stores. The money handling system is configured to include a money handling device that performs deposit processing of money (banknotes and coins). The money handling apparatus is used in various modes. For example, there is an area where the bank is obliged to collect a fake banknote (fake note) in the money deposited from a customer at a bank store without returning it to the customer. If the money handling apparatus is used, the identification unit for identifying the authenticity of the banknote in the apparatus identifies the banknote identified as a fake ticket and the banknote (suspected ticket) identified as suspected of the counterfeit It can be stored and collected in the storage section.

  In order to collect counterfeit tickets in the market, it is preferable to collect counterfeit tickets not only at bank stores but also at distribution stores. If the settlement system disclosed in Patent Document 1 is used, banknotes identified as counterfeits and banknotes identified as suspects can be collected in the apparatus without being returned to the customer. .

JP2013-20301A

  However, according to the above prior art, there is a problem that various methods that can be considered as handling methods of fake money cannot be handled. Depending on the legal system in each region, the products and services provided to customers, the operation of each store, etc., the handling method of fake money may differ. For example, when a predetermined condition is met, even if there is a store that wants to perform the deposit process by adding the amount of money that the device has identified as false or suspected to be false, the conventional technology will handle this Can not do it.

  The present invention has been made to solve the above-described problems caused by the prior art, and a monetary processing system and a monetary processing capable of counting the amount of money that the apparatus has identified as being false or possibly false into the amount of money received An object is to provide an apparatus.

  In order to solve the above-described problems and achieve the object, the present invention provides a money processing system for processing money, a depositing unit that receives money, a denomination and authenticity of money received in the depositing unit. And a control unit that executes the depositing process by adding the money amount identified by the identifying unit as false or suspected to be false to the deposit amount.

  Further, the present invention is the above invention, wherein in the above invention, the depositing process is executed with an inclusion setting in which the amount of money identified by the identification unit as being false or suspected of being false is included in the deposit amount, or the identification unit is false or It is possible to switch whether or not the deposit process is executed with a non-inclusion setting in which the amount of money identified as suspicious is not included in the deposit amount.

  Further, the present invention is characterized in that, in the above invention, the amount of money identified by the identifying unit as being false or suspected of false and the amount of money received including the amount are managed for each transaction.

  Further, in the present invention, the present invention provides a storage unit that stores the money that the identification unit has identified as true, and a false coin storage unit that stores the currency that the identification unit has identified as being false or false. It is further provided with the feature.

  Further, the present invention is the above invention, wherein in the above-mentioned invention, a withdrawal unit that discharges money determined to be rejected by the identification unit, and a false money withdrawal unit that ejects money that the identification unit has identified as being false or false. And further comprising.

  Further, in the above invention, in the above invention, when the transaction in which the currency identified as false or suspected of being false is found by the identification unit is canceled halfway, the transaction is not returned without returning the money. Only the amount of money identified as true by the identification unit is returned in true money.

  Further, in the present invention, in the above invention, when a transaction in which money identified as false or falsely suspected by the identification unit is found is canceled halfway, the money and The amount of money that the identification unit has identified as true in the transaction is returned in true money.

  In the above invention, the present invention is further characterized by further comprising a display unit that displays the deposit amount and information relating to money that the identification unit has identified as being false or suspected of being false.

  The present invention further includes an input unit for inputting customer identification information for identifying a customer who possessed the money that the identification unit has identified as being false or suspected of being false. Information related to money that the department has identified as being false or suspected of false and customer identification information of a customer who possesses the money are managed in association with each other.

  The present invention is also a money handling apparatus, wherein a depositing unit that accepts money depositing, an identifying unit that identifies the denomination and authenticity of money received in the depositing unit, and the identifying unit is false or false. And a control unit that executes a depositing process by adding the amount of money identified as suspicious to the deposited amount.

  According to the present invention, in the deposit processing for accepting the deposit of at least one of banknotes and coins in the currency processing system, when the currency identified by the identification unit as being false or suspected of being false is found, It is possible to add the amount of money to the amount of money received and execute the money receiving process. Thereby, for example, at the time of transaction at a store, if the amount of money identified as being false or suspected of being false is equal to or less than a predetermined amount, an operation can be performed in which the transaction is included in the deposit amount. As a result of appraising the money identified as false or suspected false by a specified organization such as a central bank, it is possible to avoid trouble with the customer without causing trouble to the customer when it is judged to be true money. can do.

FIG. 1 is a schematic diagram showing an external appearance of the money handling system according to the present embodiment. FIG. 2 is a block diagram for explaining the configuration of the coin processing apparatus. FIG. 3 is a schematic diagram showing the conveyance of coins in the coin processing apparatus. FIG. 4 is a schematic diagram illustrating an example in which a false coin and a suspect coin are stored in a false coin storage unit for each transaction. FIG. 5 is a schematic diagram illustrating another example in which a false coin and a suspect currency are stored for each transaction in the false coin storage unit. FIG. 6 is a diagram for explaining a processing method of fake coins and suspect coins that can be executed by the coin processing apparatus. FIG. 7 is a diagram illustrating an example of a determination condition in the case of automatically switching the handling method of the actual and amount of counterfeit and suspect coins. FIG. 8 is a schematic diagram for explaining a case where the actual counterfeit coin is processed with the return setting and the amount of the counterfeit coin is processed with the non-inclusion setting. FIG. 9 is a schematic diagram for explaining a case in which a counterfeit coin is processed with the capture setting and the amount of the counterfeit coin is processed with the non-inclusion setting. FIG. 10 is a schematic diagram for explaining a case where the actual counterfeit coin is processed by the acquisition setting and the amount of the counterfeit coin is processed by the inclusion setting. FIG. 11 is a diagram for explaining a screen for obtaining consent for waiving the ownership of a fake coin from a customer. FIG. 12 is a diagram for explaining a receipt output from the printer. FIG. 13 is a diagram for explaining the amount information of coins in the coin processing apparatus. FIG. 14 is a diagram for explaining transaction information of a transaction performed using the coin processing device. FIG. 15 is a diagram illustrating an example of a screen displayed on the operation display unit.

