JP2012168658A - Automatic teller system, control method for the same and storage device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an automatic teller system enabling a shop to alleviate a burden to set aside change.SOLUTION: The present invention comprises an automatic teller machine and a storage device. The automatic teller machine has: a touch panel section which displays an operation menu where operation is input therethrough; a receiving section to receive cash; a first storage section to store banknotes; a second storage section to store coins; a first control section to control in accordance with a content input to the touch panel; and a first communication section. The storage device has: a second communication section to communicate with the first communication section; a third storage section to store either packed coins or bundled banknotes; a lock section to lock the third storage section; and a second control section which unlocks the lock section in accordance with an instruction from the first control section through the second communication section when a money exchange mode is selected in the operation menu and the banknotes worth a prescribed amount are deposited in the receiving section.

Description

  The present invention relates to a system having an automatic cash deposit function.

  2. Description of the Related Art In recent years, automatic teller machines (hereinafter referred to as “ATM”) have been widely installed in stores of other industries other than financial institution stores, for example, stores of retailers such as convenience stores. As a result, the user can use the ATM at any time.

  In retail businesses such as small stores, it is necessary to prepare for change every day, and there is a demand for change preparation and currency exchange services at convenience stores that do not have restrictions on business hours. Therefore, as a first technology, a large-capacity coin depositing and dispensing machine is connected to the ATM, and the cash withdrawal reservation accepting means makes sure that change preparation and currency exchange can be made on the necessary day. There is a technique for stopping normal withdrawal transactions or requesting the center system 35 to replenish coins when there is a risk of running out of coins based on the information obtained by the reservation accepting means.

  Also, as a second technique, a money transaction system is disclosed that is installed in a financial store lobby such as a bank and has a money depositing machine for depositing money by a customer's own operation and a money changer for exchanging money. . The money depositing machine and the money changer are configured to be communicably connected by means of their respective communication means. Further, inside the money changer, there is a wrapping coin processing unit that performs a receiving process for accepting coins to be exchanged through a wrapping coin transaction port and a payout process for wrapping coins to be exchanged.

  In addition, as a third technique, there is a bar metal management device that can arbitrarily adjust the number of bar metal drawers depending on a user's usage mode (for example, usage mode at a store). A lock unit for locking the bar drawer to the casing is provided in the casing of the bar management apparatus. When the bar drawer is unlocked, the bar drawer is pulled out, and the bar drawer is pushed in and closed, the number of bar types taken out from the bar drawer is determined, and the bar drawer The lock unit locks the bar drawer to the housing only when the number of bar types taken out from the bar matches the number of bar types to be withdrawn from the target bar drawer. It is configured to let you.

  In addition, as a fourth technique, a display unit that displays information related to the bar metal transaction, and the number of bars that are to be withdrawn separately in the bar metal outlet when the bar is withdrawn. When the user confirms the number of bars on the left side and the number of bars to be withdrawn on the left side The control unit has a left button to be pressed and a right button to be pressed when the user confirms the number of bars to be withdrawn on the right side, and the control unit presses both the left button and the right button. There is a bar dispenser that detects this and controls to open the bar shutter.

  By the way, in order to collect sales proceeds from stores, etc., transport by store employees and transport by security companies, etc. are performed, but it is difficult to safely store and transport cash. Therefore, as a fifth technique, it is possible to obtain deposit data at a cash collection / delivery center just by putting the store sales management into the deposit device provided at the store side, and the cash of the deposit machine is stored in the store. There is a collection and delivery security cash management system that can be transferred to the bank on the store side without dealing with it.

JP 2010-86016 A JP 2002-334367 A JP 2010-282290 A JP 2010-165163 A Japanese Patent No. 342051

  However, in the first technique, when coins are withdrawn, the coins are separated from the corresponding denomination storage box by the feeding mechanism and fed out to the withdrawal transport path. I couldn't handle currency exchange.

Further, in the second technique, the wrapping coin payout processing by the wrapping coin processing unit is not specifically described.
Further, in the third technique, since the bar management device is assumed to be used by a person concerned with a financial institution, the number of denominations of the extracted bar is more than the number of denominations to be withdrawn. At most, the bar drawer was not locked to the chassis, and it was possible to escape by leaving it open, and it was not possible to deal with exchanges other than those involved in financial institutions.

