EP2555172A1

EP2555172A1 - Currency transfer system, currency transfer method in same, and conveyor cassette for currency processing device

Info

Publication number: EP2555172A1
Application number: EP10848914A
Authority: EP
Inventors: Kazuhiro Doi; Minoru Higashiyama; Kenichi Tagashira; Keiju Nakagawa
Original assignee: Glory Ltd
Current assignee: Glory Ltd
Priority date: 2010-03-30
Filing date: 2010-03-30
Publication date: 2013-02-06
Anticipated expiration: 2030-03-30
Also published as: WO2011121735A1; EP2555172B1; EP2555172A4

Abstract

Disclosed is a currency transfer system comprising a cashier machine (13), a change machine (12), and a conveyor cassette (16) detachable to both the cashier machine and the change machine, for storing bills conveyed from the change machine to the cashier machine, further comprising an identification unit (23) on the change machine side, for identifying a bill denomination and normal and defective bills; an information creation unit (45) on the change machine side, for creating storage breakdown information to manage bill denominations and normal and defective bills, for each bill stored in the conveyor cassette, based on the identification unit identification results; and a recognition unit (76) on the cashier machine side, for recognizing the bill denomination and normal and defective bills for each currency stored in the conveyor cassette, based on the storage breakdown information, when storage breakdown information is obtained. This greatly reduces processing loads associated with bill identification at the cashier machine.

Description

TECHNICAL FIELD

The present invention relates to a money transporting system that transports money between a money handling apparatus as a transport origin and a money handling apparatus as a transport destination, for example, between a cash settlement apparatus and a cash depositing/dispensing apparatus of a store, a money transporting method for such a money transporting system, and a transport cassette for a money handling apparatus.

BACKGROUND ART

A system that has been known in the art includes a cash register such as a POS (point-of-sales) register that is installed at a checkout counter of a retail store such as a supermarket and a convenience store or a service store such as a restaurant, and that is connected to a cash settlement apparatus such as a coin depositing/dispensing machine and a banknote depositing/dispensing machine (see Patent Document 1, for example).
A cash settlement apparatus disclosed in Patent Document 1 has not only a merchandise cash transaction function that includes accepting inserted purchase money and discharging change banknotes but also a bank account transaction function that includes discharging withdrawal money with cashback service and loan money with loan service to a customer. The merchandise cash transaction function corresponds to a cash settlement function of paying a merchandise price with cash when purchasing merchandise. The bank account transaction function includes a service of discharging cashback money to the customer. That is, when merchandise payment is to be made at the same time as withdrawing money from a bank account or taking out a loan, the withdrawal money or the loan money is not discharged to the outside as it was originally designated, but money, the amount of which is calculated by subtracting the merchandise price from the designated amount of the withdrawal money or the loan money, is discharged as cashback money.
For example, when a merchandise purchase of JPY 5,000 is to be made and also JPY 30,000 is to be withdrawn from a bank account, the cash settlement apparatus having the bank account transaction function discharges a cashback amount of JPY 25,000, which is a resultant amount of the merchandise price JPY 5,000 subtracted from the withdrawal amount of JPY 30,000.
In the technique disclosed in Patent Document 1, the cashback amount is discharged by using the bank account transaction function thereby discharging the cashback amount that is calculated by subtracting the amount of the merchandise price from the withdrawal amount from the bank account at the time of merchandise purchase. The customer can thereby make a withdrawal from the bank account and allocate part of this withdrawal amount to the merchandise price.
Another conventional cash settlement apparatus that has been known in the art has a function of reusing part of deposited banknotes as change banknotes (see Patent Document 2, for example). This cash settlement apparatus recognizes the deposited banknotes, and when the deposited banknotes are fit banknotes, the cash settlement apparatus stores the deposited fit banknotes into a stacker. If any of the deposited banknotes is a significantly damaged unfit banknote, the cash settlement apparatus stores the deposited unfit banknote into a reject stacking unit.
Consequently, in the technique disclosed in Patent Document 2, upon determining the deposited banknote to be a fit banknote based on the recognition result of the deposited banknote, the deposited banknote can be reused as a change banknote, and when the deposited banknote is an unfit banknote, the deposited banknote can be collected.
A cash depositing/dispensing apparatus installed in a retail store has functions that include performing a depositing process on banknotes and a dispensing process on change money or the like (see Patent Document 3, for example). The cash depositing/dispensing apparatus also collects sales proceeds of the store through the depositing process. The sales proceeds of the store collected into the cash depositing/dispensing apparatus are delivered to a cash vault by armored car services that conduct a collecting operation under contract.
As a cash depositing/dispensing apparatus that is used in a financial institution, one that has a function of recognizing fitness kinds of banknotes, sorting the banknotes into fit banknotes and unfit banknotes based on recognition results, and storing the sorted banknotes separately, therein has been known in the art (see Patent Document 4, for example). This cash depositing/dispensing apparatus reuses the fit banknotes for discharging, and collects the unfit banknotes so that the unfit banknotes are not reused for discharging.
The banknotes are manually transported between the cash settlement apparatus and the cash depositing/dispensing apparatus in the retail store. A conventional system that has been known in the art compares a discharged amount notified when money is discharged from the cash depositing/dispensing apparatus to the cash settlement apparatus with an inserted amount notified when the discharged money is inserted into the cash settlement apparatus (see Patent Document 5, for example). The system disclosed in Patent Document 5 judges, when the discharged amount agrees with the inserted amount, that the money is appropriately transported between the cash settlement apparatus and the cash depositing/dispensing apparatus.

[Conventional Art Documents]

[Patent Documents]

[Patent Document 1] Japanese Patent Application Laid-open No. H11-250350 (see Abstract and paragraphs 0024 to 0049)
[Patent Document 2] Japanese Patent No. 3295288 (see Claim 1 and FIG. 2)
[Patent Document 3] Japanese Patent No. 3983992 (see paragraph 0040 and FIG. 2)
[Patent Document 4] Japanese Patent No. 3805458 (see Claim 1, paragraph 0037, and FIG. 1)
[Patent Document 5] Japanese Patent Application Laid-open No. 2005-275804 (see Claim 1 and FIG. 1)

DISCLOSURE OF INVENTION

[PROBLEMS TO BE SOLVED BY THE INVENTION]

In the Euro zone in Europe, ECB Article 6 (Article 6 of the Council Regulation (EC) No. 1138/2001 of 28 June 2001) is applied to monetary transactions in any financial institution, such as bank account transactions including bank account withdrawal services and loan services. The ECB Article 6 requires that fit banknotes be used when discharging any banknotes to a customer in a monetary transaction in a financial institution. In recent years, not only the merchandise cash transaction function of discharging change banknotes to the customer but also the bank account transaction function of withdrawing from the bank account and making a loan is available on a cash settlement apparatus in the distribution industry. In light of this, it is highly possible that, from the year 2011, use of fit banknotes for discharging banknotes starts to be required not only in the monetary transaction in the financial institution but also in the bank account transaction in the distribution market.
The conventional cash settlement apparatus discharges banknotes in a bank account transaction without distinguishing whether the banknotes are fit banknotes or unfit banknotes. However, from the year 2011 and on, discharging of an unfit banknote in the bank account transaction may become against the requirement of ECB Article 6.
In addition, to comply with the requirement of ECB Article 6, the number of fit banknotes stored in a cash settlement apparatus in the distribution market needs to be increased. With increasing demand of fit banknotes, there is a concern that the distribution market may become short of fit banknotes and unable to offer any bank account transaction services.
For this reason, similarly in the cash depositing/dispensing apparatus that is installed in the store of the distribution market to manage the money for the cash settlement apparatuses, the number of fit banknotes held therein needs to be increased to address a shortage of fit banknotes, which may be caused due to an increased demand for fit banknotes.
In the near future, to collect or replenish banknotes between the cash settlement apparatus and the cash depositing/dispensing apparatus, or in other words, between the transport destination and the transport origin, there will be more occasions of transporting mixed banknotes that include fit banknotes and unfit banknotes from the transport origin to the transport destination. The recognition process, however, needs to be performed even at the transport destination to identify the fitness kinds of the mixed banknotes that have been transported from the transport origin, although similar recognition process has already been performed at the transport origin. This causes a large processing load.
The present invention has been conceived in light of the above discussion. It is an object of the present invention to provide a money transporting system that can reduce a processing load relating to recognition of money on the transport destination side when transporting the money from the transport origin to the transport destination, a money transporting method for such a money transporting system, and a transport cassette for such a money handling apparatus.

[MEANS TO SOLVE THE PROBLEMS]

To achieve the above object, a money transporting system according to an aspect of the present invention has a money handling apparatus as a transport destination, a money handling apparatus as a transport origin, and a transport cassette that can be mounted on and detached from both of the money handling apparatus as the transport destination and the money handling apparatus as the transport origin and that stores therein money that is to be transported from the money handling apparatus as the transport origin to the money handling apparatus as the transport destination. The money transporting system includes a recognition unit that is arranged in the money handling apparatus as the transport origin and that recognizes a denomination kind of the money and a fitness kind for distinguishing fit and unfit of the money; an information creating unit that is arranged in the money handling apparatus as the transport origin and that creates, based on a recognition result obtained by the recognition unit, stored-banknotes breakdown information that is used to manage the denomination kind and the fitness kind of each piece of the money stored in the transport cassette; a notifying unit that notifies the money handling apparatus as the transport destination of the stored-banknotes breakdown information of the transport cassette created by the information creating unit; and an identifying unit that is arranged in the money handling apparatus as the transport destination and that, upon acquiring the stored-banknotes breakdown information notified by the notifying unit, identifies the denomination kind and the fitness kind of each piece of the money stored in the transport cassette based on the stored-banknotes breakdown information.
In the money transporting system, the stored-banknotes breakdown information includes storage position identification information that is used to identify a storage position of the money so that the money stored in the transport cassette can be recognized.
In the money transporting system, the stored-banknotes breakdown information includes serial number information of the money so that the money stored in the transport cassette can be recognized.
In the money transporting system, the transport cassette includes at least two storage units in which fit banknotes and unfit banknotes of a designated denomination are stored separately.
In the money transporting system, the notifying unit notifies the money handling apparatus as the transport destination of the stored-banknotes breakdown information of the transport cassette via a network that connects the money handling apparatus as the transport destination and the money handling apparatus as the transport origin.
In the money transporting system, the notifying unit notifies the money handling apparatus as the transport destination of the stored-banknotes breakdown information of the transport cassette via a memory medium that is arranged on the transport cassette and that records therein the stored-banknotes breakdown information.
In the money transporting system, the money handling apparatus as the transport destination corresponds to a cash depositing/dispensing apparatus in a store, and the money handling apparatus as the transport origin corresponds to a cash settlement apparatus in the store.
To achieve the above object, a money transporting method according to still another aspect of the present invention is for a money transporting system that includes a money handling apparatus as a transport destination, a money handling apparatus as a transport origin, and a transport cassette that can be mounted on and detached from both of the money handling apparatus as the transport destination and the money handling apparatus as the transport origin and that stores therein money that is to be transported from the money handling apparatus as the transport origin to the money handling apparatus as the transport destination. The money transporting method includes recognizing a denomination kind of the money and a fitness kind for distinguishing fit and unfit of the money by the money handling apparatus as the transport origin; creating, based on a recognition result obtained at the recognizing, stored-banknotes breakdown information that is used to manage the denomination kind and the fitness kind of each piece of the money stored in the transport cassette by the money handling apparatus as the transport origin; notifying the money handling apparatus as the transport destination of the stored-banknotes breakdown information of the transport cassette created at the creating; and identifying, upon acquiring the stored-banknotes breakdown information notified at the notifying, the denomination kind and the fitness kind of each piece of the money stored in the transport cassette, by the money handling apparatus as the transport destination, based on the stored-banknotes breakdown information.
A money transporting system according to still another aspect of the present invention has a money handling apparatus as a transport destination, a money handling apparatus as a transport origin, and a transport cassette that can be mounted on and detached from both of the money handling apparatus as the transport destination and the money handling apparatus as the transport origin and that stores therein money that is to be transported from the money handling apparatus as the transport origin to the money handling apparatus as the transport destination. The money transporting system includes a recognition unit that is arranged in the money handling apparatus as the transport origin and that recognizes a denomination kind of the money and an old/new version for distinguishing a new version money and an old version money; an information creating unit that is arranged in the money handling apparatus as the transport origin and that creates, based on a recognition result obtained by the recognition unit, stored-banknotes breakdown information that is used to manage the denomination kind and the old/new version of each piece of the money stored in the transport cassette; a notifying unit that notifies the money handling apparatus as the transport destination of the stored-banknotes breakdown information of the transport cassette created by the information creating unit; and an identifying unit that is arranged in the money handling apparatus as the transport destination and that, upon acquiring the stored-banknotes breakdown information notified by the notifying unit, identifies the denomination kind and the old/new version of each piece of the money stored in the transport cassette based on the stored-banknotes breakdown information.
A transport cassette according to still another aspect of the present invention includes a mounting interface for mounting and detaching the transport cassette on and from both a money handling apparatus as a transport destination and a money handling apparatus as a transport origin; and at least two storage units for storing separately fit money and unfit money of a designated denomination that is to be transported from the money handling apparatus as the transport origin to the money handling apparatus as the transport destination.
A money transporting system according to still another aspect of the present invention has a money handling apparatus as a transport destination, a money handling apparatus as a transport origin, and a transport cassette that can be mounted on and detached from both of the money handling apparatus as the transport destination and the money handling apparatus as the transport origin and that stores therein money that is to be transported from the money handling apparatus as the transport origin to the money handling apparatus as the transport destination. The money transporting system includes an inventory amount information acquiring unit that is arranged in the money handling apparatus as the transport origin and that acquires inventory amount information of money that is managed and held in the money handling apparatus as the transport destination for each denomination kind and each fitness kind; a breakdown calculating unit that is arranged in the money handling apparatus as the transport origin and that calculates, based on the inventory amount information of the money handling apparatus as the transport destination, a replenishment breakdown number of money that is to be replenished in the money handling apparatus as the transport destination; and a control unit that is arranged in the money handling apparatus as the transport origin and that stores into the transport cassette the money that is to be replenished in the money handling apparatus as the transport destination based on the replenishment breakdown number calculated by the breakdown calculating unit.
In the money transporting system, the breakdown calculating unit calculates the replenishment breakdown number of the money that is to be replenished in the money handling apparatus as the transport destination in accordance with presence/absence of a cashback function in the money handling apparatus as the transport destination.
The money transporting system according to the above aspect includes a recognition unit that is arranged in the money handling apparatus as the transport origin and that recognizes the denomination kind of the money and the fitness kind for distinguishing fit and unfit of the money; an information creating unit that is arranged in the money handling apparatus as the transport origin and that creates, based on a recognition result obtained by the recognition unit, stored-banknotes breakdown information that is used to manage the denomination kind and the fitness kind of each piece of the money stored in the transport cassette; a notifying unit that notifies the money handling apparatus as the transport destination of the stored-banknotes breakdown information of the transport cassette created by the information creating unit; and an identifying unit that is arranged in the money handling apparatus as the transport destination and that, upon acquiring the stored-banknotes breakdown information notified by the notifying unit, identifies the denomination kind and the fitness kind of each piece of the money stored in the transport cassette based on the stored-banknotes breakdown information.
In the money transporting system, the money handling apparatus as the transport destination corresponds to a cash settlement apparatus in a store, and the money handling apparatus as the transport origin corresponds to a cash depositing/dispensing apparatus in a store.
A money transporting method according to still another aspect of the present invention is for a money transporting system that includes a money handling apparatus as a transport destination, a money handling apparatus as a transport origin, and a transport cassette that can be mounted on and detached from both of the money handling apparatus as the transport destination and the money handling apparatus as the transport origin and that stores therein money that is to be transported from the money handling apparatus as the transport origin to the money handling apparatus as the transport destination. The money transporting method includes acquiring inventory amount information of money that is managed and held in the money handling apparatus as the transport destination for each denomination kind and for each fitness kind by the money handling apparatus as the transport origin; calculating, based on the inventory amount information of the money handling apparatus as the transport destination, a replenishment breakdown number of money that is to be replenished in the money handling apparatus as the transport destination by the money handling apparatus as the transport origin; and controlling, based on the replenishment breakdown number calculated at the calculating, so that the money that is to be replenished in the money handling apparatus as the transport destination is stored into the transport cassette by the money handling apparatus as the transport origin.