  Hereinafter, a money handling system and a money handling apparatus according to the present invention will be described with reference to the accompanying drawings. In the present embodiment, a money handling system provided at a checkout counter in a distribution store that sells products will be described as an example. FIG. 1 is a schematic diagram showing an appearance of a money handling system 1 according to the present embodiment. The money handling system 1 includes a cash register 10 provided at a checkout counter of a store, an operation display unit 20, a printer 30, and a money handling device 2 including a coin processing device 100 and a bill processing device 200. When a customer performs a checkout process for a product to be purchased at a checkout counter, the money processing system 1 is used to process the receipt of cash received from the customer as a product price and the withdrawal of change to be returned to the customer. Done.

  Specifically, the store clerk in charge of the checkout process at the check counter operates the operation unit 11 of the cash register 10 and uses an input device such as a barcode reader to cache the price of each product purchased by the customer. Input to the register 10. Information such as the name and price of each product, and the product price that is the sum of the prices of each product is displayed on the screen of the display unit 12 installed for the store clerk and the screen of the operation display unit 20 installed for the customer. Is displayed. The customer who has confirmed the screen of the operation display unit 20 puts a bill to be paid as a commodity price into the depositing unit 210 of the bill processing apparatus 200 and throws a coin into the depositing unit 110 of the coin processing apparatus 100. The banknote processing apparatus 200 identifies and counts the inserted banknotes to calculate the deposit amount of the banknotes, and the coin processing apparatus 100 identifies and counts the inserted coins to calculate the deposit amount of coins. When the sum of the bill deposit amount and the coin deposit amount exceeds the product price and it is necessary to return the change to the customer, the bill constituting the change is discharged from the withdrawal unit 220 of the bill processing apparatus 200 and the coin constituting the change Is discharged from the withdrawal unit 120 of the coin processing apparatus 100. The printer 30 outputs a receipt on which information such as the transaction date and time, the product name and price of each product, the product price, the deposit amount of cash paid by the customer, and the change amount is printed.

  Thus, the money handling system 1 is an apparatus that can process coins and banknotes using the money handling apparatus 2 including the coin handling apparatus 100 and the banknote handling apparatus 200. Since banknotes and coins can be processed in the same manner, the details will be described below using the coin processing apparatus 100 that processes coins as an example.

  First, the structure of the coin processing apparatus (money processing apparatus) 100 will be described with reference to FIGS. FIG. 2 is a block diagram for explaining the configuration of the coin processing apparatus 100. The coin processing device 100, the cash register 10, the operation display unit 20, and the printer 30 are connected to be communicable. Although not shown in FIGS. 1 and 2, the money handling system 1 may include a cash management device that is communicably connected to the money handling device 2 via a network such as a LAN. The cash management device is installed, for example, in a store's backyard and is used to manage the type, number (amount), and the like of banknotes and coins stored in the money handling device 2.

  The cash register 10 includes an operation unit 11 for inputting various types of information and a display unit 12 including a liquid crystal display device that displays various types of information. In response to the operation of the store clerk, the cash register 10 calculates a product price for requesting the customer to pay from the price of each product. As the cash register 10, for example, a POS register that is communicably connected to a POS server (not shown) is used.

  The operation display unit 20 is, for example, a touch panel type liquid crystal display device installed with a screen facing a customer. The operation display unit 20 functions as a display unit that displays information that asks the customer for confirmation, such as a product price that the store asks the customer to pay. The operation display unit 20 functions as an operation unit that performs an operation of selecting approval or non-approval when requesting approval from a customer, for example, and is managed by a license number, a social security number, and a store that prove the customer's identity. It also functions as an input unit for inputting a customer number and the like.

  The printer 30 outputs a receipt on which information on the type and price of the product purchased by the customer, information on the type and number (amount) of coins inserted into the money handling apparatus 2 by the customer, and the like are printed. When a coin identified by the coin processing device 100 as false or a coin identified as suspected of being false is found, information on the coin is also printed on the receipt.

  The coin processing apparatus 100 includes a depositing unit 110, a dispensing unit 120, a transport unit 130, an identification unit 140, a storage unit 170, and a collection cassette 171, and a fake coin dispensing unit 150 and a counterfeit coin storage unit 160. Moreover, the coin processing apparatus 100 includes a control unit 190 that controls these units, a storage unit 180 that stores various programs and data, and a communication unit 195 that transmits and receives data to and from an external device.

  The dispensing unit 120 discharges the coins fed out from the storage unit 170 to the outside of the apparatus. The transport unit 130 transports coins through a transport path in the apparatus. The storage unit 170 stores coins by denomination during the deposit process, and feeds the stored coins one by one to the transport path during the withdrawal process. The collection cassette 171 stores coins and the like that cannot be stored in the storage unit 170. At the time of the withdrawal process for dispensing change, the storage unit 170 feeds out coins to the transport path, the transport unit 130 transports the fed coins to the withdrawal unit 120, and the withdrawal unit 120 discharges the coins out of the apparatus. .

  The depositing unit 110 feeds out coins inserted at the time of depositing process one by one to the transport path in the apparatus. The transport unit 130 transports the coins fed out to the transport path. FIG. 3 is a schematic diagram showing the conveyance of coins in the coin processing apparatus 100.

  As indicated by the arrows in FIG. 3, during the depositing process, the coins that the depositing unit 110 has paid out to the conveyance path in the apparatus are conveyed to the identification unit 140. The identification unit 140 identifies the denomination, true / false, correct / incorrect, new / old, quantity, etc., of the coins that have been conveyed.

  Hereinafter, the coin identified by the identification unit 140 as a true coin is a true coin, the coin identified as a fake coin is a fake coin, and a coin identified as a false suspicion, that is, a false coin is identified. It is described as suspect currency. In addition, about the coin which the coin processing apparatus 100 identified as the fake coin or the suspect coin, an appraisal by a predetermined organization such as a central bank will be performed at a later date, and the appraisal may result in a true coin. There is also a possibility that. In the following description, it is assumed that the central bank appraises whether it is a true coin or a fake coin.

  The transport unit 130 stores coins in any one of the dispensing unit 120, the false coin dispensing unit 150, the false coin storage unit 160, the storage unit 170, and the collection cassette 171 based on the identification result by the identification unit 140. Specifically, the identification unit 140 sets a coin that cannot identify a denomination or the like as a reject coin. The reject coin is discharged from the withdrawal unit 120 and returned to the customer. Of the coins for which the identification unit 140 has identified the denomination or the like, the true coins that can be reused for withdrawal are transported to the storage unit 170 and stored in denominations. True coins that cannot be stored when the storage unit 170 is full (full state), and true coins (lossy money) that are not suitable for withdrawal due to damage or dirt are stored in the recovery cassette 171. Among the coins whose identification unit 140 has identified the denomination and the like, the fake coins and the suspect coins are conveyed to the fake coin dispensing unit 150 or the fake coin storage unit 160 according to the setting relating to the fake coin handling, which will be described in detail later. To do.

