WO2019142454A1 - Banknote processing device and banknote processing system including same - Google Patents

Abstract

This banknote processing device (10) has: a banknote storage (BS) that holds address information and stores banknotes; an impact detection unit (IMD) that generates an impact signal when a damaging impact event is detected; a label ID holding unit (C) that holds label ID information on staining labels for staining banknotes in each banknote storage by a banknote staining mechanism (ISM); and a condition information holding unit (MCA) that, when staining labels are bonded by the banknote staining mechanism to the banknotes in response to the impact signal, generates condition information including the address information and the label ID information and holds the condition information.

Description

Banknote processing device and banknote processing system including the same

Priority is claimed on Japanese Patent Application No. 2018-005337, filed Jan. 17, 2018, which is incorporated herein by reference in its entirety.
The present disclosure relates to a banknote handling apparatus and a banknote handling system including the same.

There is known a bill processing apparatus represented by an automated teller machine (ATM: Automated Teller Machine) and a cash dispenser (CD: Cash Dispenser) at a financial institution. Among them, it is particularly often the case that the banknote handling apparatus is stolen and the stolen banknotes are inserted into another ATM in some form. Therefore, there is also a bill processing apparatus which has a function of causing the bill to eject anti-theft ink when the bill processing apparatus is illegally opened due to theft. In addition, it has become possible to identify when a banknote to which the anti-theft ink is attached (contaminated banknote) is used and where it is stolen and to be stolen at the ATM (International Publication WO 2017134904). .

In the prior art, when a dirty ticket is detected at an ATM of a bank, the characteristic of the anti-theft ink, which is a dirty mark of the dirty ticket, is identified, confirmed with related banks, etc., and the dirty ticket is notified to the police etc. It is necessary. However, in the prior art, the work of a bank clerk or the like has become enormous and complicated in order to confirm the characteristics of the anti-theft ink.

This indication is made in view of the above-mentioned point, and provides a bill processing system which can perform recognition and notification of a feature of anti-theft ink in a bill processing device promptly, and a bill processing system containing the same.

The banknote handling apparatus according to the first aspect of the present disclosure is
A bill storage which holds its own address information and stores bills;
An impact detection unit that generates an impact signal when a destructive impact event is detected;
A bill staining mechanism for staining a bill in accordance with the impact signal;
A sign ID holding unit that holds, for each bill storage, the sign ID information of a stain that stains the bill by the bill staining mechanism;
A situation information holding unit that generates situation information including the address information and the sign ID information and holds the situation information when attaching the spoilage mark to the bill according to the shock signal by the paper money staining mechanism When,
Have.

The banknote handling system according to the second aspect of the present disclosure is
The bill processing apparatus of the first aspect;
A monitoring server that receives and receives the status information from the status information holding unit as an electrical signal through a communication line;
Have.

The banknote handling apparatus according to the third aspect of the present disclosure is
A bill storage for storing bills;
And a holding unit that holds address information for identifying the bill storage and mark ID information of a stain that stains the bill.
The address information and the marker ID information are associated with each other.

The banknote handling system according to the fourth aspect of the present disclosure is
A bill processing apparatus comprising a bill storage for storing bills;
A server comprising: a holder configured to receive and hold, from the bill processing apparatus, via the communication line, address information for identifying the bill storage and mark ID information of a stain that stains the bill;
Equipped with
The address information held by the holding unit and the marker ID information are associated with each other.

According to the bill processing apparatus and the bill processing system of the present disclosure, the address information for identifying the bill storage and the feature of the anti-theft ink (mark ID information) are correlated and held in the bill processing apparatus and the bill processing system Since it is possible to easily confirm the sign ID information, it is possible to promptly notify higher-level organizations such as central banks. Further, the marker ID information can be easily acquired by confirming the contents by display of a screen or printing of a journal or the like.

It is a block diagram showing composition of a bill processing device concerning an example of this indication. It is a figure which shows the structure of ATM of the banknote processing apparatus which concerns on an Example. It is a data table showing an example of situation information concerning this indication. 7 is a data table showing another example of situation information including a contamination state and the like according to the present disclosure. It is a data table which shows the example of the situation information with which the address information which identifies the bill storage concerning this indication, and the feature (mark ID information) of anti-theft ink were matched. It is a data table showing other examples of situation information concerning this indication. It is a data table which shows the further another example of the status information which concerns on this indication.

Examples of the present disclosure will be described in detail below. In the following description and the accompanying drawings, substantially the same or equivalent parts are denoted by the same reference numerals.