Further, the fourth technique is not suitable for mass exchange of wrapping coins.
Just by putting the store sales management into the deposit device provided at the store side, the deposit data can be obtained at the cash collection and delivery center, and the store side does not handle the deposit machine cash. You can transfer it to the bank. However, in the fifth technique, although the management burden of sales is reduced, the securing of change is not taken into consideration.

  Therefore, in the present invention, cash that reduces the burden of securing change by improving the convenience of exchange by withdrawing and exchanging coins or banknotes wrapped in a combination considered as exchange at a store from the storage unit. An automatic deposit system, a control method, and a storage device are provided.

  The automatic cash deposit system according to the present invention includes a touch panel unit on which an operation menu is displayed and an operation to the operation menu is input, a deposit unit that deposits cash, and a first storage unit that stores banknotes. An automatic cash dispenser comprising: a second storage unit that stores coins; a first control unit that performs control according to the content input to the touch panel unit; and a first communication unit. A second communication unit that communicates with the first communication unit, a third storage unit that stores at least one of wrapping coins or collective banknotes, a lock unit that locks the third storage unit, and When the exchange mode is selected in the operation menu and a banknote is deposited into the deposit unit by a predetermined amount, the lock unit is activated according to an instruction from the first control unit via the second communication unit. A second control unit for unlocking It provided with that storage device.

  The control method of the automatic teller system according to the present invention includes a touch panel unit on which an operation menu is displayed and an operation to the operation menu is input, a depositing unit for depositing cash, and a first for storing bills. An automatic cash dispenser including: a storage unit; a second storage unit that stores coins; a first control unit that performs control according to the input content to the touch panel unit; and a first communication unit. A second communication unit that communicates with the first communication unit, a third storage unit that stores at least one of wrapping coins or collective banknotes, and a lock unit that locks the third storage unit. And a storage device having a second control unit, the method of controlling an automatic teller machine system, wherein a change mode is selected in the operation menu, and banknotes are deposited in a predetermined amount in the depositing unit. The second In response to an instruction from the first control unit via the communication unit, it unlocks the locking unit.

  The storage device according to the present invention displays at least one of a touch panel unit on which an operation menu is displayed and an operation to the operation menu is input, a deposit unit that deposits cash, and a wrapping coin or a collective banknote. A storage unit for storing, a lock unit for locking the storage unit, and a control unit for unlocking the lock unit when a money exchange mode is selected in the operation menu and a predetermined amount of banknotes is deposited in the deposit unit. And having.

  According to the present invention, it is possible to reduce the burden of securing change in a store.

It is a figure which shows an example of a structure of the collection and delivery system in this embodiment. It is a figure which shows an example of the external appearance structure of the storage apparatus in this embodiment. It is a figure which shows an example of the packaging coin storage tray in this embodiment. It is a figure which shows an example of the hardware constitutions of the ATM system in this embodiment. It is a figure which shows an example of a structure of the packaging cash storage part in this embodiment. It is a figure which shows an example of a structure of the banknote cassette accommodating part in this embodiment. It is a figure which shows an example of the packaging coin storage tray management table in this embodiment. It is a figure which shows an example (the 1) of the transaction message | telegram transmitted / received between ATM-host in this embodiment. It is a figure which shows an example (the 2) of the transaction message | telegram transmitted / received between ATM-host in this embodiment. It is a figure which shows an example (the 3) of the transaction message | telegram transmitted / received between ATM-host in this embodiment. It is a figure which shows an example (the 4) of the transaction message | telegram transmitted / received between ATM-host in this embodiment. It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 1). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 2). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 3). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 4). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 5). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 6). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 7). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 8). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 9). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 10). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 11). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 12). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 13). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 14). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 15). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 16). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 17). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 18). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 19). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 20). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 21). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 22). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 23). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 24). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 25). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 26). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 27). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 28). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 29). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 30). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 31). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 32). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 33). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 34). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 35). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 36). It is a figure which shows the example of a display of the screen displayed on the screen display part in this embodiment (the 37). It is a figure which shows the operation | movement flow (the 1) of the ATM system in this embodiment. It is a figure which shows the operation | movement flow (the 2) of the ATM system in this embodiment. It is a figure which shows the operation | movement flow (the 3) of the ATM system in this embodiment. It is a figure which shows the operation | movement flow (the 4) of the ATM system in this embodiment. It is a figure which shows the operation | movement flow (the 5) of the ATM system in this embodiment. It is a figure which shows the operation | movement flow (the 6) of the ATM system in this embodiment. It is a figure which shows the operation | movement flow (the 7) of the ATM system in this embodiment. It is a figure which shows the operation | movement flow (the 8) of the ATM system in this embodiment. It is a figure which shows the operation | movement flow (the 9) of the ATM system in this embodiment. It is a figure which shows the operation | movement flow (the 10) of the ATM system in this embodiment. It is a figure which shows the operation | movement flow (the 11) of the ATM system in this embodiment. It is a figure which shows the operation | movement flow (the 12) of the ATM system in this embodiment. It is a figure which shows the operation | movement flow (the 13) of the ATM system in this embodiment.