[ADVANTAGES OF THE INVENTION]

According to an aspect of the present invention, in a money transporting system, stored-banknotes breakdown information of a transport cassette is created on a money handling apparatus side as a transport origin, and a money handling apparatus as a transport destination is notified of the created stored-banknotes breakdown information of the transport cassette. In this money transporting system, upon acquiring the stored-banknotes breakdown information on the money handling apparatus side as the transport destination, a denomination kind and a fitness kind of each piece of money stored in the transport cassette is identified based on the stored-banknotes breakdown information. Consequently, in the money handling apparatus as the transport destination, the denomination kind and the fitness kind of each piece of money can be identified without processes for recognizing the money stored in the transport cassette, and therefore a processing load required for recognition can be significantly reduced.
According to another aspect of the present invention, in the money transporting system, the stored-banknotes breakdown information includes storage position identification information to recognize the money so that the money handling apparatus as the transport destination can recognize the money in the transport cassette based on the storage position identification information.
According to still another aspect of the present invention, in the money transporting system, the stored-banknotes breakdown information includes serial number information to recognize the money so that the money handling apparatus as the transport destination can recognize the money in the transport cassette based on the serial number information.
According to still another aspect of the present invention, in the money transporting system, the transport cassette includes at least two storage units. Money of a designated denomination therefore can be distinguished between fit money and unfit money and stored separately.
According to still another aspect of the present invention, in the money transporting system, the money handling apparatus as the transport destination is notified of the stored-banknotes breakdown information of the transport cassette via a network. The money handling apparatus as the transport destination can thereby acquire the stored-banknotes breakdown information of the transport cassette.
According to still another aspect of the present invention, in the money transporting system, the money handling apparatus as the transport destination is notified of the stored-banknotes breakdown information of the transport cassette from a memory medium. The money handling apparatus as the transport destination can thereby acquire the stored-banknotes breakdown information of the transport cassette.
According to still another aspect of the present invention, in the money transporting system, the stored-banknotes breakdown information of the transport cassette is created on the cash settlement apparatus side, and a cash depositing/dispensing apparatus is notified of the created stored-banknotes breakdown information of the transport cassette. In this money transporting system, upon the cash depositing/dispensing apparatus acquiring the stored-banknotes breakdown information, the denomination kind and the fitness kind of each piece of money stored in the transport cassette are identified based on the stored-banknotes breakdown information. Consequently, the cash depositing/dispensing apparatus can identify the denomination kind and the fitness kind of each piece of the money stored in the transport cassette without processes for recognizing the money. Therefore, a processing load required for the recognition can be significantly reduced.
According to still another aspect of the present invention, with a money transporting method for the money transporting system, the stored-banknotes breakdown information of the transport cassette is created on the money handling apparatus side as the transport origin, and the money handling apparatus as the transport destination is notified of the created stored-banknotes breakdown information of the transport cassette. With this money transporting method, upon the money handling apparatus as the transport destination acquiring the stored-banknotes breakdown information, the denomination kind and the fitness kind of each piece of the money stored in the transport cassette are identified based on the stored-banknotes breakdown information. Consequently, the money handling apparatus as the transport destination can identify the denomination kind and the fitness kind of the money stored in the transport cassette without processes for recognizing each piece of the money, and the processing load required for the recognition can be significantly reduced.
According to still another aspect of the present invention, in the money transporting system, the stored-banknotes breakdown information of the transport cassette is created on the money handling apparatus side as the transport origin, and the money handling apparatus as the transport destination is notified of the created stored-banknotes breakdown information of the transport cassette. In this money transporting system, upon the money handling apparatus as the transport destination acquiring the stored-banknotes breakdown information, the denomination kind and an old/new version of each piece of the money stored in the transport cassette are identified based on the stored-banknotes breakdown information. Consequently, the money handling apparatus as the transport destination can identify the denomination kind and the old/new version of each piece of the money stored in the transport cassette without processes for recognizing each piece of the money, and the processing load required for the recognition can be significantly reduced.
According to still another aspect of the present invention, a transport cassette for a money handling apparatus can be mounted on and detached from both the money handling apparatus as the transport destination and the money handling apparatus as the transport origin, and money of a designated denomination that is to be transported from the money handling apparatus as the transport origin to the money handling apparatus as the transport destination can be sorted between fit money and unfit money and stored accordingly.
According to still another aspect of the present invention, in the money transporting system, upon acquiring inventory amount information of the money handling apparatus as the transport destination, a replenishment breakdown number of money that is to be replenished in the money handling apparatus as the transport destination is calculated based on the acquired inventory amount information. In this money transporting system, based on the calculated replenishment breakdown number of money, the money that is to be replenished in the money handling apparatus as the transport destination is stored into the transport cassette. Consequently, the money handling apparatus as the transport origin can automatically store into the transport cassette the replenishment breakdown number of money that is to be replenished in the money handling apparatus as the transport destination for each denomination kind and each fitness kind.
According to still another aspect of the present invention, in the money transporting system, the replenishment breakdown number of money that is to be replenished in the money handling apparatus as the transport destination is calculated in accordance with presence/absence of a cashback function in the money handling apparatus as the transport destination. The money handling apparatus as the transport origin can therefore determine whether fit banknotes should be replenished by considering the presence/absence of the cashback function.
According to still another aspect of the present invention, in the money transporting system, stored-banknotes breakdown information of the transport cassette in which the to-be-replenished money is stored is created on the money handling apparatus side as the transport origin, and the money handling apparatus as the transport destination is notified of the created stored-banknotes breakdown information of the transport cassette. In this money transporting system, upon the money handling apparatus as the transport destination acquiring the stored-banknotes breakdown information, the denomination kind and the fitness kind of the to-be-replenished money stored in the transport cassette are identified based on the stored-banknotes breakdown information. Consequently, the money handling apparatus as the transport destination can identify the denomination kind and the fitness kind of the to-be-replenished money stored in the transport cassette without processes for recognizing the money, and the processing load required for the recognition can be significantly reduced.
According to still another aspect of the present invention, in the money transporting system, upon acquiring the inventory amount information of the cash settlement apparatus that is the transport destination, the replenishment breakdown number of money that is to be replenished in the cash settlement apparatus is calculated based on the acquired inventory amount information. In this money transporting system, based on the calculated replenishment breakdown number of money, the money that is to be replenished in the cash settlement apparatus is stored into the transport cassette. Consequently, the cash depositing/dispensing apparatus that is the transport origin can automatically store into the transport cassette the replenishment breakdown number of money that is to be replenished in the cash settlement apparatus for each denomination kind and each fitness kind.
According to still another aspect of the present invention, with the money transporting method for the money transporting system, upon acquiring the inventory amount information of the money handling apparatus as the transport destination, the replenishment breakdown number of money that is to be replenished in the money handling apparatus as the transport destination is calculated based on the acquired inventory amount information. In this money transporting system, the money that is to be replenished in the money handling apparatus as the transport destination is stored into the transport cassette based on the calculated replenishment breakdown number of money. Consequently, the money handling apparatus as the transport origin can automatically store into the transport cassette the replenishment breakdown number of money that is to be replenished in the money handling apparatus as the transport destination for each denomination kind and each fitness kind.

BRIEF DESCRIPTION OF DRAWINGS

FIG. 1 is a block diagram of a structure of an in-store fund management system according to a first embodiment.
FIG. 2 is an explanatory diagram of an internal structure of a banknote processing unit of a cash settlement apparatus.
FIG. 3 is a block diagram of an internal structure of the cash settlement apparatus.
FIGS. 4A to 4C are explanatory diagrams of different services offered by the cash settlement apparatus.
FIG. 5 is an explanatory diagram of an internal structure of a cash depositing/dispensing apparatus.
FIG. 6 is a block diagram of an internal structure of the cash depositing/dispensing apparatus.
FIG. 7 is an explanatory diagram showing a relationship for transporting a transport cassette between the cash settlement apparatus and the cash depositing/dispensing apparatus.
FIG. 8 is a flowchart of a processing operation of a change dispensing process performed by a control unit of the cash settlement apparatus.
FIG. 9 is a flowchart of a processing operation of a banknote replenishing process performed by a control unit of the cash depositing/dispensing apparatus.
FIG. 10 is a flowchart of a processing operation of a stored-banknotes breakdown information storing process performed by the control unit of the cash settlement apparatus.
FIG. 11 is a flowchart of a processing operation of a stored-banknotes breakdown information acquiring process performed by the control unit of the cash depositing/dispensing apparatus.
FIG. 12 is a block diagram of an internal structure of a cash settlement apparatus according to a second embodiment.
FIG. 13 is a block diagram of an internal structure of a cash depositing/dispensing apparatus according to the second embodiment.
FIG. 14 is a flowchart of a processing operation of a banknote replenishing process performed by a control unit of the cash depositing/dispensing apparatus.
FIG. 15 is a flowchart of a processing operation of a stored-banknotes breakdown information storing process performed by the control unit of the cash depositing/dispensing apparatus.
FIG. 16 is a flowchart of a processing operation of a stored-banknotes breakdown information acquiring process performed by a control unit of the cash settlement apparatus.
FIG. 17 is an explanatory diagram of an internal structure of the transport cassette.