In the following embodiments, the case where the bill processing apparatus according to the present disclosure is an ATM will be described.

[Composition of a bill processing system]
FIG. 1 is a block diagram showing the configuration of the banknote handling system 1 according to the present embodiment. FIG. 2 is a block diagram showing the ATM 10 of the embodiment.

The banknote handling system 1 includes an ATM 10 and a monitoring server MS, and the ATM 10, the monitoring server MS and a host computer HC are connected to one another via a network NW. The network NW is, for example, a communication line such as a dedicated line including a wired line and a wireless line or a public communication line network.

Although one ATM 10 is shown in FIG. 1, a plurality of ATMs 10 may exist. Each ATM 10 has a unique device ID, and is managed by the monitoring server MS and the host computer HC. The host computer HC is a accounting system that manages transaction processing by searching a customer's ledger and the like from the personal identification number. The monitoring server MS is connected to a plurality of ATMs via a line, and the operation status of ATMs, for example, the transaction status of each ATM, failure occurrence information is notified, and the medium (banknote, coin, statement slip, passbook, transfer card, etc.) The notification data such as the information of the storage amount of) is received, and these data are held.

For example, the monitoring server MS performs a response outside the store of a financial institution such as a bank where the ATM 10 is installed, a terminal used by an operator such as a customer center or a terminal operated by a security guard such as a security center It may be

[Internal configuration of ATM 10]
The ATM 10 includes a power supply unit PW, a main control unit MC, a communication unit NIC, a card reading and printing unit CRP, an operation display unit IFPL, and a bill depositing / dispensing / processing unit BLL. In this embodiment, the ATM 10 is described as not having a coin depositing and dispensing unit for depositing and dispensing coins, but it is also configured to include a coin depositing and dispensing unit in addition to the bill depositing and dispensing unit. It is also good.

The power supply unit PW is a unit DC power supply that receives power supply with the external power supply VD of the commercial power supply as the upstream, and receives the main control unit MC, the communication unit NIC, the card reading and printing unit CRP, the operation display unit IFPL, and the bill depositing / dispensing process Electric power is supplied to each unit of the unit BLL and each unit of the bill transport unit 17 (FIG. 2). For example, the power supply unit PW turns on / off the supply of power according to the power switch (not shown) of the ATM 10 or the on / off signal of the power from the main control unit MC.

A backup power supply BKUP is provided downstream of the power supply unit PW, and the backup power supply BKUP supplies necessary power to each necessary unit even when power supply to each unit of the processing unit P is stopped. . The backup power supply BKUP is used to use the main control unit MC, the communication unit NIC, the bill storage cell BS (FIG. 2) of the bill depositing / dispensing processing unit BLL, and the impact detection unit IMD when the external power supply VD is not supplied. It is an emergency power supply.

The impact detection unit IMD includes a vibration sensor IMDa and a temperature sensor IMDb (FIG. 2), and receives signals from these sensors via a transmission line and detects an abnormality (destructive impact, high heat) though not shown. An impact signal is generated and output to the main control unit MC, and the banknote fouling mechanism ISM (FIG. 2) that causes the anti-theft ink to adhere to the banknote is operated.

The main control unit MC is a central processing unit (CPU), a storage unit (for example, a read only memory (ROM), a random access memory (RAM), a hard disk drive (HDD), a solid state drive (SSD)), an input / output interface , And each unit of the power supply unit PW, the communication unit NIC, the card reading and printing unit CRP, the operation display unit IFPL, and the bill depositing / dispensing unit BLL based on the control program (software) stored in the storage unit. , And controls the bill conveyance unit 17 (FIG. 2) and the bill contamination mechanism ISM (FIG. 2). Since the ATM 10 holds a unique device ID, the device ID is stored in the storage unit. The device ID is used, for example, as address information for identifying the ATM 10 determined to be abnormal. In addition to the device ID, for example, the installation location (store number) or the like may be stored in the storage unit of the main control unit MC as the identification number of the ATM 10.

In response to the user's operation via the operation display unit IFPL, the main control unit MC executes functions such as payment processing, payment processing, and tabulation processing. The main control unit MC has a calendar function and a clock function, and measures the date and time of the system date and time as a reference of the system, and stores the account date and the occurrence of failure in the storage unit to set the date. (Date setting unit M2).

The main control unit MC generates and holds status information including various types of information, and, for example, when a destructive impact is given to the housing of the ATM 10, that is, when an impact signal is received, the communication unit NIC It includes a situation information holding unit MCA that can also give notice.