  In the conventional store sales collection, if the store headquarters frequently requests collection of store sales from a police company, etc., the costs associated with the request will increase, and store collection and distribution will be operated at a low price. There was a need to compress reserves. In addition, in stores, the management burden of sales and the securing of change were large.

  Therefore, by using the fifth technology, the deposit data can be obtained at the cash collection / delivery business center by simply putting the management of the sales proceeds of the store into the depositing device provided on the store side. Cash can be transferred to a bank on the store side without handling it on the store side. However, in the fifth technique, although the management burden of sales is reduced, the securing of change is not taken into consideration.

Further, in the fifth technique, it takes time from putting the money into the depositing device to transferring the money to the bank on the store side, and it has not been possible to quickly raise the sales.
Therefore, in the following embodiment, the burden of securing change is reduced by improving the convenience of exchange by dispensing and exchanging coins or banknotes wrapped in a combination that can be considered as exchange at a store from the storage unit. In addition, we will explain an automated cash deposit system that can reduce the management burden of sales proceeds, operate the collection and sales of money exchanges at a low cost, and move the sales proceeds to the headquarters account at an early stage. .

  FIG. 1 shows an example of the configuration of a collection and distribution system in the present embodiment. The collection and distribution system 1 includes an ATM system 2, a data center 3, a cash security company 4, a bank 5, and an operation center 6. The data center 3 includes a computer that can communicate with the ATM system 2. The bank 5 is provided with a host computer (hereinafter referred to as “host”) that can communicate with the data center 3. The operation center 6 includes a computer that can communicate with the data center 3.

The ATM system 2 includes an ATM 41 and a storage device 11. The ATM 41 is a device that performs financial transactions such as deposit / withdrawal and transfer of money (banknotes and coins).
The storage device 11 is a banknote that can be handled by collecting banknotes (10,000 yen bills, etc.) to be exchanged into a collective banknote (the same type of banknotes and a fixed quantity (for example, 10 thousand yen bills)). ) Or pack wrapping coins and banknotes for exchange into wrapping coins and store them so that they can be handled, or the banknote cassette in ATM 41 is full (full state) or nearly full (near full) Stores empty banknote cassettes or empty reject cassettes for replacement when used in the state), or, as a result of the exchange, banknote cassettes or reject cassettes that have been exchanged in the full state or near full state Storing. Here, a banknote cassette is a cassette for replenishing a banknote in the banknote stacker installed in ATM, or collect | recovering the banknote of a banknote stacker. The banknote reject cassette stores banknotes that are not suitable for circulation again.

  In FIG. 1, when the ATM 41 performs processing such as cash withdrawal, cash deposit, and transfer, it generates a transaction message such as cash withdrawal, cash deposit, and transfer, and transmits it to the data center 3. Also, the ATM 41 generates an ATM status message (availability information) indicating the current amount in the ATM 41 and transmits it to the data center 3.

  The data center 3 transmits the transaction message transmitted from the ATM 41 to the host in the bank 5. In addition, the data center 3 transmits the ATM status message (high / low information) transmitted from the ATM 41 to the operation center 6.

  In the operation center 6, based on the contents of the ATM status message (availability information) transmitted from the data center 3, in addition to the ATM's police, request the cash police company to collect the sales / change of the change, etc. To manage and support the operation of the AMT system 2.

  As management / support for the operation of the AMT system 2, for example, the operation center 6 determines that the banknote cassette or the banknote rejection cassette in the ATM is in a full state or a near-full state as a result of an analysis of an ATM state message (high / low information). In such a case, it is conceivable to request a security company or the like to exchange the banknote cassette (banknote reject cassette) and an empty banknote cassette (banknote reject cassette) in the storage device. At this time, in the operation center 6, the computer may automatically notify the computer of the security company by e-mail or the like. Further, the operator of the operation center 6 may make a report by telephone, FAX, or the like to an employee of the security company.