  The fake coin dispensing unit 150 discharges fake coins and suspect coins outside the apparatus. When the counterfeit and suspect coins are discharged from the apparatus during the transaction, the store clerk manages the counterfeit and suspect coins for each transaction. The fake coin dispensing unit 150 is provided on the checkout counter on the side where the clerk is present so that the clerk can easily take out the fake and suspect coins. For example, as shown in FIG. 1, in a configuration in which a customer inserts coins into a depositing unit 110 provided on the front surface of the coin processing device 100, the fake coin dispensing unit 150 is provided on the back surface of the coin processing device 100. . Further, for example, in a configuration in which a clerk receives coins paid by a customer and puts them into a depositing unit 110 provided on the front surface of the coin processing apparatus 100, the fake coin dispensing unit 150 is provided on the front surface in the same manner as the depositing unit 110. . Rejected coins are discharged from the withdrawal unit 120, and false coins and suspect coins are discharged from the false coins withdrawal unit 150, for example, even when both rejected coins and false coins are generated during the transaction, These can be distinguished.

  The fake coin storage unit 160 stores fake coins and suspect coins according to transactions. FIG. 4 is a schematic diagram illustrating an example in which the false coins and the suspect coins are stored in the false coin storage unit 160 by transaction. The pseudo coin storage unit 160 shown in FIG. 4A has a cylindrical shape with the bottom closed and the top opened, and stores the pseudo coin 400 and the suspect coin 400 transported by the transport unit 130 in a stacked state. The inside diameter of the false coin storage unit 160 is larger than the maximum coin diameter processed by the coin processing apparatus 100 and smaller than twice the minimum coin diameter, and each coin 400 is stored in a stacked state one by one. . Thereby, information on the fake coins and suspect coins generated at the time of the transaction is managed for each transaction, for example, one coin 400 at the bottom of the fake coin storage unit 160 is one transaction, the second from the bottom and The coin 400 of each transaction can be distinguished such that the third coin 400 corresponds to one transaction.

  The false coin storage unit 160 shown in FIG. 4B also has a cylindrical shape with the bottom closed and the top opened, and stores the false coin 400 and the suspect coin 400 transported by the transport unit 130. 161 is different from FIG. 4A in that the coin 400 is stored separately for each transaction. A plurality of the thin plate-shaped partition members 161 are provided outside the cylindrical fake coin storage unit 160 at equal intervals in the cylindrical axial direction. A through hole that is long in the circumferential direction is formed on the side surface of the false coin storage portion 160 corresponding to each partition member 161. Each partition member 161 is provided to be able to advance and retreat. For example, when one counterfeit coin 400a is stored in one transaction, as shown in FIG. 4B, the partition member 161a enters the inside of the counterfeit coin storage section 160 from the side through-hole. When two suspect coins 400b are stored in another transaction performed thereafter, these two coins 400b are stored on the partition member 161a. Since the height when the two coins 400b are stacked exceeds the arrangement height of the partition member 161b, the partition member 161c enters the inside of the false coin storage unit 160 from the through hole on the side surface. When the false coin 400c is stored in another transaction, the coin 400c is stored on the partition member 161c, and the partition member 161d enters the false coin storage unit 160 in order to partition the next transaction. . Thus, by inserting the partition member 161 according to the height of the coin 400 stored in the false coin storage unit 160, the coin 400 can be stored for each transaction. The bottom surface of the false coin storage unit 160 is provided to be openable and closable. After the bottom surface is opened and one coin 400a is taken out, the partition member 161 is retracted in order from the bottom to collect the coin 400 for each transaction such as two coins 400b and one coin 400c. Can do.

  FIG. 5 is a schematic diagram illustrating another example in which a false coin and a suspect coin are stored for each transaction in the false coin storage unit 160. The drum-type false coin storage unit 160 shown in FIG. 5A has a plurality of storage spaces 160a to 160d separated by partitions provided in the cylindrical portion radial direction. The cylindrical portion of the false coin storage unit 160 is provided with lids 162 (162a to 162d) that can be opened and closed corresponding to the storage spaces 160a to 160d. By controlling the rotation of the false coin storage unit 160 around the central axis of the cylinder, the false coin storage unit 160 stops at a position where the coin 400 conveyed by the transport unit 130 is stored in the storage space 160a. At this position, the lid 162a that is normally closed is opened. When the false coins 400 found at the time of transaction are stored in the storage space 160a, the lid 162a is closed and the false coin storage unit 160 rotates clockwise. And the false coin storage part 160 stops in the position which can accommodate the coin 400 which the conveyance part 130 conveys in another storage space 160b, and the cover body 162b opens. By repeating this operation, the coin 400 can be stored for each transaction in each of the storage spaces 160a to 160d.

  5B has a plurality of storage spaces 160a to 160d divided by partition walls, and the coins 400 are stored according to transactions in the respective box-shaped storage spaces 160a to 160d whose upper surfaces are open. Store. In the conveyance path through which the conveyance unit 130 conveys the coin 400, gates 163 (163a to 163d) that can be opened and closed are provided corresponding to the storage spaces 160a to 160d. The upper surface of the gate 163 forms the same plane as the upper surface of the transport path. When the coin 400 is transported above the false coin storage unit 160, the gate 163 is opened, and the coin 400 is dropped and stored in the storage spaces 160a to 160d. For example, when the false coin 400 is found during the transaction, the gate 163a that is normally closed is opened and stored in the storage space 160a, and the gate 163a is closed. Then, when a fake or suspect coin is found in another transaction performed thereafter, the gate 163b corresponding to another storage space 160b is opened and stored. By repeating this operation, the coins 400 can be stored in the storage spaces 160a to 160d for each transaction.