The communication unit NIC is connected to a network as a communication line, and performs communication between the host controller such as the monitoring server MS and the host computer HC and the main control unit MC via the network. The communication unit NIC is a network interface card (NIC) or the like for transmitting and receiving data with the outside according to an instruction of the main control unit MC. For example, the communication unit NIC communicates with an external device such as the host computer HC which occurs in the inspection control and transaction control of the ATM 10. Thus, the host computer HC has a database (not shown) in which customer information and the like are stored, and the ATM 10 accesses this database to perform transaction processing with the customer (a user who operates the ATM 10). Can.

By communication between the communication unit NIC and the host device, the date setting unit M2 of the main control unit MC stores the date and time information including the system date and time acquired from the host device in the storage unit and sets the date and time Set).

The card reading and printing unit CRP has a card insertion / ejection port (not shown) provided on the front side of the ATM 10. At the start of the transaction, the information stored in the recording medium such as the transaction card of the user is read, and the read customer data is supplied to the main control unit MC. The card reading and printing unit CRP, for example, reads user identification information (for example, a name, an account number, and the like) recorded on the transaction card. The card reading and printing unit CRP may read information such as user identification information from various media such as a magnetic card and an IC card. The card reading and printing unit CRP can print the transaction result represented by the transaction statement print signal on the statement sheet in response to the transaction statement print signal supplied from the main control unit MC. When the card discharge signal is supplied from the main control unit MC, the card reading and printing unit CRP discharges the taken-in transaction card from the card insertion / discharge port.

The operation display unit IFPL receives an operation from a customer, displays an operation input guide to the customer, displays the contents of a transaction, etc., and receives a user's operation at the time of a transaction to display the state of the operation etc. An input acceptance unit having The operation display unit IFPL is a touch panel or the like provided with a display screen such as a liquid crystal display and a touch input means provided on the display screen, and instructs the display screen that the customer performs deposit processing or withdrawal processing. It has a function of displaying instruction buttons and the like.

The bill depositing / dispensing processing unit BLL is connected to the bill inlet / outlet unit 11, the bill escrow unit 12, the recycling cassette 13, the recovery / refilling cassette 14, the bill discriminating unit 15, the reject cassette 16, as shown in FIG. It comprises the conveyance part 17 grade | etc., Which has a banknote conveyance path.

The bill inlet / outlet portion 11 is a place having a bill insertion slot into which bills are inserted and a space for accommodating bills therein, and sequentially feeding bills one by one to a bill conveyance path (broken line). Further, the bill inlet / outlet unit 11 pays out (discharges) a bill to be returned when the deposit is canceled, a withdrawal bill to be dispensed, a deposit reject bill rejected as a fake note, etc. It is also a mouth.

The banknote escrow unit 12 is an area in which banknotes taken in from the banknote inlet / outlet unit 11 or banknotes discharged to the banknote inlet / outlet unit 11 are temporarily accumulated and retained. The banknote escrow unit 12 can also temporarily accumulate and retain banknotes, for example, when counting deposited banknotes or dispensed banknotes.

The recycle cassette 13 is a bill storage BS that stores bills of each denomination inserted from the bill inlet / outlet unit 11. For example, as the recycling cassette 13, a cassette 13a for storing thousand yen bills, a cassette 13b for storing 5,000 yen bills, and cassettes 13c and 13d for storing 10,000 yen bills are set. When a bill is dispensed from the bill inlet / outlet portion 11, the bill stored in the recycle cassette 13 is conveyed to the bill inlet / outlet portion 11 and dispensed. In addition, each cassette is locked at the time of operation | use, and extraction of the banknote accommodated is prevented.

The recovery and replenishment cassette 14 is a banknote storage BS that stores banknotes for collecting and replenishing banknotes to the ATM 10.

The bill discrimination unit 15 discriminates the state of the bill, such as whether the bill transported in the ATM 10 is a right bill / fake note, a bill is an unfit note, double feed, etc., or the bill is the front or back side. Do. For example, when a bill is conveyed at the time of a close examination process, at the time of deposit, or at the time of withdrawal, the bill validator unit 15 discriminates the bill being conveyed.

At the time of deposit, according to the discrimination result by the bill discrimination unit 15, the bill of the genuine bill is transported to the recycling cassette 13. In addition, rejected banknotes determined to be double feed and the like by the banknote discrimination unit 15 are transported to the reject cassette 16.