BEST MODE(S) FOR CARRYING OUT THE INVENTION

Exemplary embodiments of a money transporting system and a transport cassette for a money transporting method and a money handling apparatus for the money transporting system are explained in detail below with reference to the accompanying drawings.
First, an outline of the present embodiment is explained. When banknotes are to be transported from a money handling apparatus as a transport origin to a money handling apparatus as a transport destination by using a transport cassette that can be mounted on and detached from both the money handling apparatus as the transport origin and the money handling apparatus as the transport destination, the money handling apparatus as the transport destination is notified of stored-banknotes breakdown information that includes denomination kinds and fitness kinds of the banknotes stored in the transport cassette. With such an arrangement, the money handling apparatus as the transport destination can identify the denomination kind and the fitness kind of each piece of the money stored in the transport cassette without processes for recognizing the stored money, and therefore the processing load required for the recognition can be significantly reduced.

[First Embodiment]

FIG. 1 is a block diagram of a structure of an in-store fund management system according to the first embodiment. An in-store fund management system 1 shown in FIG. 1 includes POS registers 11, cash settlement apparatuses 12, a self-checkout register unit 11A, a cash depositing/dispensing apparatus 13, an ATM 14, a collecting machine 15, and a transport cassette 16. The POS register 11 is installed at a checkout counter. The POS register 11 corresponds to an operator-attended register that manages items purchased by a customer by using its POS function and performs payment processes for the purchased items face-to-face. The cash settlement apparatus 12 is installed adjacent to the POS register 11. Cash for the price of the items registered by the POS register 11 or the like is inserted through an inlet of a cash settlement apparatus 12, and change money, which is the amount calculated by subtracting the price of the items from a deposited amount of cash, is discharged through an outlet of the cash settlement apparatus 12. The cash settlement apparatus 12 includes a banknote processing unit 12A that discharges change banknotes of change money and a coin processing unit 12B that discharges change coins of the change money. The self-checkout register unit 11A is also installed at the checkout counter. The self-checkout register unit 11A is configured integrally with the POS register 11, the cash settlement apparatus 12, a weighing apparatus for prevention of fraud, and the like so that a customer can check the items out by himself/herself. The self-checkout register unit 11A corresponds to an unattended checkout unit that manages items purchased by the customer and performs payment processes for the purchased items. The cash depositing/dispensing apparatus 13 manages in-store cash funds in accordance with denominations and fitness through all the cash settlement apparatuses 12 of the store. The ATM 14 corresponds to an automatic cash dispenser that offers in-store banking services. The collecting machine 15, which will be described later, is installed at the entrance of the store, for example. The collecting machine 15 collects unfit banknotes from customers, and returns the same amount of fit banknotes as that of the collected unfit banknotes to the customers. Upon a delivery request from the store, an armored car services 17 collects, for example, sales proceeds out of the in-store cash fund managed by the cash depositing/dispensing apparatus 13, and delivers the collected sales proceeds to a financial institution. In addition, upon a delivery request from the store, the armored car services 17 delivers reserve money for store operation in accordance with denomination kinds and fitness kinds.
FIG. 2 is an explanatory diagram of an internal structure of the banknote processing unit 12A of the cash settlement apparatus 12. This banknote processing unit 12A is referred to as the cash settlement apparatus 12 hereinafter in the explanation. FIG. 3 is a block diagram of an internal structure of the cash settlement apparatus 12. The cash settlement apparatus 12 shown in FIG. 2 includes an inlet 21, a transport unit 22, a recognition unit 23, an outlet 24, recycling stackers 25, a transport cassette 26, a reader/writer 27, and a control unit 33. The inlet 21 is an opening through which banknotes are inserted into the cash settlement apparatus 12. The transport unit 22 is a conveyer belt or the like that transports the banknotes along a transport path running from the inlet 21 to the recycling stackers 25, the transport cassette 26, and the outlet 24. Not-shown diverters are arranged at diverting points of the transport path. When a not-shown tracking sensor detects a tip end of a banknote that is being transported, a not-shown solenoid is driven to sort the transported banknote.
The recognition unit 23 is arranged on the transport path and recognizes kinds of the banknotes inserted through the inlet 21. In addition to seven denomination kinds in the case of euro banknotes, namely, 5 euro, 10 euro, 20 euro, 50 euro, 100 euro, 200 euro, and 500 euro, the kinds of banknotes also include authenticity classifications, namely, genuine banknotes and counterfeit banknotes, and fitness classifications, namely, fit banknotes and unfit banknotes. The fitness classifications are determined in compliance with the ECB. The banknote kinds also include face/back classifications, namely, face-up banknotes and face-down banknotes, and print versions, namely, new version banknotes and old version banknotes for each denomination.
The recycling stackers 25 store therein the banknotes inserted through the inlet 21 in accordance with designated denominations, and feed the stored banknotes out when discharging them through the outlet 24. A tape and reel system is used for the recycling stackers 25 so that each banknote is wound together with the tape around a reel 25A. In an example of the cash settlement apparatus 12 shown in FIG. 2, five recycling stackers 25 are arranged.
The transport cassette 26 includes a designated banknote collecting unit 26A that collects designated banknotes to be collected, and an IC tag 16C that is stuck to a surface of the cassette to read stored-banknotes breakdown information that will be described later from the IC tag 16C. The tape and reel system is used for the designated banknote collecting unit 26A. The outlet 24 is structure from where the banknotes discharged from the recycling stacker 25 as described above are discharged, and also from where rejected banknotes are discharged to outside of the cash settlement apparatus 12 based on recognition results of the banknotes inserted through the inlet 24. The reader/writer 27 reads and writes the stored-banknotes breakdown information and the like from and in the IC tag 16C stuck to the transport cassette 26.
As shown in FIG. 3, the cash settlement apparatus 12 includes a communication interface 31, a memory unit 32, and the control unit 33. The communication interface 31 connects the POS register 11 to the cash depositing/dispensing apparatus 13 via a not-shown network in such a manner as to allow mutual communications between the POS register 11 and the cash depositing/dispensing apparatus 13. The memory unit 32 stores therein and manages, for each recycling stacker 25 and the transport cassette 26, storage positions, denomination kinds, and fitness kinds of the banknotes stored in the recycling stackers 25 and the transport cassette 26. The memory unit 32 also stores therein and manages current inventory amount information of the banknotes in the cash settlement apparatus 12 for each denomination kind and each fitness kind.
The control unit 33 includes a discharging instruction detecting unit 41, a drive control unit 42, a memory control unit 43, a change calculating unit 44, and an information creating unit 45. The discharging instruction detecting unit 41 detects a banknote discharging instruction for a transaction amount of a merchandise cash transaction or a banknote discharging instruction for a transaction amount of a bank account transaction. The merchandise cash transaction and the bank account transaction are started in response to a predetermined operation of a not-shown operation unit.
In the merchandise cash transaction, or in other words, for cash settlement, cash is inserted through the inlet 21 to make a merchandise purchase so that the change calculating unit 44 calculates the amount of change by subtracting a merchandise price from the inserted cash amount. The services of the cash settlement apparatus 12 are explained with reference to FIGS. 4A to 4C. As shown in FIG. 4A, when the cash settlement is to be made with the inserted cash amount of 100 euro and the merchandise price of 20 euro, the cash settlement apparatus 12 discharges 80 euro as change banknotes through the outlet 24. In this case, the banknotes can be fit ones or unfit ones. In the bank account transaction with cashback service, the change calculating unit 44 calculates a cashback amount by subtracting the merchandise price from a withdrawal amount or a loan amount when making a merchandise purchase. When a debit settlement is made with the withdrawal amount of 100 euro and the merchandise price of 20 euro, the cash settlement apparatus 12 discharges the cashback amount of 80 euro that is obtained by subtracting the merchandise price from the withdrawal amount, in fit banknotes through the outlet 24, as shown in FIG. 4B. When the withdrawal amount of 100 euro is withdrawn with cashback service, the cash settlement apparatus 12 discharges the withdrawal amount of 100 euro in fit banknotes through the outlet 24, as shown in FIG. 4C.
When the banknote discharging instruction for the transaction amount of the bank account transaction is detected, the drive control unit 42 controls and drives the recycling stackers 25 and the transport unit 22 so that fit banknotes corresponding to the transaction amount of the bank account transaction that are stored in the recycling stackers 25 are discharged through the outlet 24. In the bank account transaction, fit banknotes are discharged for any of the withdrawal service, the loan service, and the cashback service. The requirement of the ECB Article 6 can therefore be complied with.
When the discharging instruction for change banknotes for the transaction amount of the merchandise cash transaction is detected, the drive control unit 42 controls and drives the recycling stackers 25 and the transport unit 22 so that unfit banknotes corresponding to the transaction amount of the merchandise cash transaction that are stored in the recycling stackers 25 are discharged through the outlet 24.
When storing the banknotes inserted through the inlet 21 into the recycling stacker 25 or the transport cassette 26 based on the recognition result obtained by the recognition unit 23, the memory control unit 43 writes the denomination kind and the fitness kind of each banknote into the memory unit 32 in accordance with each storage position. The memory control unit 43 also writes current inventory amount information, which includes the denomination kinds and the fitness kinds of all the banknotes stored in the cash settlement apparatus 12, for each denomination kind and each fitness kind into the memory unit 32. When banknotes of a designated denomination are stored into the transport cassette 26, the information creating unit 45 also creates the stored-banknotes breakdown information that includes the storage position, the denomination kind, and the fitness kind of each of the banknotes stored in the transport cassette 26 as well as a cash register number. The memory control unit 43 further writes the stored-banknotes breakdown information into the IC tag stuck to the transport cassette 26.
The recycling stacker 25 of the tape and reel system stores therein the banknotes of the designated denomination regardless of their fitness kinds. This means that it would require some time to feed banknotes of a designated denomination to the transport unit 22 by designating either one of fit banknotes and unfit banknotes. For example, a recycling stacker 25 stores therein unfit, fit, fit, fit, fit, and unfit 20-euro banknotes in this order from a position closest to a not-shown storage opening. When the two unfit 20-euro banknotes are to be fed from the recycling stacker 25, the drive control unit 42 feeds the unfit note as the first banknote. Then, the drive control unit 42 sequentially feeds out the four fit banknotes as the second to fifth banknotes, and sequentially transports these fit banknotes to a different recycling stacker 25. The drive control unit 42 further feeds out the last unfit banknote as the sixth banknote. Consequently, the two unfit 20-euro banknotes are fed out. This means that six banknotes in total need to be fed out to feed the two unfit 20-euro banknotes out. Because the four fit banknotes that are transported to the different recycling stacker 25 need to be returned to the original recycling stacker 25, it requires more time.
In light of the above, even when unfit banknotes of the change amount stored in the recycling stacker 25 are to be preferentially discharged through the outlet 24 in the cash settlement, if it requires time to feed the unfit banknotes from the recycling stacker 25, the drive control unit 42 drives and controls the recycling stacker 25 and the transport unit 22 so that fit banknotes are discharged through the outlet 24 instead of the unfit banknotes. As a result, a processing load of discharging the banknotes of the change amount in the cash settlement can be reduced, and the discharging time can be significantly shortened.
Furthermore, when it requires time to feed the unfit banknotes from the recycling stacker 25 onto the transport unit 22, the drive control unit 42 drives and controls the recycling stacker 25 and the transport unit 22 so that, instead of the unfit banknotes, unfit banknotes of the same amount and of lower denominations that are stored in the different recycling stackers 25 can be discharged through the outlet 24. The unfit banknotes of the same amount and of lower denominations can be, in case of discharging banknotes of 40 euro, four 10-euro banknotes, or a 20-euro banknote and two 10-euro banknotes, instead of two 20-euro banknotes that are normally discharged. Also, if it requires time to feed the fit banknotes from the recycling stacker 25 onto the transport unit 22, the drive control unit 42 drives and controls the recycling stacker 25 and the transport unit 22 so that fit banknotes of the same amount and of lower denominations that are stored in the different recycling stackers 25 are discharged through the outlet 24 instead of the fit banknotes.
Even when a mode is set in which the unfit banknotes of the change amount stored in the recycling stacker 25 are preferentially discharged through the outlet 24 in the cash settlement, if all the banknotes inserted through the inlet 21 in the cash settlement are fit banknotes, the drive control unit 42 drives and controls the recycling stackers 25 and the transport unit 22 so that fit banknotes relevant to a transaction amount of the merchandise cash transaction that are stored in the recycling stackers 25 are discharged through the outlet 24.
When unfit banknotes of a designated denomination are determined as a collection target, the drive control unit 42 drives and controls the recycling stacker 25 and the transport unit 22 so that the unfit banknotes are preferentially transported from among the banknotes stored in the recycling stacker 25 to the transport cassette 26. Similarly, when fit banknotes of a designated denomination are determined as a collection target, the drive control unit 42 preferentially transports the fit banknotes from among the banknotes stored in the recycling stacker 25 to the transport cassette 26. Of course, multiple denominations can be designated.
When a certain number of unfit banknotes are designated as the collection target for each designated denomination, the drive control unit 42 drives and controls the recycling stackers 25 and the transport unit 22 so that the designated number of unfit banknotes of the designated denominations that are stored in the recycling stackers 25 are preferentially transported to the transport cassette 26. When a certain number of fit banknotes are designated as the collection target for each designated denomination, the drive control unit 42 preferentially transports to the transport cassette 26 the designated number of fit banknotes of each designated denomination that are stored in the recycling stacker 25.
When unfit banknotes summed up to a designated total amount are designated as the collection target, the drive control unit 42 drives and controls the recycling stacker 25 and the transport unit 22 so that the unfit banknotes corresponding to the designated total amount that are stored in the recycling stacker 25 are preferentially transported to the transport cassette 26. When fit banknotes of the designated total amount are designated as the collection target, the drive control unit 42 preferentially transports to the transport cassette 26 the fit banknotes corresponding to the designated total amount that are stored in the recycling stacker 25.
When an amount of unfit banknotes that exceeds the designated total amount is designated as the collection target, the drive control unit 42 drives and controls the recycling stacker 25 and the transport unit 22 so that the amount of unfit banknotes that exceeds the designated total amount from among the banknotes stored in the recycling stacker 25 is preferentially transported to the transport cassette 26. When an amount of fit banknotes that exceeds the designated total amount is designated as the collection target, the drive control unit 42 preferentially transports to the transport cassette 26 the amount of fit banknotes that exceeds the designated total amount from among the banknotes that are stored in the recycling stacker 25.
When the number of unfit banknotes that exceeds the designated number for each designated denomination is designated as the collection target, the drive control unit 42 drives and controls the recycling stackers 25 and the transport unit 22 so that the number of unfit banknotes stored in the recycling stacker 25 and exceeding the designated number for each designated denomination are preferentially transported to the transport cassette 26. When the number of fit banknotes that exceeds the designated number for each designated denomination is designated as the collection target, the drive control unit 42 preferentially transports the number of fit banknotes stored in the recycling stacker 25 and exceeding the designated number for each designated denomination to the transport cassette 26.