  Next, the types of processing methods for fake coins and suspect coins found during deposit processing will be described. FIG. 6 is a diagram for explaining a processing method of fake coins and suspect coins that can be executed by the coin processing apparatus 100. As shown in FIG. 6 as “actual handling”, the setting relating to the actual handling method of fake coins and suspect coins can be switched manually or automatically. Specifically, by performing a predetermined operation on the operation unit 11 of the cash register 10, a return setting (A1) for returning fake and suspect coins to a customer, and a capture setting (A2 to A5) that the store takes in Can be switched manually. Moreover, the control part 190 of the coin processing apparatus 100 can also switch automatically between return setting (A6) and taking-in setting (A7-A10) based on the preset determination conditions. Here, the return setting refers to a setting for returning the actual counterfeit and suspect coins found during the transaction with the customer to the customer as they are. The capture setting refers to a setting in which the store captures and manages the actual counterfeit and suspect coins found during the transaction with the customer without returning them to the customer. It is possible to set whether the fake coins and suspect coins obtained during the processing in the capture setting are stored in the fake coin storage unit 160 by transaction or discharged from the fake coin dispensing unit 150 to the outside of the apparatus. Yes. When discharging out of the device, the store clerk manages the discharged fake and suspect coins for each transaction.

  As shown as “Amount Handling” in FIG. 6, when the actual handling is set as a return setting, the non-inclusion setting in which the amount of fake currency and suspect currency is not included in the deposit amount is set (A 1, A 6). On the other hand, in the case of setting in-kind handling (A2 to A5, A7 to A10), either the inclusion setting to include the amount of fake currency or suspect currency into the deposit amount or the non-inclusion setting not to include, It can be switched manually or automatically. Specifically, a predetermined operation can be performed on the operation unit 11 of the cash register 10 so that the setting is manually switched to the inclusion setting or the non-inclusion setting (A2 or A3, A7 or A8). Moreover, it can also be set as the setting which the control part 190 of the coin processing apparatus 100 switches to an inclusion setting or a non-inclusion setting automatically based on the preset determination conditions (A4 or A5, A9 or A10).

  FIG. 7 is a diagram illustrating an example of a determination condition in the case of automatically switching the handling method of the actual and amount of counterfeit and suspect coins. Automatic switching is performed when the item shown as “determination item” in FIG. 7 satisfies the condition shown as “determination condition”. The control unit 190 manages the determination conditions shown in FIG.

  For example, when a coin identified as a fake or suspect coin at the time of a transaction is the target denomination, it can be set to automatically switch whether to process this coin with a return setting or a capture setting. it can. Also, if the coin identified as a fake or suspect coin at the time of transaction is a non-target denomination, set to automatically switch whether to process this coin with the return setting or the capture setting Can do. One or a plurality of denominations can be set as the target denomination. Similarly, one or a plurality of denominations can be set as non-target denominations.

  Specifically, for example, if a 500 yen coin is set as the target denomination for the capture setting, if the fake coin and the suspect coin are 500 yen coins, they are processed by the capture setting. If there is, it is processed with return setting. Also, for example, if a 1-yen coin and a 10-yen coin are set as non-target denominations, if a fake coin and a suspect coin are 1-yen coins or 10-yen coins, they are processed with return settings. If it is a denomination coin, it is processed in the import setting.

  The amount handling is also set to automatically switch whether the coins that are identified as fake or suspect coins at the time of the transaction are the denomination and whether to process this coins with the inclusion setting or non-inclusion setting. can do. In addition, when a coin identified as a fake or suspect coin at the time of transaction is a non-target denomination, set to automatically switch whether to process this coin with the inclusion setting or non-inclusion setting Can do. One or a plurality of denominations can be set as the target denomination. Similarly, one or a plurality of denominations can be set as non-target denominations.

  Specifically, for example, if a 500 yen coin is set as a target denomination type denomination, if a fake coin and a suspect coin are 500 yen coins, they are processed with a non-inclusion setting, and coins of other denominations are used. If there is, it is processed with the inclusion setting. In addition, for example, when 1 yen coin and 10 yen coin are set as non-inclusive denomination denominations, if the fake coin and suspect coin are 1 yen coin or 10 yen coin, they are processed in the inclusion setting, If it is a denomination coin, it is processed with non-inclusion settings.

  In addition, when the total amount (total amount or total number) of coins identified as fake or suspect coins exceeds a predetermined amount (predetermined amount or predetermined number), either the capture setting or the return setting It is also possible to set whether to process by setting or whether to process by setting of inclusion or non-inclusion.

  In addition, when the coins identified as fake or suspect coins are the target currency set in advance, it is processed in either the capture setting or the return setting, either in the inclusion setting or the non-inclusion setting You can also set whether to process. Similarly, if the coins identified as fake or suspect coins are non-target currency that has been set in advance, it will be processed in either the capture setting or return setting, either the inclusion setting or the non-inclusion setting You can also set whether to process with settings. One or a plurality of currencies can be set as the target currency. Similarly, one or a plurality of currencies can be set as the non-target currency.

  In addition, if the probability that a coin identified as a fake or suspect coin is actually a fake coin is greater than or equal to a predetermined level that is set in advance, whether to process with the setting of acquisition setting or return setting, inclusion setting And non-inclusion settings can be set. The probability of being a fake coin is determined based on the identification result by the identification unit 140.

  Whether or not a customer who intends to use a coin identified as a fake or suspect coin has customer identification information certifying the customer's identity, such as a license number, social security number, or customer number managed at a store. Based on the above, it is possible to set which of the setting of the acquisition setting and the return setting, or which of the setting of the inclusion setting and the non-inclusion setting is to be processed. In addition, based on whether or not the customer who tried to use a coin identified as a fake or suspect coin is a regular customer or a customer at the store, such as a regular customer or a good customer, the acquisition setting It is also possible to set whether to process with the setting of the return setting or the setting of the return setting or the setting of the inclusion setting or the non-inclusion setting.

  Next, the processing of fake coins and suspect coins found during the deposit process will be specifically described. Since the coins identified as fake coins and the coins identified as suspect coins are processed in the same manner, a coin identified as a fake coin will be described below as an example.

  FIG. 8 is a schematic diagram for explaining a case where the actual counterfeit coin is processed with the return setting and the amount of the counterfeit coin is processed with the non-inclusion setting. This process is a process performed with the settings of A1 and A6 shown in FIG. FIG. 8A shows a deposit process, FIG. 8B shows an additional deposit process, and FIG. 8C shows a deposit cancellation process.