  FIG. 2 shows an example of the external configuration of the storage device in the present embodiment. The storage device 11 mainly includes a bill cassette storage unit 12, a wrapping cash storage unit 16, and a control unit / power supply unit 21. Note that a door is originally provided on the front surface of the storage device 11 so that the inside cannot be seen and the cassette or the like is stolen. For convenience of explanation, the door is shown in FIG. Omitted.

  A plurality of banknote cassette storages 13 for storing banknote cassettes 14 such as a banknote cassette 14a for exchange or collection, and a banknote reject cassette 14b for exchange or collection are provided in the banknote cassette storage unit 12 in a plurality of shelves. ing. Tags such as a barcode (one-dimensional barcode, two-dimensional barcode) 15 are attached to the bill cassette 14. The tag is not limited to a barcode, and may be an RFID (Radio Frequency IDentification) or the like. In the bar code 15, a cassette ID for identifying the banknote cassette 14 is set.

  The wrapping cash storage section 16 includes a wrapping coin storage tray 17a for storing a wrapping coin storage tray 18a, which is a storage member storing wrapping coins, and a collective banknote storage tray 18b in which a plurality of types of collective banknotes are stored. The collective banknote storage 17b for storing is provided in a plurality of shelves. The packaged cash is a packaged coin or a bill or coin in a state in which banknotes and coins such as collective banknotes are collected in a bag or a band in a certain quantity and can be handled. A tag such as a barcode (one-dimensional barcode, two-dimensional barcode) 19 or the like is attached to the wrapping coin storage tray 18a. The tag is not limited to a barcode, and may be an information storage medium such as an RFID. The bar code 19 includes a tray ID for identifying the wrapping coin storage tray 18a, and the amount of wrapping coins stored in the wrapping coin storage tray 18a (for example, 100 yen wrapping coins (50 sheets / piece)). n etc.) is set as the barcode information. Note that the bar code information may include the total amount of money. In the present embodiment, description will be made by taking a wrapping coin as an example.

  Each wrapping coin storage 17a is provided with a door (not shown) for preventing the wrapping coin storage tray 18a from being inadvertently taken out, and these doors are respectively locked by an electromagnetic lock 20. ing.

  The control unit / power supply unit 21 communicates with the ATM 41, controls the overall operation of the storage device 11, and controls the power supply.

  FIG. 3 shows an example of the packaging coin storage tray in the present embodiment. For example, the barcode 19 is given to the front part of the wrapping coin storage tray 18a.

  The wrapping coin storage tray 18a can store a plurality of types of wrapping coins 25a or a single type of wrapping coins 25a. In one wrapping coin storage tray 18a, for example, 50,000 yen wrapping coins (1 denomination only), 150,000 yen wrapping coins (5 denomination only), etc. Packed coins are stored. The 50,000 yen wrapping coins (1 denomination only) are, for example, 9 100 yen wrapping coins (50 sheets / piece), 9 wrapping coins of 10 yen (50 sheets / piece), 1 Yen wrapping coins (50 sheets / piece) are 10 wrapping coin groups consisting of 10 wrapping coins. 150,000 yen wrapping coins (only 5 denominations) are, for example, 5 500 yen wrapping coins (50 sheets / piece), 50 wrapping coins (50 sheets / piece), 9 10 wrapping coins (50 pieces / piece) are combined into a total of 24 wrapping coins, and this is called a wrapping coin group. It is also possible to handle the packaged coin group in a bag.

  Wrapping coins (1 denomination) are types of 100 yen, 10 yen, 1 yen, etc., and indicate the wrapping coins with the number "1" at the beginning of the amount. Wrapping coins (5 denominations) Is a type of 500 yen, 50 yen, 5 yen, etc., and indicates a wrapping coin with a number “5” at the beginning of the amount.

  Moreover, the barcode 19 is provided also to the front part of the banknote storage tray 18b. The collective banknote storage tray 18b can store one or more of a plurality of types of collective banknotes 25b or a single type of collective banknote 25b.