The drive control unit 42 also controls and drives the transport cassette 26 and the transport unit 22 so that the banknotes stored in the transport cassette 26 are transported to the outlet 24 and to the recycling stackers 25. The control unit 33 realizes the designation of the collection target that is to be transported to the transport cassette 26, in accordance with a designation operation from a not-shown operation unit of the cash settlement apparatus 12 or the cash depositing/dispensing apparatus 13. The cash settlement apparatus 12 has a function of awarding incentive points, for example, to a customer membership card in accordance with the number of fit banknotes at the time of inserting the banknotes through the inlet 21 when the inserted banknotes are fit banknotes.
FIG. 5 is an explanatory diagram of an internal structure of the cash depositing/dispensing apparatus 13, and FIG. 6 is a block diagram of an internal structure of the cash depositing/dispensing apparatus 13. The cash depositing/dispensing apparatus 13 shown in FIG. 5 includes an inlet 51, a transport unit 52, a recognition unit 53, an outlet 54, recycling stackers 55, a transport cassette 56 (16), a reader/writer 57, an operation and display unit 58, and a control unit 63. The inlet 51 is an opening through which the banknotes are inserted into the cash depositing/dispensing apparatus 13. The transport unit 52 is a conveyer belt or the like, and transports the banknotes along a transport path running from the inlet 51 to the recycling stacker 55 and the transport cassette 56. Not-shown diverters are arranged at diverting points of the transport path. When a not-shown tracking sensor detects a tip end of a banknote that is being transported, a not-shown solenoid is driven to sort the transported banknote.
Nine recycling stackers 55 are arranged for designated denominations. Usually, one recycling stacker 55 is assigned to one designated denomination. However, the setting of the recycling stackers 55 can be freely made, for example, by assigning two recycling stackers 55 to one denomination that is frequently circulated, or setting a fit-banknote-only recycling stacker 55 for a denomination that is most likely to be used for cashback. The recycling stackers 55 store therein the banknotes of the designated denominations inserted through the inlet 51, and also feed the stored banknotes when they are to be discharged through the outlet 54. The recycling stackers 55 use the tape and reel system. The transport cassette 56 has a mounting interface of the same type as that of the transport cassette 26 of the cash settlement apparatus 12. The transport cassette 56 can be mounted onto and detached from the cash depositing/dispensing apparatus 13 and also the cash settlement apparatus 12. The transport cassette 56 includes a designated banknote collecting unit 56A, which collects designated banknotes of a collection target, and the IC tag 16C, which is stuck to the surface of the cassette and stores therein the stored-banknotes breakdown information that will be described later. The transport cassette 26 of the cash settlement apparatus 12 has a mounting interface of the same type as that of the transport cassette 56. Therefore, the transport cassette 26 can be mounted onto and detached even from the cash depositing/dispensing apparatus 13. The reader/writer 57 reads and writes the stored-banknotes breakdown information from and in the IC tag 16C stuck to the transport cassette 56 (16). The operation and display unit 58 is a touch-panel operation and display unit, and various kinds of information can be inputted to and displayed onto the operation and display unit 58.
The cash depositing/dispensing apparatus 13 shown in FIG. 6 includes a communication interface 61, a memory unit 62, and the control unit 63 in addition to the transport unit 52 and the recognition unit 53. The communication interface 61 is connected to the cash settlement apparatus 12 via a not-shown network to establish communications therebetween.
The memory unit 62 stores therein and manages, for each recycling stacker 55 and the transport cassette 56, the storage position, the denomination kind, and the fitness kind of each banknote stored in the corresponding recycling stacker 55 and the transport cassette 56. The memory unit 62 further stores therein and manages the current inventory amount information in accordance with the denomination kind and the fitness kind for each cash settlement apparatus 12. The control unit 63 identifies and manages each cash settlement apparatus 12 by a cash register number of the POS register 11 to which the cash settlement apparatus 12 is connected.
The control unit 63 includes a replenishment destination instruction detecting unit 71, a drive control unit 72, a memory control unit 73, a replenishment number calculating unit 74, an inventory amount information acquiring unit 75, and an identifying unit 76. The replenishment destination instruction detecting unit 71 designates a replenishment destination, such as the cash settlement apparatus 12 and the ATM 14, of banknotes that are to be replenished by the cash depositing/dispensing apparatus 13.
The inventory amount information acquiring unit 75 collects the current inventory amount information for each denomination kind and each fitness kind from the cash settlement apparatuses 12 and the ATMs 14 through the communication interface 61 via a network. The memory control unit 73 writes the collected current inventory amount information of the cash settlement apparatuses 12 and the ATMs 14 into the memory unit 62. The identifying unit 76 collects the stored-banknotes breakdown information from the IC tag 16C of the transport cassette 26 when the transport cassette 26 of the cash settlement apparatus 12 is mounted onto the cash depositing/dispensing apparatus 13. The identifying unit 76 identifies the storage position, the denomination kind, and the fitness kind of each banknote stored in the transport cassette 26 based on the collected stored-banknotes breakdown information, without using the recognition unit 53.
In an event that the replenishment destination instruction detecting unit 71 detects a replenishment instruction that designates the replenishment destination, the replenishment number calculating unit 74 calculates the number of banknotes to be replenished in the replenishment destination for each denomination kind and each fitness kind, as a replenishment breakdown number, based on the current inventory amount information of the replenishment destination and ideal inventory amount information of the replenishment destination. The control unit 63 also writes and manages the ideal inventory amount information and the like for each replenishment destination in the memory unit 62. The ideal inventory amount information of the replenishment destination corresponds to the number of banknotes that should be held in the replenishment destination, for each denomination kind and each fitness kind.
When a replenishment instruction is detected in which a cash settlement apparatus 12 having a bank account transaction function is designated as the replenishment destination, the drive control unit 72 controls and drives the recycling stacker 55 and the transport unit 52 so that the replenishment breakdown number of fit banknotes and unfit banknotes stored in the recycling stacker 55 are discharged through the outlet 54 based on the calculation result of the replenishment number calculating unit 74. The drive control unit 72 can control and drive the recycling stacker 55 and the transport unit 52 so that, instead of discharging the replenishment breakdown number of fit banknotes and unfit banknotes through the outlet 54, the replenishment breakdown number of fit banknotes and unfit banknotes are transported to the transport cassette 56 as the collection target.
When a replenishment instruction is detected in which a cash settlement apparatus 12 having no bank account transaction function is designated as the replenishment destination, the drive control unit 72 controls and drives the recycling stacker 55 and the transport unit 52 so that the replenishment breakdown number of unfit banknotes stored in the recycling stacker 55 are discharged through the outlet 54 based on the calculation result of the replenishment number calculating unit 74. Only unfit banknotes have been described as the replenishment breakdown number of banknotes; however, these banknotes can be fit banknotes only, or mixed banknotes including fit banknotes and unfit banknotes. The drive control unit 72 can control and drive the recycling stacker 55 and the transport unit 52 so that the replenishment breakdown number of unfit banknotes can be transported to the transport cassette 56 as the collection target.
When the replenishment instruction that designates the ATM 14 as a designated destination is detected, the drive control unit 72 controls and drives the recycling stacker 55 and the transport unit 52 so that the replenishment breakdown number of fit banknotes stored in the recycling stacker 55 are discharged through the outlet 54 based on the calculation result of the replenishment number calculating unit 74. The drive control unit 72 can control and drive the recycling stacker 55 and the transport unit 52 so that the replenishment breakdown number of fit banknotes is transported to the transport cassette 56 as the collection target.
If it requires time to feed the unfit banknotes from the recycling stacker 55 to the transport unit 52, the drive control unit 72 controls and drives the recycling stacker 55 and the transport unit 52 so that, instead of the unfit banknotes, unfit banknotes of the same amount and of lower denominations that are stored in the recycling stacker 55 are discharged through the outlet 54. The banknotes of the same amount and of lower denominations, which means, for example, in case of discharging banknotes of 40 euro, that four 10-euro banknotes, or a 20-euro banknote and two 10-euro banknotes, are used instead of two 20-euro banknotes which would be of a regular denomination. Furthermore, if it requires time to feed the fit banknotes from the recycling stacker 55 to the transport unit 52, the drive control unit 72 controls and drives the recycling stacker 55 and the transport unit 52 so that, instead of the fit banknotes, fit banknote of the same amount and of lower denominations that are stored in the recycling stacker 55 are discharged through the outlet 54.
When the unfit banknotes of a designated denomination are designated as the collection target, the drive control unit 72 controls and drives the recycling stacker 55 and the transport unit 52 so that the unfit banknotes stored in the recycling stacker 55 are preferentially transported to the transport cassette 56. Similarly, when the fit banknotes of the designated denomination are designated as the collection target, the drive control unit 72 preferentially transports the fit banknotes stored in the recycling stacker 55 to the transport cassette 56. Multiple denominations can be designated here.
When a certain number of unfit banknotes for each designated denomination are designated as the collection target, the drive control unit 72 controls and drives the recycling stacker 55 and the transport unit 52 so that the designated number of unfit banknotes of the designated denomination that are stored in the recycling stacker 55 are preferentially transported to the transport cassette 56. When a certain number of fit banknotes for each designated denomination are designated as the collection target, the drive control unit 72 preferentially transports the designated number of fit banknotes of the designated denomination stored in the recycling stacker 55 to the transport cassette 56.
When the unfit banknotes corresponding to a certain total amount are designated as the collection target, the drive control unit 72 controls and drives the recycling stacker 55 and the transport unit 52 so that the designated total amount of unfit banknotes stored in the recycling stacker 55 is preferentially transported to the transport cassette 56. When the fit banknotes corresponding to a certain total amount are designated as the collection target, the drive control unit 72 preferentially transports the designated total amount of fit banknotes stored in the recycling stacker 55 to the transport cassette 56.
When an amount of unfit banknotes that exceeds the designated total amount is designated as the collection target, the drive control unit 72 controls and drives the recycling stacker 55 and the transport unit 52 so that the amount of unfit banknotes in the recycling stacker 55 that exceeds the designated total amount is preferentially transported to the transport cassette 56. When an amount of fit banknotes that exceeds the designated total amount is designated as the collection target, the drive control unit 72 preferentially transports the amount of fit banknotes in the recycling stacker 55 that exceeds the designated total amount to the transport cassette 56.
When the number of unfit banknotes for each designated denomination that exceeds a certain number is designated as the collection target, the drive control unit 72 controls and drives the recycling stacker 55 and the transport unit 52 so that the number of unfit banknotes in the recycling stacker 55 that exceeds the designated number for each designated denomination are transported to the transport cassette 56. When the number of fit banknotes for each designated denomination that exceeds a certain number is designated as the collection target, the drive control unit 72 preferentially transports the number of fit banknotes in the recycling stacker 55 that exceeds the designated number for each designated denomination to the transport cassette 56.
The drive control unit 72 controls and drives the transport cassette 56 and the transport unit 52 so that the banknotes stored in the transport cassette 56 are transported to the outlet 54 and the recycling stacker 55. The control unit 63 realizes designation of banknotes as the collection target that are to be transported to the transport cassette 56 by a designation operation with the not-shown operation unit of the cash settlement apparatus 12 or the cash depositing/dispensing apparatus 13.
FIG. 7 is an explanatory diagram showing a relationship for transporting the transport cassette 16 (26, 56) between the cash settlement apparatus 12 and the cash depositing/dispensing apparatus 13. The transport cassette 26 of the cash settlement apparatus 12 can be mounted onto and detached from the cash depositing/dispensing apparatus 13. On the other hand, the transport cassette 56 of the cash depositing/dispensing apparatus 13 can be mounted onto and detached from the cash settlement apparatus 12. When a banknote of the designated denomination is stored in the transport cassette 26, the information creating unit 45 of the cash settlement apparatus 12 creates the stored-banknotes breakdown information that includes the storage position, the denomination kind, and the fitness kind, of the banknote stored in the transport cassette 26, and the cash register number. After creating the stored-banknotes breakdown information, the memory control unit 43 of the cash settlement apparatus 12 writes this stored-banknotes breakdown information into the IC tag 16C stuck to the transport cassette 26. A store clerk removes the transport cassette 26 from the cash settlement apparatus 12 and carries this transport cassette 26 to a cash room. Then, the store clerk mounts the transport cassette 26 onto the cash depositing/dispensing apparatus 13. When the transport cassette 26 is mounted, the identifying unit 76 of the cash depositing/dispensing apparatus 13 acquires the stored-banknotes breakdown information from the IC tag 16C of the transport cassette 26. Based on this stored-banknotes breakdown information, the identifying unit 76 identifies the storage position, the denomination kind, and the fitness kind of each banknote without the recognition unit 53 recognizing the banknote stored in the transport cassette 26. The memory control unit 73 writes and manages this stored-banknotes breakdown information in the memory unit 62.
The cash settlement apparatus 12 and the cash depositing/dispensing apparatus 13 of the store need to hold a large number of fit banknotes to smoothly realize the bank account transactions in the store. To increase the circulation ratio of fit banknotes in the store, the collecting machine 15 is installed at the entrance of the store or the like. When a customer inserts an unfit banknote through the inlet into the collecting machine 15, the collecting machine 15 discharges fit banknotes corresponding to the inserted amount to the customer through the outlet. Consequently, the customers' use of unfit banknotes can be reduced in the store, and therefore the circulation ratio of fit banknotes in the store can be increased.
The operation performed by the in-store fund management system 1 according to the first embodiment is now explained. FIG. 8 is a flowchart of a processing operation of the change dispensing process performed by the control unit 33 of the cash settlement apparatus 12. As shown in FIG. 8, when the merchandise price of the purchased items is determined (Step S11), the control unit 33 of the cash settlement apparatus 12 judges whether a payment method is debit settlement (Step S12). The debit settlement corresponds to the cashback service in the bank account transaction. When the payment method is the debit settlement (Yes at Step S12), the change calculating unit 44 of the control unit 33 determines a cashback amount by subtracting the merchandise price from the withdrawal amount or the loan amount of the debit settlement (Step S13), and judges whether there are sufficient banknotes corresponding to the cashback amount (Step S13A).
When there are sufficient banknotes corresponding to the cashback amount (Yes at Step S13A), the control unit 33 judges whether fit banknotes corresponding to the cashback amount are stored in the recycling stacker 25 (Step S14). When the fit banknotes corresponding to the cashback amount are stored in the recycling stacker 25 (Yes at Step S14), the control unit 33 discharges the fit banknotes corresponding to the cashback amount in the recycling stacker 25 through the outlet 24 (Step S15). Then, the control unit 33 terminates the processing operation shown in FIG. 8.