  After the transaction is started at the checkout counter, the cash register 10 calculates a product price P yen purchased by the customer. As shown in FIG. 8 (a), when the customer inserts coins of X yen exceeding the product price P yen into the depositing unit 110, the identification unit 140 in the coin processing device 100 determines the denomination and authenticity of each coin. Etc. are identified. The control unit 190 processes the false coins as reject coins based on the authentic identification result and return setting by the identification unit 140 and returns them to the customer from the withdrawal unit 120. On the other hand, the control unit 190 stores true coins in the storage unit 170 by denomination. In addition, based on the identification result by the identification unit 140 and the non-inclusion setting, the control unit 190 does not include the amount Y yen in the deposit amount when the total amount of fake coins is Y yen, and the coin processing apparatus 100 The deposit amount of the coins deposited in is assumed to be (XY) yen.

  When the deposit amount (XY) yen is less than the product price P yen (XY <P), as shown in FIG. 8B, additional deposit processing is performed. When the customer inserts a Y-yen coin again into the depositing unit 110 instead of the returned Y-yen fake coin, the identification unit 140 identifies the denomination, authenticity, etc. of each coin. When these coins are true Y yen coins, the control unit 190 stores them in the storage unit 170 in denominations. In addition, the control unit 190 updates the deposit amount from (XY) yen to X yen. When the deposit amount X yen exceeds the product price P yen (X> P), the control unit 190 calculates the change amount as (X−P) yen. And the control part 190 pays out the true money for the amount of change from the storage part 170, discharges it to the withdrawal part 120 as change, and completes the transaction. The final deposit amount at the end of the transaction is P yen for the product price.

  When the customer cancels the transaction in the state shown in FIG. 8A, a payment cancellation process is performed as shown in FIG. 8C. When the customer tells the store clerk to cancel the transaction, the store clerk operates the operation unit 11 of the cash register 10 to cancel the deposit process. In response to this operation, the control unit 190 pays out the deposited (XY) yen worth of true coins from the storage unit 170 and discharges it to the withdrawal unit 120. In this way, the Y yen worth of coins and true coins are combined to return a total of X yen coins and the transaction is terminated.

  As described above, in the return setting, among the coins inserted into the coin processing apparatus 100 by the customer, the false coins are returned to the customer from the dispensing unit 120 as reject coins, and the true coins are stored in the storage unit 170 in denominations. . In the non-inclusion setting, the total amount Y yen of the false coins is not included in the deposit amount, and the process proceeds with the amount of money (XY) obtained by subtracting the false currency amount Y yen from the input amount X yen as the deposit amount. In other words, the processing proceeds with the amount of true coins input by the customer as the deposit amount. Then, if necessary, true coins corresponding to the change amount obtained by subtracting the product price from the deposit amount are withdrawn as change. On the other hand, when the transaction performed with the return setting and the non-inclusion setting is canceled halfway, the fake coins that the customer has inserted into the coin processing apparatus 100 are returned as they are, and the true coins are also returned. In other words, the entire amount of the input money is returned to the customer while the fake coin remains a fake coin.

  FIG. 9 is a schematic diagram for explaining a case in which a counterfeit coin is processed with the capture setting and the amount of the counterfeit coin is processed with the non-inclusion setting. This process is a process performed with the settings of A2, A4, A7, and A9 shown in FIG. FIG. 9A shows a deposit process, FIG. 9B shows an additional deposit process, and FIG. 9C shows a deposit cancellation process. The coins processed in the capture setting may be stored and managed in the fake coin storage unit 160 in the coin processing device 100 according to transactions, or may be discharged from the fake coin dispensing unit 150 to the outside of the device and stored in the store. However, in the following description, it is assumed that the fake coin storage unit 160 manages the transaction.

  After the transaction is started at the checkout counter, the cash register 10 calculates a product price P yen purchased by the customer. As shown in FIG. 9 (a), when the customer inserts coins worth X yen exceeding the product price P yen into the depositing unit 110, the identification unit 140 in the coin processing apparatus 100 determines the denomination, authenticity of each coin. Etc. are identified. The control unit 190 stores the fake coins in the fake coin storage unit 160 for each transaction based on the authentication result and the capture setting by the identification unit 140. On the other hand, the control unit 190 stores true coins in the storage unit 170 by denomination. In addition, based on the identification result by the identification unit 140 and the non-inclusion setting, the control unit 190 does not include the amount Y yen in the deposit amount when the total amount of fake coins is Y yen, and the coin processing apparatus 100 The deposit amount of the coins deposited in is assumed to be (XY) yen.

  At this time, the ownership of the false coins taken into the coin processing apparatus 100 remains the customer. At a later date, a request is made from the store to the central bank to appraise the fake coins taken into the coin processing apparatus 100. The store returns the coin to the customer when the appraisal result that it is a true coin is obtained, and delivers the coin to the police or the like when the appraisal result that it is a fake coin is obtained.

  When the deposit amount (XY) yen is less than the commodity price P yen (XY <P), as shown in FIG. 9B, additional deposit processing is performed. When the customer again inserts Y yen coins into the depositing unit 110, the identifying unit 140 identifies the denomination, authenticity, etc. of each coin. When these coins are true Y yen coins, the control unit 190 stores them in the storage unit 170 in denominations. In addition, the control unit 190 updates the deposit amount from (XY) yen to X yen. When the deposit amount X yen exceeds the product price P yen (X> P), the control unit 190 calculates the change amount as (X−P) yen. And the control part 190 pays out the true money for the amount of change from the storage part 170, discharges it to the withdrawal part 120 as change, and completes the transaction. The final deposit amount at the end of the transaction is P yen for the product price.

  When the customer cancels the transaction in the state shown in FIG. 9A, a payment cancellation process is performed as shown in FIG. 9C. When the customer tells the store clerk to cancel the transaction, the store clerk operates the operation unit 11 of the cash register 10 to cancel the deposit process. In response to this operation, the control unit 190 pays out the deposited (XY) yen worth of true coins from the storage unit 170 and discharges it to the withdrawal unit 120. In this way, with Y yen worth of coins being taken into the device, only X yen coins excluding fake coins from the X yen coins entered by the customer are returned and the transaction is terminated. To do.