The reject cassette 16 is a bill storage storage BS that stores rejected bills that have been identified by the bill discrimination unit 15 as having a problem such as double feeding. The reject cassette 16 accumulates, for example, rejected banknotes discriminated when being transported from the banknote escrow unit 12 to the recycling cassette 13 at the time of deposit, rejected banknotes discriminated at the time of transportation when dispensing from the recycling cassette 13, etc. .

[Address information of cassette]
Each of the recycling cassette 13, the recovery and replenishment cassette 14 and the reject cassette 16 is detachably attached to the ATM 10. Each of the cassettes serving as the bill storage BS is provided with an IC tag tg, and a cassette ID uniquely assigned to each cassette can be stored in advance for identification. When each cassette is attached to the bill depositing / dispensing processing unit BLL, communication between the main control unit MC and the bill storage BS is enabled from the IC tag tg via the IC tag reader rd, and the cassette stored in the IC tag tg The main control unit MC can read out the ID.

When the bill storage BS such as the recycling cassette 13 and the recovery and replenishment cassette 14 is attached to the bill depositing / dispensing processing unit BLL, the inspection process is performed manually or automatically. The scrutinizing process is a process of executing and recording a process of determining the denomination and the number of bills stored in the recycling cassette 13. Specifically, the inspection process is performed by temporarily feeding out all the banknotes stored in each of the recycling cassettes 13, discriminating and counting the banknotes, and then returning the banknotes to the corresponding cassette again. . Thus, the number of stored banknotes for each cassette of the banknote storage BS is counted at the time of the examination process, and is managed by the ATM 10 as cassette stored data for each cassette ID. The stored cassette stored sheet number data can be referred from the ATM 10 via the network NW from the monitoring server MS and the host computer HC, and the stored sheet number can be acquired using the cassette ID (address information) as a search key.

[Anti-theft ink and banknote fouling mechanism]
The banknote staining mechanism ISM (FIG. 2) provided in the ATM 10 of the present embodiment jets the anti-theft ink to each of the cassettes of the banknote storage BS to color the banknotes when a destructive impact is detected. That is, the bank notes are stained. In the following, a case will be described where different components of ink are used for each cassette, which is the bill storage BS, as the anti-theft ink, which is a stain mark, and individual ink IDs (mark ID information) are assigned.

For example, even if the banknote contamination mechanism ISM mounts an ink jet apparatus on the side of a safe that stores bills in a horizontal position and ejects the anti-theft ink to all the bills, the ink bag is at the top inside the cassette that stores the bills in a standing position. Even if the ink is dropped by gravity, the compressed gas is used to dispose the jet nozzles all over the inside of the storage case, and the ink is deposited by the pressure of the gas, regardless of the type.

The bill contamination mechanism ISM has a form in which an ink cartridge C (ink ID holding unit: label ID holding unit) holding the anti-theft ink is detachably (replaceable) mounted on the main body P (FIG. 2) for discharging the anti-theft ink. can do. The ink cartridge C includes an IC tag tg, and an ink ID uniquely assigned to identify the ink can be stored in advance. When the ink cartridge C is attached to the main body P of the banknote staining mechanism of each cassette, communication with the main control unit MC becomes possible from the IC tag tg through the IC tag reader rd, and the IC cartridge t stores the IC tag tg. The main control unit MC can read out the received ink ID. Thus, the ink cartridge C can hold the ink ID information of the anti-theft ink for each bill storage BS.

[Management of ink ID information]
In the close inspection process where the above close inspection process is performed manually or automatically, the status information holding unit MCA of the main control unit MC determines the cassette ID stored in the IC tag tg of the banknote storage BS (specifies an individual of the banknote storage BS The ink ID stored in the IC tag tg of the ink cartridge C can be extracted (read) and stored at the same time as extraction (reading) of the address information). Thus, the ink ID information is managed by the ATM 10 together with the cassette ID (address information). For example, as shown in FIG. 3, in the banknote handling apparatus and the banknote handling system of the present embodiment, the cassette ID for identifying the banknote storage BS and the ink ID of the anti-theft ink (mark ID information in the storage unit of the main control unit MC) And are held in one-to-one correspondence. Furthermore, as shown in FIG. 4, the status information holding unit MCA of the main control unit MC detects and generates the contamination status and the battery status in addition to the cassette ID and the ink ID as status information in the first ATM of Bank A. Can be held. The creation of the situation information is performed manually or automatically together with the process of, for example, the examination when the bill storage BS such as the recycling cassette 13 and the recovery and replenishment cassette 14 is attached to the bill depositing / dispensing processing unit BLL. Although status information is not illustrated, the ATM 10 can also be held, for example, as a log or as part of another recording medium in a journal. The contamination state is extracted as status information indicating the contamination status of the bill, and the ink discharge amount level that is an indicator of the penetration amount of the anti-theft ink into the bill can be used as an index. Further, the battery state can be indicated by the remaining level of the backup power supply BKUP.