When there are insufficient banknotes corresponding to the cashback amount (No at Step S13A), the control unit 33 terminates the processing operation shown in FIG. 8. When there are insufficient fit banknotes corresponding to the cashback amount in the recycling stacker 25 (No at Step S14), the control unit 33 discharges fit banknotes of lower denominations, which are stored in the recycling stacker 25, corresponding to the cashback amount through the outlet 24 (Step S16). Then, the control unit 33 terminates the processing operation shown in FIG. 8.
When the payment method is not the debit settlement (No at Step S12), the control unit 33 judges that the payment method is the cash settlement (Step S17), and accepts the cash inserted through the inlet 21 (Step S18). The change calculating unit 44 of the control unit 33 judges whether the inserted cash amount is less than the merchandise price (Step S19).
When the inserted cash amount is less than the merchandise price (Yes at Step S19), the control unit 33 notifies a shortfall (Step S20). Then, the control proceeds to Step S18 where the control unit 33 waits for additional cash to be inserted through the inlet 21. The shortfall can be notified with a display, sound, or the like.
When there is no shortfall, with the inserted cash amount not less than the merchandise price (No at Step S19), the control unit 33 determines a change amount (Step S21). When the change amount is determined, the control unit 33 judges whether there are any banknotes corresponding to the change amount (Step S22). When there are any banknotes corresponding to the change amount (Yes at Step S22), the control unit 33 judges whether all the banknotes inserted through the inlet 21 are fit banknotes (Step S23).
When all the inserted banknotes are fit banknotes (Yes at Step S23), the control unit 33 judges whether sufficient fit banknotes corresponding to the change amount are stored in the recycling stacker 25 (Step S24). When sufficient fit banknotes corresponding to the change amount are stored (Yes at Step S24), the control unit 33 discharges the fit banknotes corresponding to the change amount in the recycling stacker 25 through the outlet 24 (Step S25). Then, the control unit 33 terminates the processing operation shown in FIG. 8.
If there are insufficient banknotes corresponding to the change amount (No at Step S22), the control unit 33 terminates the processing operation shown in FIG. 8. When not all of the deposited banknotes are fit banknotes (No at Step S23), the control unit 33 judges whether there are sufficient unfit banknotes corresponding to the change amount in the recycling stacker 25 (Step S26). When there are sufficient unfit banknotes corresponding to the change amount (Yes at Step S26), the control unit 33 discharges the unfit banknotes stored in the recycling stacker 25 through the outlet 24 (Step S27). Then, the control unit 33 terminates the processing operation shown in FIG. 8.
If there are insufficient unfit banknotes corresponding to the change amount (No at Step S26), the control unit 33 judges whether there are sufficient unfit banknotes of lower denominations corresponding to the change amount in the recycling stacker 25 (Step S28). When there are sufficient unfit banknotes of lower denominations (Yes at Step S28), the control unit 33 discharges the unfit banknotes of lower denominations stored in the recycling stacker 25 through the outlet 24 (Step S29). Then, the control unit 33 terminates the processing operation shown in FIG. 8.
If there are insufficient unfit banknotes of lower denomination corresponding to the change amount (No at Step S28), the control unit 33 does not have to limit the banknotes to unfit ones but discharges the fit banknotes, which are stored in the recycling stacker 25, corresponding to the change amount through the outlet 24 (Step S30). Then, the control unit 33 terminates the processing operation shown in FIG. 8.
If there are insufficient fit banknotes corresponding to the change amount in the recycling stacker 25 (No at Step S24), the control unit 33 does not have to limit the banknotes to fit ones but discharges the unfit banknotes, which are stored in the recycling stacker 25, corresponding to the change amount through the outlet 24 (Step S31). Then, the control unit 33 terminates the processing operation shown in FIG. 8.
In the change dispensing process shown in FIG. 8, if banknotes corresponding to the cashback are to be discharged when subtracting the merchandise price from the withdrawal amount or the loan amount in the debit settlement for the merchandise purchase, the banknotes corresponding to the cashback amount are discharged through the outlet 24 by using fit banknotes. Consequently, the cash settlement apparatus 12 can comply with the requirement of the ECB Article 6.
In the change dispensing process, if banknotes corresponding to the change amount are to be discharged when subtracting the merchandise price from the deposited amount in the cash settlement for the merchandise purchase, the banknotes corresponding to this change amount are discharged through the outlet 24 by using unfit banknotes. Consequently, the cash settlement apparatus 12 can reduce the circulation of fit banknotes and increase the number of fit banknotes held therein.
In the change dispensing process, if banknotes corresponding to the change amount are to be discharged when subtracting the merchandise price from the deposited amount in the cash settlement but there are insufficient unfit banknotes corresponding to this change amount, unfit banknotes of lower denominations corresponding to the change amount are discharged through the outlet 24. Consequently, the cash settlement apparatus 12 can return the change banknotes to the customer while reducing the circulation of fit banknotes.
In the change dispensing process, if banknotes corresponding to the change amount are to be discharged when subtracting the merchandise price from the deposited amount in the cash settlement but there are insufficient unfit banknotes corresponding to this change amount and also insufficient unfit banknotes of lower denominations corresponding to this change amount, banknotes of the change amount including not only unfit banknotes but also fit banknotes are discharged through the outlet 24. Consequently, the cash settlement apparatus 12 can return the change banknotes to the customer.
In the change dispensing process, if all the banknotes inserted in the cash settlement are fit banknotes, the banknotes corresponding to the change amount are discharged through the outlet 24 by using fit banknotes. Consequently, the cash settlement apparatus 12 can give the change in fit banknotes to the customer who has used fit banknotes in the cash settlement.
FIG. 9 is a flowchart of the processing operation performed by the control unit 63 of the cash depositing/dispensing apparatus 13 regarding the banknote replenishing process. The replenishment destination instruction detecting unit 71 of the control unit 63 shown in FIG. 9 judges whether an operation of designating a replenishment destination is detected (Step S41). As the operation of designating the replenishment destination, an identification number of a replenishment destination machine, such as a cash register number that identifies the replenishment destination cash settlement apparatus 12, an ATM number that identifies a replenishment destination ATM 14, can be designated. When the operation of designating the replenishment destination is detected (Yes at Step S41), the control unit 63 judges whether the replenishment destination is the cash settlement apparatus 12 (Step S42).
When the replenishment destination is the cash settlement apparatus 12 (Yes at Step S42), the control unit 63 acquires the current inventory amount information and the ideal inventory amount information for the replenishment destination cash settlement apparatus 12 from the memory unit 62 (Step S43). The replenishment number calculating unit 74 of the control unit 63 calculates the replenishment breakdown number of banknotes for each denomination kind and each fitness kind in the cash settlement apparatus 12 that is the replenishment destination based on the current and ideal inventory amount information for the replenishment destination cash settlement apparatus 12 (Step S44). After calculating the replenishment breakdown number of banknotes for the replenishment destination cash settlement apparatus 12, the control unit 63 discharges the calculated replenishment breakdown number of banknotes through the outlet 54 (Step S45). Then, the control unit 63 terminates the processing operation shown in FIG. 9.
When the replenishment destination is not the cash settlement apparatus 12 (No at Step S42), the control unit 63 judges whether the replenishment destination is the ATM 14 (Step S46). When the replenishment destination is the ATM 14 (Yes at Step S46), the control unit 63 acquires the current inventory amount information and the ideal inventory amount information of the replenishment destination ATM 14 from the memory unit 62 (Step S47). The replenishment number calculating unit 74 of the control unit 63 calculates the replenishment breakdown number of banknotes for each denomination kind and each fitness kind in the replenishment destination ATM 14 based on the current and ideal inventory amount information of the replenishment destination ATM 14 (Step S48). The control unit 63 discharges the calculated replenishment breakdown number of fit banknotes through the outlet 54 (Step S49). Then, the control unit 63 terminates the processing operation shown in FIG. 9. When the replenishment destination is not the ATM 14 (No at Step S46), the process returns to Step S41 where the control unit 63 judges whether the operation of designating the replenishment destination is detected. When the replenishment destination instruction detecting unit 71 does not detect any operation of designating the replenishment destination (No at Step S41), the control unit 63 terminates the processing operation shown in FIG. 9.
In the banknote replenishing process shown in FIG. 9, when the replenishment destination is the cash settlement apparatus 12, the replenishment breakdown number of banknotes that are to be replenished in the cash settlement apparatus 12 is calculated for each denomination kind and each fitness kind based on the current and ideal inventory amount information of the replenishment destination cash settlement apparatus 12, and the calculated replenishment breakdown number of banknotes are discharged through the outlet 54. Consequently, the cash depositing/dispensing apparatus 13 can discharge the replenishment breakdown number of banknotes that are to be replenished in the replenishment destination cash settlement apparatus 12 through the outlet 54.
In the banknote replenishing process, when the replenishment destination is the ATM 14, the replenishment breakdown number of banknotes (the number of fit banknotes) that are to be replenished in this ATM 14 is calculated for each denomination kind based on the current and ideal inventory amount information of the ATM 14, and the calculated replenishment breakdown number of fit banknotes are discharged through the outlet 54. Consequently, the cash depositing/dispensing apparatus 13 can discharge the replenishment breakdown number of fit banknotes that are to be replenished in the replenishment destination ATM 14 through the outlet 54.
The operation of transporting the transport cassette 16 (26, 56) from the cash settlement apparatus 12 to the cash depositing/dispensing apparatus 13 is now explained. FIG. 10 is a processing operation flowchart of the stored-banknotes breakdown information storing process performed by the control unit 33 of the cash settlement apparatus 12.
The control unit 33 of the cash settlement apparatus 12 shown in FIG. 10 judges whether a removal preparation operation for the transport cassette 26 is detected (Step S51). When the removal preparation operation for the transport cassette 26 is detected (Yes at Step S51), the control unit 33 acquires from the memory unit 32 the storage position, the denomination kind, and the fitness kind of each banknote stored in the transport cassette 26. Furthermore, the information creating unit 45 of the control unit 33 adds the cash register number, which identifies the cash settlement apparatus 12, to the acquired storage position, the denomination kind, and the fitness kind of the banknote, and thereby creates the stored-banknotes breakdown information (Step S52).
The memory control unit 43 of the control unit 33 writes the created stored-banknotes breakdown information into the IC tag 16C of the transport cassette 26 (Step S53). Then, the transport cassette 26 is removed from the cash settlement apparatus 12 (Step S54), and the control unit 33 terminates the processing operation shown in FIG. 10.
When the removal preparation operation for the transport cassette 26 is not detected (No at Step S51), the control unit 33 terminates this processing operation.
In the stored-banknotes breakdown information storing process shown in FIG. 10, when the removal preparation operation for the transport cassette 26 is detected, the stored-banknotes breakdown information is created, in which the cash register number is added to the storage position, the denomination kind, and the fitness kind of each banknote stored in the transport cassette 26. Then, the stored-banknotes breakdown information is written in the IC tag 16C of the transport cassette 26. Consequently, the cash settlement apparatus 12, which is the transport origin, can notify the cash depositing/dispensing apparatus 13, which is the transport destination, of the stored-banknotes breakdown information of the transport cassette 26 that is to be removed and transported.
FIG. 11 is a flowchart of a stored-banknotes breakdown information acquiring process performed by the control unit 63 of the cash depositing/dispensing apparatus 13. The control unit 63 shown in FIG. 11 judges whether mounting of the transport cassette 26 of the cash settlement apparatus 12 onto the cash depositing/dispensing apparatus 13 is detected (Step S61). When the mounting of the transport cassette 26 is detected (Yes at Step S61), the identifying unit 76 of the control unit 63 acquires the stored-banknotes breakdown information from the IC tag 16C of the transport cassette 26 (Step S62). Then, the memory control unit 73 of the control unit 63 writes this stored-banknotes breakdown information into the memory unit 62 (Step S63).
When the stored-banknotes breakdown information is written into the memory unit 62, the identifying unit 76 of the control unit 63 recognizes the storage position, the denomination kind, and the fitness kind of each banknote stored in the transport cassette 26 (Step S64). Then, the control unit 63 terminates the processing operation shown in FIG. 11. When the mounting of the transport cassette 26 of the cash settlement apparatus 12 onto the cash depositing/dispensing apparatus 13 is not detected (No at Step S61), the control unit 63 terminates the processing operation shown in FIG. 11.
In the stored-banknotes breakdown information acquiring process shown in FIG. 11, when the mounting of the transport cassette 26 is detected, the stored-banknotes breakdown information is acquired from the IC tag 16C of the transport cassette 26, and this stored-banknotes breakdown information is written in the memory unit 62. Consequently, the cash depositing/dispensing apparatus 13 can identify the storage position, the denomination kind, and the fitness kind of each banknote written in the transport cassette 26, without using the recognition unit 53.
According to the first embodiment, the stored-banknotes breakdown information of the transport cassette 16 (26, 56) is created on the cash settlement apparatus 12 side, and the cash depositing/dispensing apparatus 13 is notified of the created stored-banknotes breakdown information of the transport cassette 16 (26, 56). According to the first embodiment, upon acquiring the stored-banknotes breakdown information on the cash depositing/dispensing apparatus 13 side, the denomination kind and the fitness kind of each banknote stored in the transport cassette 16 (26, 56) are identified based on the stored-banknotes breakdown information. Consequently, the cash depositing/dispensing apparatus 13 can identify the denomination kind and the fitness kind of each banknote stored in the transport cassette 16 (26, 56) without processes for recognizing the stored banknote, and therefore the processing load required for the recognition can be significantly reduced.
According to the first embodiment, because the stored-banknotes breakdown information includes storage position identification information to be used when recognizing the banknotes stored in the transport cassette 16 (26, 56), the cash depositing/dispensing apparatus 13 can recognize the banknotes in the transport cassette 16 (26, 56) based on the storage position identification information.
According to the first embodiment, because the cash depositing/dispensing apparatus 13 is notified of the stored-banknotes breakdown information of the transport cassette 16 (26, 56) via the IC tag 16C, the cash depositing/dispensing apparatus 13 can acquire the stored-banknotes breakdown information of the transport cassette 16 (26, 56).
According to the first embodiment, because the denomination kinds and the fitness kinds of the banknotes (inventory amount information) can be acquired from the replenishment destination via a not-shown network, the cash depositing/dispensing apparatus 13 can identify the denomination kinds and the fitness kinds of the transported banknotes without using the recognition unit 53 of the machine.
According to the first embodiment, the information creating unit 45 is arranged in the control unit 33 of the cash settlement apparatus 12, and the identifying unit 76 is arranged in the control unit 63 of the cash depositing/dispensing apparatus 13. Based on the stored-banknotes breakdown information created on the cash settlement apparatus 12 side, the denomination kind and the fitness kind of each banknote stored in the transport cassette 16 are identified on the cash depositing/dispensing apparatus 13 side. However, the denomination kind and the fitness kind of each banknote in the transport cassette 16 can be identified on the cash settlement apparatus 12 side based on the stored-banknotes breakdown information created on the cash depositing/dispensing apparatus 13 side. An embodiment for this arrangement is explained next.