  One collective banknote storage tray 18b stores collective banknotes for 150,000 yen exchange. For example, 10 sets of 5,000 bills are bundled together (bundled or put in a bag). Collected banknotes of 5,000 yen are bundled into two sets and 10 thousand yen bills are combined into one. Thousands of collective banknotes of 1,000 yen make up a total of 7 sets, which is called a collective banknote group. It is also possible to handle this collective banknote group in a bag.

FIG. 4 shows an example of the hardware configuration of the ATM system in the present embodiment. The ATM system 2 includes an ATM 41 and a storage device 11.
The ATM 41 includes a communication control unit 42, a main control unit 43, a screen display unit 44, a receipt / passbook printing unit 45, an input unit 46, a card reader / writer 47, an external communication control unit 48, a banknote deposit / withdrawal unit 49, and a banknote identification unit 50. , Bill storage unit 51, coin deposit / withdrawal unit 55, coin identification unit 56, coin storage unit 57, and power source 61.

The communication control unit 42 communicates with the communication control unit 31 of the storage device 11 using a protocol such as USB (Universal Serial Bus).
The main control unit 43 controls the overall operation of the ATM 41. The main control unit 43 includes a CPU (Central Processing Unit), a storage unit such as a ROM (Read Only Memory), a RAM (Random Access Memory), and the like. The storage unit stores a program for operating the ATM 41 and the like. The main control unit 43 generates an operation screen based on the program read from the storage unit and causes the screen display unit 44 to display the operation screen.

  The receipt / passbook printing unit 45 prints on a receipt or a passbook. The input unit 46 receives an operation instruction from the user. The input unit 46 and the screen display unit 44 may be combined to form a touch panel.

  The card reader / writer 47 reads and writes cards such as a cash card, a sales deposit card, a magnetic card such as a security card, and an IC card. Here, the sales deposit card is a card used when, for example, an employee of a store where the ATM system 2 is installed deposits or exchanges the store sales. The security card is, for example, a case where a banknote cassette (or banknote reject cassette) that has become full or near-full in an ATM is collected from the ATM system 2, loaded into the ATM system 2, or exchanged. It is a card used for.

  The external communication control unit 48 controls communication with the data center 3. The banknote deposit / withdrawal unit 49 is a deposit / withdrawal port for depositing / withdrawing banknotes. The banknote identification part 50 identifies the deposited banknote or identifies the banknote to be withdrawn. The banknotes identified by the banknote identification unit 50 are conveyed to the banknote storage unit 51.

  The banknote storage unit 51 includes a banknote stacker 52, a banknote cassette 53, and a banknote reject cassette 54. The banknote stacker 52 is a storage section fixed to the banknote storage section 51, and temporarily stores banknotes for deposit and withdrawal. The banknote cassette 53 is a cassette used for replenishing banknotes in the banknote stacker 53 or collecting banknotes in the banknote stacker 53. The banknote reject cassette 54 stores banknotes that are not suitable for circulation again.

  The coin deposit / withdrawal unit 55 is a deposit / withdrawal port for depositing / withdrawing coins. The coin identifying unit 56 identifies the deposited coin or identifies the coin to be dispensed. The coins identified by the coin identifying unit 56 are conveyed to the coin storage unit 57.

  The coin storage unit 57 includes a coin stacker 58, a coin cassette 59, and a coin reject cassette 60. The coin stacker 58 is a storage unit fixed to the banknote storage unit 51 and temporarily stores coins for deposit and withdrawal. The coin cassette 59 is a cassette used for replenishing coins to the coin stacker 58 and collecting coins of the coin stacker 58. The coin reject cassette 60 stores coins that are not suitable for distribution again.

The power supply unit 61 is connected to an external power supply, converts the supplied power, and supplies it to each part of the ATM 41.
The storage device 11 includes a control unit / power supply unit 21, a wrapping cash storage unit 16, and a banknote cassette storage unit 12. The control unit / power supply unit 21 includes a communication control unit 31, a main control unit 32, a barcode reader 33, and a power supply unit 34.

The communication control unit 31 communicates with the communication control unit 42 of the ATM 41 using a protocol such as USB.
The main control unit 32 controls the operation of the entire storage device 11. The main control unit 32 includes a CPU and a storage unit such as a ROM and a RAM. The storage unit stores a program and the like for operating the storage device 11.