  Thus, in the capture setting, out of the coins that the customer has inserted into the coin processing apparatus 100, the false coins are captured in the coin processing apparatus 100 and are not returned to the customer, and the true coins are denominated in the storage unit 170 according to the denomination. It is stored in. In the non-inclusion setting, the total amount Y yen of the false coins is not included in the deposit amount, and the process proceeds with the amount of money (XY) obtained by subtracting the false currency amount Y yen from the input amount X yen as the deposit amount. In other words, the processing proceeds with the amount of true coins input by the customer as the deposit amount. Then, if necessary, true coins corresponding to the change amount obtained by subtracting the product price from the deposit amount are withdrawn as change. On the other hand, when the transaction performed in the acquisition setting and the non-inclusion setting is canceled on the way, the fake coins out of the coins that the customer has inserted into the coin processing apparatus 100 are taken into the coin processing apparatus 100 and are not returned. Only true coins are returned to the customer. In other words, only the true money corresponding to the amount obtained by subtracting the false money amount from the input money amount is returned to the customer.

  FIG. 10 is a schematic diagram for explaining a case where the actual counterfeit coin is processed by the acquisition setting and the amount of the counterfeit coin is processed by the inclusion setting. This process is a process performed with the settings of A3, A5, A8, and A10 shown in FIG. FIG. 10A shows a deposit process, and FIG. 10B shows a deposit cancel process.

  After the transaction is started at the checkout counter, the cash register 10 calculates a product price P yen purchased by the customer. As shown in FIG. 10 (a), when the customer inserts coins of X yen exceeding the product price P yen into the depositing unit 110, the identification unit 140 in the coin processing apparatus 100 determines the denomination and authenticity of each coin. Etc. are identified. The control unit 190 stores the fake coins in the fake coin storage unit 160 for each transaction based on the authentication result and the capture setting by the identification unit 140. On the other hand, the control unit 190 stores true coins in the storage unit 170 by denomination. Moreover, even if the total amount of the fake coins is Y yen based on the identification result and the inclusion setting by the identification unit 140, the control unit 190 adds the amount Y yen to the deposit amount and stores it in the coin processing apparatus 100. The amount of coins deposited will be X yen.

  At this time, the ownership of the false coins taken into the coin processing apparatus 100 is transferred from the customer to the store. At a later date, a request is made from the store to the central bank to appraise the fake coins taken into the coin processing apparatus 100. For example, in a store that adds a monetary amount that is regarded as a fake currency to the sales of the store before the appraisal, if the appraisal shows that it is a real currency, the sales data change processing is not performed and it is a fake currency If the appraisal result is obtained, the counterfeit money is delivered to the police, and the money amount added before the appraisal is subtracted from the sales data of the store. In addition, for example, in a store that adds a monetary amount that has been regarded as a fake currency to the sales of the store after the appraisal, when the result of appraisal is true, a process of adding the monetary amount to the sales data is performed, If an appraisal result indicating that it is a fake coin is obtained, the fake coin is delivered to the police without processing the sales data change.

  In the setting for inclusion, even if the coin inserted into the coin processing apparatus 100 by the customer includes a fake coin, the amount of the fake coin is included in the deposit amount. As such, there is no need for the customer to make additional deposits. When the deposit amount X yen of all coins including the false coins exceeds the product price P yen (X> P), the control unit 190 calculates the change amount as (X−P) yen. And the control part 190 pays out the true money for the amount of change from the storage part 170, discharges it to the withdrawal part 120 as change, and completes the transaction. The final deposit amount at the end of the transaction is P yen for the product price.

  When the customer cancels the transaction in the middle of the process shown in FIG. 10 (a), a payment cancellation process is performed as shown in FIG. 10 (b). When the customer tells the store clerk to cancel the transaction, the store clerk operates the operation unit 11 of the cash register 10 to cancel the deposit process. In response to this operation, the control unit 190 pays out X yen worth of coins from the storage unit 170 and discharges it to the withdrawal unit 120 to end the transaction. In other words, the Y yen worth of coins inserted by the customer is returned to the customer instead of the Y yen true money.

  Thus, in the capture setting, out of the coins that the customer has inserted into the coin processing apparatus 100, the false coins are captured in the coin processing apparatus 100 and are not returned to the customer, and the true coins are denominated in the storage unit 170 according to the denomination. It is stored in. In the inclusion setting, even if the coins for X yen that were input contain Y-yen forged coins, the amount of Y-yen for fake coins is included in the amount received, and the input amount X-yen is processed as it is as the deposit amount. Is advanced. In other words, the processing proceeds with the total amount of true and false coins input by the customer as the deposit amount. Then, if necessary, true coins corresponding to the change amount obtained by subtracting the product price from the deposit amount are withdrawn as change. On the other hand, when the transaction performed in the acquisition setting and the inclusion setting is canceled on the way, the fake coins out of the coins inserted into the coin processing apparatus 100 by the customer are not returned after being taken into the coin processing apparatus 100. Returned to the customer in real money. That is, the entire amount of money is returned to the customer in true money.

  In the coin processing device 100, when processing is performed with the capture setting and the non-inclusion setting as shown in FIG. 9, a process for obtaining customer approval can be executed in advance. The coin processing device 100 executes a process for obtaining the approval of the customer because the store collects the fake coins in the apparatus without collecting the total amount of the fake coins found at the time of the transaction, and collects the fake coins in the apparatus.

  When the transaction is started with the acquisition setting and the non-inclusion setting in the coin processing device 100, the control unit 190 is the operation display unit 20 provided for the customer at a timing before the customer inserts the coin into the coin processing device 100. A screen for obtaining customer approval is displayed on the screen. FIG. 11 is a diagram for explaining a screen for obtaining approval for waiving the ownership of a fake coin from a customer. When the customer who has confirmed the screen display shown in FIG. 11 operates the operation display unit 20 to select the “Yes” button and agrees to abandon the ownership of fake coins, the customer uses coins to pay for the product price. can do. As a result, the processing proceeds as described with reference to FIG. On the other hand, if the customer selects the “No” button on the screen shown in FIG. 11 and does not agree to abandon the ownership of the fake coin, the customer cannot use coins to pay for the product price. Specifically, the coin processing apparatus 100 does not take the coins inserted into the depositing unit 110 into the apparatus, and the customer cannot make payment using the coins. For this reason, a customer pays the price of goods using valuable media other than a coin, such as a bill and a credit card, for example.

  Coins that are identified as fake coins by the coin processing apparatus 100 are sent out to the central bank for evaluation at a later date. If the central bank appraises it as a fake coin, the store has already obtained consent from the customer to renounce the ownership, and the store reports the fake coin to a predetermined organization such as the police. On the other hand, when the central bank appraises as true money, the store returns this true money to the customer.