[Second Embodiment]

FIG. 12 is a block diagram of an internal structure of the cash settlement apparatus 12. Structural components the same as those in the in-store fund management system 1 of the first embodiment are given the same reference numbers, and the duplicate structural components and operations are omitted from the explanation. The control unit 33 of the cash settlement apparatus 12 shown in FIG. 12 includes an identifying unit 46 in addition to the discharging instruction detecting unit 41, the drive control unit 42, the memory control unit 43, the change calculating unit 44, and the information creating unit 45. When the transport cassette 16 (26, 56) is mounted, the identifying unit 46 collects the stored-banknotes breakdown information written in the IC tag 16C of this transport cassette 16. Based on the collected stored-banknotes breakdown information, the identifying unit 46 identifies the storage position, the denomination kind, and the fitness kind of each banknote stored in the transport cassette 16 (26, 56) without using the recognition unit 23.
FIG. 13 is a block diagram of an internal structure of the cash depositing/dispensing apparatus 13 according to the second embodiment. The control unit 63 of the cash depositing/dispensing apparatus 13 shown in FIG. 13 includes an information creating unit 77 in addition to the replenishment destination instruction detecting unit 71, the drive control unit 72, the memory control unit 73, the replenishment number calculating unit 74, the inventory amount information acquiring unit 75, and the identifying unit 76. When banknotes of a designated denomination are stored into the transport cassette 16 (26, 56), the information creating unit 77 creates the stored-banknotes breakdown information that includes the storage position, the denomination kind, and the fitness kind of each of the banknotes stored in the transport cassette 16 (26, 56) and also an identification number of the replenishment destination. This identification number of the replenishment destination is the cash register number if the replenishment destination is the cash settlement apparatus 12, and it is the ATM number if the replenishment destination is the ATM 14. The memory control unit 73 writes the stored-banknotes breakdown information into the IC tag 16C stuck to the transport cassette 16 (26, 56).
When the banknote of the designated denomination is stored into the transport cassette 56, the information creating unit 77 of the cash depositing/dispensing apparatus 13 creates the stored-banknotes breakdown information that includes the storage position, the denomination kind, and the fitness kind of the banknote stored in the transport cassette 56 and also the identification number of the replenishment destination. After creating the stored-banknotes breakdown information, the memory control unit 73 of the cash depositing/dispensing apparatus 13 writes this stored-banknotes breakdown information into the IC tag 16C stuck to the transport cassette 56. The store clerk removes the transport cassette 56 from the cash depositing/dispensing apparatus 13 and carries the transport cassette 56 to the checkout counter. Then, the store clerk mounts the transport cassette 56 onto the cash settlement apparatus 12.
When the transport cassette 56 is mounted, the identifying unit 46 of the cash settlement apparatus 12 acquires the stored-banknotes breakdown information from the IC tag 16C of the transport cassette 56. When the identification number of the replenishment destination in the stored-banknotes breakdown information agrees with the cash register number of the cash settlement apparatus 12, the identifying unit 46 identifies the storage position, the denomination kind, and the fitness kind of each banknote stored in the transport cassette 56 based on the stored-banknotes breakdown information, without the recognition unit 23 recognizing the banknote. The memory control unit 43 of the cash settlement apparatus 12 writes and manages the stored-banknotes breakdown information in the memory unit 32.
The operation of the in-store fund management system 1 according to the second embodiment is explained now. FIG. 14 is a flowchart of a processing operation of a banknote replenishing process performed by the control unit 63 of the cash depositing/dispensing apparatus 13. The replenishment number calculating unit 74 of the control unit 63 shown in FIG. 14 calculates, through operations of Steps S41 to S43, the replenishment breakdown number of banknotes that are to be replenished in the replenishment destination cash settlement apparatus 12 for each denomination kind and each fitness kind, based on the current and ideal inventory amount information of the replenishment destination cash settlement apparatus 12 (Step S44). After calculating the replenishment breakdown number for the replenishment destination cash settlement apparatus 12, the control unit 63 stores the calculated replenishment breakdown number of banknotes into the transport cassette 56 (16) (Step S45A), and terminates the processing operation shown in FIG. 14.
The replenishment number calculating unit 74 of the control unit 63 calculates, through operations of Steps S46 and S47, the replenishment breakdown number of banknotes that are to be stored in the replenishment destination ATM 14 for each denomination kind and each fitness kind, based on the current and ideal inventory amount information of the replenishment destination ATM 14 (Step S48). The control unit 63 stores the calculated replenishment breakdown number of fit banknotes into the transport cassette 56 (16) (Step S49A), and terminates the processing operation shown in FIG. 14.
In the banknote replenishing process shown in FIG. 14, when the replenishment destination is the cash settlement apparatus 12, the replenishment breakdown number of banknotes that are to be replenished in the cash settlement apparatus 12 for each denomination kind and each fitness kind is calculated based on the current and ideal inventory amount information of the replenishment destination cash settlement apparatus 12, and the calculated replenishment breakdown number of banknotes are stored into the transport cassette 56. Consequently, the cash depositing/dispensing apparatus 13 can automatically store into the transport cassette 56 the replenishment breakdown number of banknotes that are to be replenished in the replenishment destination cash settlement apparatus 12.
In the banknote replenishing process, when the replenishment destination is the ATM 14, the replenishment breakdown number (the number of fit banknotes) to be replenished in the ATM 14 for each denomination kind is calculated based on the current and ideal inventory amount information of the ATM 14, and the calculated replenishment breakdown number of fit banknotes are stored into the transport cassette 56. Consequently, the cash depositing/dispensing apparatus 13 can automatically store into the transport cassette 56 the replenishment breakdown number of fit banknotes that are to be replenished in the replenishment destination ATM 14.
The operation of transporting the transport cassette 16 (26, 56) from the cash depositing/dispensing apparatus 13 to the cash settlement apparatus 12 or the ATM 14 is now explained. FIG. 15 is a flowchart of a processing operation of a stored-banknote breakdown information writing process performed by the control unit 63 of the cash depositing/dispensing apparatus 13.
The control unit 63 of the cash depositing/dispensing apparatus 13 shown in FIG. 15 judges whether the removal preparation operation of the transport cassette 56 is detected (Step S51A). Upon detecting the removal preparation operation of the transport cassette 56 (Yes at Step S51A), the control unit 63 acquires the storage position, the denomination kind, and the fitness kind of the banknotes stored in the transport cassette 56 from the memory unit 62. The information creating unit 77 of the control unit 63 adds the cash register number that identifies the replenishment destination cash settlement apparatus 12 to the acquired storage position, denomination kind, and fitness kind of each banknote, and thereby creates the stored-banknotes breakdown information (Step S52A).
The memory control unit 73 of the control unit 63 writes the created stored-banknotes breakdown information into the IC tag 16C of the transport cassette 56 (Step S53A), this transport cassette 56 is detached from the cash depositing/dispensing apparatus 13 (Step S54A), and the processing operation shown in FIG. 15 is terminated.
If no removal preparation operation of the transport cassette 56 is detected (No at Step S51A), the control unit 63 terminates the processing operation.
In the stored-banknotes breakdown information storing process shown in FIG. 15, upon detecting the removal preparation operation of the transport cassette 56, the stored-banknotes breakdown information in which the cash register number or the ATM number of the replenishment destination is added to the storage position, the denomination kind, and the fitness kind of each banknote stored in the transport cassette 56 is created. Thereafter, the stored-banknotes breakdown information is written into the IC tag 16C of the transport cassette 56. With this arrangement, the cash depositing/dispensing apparatus 13, which is the transport origin, can notify the cash settlement apparatus 12 or the ATM 14, which is the transport destination, of the stored-banknotes breakdown information of the transport cassette 56 that is to be removed and transported.
FIG. 16 is a flowchart of a processing operation of a stored-banknotes breakdown information acquiring process performed by the control unit 33 of the cash settlement apparatus 12. The control unit 33 shown in FIG. 16 judges whether mounting of the transport cassette 56 of the cash depositing/dispensing apparatus 13 onto the cash settlement apparatus 12 is detected (Step S61A). When the mounting of the transport cassette 56 is detected (Yes at Step S61A), the identifying unit 46 of the control unit 33 acquires the stored-banknotes breakdown information from the IC tag 16C of the transport cassette 56 (Step S62A). The memory control unit 43 of the control unit 33 writes this stored-banknotes breakdown information into the memory unit 32 (Step S63A).
When the stored-banknotes breakdown information is written into the memory unit 32, the identifying unit 46 identifies the storage position, the denomination kind, and the fitness kind of each banknote stored in the transport cassette 56 (Step S64A), and the processing operation shown in FIG. 16 is terminated. When the mounting of the transport cassette 56 of the cash depositing/dispensing apparatus 13 onto the cash settlement apparatus 12 is not detected (No at Step S61A), the control unit 63 terminates the processing operation shown in FIG. 16.
In the stored-banknotes breakdown information acquiring process shown in FIG. 16, when the mounting of the transport cassette 56 is detected, the stored-banknotes breakdown information written into the IC tag 16C of the transport cassette 56 is acquired, and this stored-banknotes breakdown information is recorded in the memory unit 32. With this arrangement, the cash settlement apparatus 12 can identify the storage position, the denomination kind, and the fitness kind of each banknote stored in the transport cassette 56, without using the recognition unit 23.
According to the second embodiment, upon acquiring the inventory amount information of the transport destination cash settlement apparatus 12, the replenishment breakdown number of banknotes that are to be replenished in the cash settlement apparatus 12 is calculated based on the acquired inventory amount information. According to the second embodiment, the banknotes to be replenished in the cash settlement apparatus 12 are stored into the transport cassette 56 based on the calculated replenishment breakdown number of banknotes. Consequently, the cash depositing/dispensing apparatus 13 can automatically store into the transport cassette 56 the replenishment breakdown number of banknotes that are to be replenished in the cash settlement apparatus 12 for each denomination kind and each fitness kind.
According to the second embodiment, the stored-banknotes breakdown information of the transport cassette 56 in which the to-be-replenished banknotes are stored is created on the cash depositing/dispensing apparatus 13 side, and the cash settlement apparatus 12 is notified of the created stored-banknotes breakdown information of the transport cassette 56. According to the second embodiment, upon acquiring the stored-banknotes breakdown information on the cash settlement apparatus 12 side, the denomination kind and the fitness kind of each to-be-replenished banknote stored in the transport cassette 56 is identified based on the stored-banknotes breakdown information. Consequently, the cash settlement apparatus 12 can identify the denomination kind and the fitness kind of each to-be-replenished banknote stored in the transport cassette 56, without processes for recognizing the banknote. The processing load required for the recognition therefore can be significantly reduced.
According to the above embodiment, upon detecting the banknote replenishing instruction to replenish the cash settlement apparatus 12, the replenishment breakdown number of banknotes that are to be replenished in the cash settlement apparatus 12 for each fitness kind is calculated based on the current and ideal inventory amount information of the cash settlement apparatus 12, and the mixed banknotes are either discharged through the outlet 54 or stored into the transport cassette 26, based on this replenishment breakdown number. If the cash settlement apparatus 12 does not have a bank account transaction function, however, the replenishment breakdown number of unfit banknotes can be calculated based on the current and ideal inventory amount information of the cash settlement apparatus 12, and the unfit banknotes can be either discharged through the outlet 54 or stored into the transport cassette 26 in accordance with this replenishment breakdown number.
According to the present embodiment, the fitness kind is defined in accordance with the requirement of the ECB; however, fit banknotes can be defined as banknotes that are suitable for dispensing at the ATM 14, while unfit banknotes can be defined as bank counter banknotes that can be used for dispensing in bank counter service or the like although they are not suitable for dispensing at the ATM 14.