  The barcode reader 33 is a reader for reading a barcode (one-dimensional barcode or two-dimensional barcode) or the like given to the banknote cassette 14 or the wrapping coin storage tray 18a. In the present embodiment, a bar code reader is used. However, the present invention is not limited to this, and any information storage medium such as an RFID reader may be used. The power supply unit 34 is connected to an external power supply and adjusts the supplied power to supply it to each part of the ATM 41.

  The wrapping cash storage unit 16 includes a plurality of wrapping coin storages 17a for storing the wrapping coin storage trays 18a and a plurality of banknote storages 17b for storing the banknote storage trays 18b. The banknote cassette storage unit 12 has a plurality of banknote cassette storages 13 for storing cassettes such as banknote cassettes and banknote reject cassettes.

  Each wrapping coin storage 17a, each banknote storage 18b, and each banknote cassette storage 13 is assigned a storage ID for identifying which storage is the storage, and the storage ID is managed by the main control unit 32. Has been. Then, after the operator stores the wrapping coin storage tray 18a in the wrapping coin storage 17a, the bar code reader 33 reads the barcode 19 of the wrapping coin storage tray 18a, and the wrapping coin that stores the wrapping coin storage tray 18a. The storage ID of the storage 17a is also registered. The read barcode information 19 and storage ID are sent to the main control unit 43 of the ATM 41 via the main control unit 32. Thereby, the main control unit 43 can manage the barcode 19 of the wrapping coin storage tray 18a in association with the storage ID of the wrapping coin storage 17a. About the collective banknote storage 17b and the collective banknote storage tray 18b, similarly to the wrapping coin storage 17a and the wrapping coin storage tray 18a, the barcode 19 of the collective banknote storage tray 18b and the storage ID of the collective banknote storage 17b. Are managed in association with each other.

  In addition, after the operator stores the banknote cassette 14 in the banknote cassette storage 13, the bar code reader 33 reads the barcode 15 of the banknote cassette 14 and stores the banknote cassette 14 in the banknote cassette storage 13. ID is also registered. The read barcode information 15 and storage ID are sent to the main control unit 43 of the ATM 41 via the main control unit 32. Thereby, the barcode 15 of the banknote cassette 14 and the storage ID of the banknote cassette storage 13 can be related and managed.

  The storage ID of the banknote cassette storage 13 may be registered using the input unit 46 of the ATM 41 or registered using an input device (not shown) connected to the main control unit 32. Also good.

  FIG. 5 shows an example of the configuration of the packaged cash storage unit in the present embodiment. As shown in FIG. 5A, the wrapping cash storage unit 16 includes a plurality of wrapping coin storages 17 a, a collective banknote storage 17 b, and an opening / closing control unit 71. As shown in FIG. 5B, each wrapping coin storage 17 a has an electromagnetic lock 20 and a tray detection unit 72. The electromagnetic lock 20 is for locking the door (not shown) of the packaging coin storage 17a. Similarly, the banknote storage 17b has an electromagnetic lock and a tray detection unit. In the following, for convenience of explanation, the description will be made with a focus on the wrapping coin storage 17a and the wrapping coin storage tray 18a. It can be handled in the same manner as 18a.

  The opening / closing controller 71 controls the electromagnetic lock 20 that prevents the door (not shown) of the packaging coin storage 17a from being opened and closed without following a predetermined procedure. The tray detection unit 72 is a micro switch or an optical sensor for detecting that the packaging coin storage tray 18a is loaded in the packaging coin storage 17a.

  In this embodiment, the door of the wrapping coin storage 17a is locked using an electromagnetic lock. However, the present invention is not limited to this, and the doors of the respective coin storages 17 are independently locked, The electromagnetic lock is not limited as long as the lock can be released when the procedure is performed.

  FIG. 6 shows an example of the configuration of the banknote cassette storage unit in the present embodiment. As shown in FIG. 6A, the banknote cassette storage unit 12 includes a plurality of banknote cassette storages 13 and a cassette attachment / detachment control unit 81. As shown in FIG. 6B, each banknote cassette storage 13 includes an electromagnetic lock 83 and a banknote cassette detection unit 82.

  The cassette attachment / detachment control unit 81 controls an electromagnetic lock 83 that prevents the banknote cassette (or banknote reject cassette) 14 stored in the banknote cassette storage 13 from being taken out without following a predetermined procedure. The banknote cassette detection unit 82 is a micro switch or an optical sensor for detecting that the banknote cassette 14 is loaded in the banknote cassette storage 13.