  The control unit of the coin processing device 100 is configured so that when a coin identified as a fake coin in the coin processing device 100 is appraised and an appraisal result that it is a true coin is obtained, the coin can be returned to the customer. 190 uses the printer 30 to output a receipt to the customer.

  FIG. 12 is a diagram for explaining a receipt output from the printer 30. The receipt is printed with the store name 300, transaction date and time 301, branch identification information 302, and cash register identification information 303 so that the date and time when the receipt is output and the store, branch and cash register can be specified. The receipt includes the name of each product purchased by the customer, the price of each product, the total price of the product (“total” in the figure), the amount of money deposited in the coin processing device 100 (“deposit” in the figure), the customer The transaction information 304 such as the change amount returned to (“Change” in the figure) is printed.

  In addition, the breakdown information 305, transaction number 306, customer identification information 307 (“customer ID” in the figure) of the coins deposited by the customer into the coin processing apparatus 100, and the appraisal date information 308 are printed on the receipt. . The breakdown information 305 includes the total amount of coins identified by the identifying unit 140 of the coin processing device 100 as a true coin, the total amount of coins identified as a fake coin, and the number and amount of denominations of denominations. .

  The transaction number 306 is a number for distinguishing each transaction performed in the store. The customer identification information 307 is information for identifying each customer such as the customer's license number, social security number, and customer number managed at the store acquired at the time of the transaction. The appraisal date information 308 is information indicating a scheduled date for appraising the counterfeit coins at the central bank. At a later date, the customer visits the store after the date of the appraisal date information 308, and confirms the appraisal result by the central bank based on the transaction number 306. And if the appraisal result that it is a true coin is obtained by the central bank, this true coin can be returned. Note that the appraisal date information 308 is not limited to a mode of notifying the customer of the appraisal scheduled date of the fake ticket. For example, as the appraisal date information 308, when appraisal at the central bank is appraised as true coins, the date when the store is due to return the true coins to the customer may be notified as appraisal date information 308. . Moreover, the aspect which notifies both an appraisal scheduled date and a return time limit as the appraisal date information 308 may be sufficient.

  FIG. 13 is a diagram for explaining the amount information of coins in the coin processing apparatus 100. As shown in FIG. 13, the control unit 190 of the coin processing device 100 divides the amount of money in the storage unit 170 that stores true coins and the amount of money in the fake coin storage unit 160 that stores false coins, 180 is managed. About each storage part which comprises the storage part 170, the money type of the coin to accommodate is preset as a setting money type. The amount of money in the storage unit 170 is managed by the set denomination and the number and amount of coins stored in each storage unit. On the other hand, as illustrated in FIG. 13 as the first false coin storage unit and the second false coin storage unit, the amount of the false coin storage unit 160 includes the transaction number of the false coins stored in each storage unit, and the false coins. And the breakdown of the denomination and number of counterfeit coins.

  FIG. 14 is a diagram for explaining transaction information of a transaction performed using the coin processing apparatus 100. As shown in FIG. 14, the control unit 190 of the coin processing apparatus 100 manages the transaction number, transaction date and time, branch identification information, cash register identification information, input amount, deposit amount, and fake coin information in the storage unit 180. The transaction numbers in FIGS. 12 to 14 correspond, and based on the transaction numbers, the fake coins printed on the receipt shown in FIG. 12 and the fake coin storage unit 160 included in the balance information shown in FIG. The correspondence with the transaction shown in the transaction information shown in FIG. 14 can be recognized.

  In the false coin information shown in FIG. 14, the amount, denomination, number of coins, ownership, customer identification information, and appraisal of the coin identified by the identification unit 140 as the false coin in the coin processing apparatus 100 during one transaction indicated by the transaction number. Includes date, appraisal results, and customer return information. When a plurality of false coins are found during one transaction, the total amount of false coins is recorded as the amount, and the denomination and number of each false coin are recorded as the denomination and number.

  The item of ownership is information indicating the ownership of the counterfeit coin, and as described in FIG. 9, the owner is recorded as a customer when processing is performed with a non-inclusive setting in which the amount of the counterfeit coin is not included in the deposit amount. As described with reference to FIG. 10, the owner is recorded as a store in the case of processing with the setting of adding the amount of fake coins to the deposit amount. Thereby, also when it is the setting which the control part 190 switches the handling method of a fake coin automatically, it can be confirmed whether it is a fake coin processed by any setting of an inclusion setting or a non-entry setting.

  The item of customer identification information is information that proves the identity of the customer, such as a license number, a social security number, and a customer number managed in a store. For example, as described with reference to FIG. 9, when the store stores the fake coins found during the transaction in the coin processing apparatus 100 and keeps the owner as a customer, the store clerk operates the operation unit 11 of the cash register 10. Or a customer operates the operation display part 20, and inputs customer identification information. The information input at this time is recorded in the transaction information as customer identification information.

  The item of the appraisal date is an appraisal date for requesting appraisal of fake coins from the store to the central bank, or an appraisal execution date when the central bank actually appraised the fake coins. Specifically, when the appraisal result is recorded as “not yet”, the appraisal date for requesting the appraisal from the central bank is indicated. For example, the scheduled date of appraisal is automatically recorded by setting a scheduled date for requesting the appraisal from the store to the central bank in advance, such as the end of the month or the end of every two months. The scheduled date of appraisal is also printed on the receipt as shown in FIG.

  After the appraisal is performed at the central bank, the appraisal result is input using the operation unit 11, the operation display unit 20 and the like of the cash register 10, and the transaction information is updated. In addition, about the input of an appraisal result, it is not limited to the aspect input manually using the operation part 11 or the operation display part 20, The aspect into which an appraisal result is input automatically may be sufficient. For example, an aspect may be adopted in which data such as a two-dimensional bar code indicating the appraisal result is read and automatically input by a reading device capable of reading the data. In addition, for example, the communication unit 195 of the coin processing device 100 and an external device such as a predetermined terminal or device installed in the central bank are communicably connected, and the appraisal result by the central bank input to the external device is communicated. It may be an aspect that is automatically input via the unit 195. For example, if the central bank appraises a fake currency, when the appraisal result is entered, the appraisal date is updated from the scheduled appraisal date to the appraisal date, and the appraisal result is updated from “not yet” to “false”. Is done. Since the fake coins are not returned to the customer, the customer return item is updated from “-” to “unnecessary”. Further, when the central bank appraises that it is a real coin, the date of appraisal is updated from the scheduled appraisal date to the appraisal date, and the appraisal result is updated from “not yet” to “true”. When the owner is a customer, it is necessary to return the coins identified as true coins to the customer, so the customer return item is updated from “−” to “not yet”. When a customer brings a receipt to the store and receives a coin identified as a true coin, information indicating this is input from the operation unit 11, operation display unit 20, etc. of the cash register 10, and the transaction information is returned to the customer. The item is updated from “not yet” to “done”.