According to the present embodiment, the number of fit banknotes held in the cash settlement apparatus 12 and the cash depositing/dispensing apparatus 13 in the store can be increased by reusing the unfit banknotes, and thereby the requirement of the ECB Article 6 that fit banknotes should be discharged at the cash settlement apparatus 12 in the bank account transaction can be complied with. For example, during transition from old version banknotes to new version banknotes, the cash settlement apparatus 12 and the cash depositing/dispensing apparatus 13 can be set so that the number of new version banknotes held in the cash settlement apparatus 12 and the cash depositing/dispensing apparatus 13 in the store can be increased by reusing the old version banknotes and that the old version banknotes can be gradually collected.
The cash depositing/dispensing apparatus 13 stores the banknotes inserted through the inlet 51 into the recycling stacker 55 regardless of the old/new versions. Consequently, the cash depositing/dispensing apparatus 13 can increase the number of new version banknotes held therein by reusing old version banknotes as well as new version banknotes for banknote replenishment. Upon detecting the banknote replenishing instruction to replenish the new version banknotes, the cash depositing/dispensing apparatus 13 either discharges the new version banknotes stored in the recycling stacker 55 through the outlet 54 or stores them into the transport cassette 56. Consequently, the new version banknotes can be discharged when replenishing the replenishment destination with the banknotes.
Upon detecting a banknote replenishing instruction to replenish mixed banknotes including at least an old version banknote, the cash depositing/dispensing apparatus 13 either discharges the old version banknote stored in the recycling stacker 55 through the outlet 54 or stores it into the transport cassette 56. Consequently, the number of new version banknotes held in the machine can be increased by discharging the old version banknotes through the outlet 54 or storing them into the transport cassette 56. Moreover, when the transport cassette 56 in which the to-be-replenished banknotes are stored is mounted at the replenishment destination, the denomination kinds and the old/new versions of the to-be-replenished banknotes can be identified without processes for recognizing these banknotes at the replenishment destination.
Furthermore, in an environment, for example, where foreign banknotes are used as well as country's own banknotes at a store near the border between countries, the cash settlement apparatus 12 and the cash depositing/dispensing apparatus 13 according to the present embodiment can be set so that the number of country's own banknotes held in the cash settlement apparatus 12 and the cash depositing/dispensing apparatus 13 of the store can be increased by reusing the foreign banknotes, and that the foreign banknotes can be gradually collected. The cash depositing/dispensing apparatus 13 stores the banknotes inserted through the inlet 51 into the recycling stacker 55 regardless of the country to which the banknotes belong. Consequently, the cash depositing/dispensing apparatus 13 can increase the number of country's own banknotes held in the machine by reusing the foreign banknotes as well as the country's own banknotes.
Upon detecting a banknote replenishing instruction to replenish the country's own banknotes, the cash depositing/dispensing apparatus 13 either discharges the country's own banknotes stored in the recycling stacker 55 through the outlet 54 or stores them into the transport cassette 56. Consequently, the country's own banknotes can be discharged when replenishing the replenishment destination with the banknotes. Upon detecting a banknote replenishing instruction to replenish mixed banknotes that include at least a foreign banknote, the cash depositing/dispensing apparatus 13 either discharges the foreign banknote stored in the recycling stacker 55 through the outlet 54 or stores it into the transport cassette 56. Consequently, the number of country's own banknotes held in the machine can be increased by discharging foreign banknotes through the outlet 54 or storing them into the transport cassette 56 when replenishing the replenishment destination with the banknotes. Moreover, when the transport cassette 56 in which the to-be-replenished banknotes are stored is mounted at the replenishment destination, the denomination kind and issuing country can be identified at the replenishment destination without processes for recognizing these banknotes.
The collecting machine 15 according to the present embodiment collects unfit banknotes from customers who visit the store and gives them fit banknotes in return; however, a prepaid card worth the collected amount of unfit banknotes can be issued. This can further enhance the ratio of fit banknotes circulating in the store.
The collecting machine 15 according to the present embodiment can award incentive points in accordance with the amount of unfit banknotes deposited by the customer. By enhancing the use of the collecting machine for collecting unfit banknotes from the customers, the ratio of fit banknotes circulating in the store can be increased.
The collecting machine 15 according to the present embodiment can be set such that, upon detecting a fit banknote deposited by the customer, the fit banknote is rejected.
The collecting machine 15 according to the present embodiment collects the unfit banknotes based on their fitness kinds; however, the collecting machine 15 can collect old version banknotes based on the old/new kinds. The ratio of new version banknotes circulating in the store can thereby be increased by collecting the old banknotes in the store.
Furthermore, the collecting machine 15 can be set such that foreign banknotes are collected based on the issuing country. The ratio of the banknotes of the country's own banknotes circulating in the store can thereby be increased by collecting the foreign banknotes in the store. An area of collecting the foreign banknotes is not limited to the store, but can be applied to a larger area.
The transport cassette 16 (26, 56) is transported between the cash settlement apparatus 12 and the cash depositing/dispensing apparatus 13 according to the present embodiment, or in other words between a banknote handling machine of a transport origin and a banknote handling machine of a transport destination, and the banknote handling machine of the transport destination acquires the stored-banknotes breakdown information from the IC tag 16C of the transport cassette 16; however, for example, when the transport cassette 16 is transported from the banknote handling machine of the transport origin to the banknote handling machine of the transport destination, the banknote handling machine of the transport origin can notify the banknote handling machine of the transport destination of the stored-banknotes breakdown information, not by use of the IC tag 16C but through a network. Then, without an IC tag 16C attached to the transport cassette 16, the banknote handling machine of the transport destination can acquire the stored-banknotes breakdown information of the transport cassette 16 through the network and identify the storage position, the denomination kind, and the fitness kind of each banknote stored in the transport cassette 16. Also, a receipt on which the stored-banknotes breakdown information is printed, a barcode, a QR code, and the like can be used in place of the IC tag 16C.
The control unit 63 according to the present embodiment identifies and manages each cash settlement apparatus 12 with the register number of the POS register 11 to which the cash settlement apparatus 12 is connected; however, the cash settlement apparatus 12 and the POS register 11 corresponding to this cash settlement apparatus 12 can be identified and managed with a cassette ID that identifies the transport cassette 16.
According to the present embodiment, the denomination kind and the fitness kind of each banknote are associated and stored with the storage position of each banknote in the stored-banknotes breakdown information of the transport cassette 16; however, the denomination kind and the fitness kind can be associated and stored with a serial number that identifies the banknote, instead of the storage position of the banknote. In this case, the recognition units 23 and 53 recognize the serial numbers of the transported banknotes.
According to the present embodiment, the transport cassette 16 that can be mounted onto and detached from both the cash settlement apparatus 12 and the cash depositing/dispensing apparatus 13 has been used as an example; however, the transport cassette 16 can also be mounted onto and detached from the ATM 14, the collecting machine 15, and the like. In addition, the ATM 14 and the collecting machine 15 can also serve as the banknote handling machine of the transport origin or the banknote handling machine of the transport destination that transports the banknotes by using the transport cassette 16 and notifies the stored-banknotes breakdown information of the transport cassette 16.
The transport cassette 16 (26, 56) includes a single storage unit of the tape and reel system inside; however, as shown in FIG. 17, the transport cassette 16 (26, 56) can include multiple storage units, for example, two storage units 16A and 16B of the tape and reel system. The transport cassette 16 can store banknotes of a designated denomination kind, which is the collection target, by sorting and storing them into the storage units 16A and 16B in accordance with the fitness kinds.
In the transport cassette 26 of the cash settlement apparatus 12 and the transport cassette 56 of the cash depositing/dispensing apparatus 13 according to the present embodiment, the banknotes can be stored in the form of a rainbow according to the designated denomination kind, which is the collection target, for each fitness kind of each denomination.
The tape and reel system, in which banknotes of a designated denomination are wound by the tape for collecting, is used for the recycling stackers 25 and the transport cassette 26 of the cash settlement apparatus 12, and the recycling stackers 55 and the transport cassette 56 of the cash depositing/dispensing apparatus 13 according to the present embodiment; however, a stacking storage system can be used in which the banknotes of the designated denomination are sequentially stacked.
The fit banknotes and the unfit banknotes are stored in a mixed manner in the recycling stacker 25 of the cash settlement apparatus 12 according to the present embodiment. If only the fit banknotes are to be discharged, the fit banknotes need to be discharged by sequentially feeding the stored banknotes and temporarily transporting the unfit banknotes to a different recycling stacker 25. After the discharging of the fit banknotes is completed, the unfit banknotes temporarily transported to the different recycling stacker 25 are returned to the original recycling stacker 25. The unfit banknotes, however, can be transported to the transport cassette 16 instead of a different recycling stacker 25. This operation is not limited to the recycling stackers 25, but the operation can be applied to the transport cassette 26 and also to the recycling stackers 55 and the transport cassette 56 of the cash depositing/dispensing apparatus 13.
In the recycling stacker 25 of the cash settlement apparatus 12 and the recycling stacker 55 of the cash depositing/dispensing apparatus 13 according to the present embodiment, the mixed banknotes that include the fit banknotes and the unfit banknotes are stored in the tape and reel system; however, the recycling stackers 25 (55) can be assigned individually for the fit banknotes and the unfit banknotes.
According to the present embodiment, the bank account transaction in using a bank account, such as the withdrawal service, the loan service, and the cashback service, has been discussed as an example; however, the present embodiment is also applicable to a service of discharging change banknotes, for example, by subtracting the merchandise price from an amount loaned by a credit company.
According to the present embodiment, for the sake of convenience, the change amount in the cash settlement, and the withdrawal amount, the loan amount, or the cashback amount in the bank account transaction have been explained as an amount that can be dealt with by using banknote denominations. If there is a fraction that cannot be dealt with by using the banknote denominations only, the fraction can be discharged by using coins from the coin processing unit 12B.
According to the present embodiment, the number of banknotes that are to be replenished at the replenishment destination for each denomination kind and each fitness kind is calculated as the replenishment breakdown number based on the current inventory amount information and the ideal inventory amount information of the replenishment destination; however, the number for the replenishment can be calculated based not on the current inventory amount information but on predicted inventory amount information that is prepared by predicting from the statistics of previous empirical inventory amounts.
The exemplary embodiments according to the present invention have been explained; however, these embodiments are not to limit the scope of the technical concepts of the present invention. Various embodiments can be accomplished without departing from the scope of the technical concepts that are disclosed in the appended claims. The effects of the present embodiments are not limited to the above explanation.
Among various operations that are automatically performed in the above explanation of the present embodiment, all or part of them can be manually performed. On the other hand, among various operations that are manually performed in the above explanation of the present embodiment, all or part of them can be automatically performed. The order of processing and controlling, the exact names, and information including various kinds of data and parameters can be suitably modified, unless otherwise specified.
The structural components of the devices shown in the drawings are presented in a manner of functional concepts and do not necessarily have to be physically configured as shown in the drawings. Specific modes of these devices are not limited to the ones shown in the drawings.
Various processing functions are implemented by the devices; however, all or any part of the processing functions can be implemented on a CPU (central processing unit) (or on a microcomputer such as an MPU (micro processing unit) and an MCU (micro controller unit)), on a computer program that is analyzed and implemented by the CPU (or by the microcomputer such as the MPU and the MCU), or on hardware implemented by wired logic.