  FIG. 7 shows an example of the packaging coin storage tray management table in the present embodiment. The packaging coin storage tray management table is a relational table that associates the packaging coin storage tray 18a with the packaging coin storage 17a. As described above, the barcode information of the barcode 1 given to the packaging coin storage tray 18a includes the tray ID for identifying the packaging coin storage tray 18a, and the packaging coins stored in the packaging coin storage tray 18a. The amount of money (which may include the total amount) is set. At this time, after storing the wrapping coin storage tray 18a in the wrapping coin storage 17a, the bar code reader 33 reads the bar code 19 of the wrapping coin storage tray 18a and stores the wrapping coin storage tray 18a. The storage ID of 17a is also registered. Then, a packaging coin storage tray management table as shown in FIG. The package coin storage tray management table is stored in the storage device in the main control unit 43.

  The packaging coin storage tray management table includes data items of, for example, “storage ID”, “packing coin storage tray ID”, “amount of packaging coin storage tray”, and “total amount”. The “storage ID” stores the storage ID of the wrapping coin storage 17a. The “wrapping coin storage tray ID” stores the tray ID of the packaging coin storage tray. The “amount of wrapping coin storage tray” stores the number of wrapping coins by denomination, such as n wrapping coins of 100 yen. The “total amount” stores the total amount in the wrapping coin storage tray. Since the collective banknote tray management table is the same as the packaged coin storage tray management table, a description thereof will be omitted.

  FIG. 8 (FIG. 8A, FIG. 8B, FIG. 8C, FIG. 8D) shows an example of the transaction message transmitted and received between the ATM and the host in this embodiment. The transaction message includes unique information for identifying the ATM, ATM management information for managing the state of the ATM (for example, high and low), information necessary for the financial transaction or information necessary for managing the storage device 11, and the like. .

  9 to 45 show display examples of screens displayed on the screen display unit in the present embodiment. 46 to 58 show an operation flow of the ATM system in this embodiment. Hereinafter, FIGS. 46 to 58 will be described with reference to FIGS.

  First, in the flow of FIG. 46, as shown in FIG. 9, a transaction initial screen is displayed on the screen display unit 44 (S1). At this time, the main control unit 43 is in a screen operation waiting state until the “transaction start” button on the transaction initial screen is pressed (“No” in S2 and S3).

  When the “start transaction” button on the transaction initial screen is pressed (“Yes” in S3), a card insertion guidance screen is displayed as shown in FIG. 10 (S4). At this time, the operator inserts a predetermined card into the card insertion slot of the ATM 41. Then, the card reader / writer 47 reads the inserted card (S5).

  The main control unit 43 checks the validity of the inserted card based on the reading result by the card reader / writer 47 (S6). When it is determined in S6 that the inserted card is not valid (“NG” in S6), the main control unit 43 displays a screen informing the card abnormality as shown in FIG. Then, as shown in FIG. 22, the main control unit 43 displays a card return screen and ejects the card from the insertion slot. And the main control part 43 displays a transaction end screen, as shown in FIG. 23 (S7). When the card is removed from the insertion slot, the process returns to S1.

  When it is determined in S6 that the inserted card is valid (“OK” in S6), the main control unit 43 determines whether or not the inserted card is a general card such as a cash card. (S8).

  When it is determined that the inserted card is a general card (“Yes” in S8), the main control unit 43 displays a transaction selection screen as shown in FIG. 11 (S9). When “deposit transaction” is selected on the transaction selection screen in FIG. 11 (“Yes” in S10), the deposit transaction process shown in FIG. 47 is performed.

  In the flow of FIG. 47, first, the data of the inserted card is transmitted as the transaction message TD101 from the ATM 41 to the host (S11). As shown in FIG. 8A, the transaction message TD101 includes card magnetic stripe data (account number / subject).

  Based on the contents of the received transaction message TD101, the host determines whether the transaction may be performed (S12). As a result of the determination in S12, when the transaction permission is not obtained from the host (“NG” in S12), the main control unit 43 displays a screen notifying that the transaction is not possible, as shown in FIG. Then, as shown in FIG. 22, the main control unit 43 displays a card return screen and ejects the card from the insertion slot. When the card is removed from the insertion slot, the main control unit 43 displays a transaction end screen as shown in FIG. 23 (S13). Thereafter, the process returns to S1 of FIG.