  If the fake coins are owned by the store, the date of the appraisal date is updated from the scheduled appraisal date to the appraisal date regardless of the appraisal result by the central bank, and the customer return item is changed from "-" to "unnecessary" Updated. Further, the appraisal result is updated from “not yet” to “false” or “true” indicating the appraisal result by the central bank.

  Thus, the coin processing apparatus 100 can record transaction information including fake coin information, and manage the actual coin in the coin processing apparatus 100 by dividing it into true coins and fake coins. Moreover, the coin processing apparatus 100 can issue the receipt which printed the information regarding a fake coin to a customer using the printer 30. FIG. Accordingly, the store can store the fake coins from the customer and manage them in the coin processing apparatus 100 while leaving the ownership to the customer. Then, it is possible to request an appraisal from the store to the central bank, and return it to the customer, report to the police, etc. according to the appraisal result. The customer keeps the receipt issued by the store, and after the appraisal result by the central bank is obtained, the customer visits the store again to check the appraisal result, and if the appraisal result is true, You can receive this real coin.

  When a transaction is performed with the coin processing apparatus 100, information such as a commodity price, a deposit amount, and a change amount is displayed on the screen of the operation display unit 20 provided in the checkout counter. FIG. 15 is a diagram illustrating an example of a screen displayed on the operation display unit 20. If no fake coin is found during the transaction, as shown in FIG. 15 (a), as shown in FIG. 15 (a), the amount of money deposited by the customer into the coin processing apparatus 100 to pay the commodity price, and the withdrawal from the coin processing apparatus 100 The amount of change to be made is displayed. On the other hand, when a false coin is found during the transaction, as shown in FIG. 15B, the commodity price, the amount of money the customer has inserted into the coin processing apparatus 100 to pay the commodity price, and the found false coin Are displayed, a deposit amount indicating the total amount of coins deposited in the coin processing device 100, and a change amount withdrawn from the coin processing device 100. As described with reference to FIG. 10, when returning a fake coin instead of a true coin at the time of deposit cancellation, the fake money amount is displayed on the screen of the operation display unit 20 to indicate that the store recognizes the fake coin. This can be a deterrent against the use of malicious fake coins.

  As described above, according to the money handling apparatus according to the present embodiment, the actual money that the identification unit 140 has identified as being false or suspected of being false is returned to the customer, or is taken into the apparatus or stored in the store. It can be processed with the import settings managed in. In addition, the amount of money identified as being false or suspected of being false can be processed with the inclusion setting to be included in the deposit amount or the non-inclusion setting without being included. By combining return settings or capture settings with inclusion settings or non-inclusion settings, money identified as false or suspected false can be processed in various ways. If a determination condition is set, the setting can be automatically switched according to the determination condition. Thereby, it can respond to various operations of a store.

  As described above, the money handling system and the money handling apparatus according to the present invention are useful for including the amount of fake cash in the deposit amount as necessary.

DESCRIPTION OF SYMBOLS 1 Money processing system 2 Money processing apparatus 10 Cash register 11 Operation part 12 Display part 20 Operation display part 30 Printer 100 Coin processing apparatus 110 Depositing part 120 Withdrawing part 130 Conveying part 140 Identification part 150 Fake coin dispensing part 160 False coin storage Unit 170 storage unit 171 collection cassette 180 storage unit 190 control unit 195 communication unit 200 banknote processing apparatus 210 deposit unit 220 withdrawal unit

Claims (10)

A money handling system for processing money,
A deposit department that accepts deposits of money;
An identification unit for identifying the denomination and authenticity of money received in the deposit unit;
A money processing system comprising: a control unit that executes a depositing process by adding the amount of money that the identifying unit has identified as false or suspected to be false to a deposit amount.   Amount of money that the identification unit has identified as being suspected of being false or false, and that the depositing process is performed with the setting to include the amount of money that has been identified as false or false, or the amount of money that has been identified as suspected of being false or false The money processing system according to claim 1, wherein it is possible to switch whether or not the deposit process is executed with a non-inclusion setting that does not include the deposit amount in the deposit amount.   The money processing system according to claim 1 or 2, wherein the amount of money identified by the identification unit as false or suspected of false and the amount of money received including the amount are managed for each transaction. A storage unit for storing the currency that the identification unit has identified as true;
The money processing system according to any one of claims 1 to 3, further comprising a fake coin storage unit that stores money that the identification unit has identified as being false or suspected of being false. A withdrawal unit for discharging the money determined to be rejected by the identification unit;
The money processing system according to any one of claims 1 to 4, further comprising a fake money dispensing unit that discharges money that the identification unit has identified as being false or suspected of being false.   If a transaction in which money identified as false or falsely suspected by the identification unit is found is canceled in the middle of the transaction, the currency of the currency identified by the identification unit as true in the transaction is returned without returning the money. The money processing system according to any one of claims 1 to 5, wherein only the amount of money is returned in true coins.   If a transaction in which money identified as false or suspected of being false is found by the identification unit is canceled in the middle, the identification unit is identified as true in the money and the transaction without returning the money. The money processing system according to any one of claims 1 to 5, wherein an amount of money that has been returned is returned in true money. The money according to any one of claims 1 to 7, further comprising a display unit that displays the deposit amount and information related to the currency that the identification unit has identified as being false or suspected of being false. Processing system. An input unit for inputting customer identification information for identifying a customer who possessed the money that the identification unit has identified as false or suspected of being false;
9. The information relating to money that the identification unit has identified as being false or suspected of being false, and customer identification information of a customer who possesses the money are managed in association with each other. The money handling system according to claim 1. A deposit department that accepts deposits of money;
An identification unit for identifying the denomination and authenticity of money received in the deposit unit;
A money processing apparatus, comprising: a control unit that executes a depositing process by adding the amount of money that the identifying unit has identified as false or suspected to be false to a deposit amount.

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