INDUSTRIAL APPLICABILITY

According to the money transporting system of the present invention, when transporting money between machines by using a transport cassette, a transport destination is notified of stored-banknotes breakdown information of the transport cassette. At the transport destination, a denomination kind and a fitness kind of the money can be identified based on this stored-banknotes breakdown information, without processes for recognizing the money in the transport cassette. This system is therefore useful, for example, for an in-store fund managing system in which money is transported inside a store.

EXPLANATIONS OF LETTERS OR NUMERALS

12:: cash settlement apparatus 13: cash depositing/dispensing apparatus
14:: ATM
15:: collecting machine
16:: transport cassette
23:: recognition unit
26:: transport cassette
33:: control unit
43:: memory control unit
45:: information creating unit
46:: identifying unit
53:: recognition unit
56:: transport cassette
63:: control unit
73:: memory control unit
74:: replenishment number calculating unit
75:: inventory amount information acquiring unit
76:: identifying unit
77:: information creating unit

Claims

A money transporting system having a money handling apparatus as a transport destination, a money handling apparatus as a transport origin, and a transport cassette that can be mounted on and detached from both of the money handling apparatus as the transport destination and the money handling apparatus as the transport origin and that stores therein money that is to be transported from the money handling apparatus as the transport origin to the money handling apparatus as the transport destination, the money transporting system comprising:
a recognition unit that is arranged in the money handling apparatus as the transport origin and that recognizes a denomination kind of the money and a fitness kind for distinguishing fit and unfit of the money;

an information creating unit that is arranged in the money handling apparatus as the transport origin and that creates, based on a recognition result obtained by the recognition unit, stored-banknotes breakdown information that is used to manage the denomination kind and the fitness kind of each piece of the money stored in the transport cassette;

a notifying unit that notifies the money handling apparatus as the transport destination of the stored-banknotes breakdown information of the transport cassette created by the information creating unit; and

an identifying unit that is arranged in the money handling apparatus as the transport destination and that, upon acquiring the stored-banknotes breakdown information notified by the notifying unit, identifies the denomination kind and the fitness kind of each piece of the money stored in the transport cassette based on the stored-banknotes breakdown information.
The money transporting system according to Claim 1, wherein the stored-banknotes breakdown information includes storage position identification information that is used to identify a storage position of the money so that the money stored in the transport cassette can be recognized.
The money transporting system according to Claim 1, wherein the stored-banknotes breakdown information includes serial number information of the money so that the money stored in the transport cassette can be recognized.
The money transporting system according to any one of Claims 1 to 3, wherein the transport cassette includes at least two storage units in which fit banknotes and unfit banknotes of a designated denomination are stored separately.
The money transporting system according to any one of Claims 1 to 4, wherein the notifying unit notifies the money handling apparatus as the transport destination of the stored-banknotes breakdown information of the transport cassette via a network that connects the money handling apparatus as the transport destination and the money handling apparatus as the transport origin.
The money transporting system according to any one of Claims 1 to 4, wherein the notifying unit notifies the money handling apparatus as the transport destination of the stored-banknotes breakdown information of the transport cassette via a memory medium that is arranged on the transport cassette and that records therein the stored-banknotes breakdown information.
The money transporting system according to any one of Claims 1 to 6, wherein
the money handling apparatus as the transport destination corresponds to a cash depositing/dispensing apparatus in a store, and
the money handling apparatus as the transport origin corresponds to a cash settlement apparatus in the store.
A money transporting method for a money transporting system that includes a money handling apparatus as a transport destination, a money handling apparatus as a transport origin, and a transport cassette that can be mounted on and detached from both of the money handling apparatus as the transport destination and the money handling apparatus as the transport origin and that stores therein money that is to be transported from the money handling apparatus as the transport origin to the money handling apparatus as the transport destination, the money transporting method comprising:
recognizing a denomination kind of the money and a fitness kind for distinguishing fit and unfit of the money by the money handling apparatus as the transport origin;

creating, based on a recognition result obtained at the recognizing, stored-banknotes breakdown information that is used to manage the denomination kind and the fitness kind of each piece of the money stored in the transport cassette by the money handling apparatus as the transport origin;

notifying the money handling apparatus as the transport destination of the stored-banknotes breakdown information of the transport cassette created at the creating; and

identifying, upon acquiring the stored-banknotes breakdown information notified at the notifying, the denomination kind and the fitness kind of each piece of the money stored in the transport cassette, by the money handling apparatus as the transport destination, based on the stored-banknotes breakdown information.
A money transporting system having a money handling apparatus as a transport destination, a money handling apparatus as a transport origin, and a transport cassette that can be mounted on and detached from both of the money handling apparatus as the transport destination and the money handling apparatus as the transport origin and that stores therein money that is to be transported from the money handling apparatus as the transport origin to the money handling apparatus as the transport destination, the money transporting system comprising:
a recognition unit that is arranged in the money handling apparatus as the transport origin and that recognizes a denomination kind of the money and an old/new version for distinguishing a new version money and an old version money;

an information creating unit that is arranged in the money handling apparatus as the transport origin and that creates, based on a recognition result obtained by the recognition unit, stored-banknotes breakdown information that is used to manage the denomination kind and the old/new version of each piece of the money stored in the transport cassette;

a notifying unit that notifies the money handling apparatus as the transport destination of the stored-banknotes breakdown information of the transport cassette created by the information creating unit; and

an identifying unit that is arranged in the money handling apparatus as the transport destination and that, upon acquiring the stored-banknotes breakdown information notified by the notifying unit, identifies the denomination kind and the old/new version of each piece of the money stored in the transport cassette based on the stored-banknotes breakdown information.
A transport cassette comprising:
a mounting interface for mounting and detaching the transport cassette on and from both a money handling apparatus as a transport destination and a money handling apparatus as a transport origin; and

at least two storage units for storing separately fit money and unfit money of a designated denomination that is to be transported from the money handling apparatus as the transport origin to the money handling apparatus as the transport destination.
A money transporting system having a money handling apparatus as a transport destination, a money handling apparatus as a transport origin, and a transport cassette that can be mounted on and detached from both of the money handling apparatus as the transport destination and the money handling apparatus as the transport origin and that stores therein money that is to be transported from the money handling apparatus as the transport origin to the money handling apparatus as the transport destination, the money transporting system comprising:
an inventory amount information acquiring unit that is arranged in the money handling apparatus as the transport origin and that acquires inventory amount information of money that is managed and held in the money handling apparatus as the transport destination for each denomination kind and each fitness kind;

a breakdown calculating unit that is arranged in the money handling apparatus as the transport origin and that calculates, based on the inventory amount information of the money handling apparatus as the transport destination, a replenishment breakdown number of money that is to be replenished in the money handling apparatus as the transport destination; and

a control unit that is arranged in the money handling apparatus as the transport origin and that stores into the transport cassette the money that is to be replenished in the money handling apparatus as the transport destination based on the replenishment breakdown number calculated by the breakdown calculating unit.
The money transporting system according to Claim 11, wherein the breakdown calculating unit calculates the replenishment breakdown number of the money that is to be replenished in the money handling apparatus as the transport destination based on the presence or absence of a cashback function in the money handling apparatus as the transport destination.
The money transporting system according to Claim 11 or 12, further comprising:
a recognition unit that is arranged in the money handling apparatus as the transport origin and that recognizes the denomination kind of the money and the fitness kind for distinguishing fit and unfit of the money;

an information creating unit that is arranged in the money handling apparatus as the transport origin and that creates, based on a recognition result obtained by the recognition unit, stored-banknotes breakdown information that is used to manage the denomination kind and the fitness kind of each piece of the money stored in the transport cassette;

a notifying unit that notifies the money handling apparatus as the transport destination of the stored-banknotes breakdown information of the transport cassette created by the information creating unit; and

an identifying unit that is arranged in the money handling apparatus as the transport destination and that, upon acquiring the stored-banknotes breakdown information notified by the notifying unit, identifies the denomination kind and the fitness kind of each piece of the money stored in the transport cassette based on the stored-banknotes breakdown information.
The money transporting system according to any one of Claims 11 to 13, wherein
the money handling apparatus as the transport destination corresponds to a cash settlement apparatus in a store, and
the money handling apparatus as the transport origin corresponds to a cash depositing/dispensing apparatus in a store.
A money transporting method for a money transporting system that includes a money handling apparatus as a transport destination, a money handling apparatus as a transport origin, and a transport cassette that can be mounted on and detached from both of the money handling apparatus as the transport destination and the money handling apparatus as the transport origin and that stores therein money that is to be transported from the money handling apparatus as the transport origin to the money handling apparatus as the transport destination, the money transporting method comprising:
acquiring inventory amount information of money that is managed and held in the money handling apparatus as the transport destination for each denomination kind and for each fitness kind by the money handling apparatus as the transport origin;

calculating, based on the inventory amount information of the money handling apparatus as the transport destination, a replenishment breakdown number of money that is to be replenished in the money handling apparatus as the transport destination by the money handling apparatus as the transport origin; and

controlling, based on the replenishment breakdown number calculated at the calculating, so that the money that is to be replenished in the money handling apparatus as the transport destination is stored into the transport cassette by the money handling apparatus as the transport origin.