The status information such as the stored ink ID information is notified from the ATM 10 to the monitoring server MS and the host computer HC via the network NW, and the monitoring server MS and the host computer HC may hold the notification data as status information. it can. The status information can be referred from each of these terminals, and the ink ID can be used as a search key to acquire the source data (bank etc.).

As described above, in the review process and the like, the monitoring server MS and the host computer HC can confirm the situation information including the address information of the cassette and the ink ID information on the bank side. In addition, since status information is held, status information such as ink ID information is checked and acquired by displaying the screen of the apparatus or printing a journal (physical medium) even if the communication line is disconnected. be able to. As described above, the bank can confirm the status information such as the ink ID information at the time of installing the cassette through the close examination process.

[Operation of bill fouling mechanism]
The vibration sensor IMDa of the shock detection unit IMD is provided in, for example, an ATM 10 such as a door or its periphery, detects a vibration due to a shock applied to the ATM 10, and outputs an electric signal. It is. The vibration sensor IMDa detects a vibration of a predetermined displacement amount (a threshold displacement amount set to be a vibration caused by an impact applied by a destructive action to destroy the ATM 10), that is, a destructive impact event. When detected, an impact signal is generated and output to the main control unit MC.

In addition, when the device vibrates like an earthquake or the like, the shock detection unit IMD does not immediately warn when the vibration sensor IMDa detects a vibration of a predetermined displacement amount, but how many times the vibration is detected in a fixed time It can also be configured to have a timer that counts and a counting mechanism.

The temperature sensor IMDb of the impact detection unit IMD is, for example, a temperature sensor capable of detecting a temperature higher than a specific temperature. In a situation where the ATM 10 can not be vibrated so much, it is effective against cheating such as burning the housing of the ATM 10 with a burner or the like. The temperature sensor IMDb generates an impact signal when detecting a predetermined high temperature due to thermal shock, that is, when detecting a destructive impact event, and outputs it to the main control unit MC. The installation of the vibration sensor IMDa or the temperature sensor IMDb is not limited by the installation location or the number of installation.

When the banknote contamination mechanism ISM adheres the contamination ink to the banknote in response to the impact signal, the status information holding unit MCA of the main control unit MC generates the contamination status information and generates and holds the status information. The main control unit MC of the ATM 10 notifies the monitoring server MS and the host computer HC of the contamination status information via the network NW. As a result, the bank side can check the sign ID information at the time of ink ejection, and can promptly notify higher-level organizations such as central banks. For example, as shown in (3) of FIG. 5, the main control unit MC of the ATM 10 records the contamination time (that is, the generation time of the impact signal) together with the status information in the first ATM of Bank A, and the status information holding unit MCA. Generates pollution data (status information) and holds status information, for example as a log or as part of another in a journal. Since this data is notified from the ATM 10 to the monitoring server MS and the host computer HC via the network NW, it can be searched from these, and as shown in (1), (2) and (3) of FIG. Can be used as a search key to confirm the source data (placement location, bank, etc.).

As described above, since the cassette ID for identifying the bill storage and the ink ID (tag ID information) of the anti-theft ink are stored in association with each other in the storage unit of the main control unit MC of the ATM 10, the ink contamination processing of the bill is performed. Even if it is done, the ink ID information can be confirmed and notified to the upper institution such as the central bank promptly.

Furthermore, when the communication line is interrupted due to a destructive impact event, the state information holding unit MCA of the ATM 10 holds the state information including the fouling time, so that it is held after the communication line is recovered. Status information can be output to the monitoring server MS via the communication unit NIC.

In addition, as a banknote processing apparatus which concerns on this indication, it can apply to the apparatus which handles a banknote other than ATM. For example, it is applicable also to a teller cashier, a bill counter, etc.

In the present embodiment, the case where the cassette ID and the ink ID are associated with one to one is described as an example, but the present disclosure is not limited to such an example. For example, the cassette ID and the ink ID may have a correspondence relationship of N to 1. More specifically, for example, one ink ID is assigned to a plurality of cassettes 13c and 13d of the same denomination, or one ink ID is assigned to a plurality of cassettes 13a, 13b, 13c, 13d, 14 and 15 in the same apparatus. The case of assigning etc. corresponds to the above N to 1 correspondence. For example, as shown in FIG. 6, in the storage unit of the main control unit MC, the cassette ID for identifying the bill storage and the ink ID (tag ID information) of the anti-theft ink are held in four to one correspondence. It is also good. The cassette ID and the ink ID may have a one-to-N correspondence relationship. More specifically, for example, a plurality of ink IDs are assigned to one cassette 13 (in the case where a plurality of ink cartridges C are provided in one cassette 13 or a plurality of ink IDs are in the contamination ink of one ink cartridge C). The case of being assigned also corresponds to the above-mentioned one-to-N correspondence relationship. For example, as shown in FIG. 7, even if the cassette ID for identifying the bill storage and the ink ID (tag ID information) of the anti-theft ink are stored in the storage unit of the main control unit MC in association with one another. Good.

In the present embodiment, the cassette 13 is described taking the case of the recycling cassette as an example, but the present disclosure is not limited to this example. For example, the cassette 13 may be a cassette dedicated to depositing, a cassette dedicated to dispensing, or a combination of a depositing / dispensing / recycling cassette.

Claims (16)

1. A bill storage which holds its own address information and stores bills;
   An impact detection unit that generates an impact signal when a destructive impact event is detected;
   A bill staining mechanism for staining a bill in accordance with the impact signal;
   A sign ID holding unit that holds, for each bill storage, the sign ID information of a stain that stains the bill by the bill staining mechanism;
   A situation information holding unit that generates situation information including the address information and the sign ID information and holds the situation information when attaching the spoilage mark to the bill according to the shock signal by the paper money staining mechanism When,
   A bill processing apparatus having a.
2. The said label | marker ID holding part is a banknote processing apparatus of Claim 1 provided for every said banknote storage.
3. The bill processing apparatus according to claim 1, wherein the sign ID holding unit is detachably provided to the bill storage together with the stain mark.
4. The bill processing device according to any one of claims 1 to 3, wherein the status information includes a generation time of the impact signal.
5. The bill processing apparatus according to any one of claims 1 to 4, wherein the status information holding unit includes an output unit that outputs the status information as an electric signal through a communication line or through a physical medium.
6. The bill processing apparatus according to any one of claims 1 to 5, wherein the impact detection unit includes a vibration sensor provided apart from the bill storage inside an apparatus housing.
7. The bill processing apparatus according to any one of claims 1 to 6, wherein the stain mark is an anti-theft ink, and the mark ID holding unit is provided in an ink cartridge holding the anti-theft ink.
8. The bill processing apparatus according to any one of claims 1 to 7, further comprising a backup power supply for supplying power for driving the bill storage, the impact detection unit, the bill staining mechanism, and the status information holding unit. .
9. The banknote handling apparatus according to claim 1;
   A monitoring server that receives and receives the status information from the status information holding unit as an electrical signal through a communication line;
   Banknote processing system having.
10. 10. The bill processing system according to claim 9, wherein the marker ID information is output to the monitoring server when a scrutinizing process is performed.
11. The bill processing system according to claim 9 or 10, wherein the status information holding unit outputs the status information to the monitoring server after the communication channel is restored when the communication channel is disconnected.
12. A bill storage for storing bills;
    And a holding unit that holds address information for identifying the bill storage and mark ID information of a stain that stains the bill.
    The bill processing device in which the address information and the sign ID information are associated with each other.
13. The bill processing apparatus further includes:
    It has a bill staining mechanism for attaching the stain mark to the bill,
    When the bill fouling mechanism is activated or a destructive impact event is detected, the address information of the bill storage storing the bill with the stain mark attached thereto, and the sign of the stain mark attached to the bill The banknote handling apparatus according to claim 12, wherein the ID information is extracted as status information indicating a status of contamination.
14. The stain mark is provided in the bill storage,
    If scrutiny takes place,
    The banknote handling apparatus according to claim 12, wherein the marker ID information for each of the pollution markers and the address information of the banknote storage corresponding to the pollution markers are extracted as status information.
15. The bill processing apparatus according to claim 13, wherein the status information includes apparatus ID information for identifying the bill processing apparatus.
16. A bill processing apparatus comprising a bill storage for storing bills;
    A server comprising: a holder configured to receive and hold, from the bill processing apparatus, via the communication line, address information for identifying the bill storage and mark ID information of a stain that stains the bill;
    Equipped with
    The banknote processing system with which the said address information and the said label | marker ID information which the said holding | maintenance part hold | maintain is matched.

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