  As a result of the determination in S12, when the transaction permission is obtained from the host (“OK” in S12), the main control unit 43 displays a deposit guidance screen as shown in FIG. 12 (S14). When a banknote is set in the banknote deposit / withdrawal unit 49 and / or a coin is set in the coin deposit / withdrawal unit 56, the main control unit 43 uses the banknote identification unit 50 and the coin identification unit 56 to deposit the banknotes and coins. Is counted (S15).

  After counting in S15, the main control unit 43 displays the number-of-money display screen shown in FIG. 13 and the confirmation screen shown in FIG. 14 (S16). In FIG. 14, when the “cancel” button is pressed (“NG” in S17), the main control unit 43 ejects the card from the insertion slot and transfers the deposited banknote or coin to the banknote deposit / withdrawal unit 49 or coin deposit / withdrawal. Return from the gold section 56. And the main control part 43 displays a transaction end screen, as shown in FIG. 23 (S18). Thereafter, the process returns to S1 of FIG.

  In FIG. 14, when the “confirm” button is pressed (“OK” in S17), the main control unit 43 transfers the received money (banknote and / or coin) to the banknote storage section 51 and / or the coin storage section 57. The ATM is updated (S19).

  Then, transaction messages TD102 and TD103 are transmitted and received as a settlement message between the main control unit 43 and the host (S20). That is, transaction message TD102 is transmitted from ATM 41 to the host. Transaction message TD102 includes information on the amount of money received (denomination / number) / account number / subject. Thereafter, the transaction message TD103 is transmitted from the host to the ATM 41. Transaction message TD103 includes transaction completion information / account number / subject / password.

  As shown in FIG. 15, the main control unit 43 displays a screen notifying the end of transaction and returning the card, and ejects the card from the insertion slot (S21). When the card is removed, the main control unit 43 displays a screen notifying the completion of the deposit transaction as shown in FIG. 16 (S22). Thereafter, the process returns to S1 of FIG.

  When “withdrawal transaction” is selected on the transaction selection screen in FIG. 11 (“No” in S10, “Yes” in S31 in FIG. 48), the withdrawal transaction process shown in FIG. 48 is performed. In addition, when transactions / operations other than “payment and transaction” and “withdrawal transaction” are designated (“No” in S31), a transition is made to a screen corresponding to the designated transaction / operation (S32). Then, the transaction is performed according to the screen of the transition destination, and this flow ends.

  In the flow of FIG. 48, when “withdrawal transaction” is selected (“Yes” in S31), data of the inserted card is transmitted from the ATM 41 to the host as a transaction message TD101 (S33). As shown in FIG. 8A, the transaction message TD101 includes card magnetic stripe data (account number / subject).

  Based on the contents of the received transaction message TD101, the host determines whether the transaction may be performed (S34). If the transaction permission is not obtained from the host as a result of the determination in S12 (“NG” in S34), the main control unit 43 displays a screen informing that the transaction is not possible, as shown in FIG. Then, as shown in FIG. 22, the main control unit 43 displays a card return screen and ejects the card from the insertion slot. When the card is removed from the insertion slot, the main control unit 43 displays a transaction end screen as shown in FIG. 23 (S35). Thereafter, the process returns to S1 of FIG.

  As a result of the determination in S34, when the transaction permission is obtained from the host (“OK” in S34), the main control unit 43 displays a withdrawal guidance screen (S36). That is, as shown in FIG. 17, the main control unit 43 displays a password input screen for inputting a password. When the personal identification number is input on the personal identification number input screen, the main control unit 43 displays an amount input screen for inputting the withdrawal amount as shown in FIG.

  The main control unit 43 determines the validity of the contents input on the password input screen and the money amount input screen (S37). If the content input in S37 is not valid (“NG” in S37), the process returns to S36.

  When the content input in S37 is valid (“OK” in S37), the main control unit 43 transmits the input data as a transaction message TD104 (S38). As shown in FIG. 8A, the transaction message TD104 includes information on the specified withdrawal amount / account number / subject / password.

  Then, transaction messages TD105, TD106, and TD107 are transmitted and received as settlement messages between the main control unit 43 and the host (S39). That is, the transaction message TD 105 is transmitted from the host to the ATM 41. Transaction message TD105 includes information on the withdrawal permission amount / account number / subject / password. Thereafter, transaction message TD 106 is transmitted from ATM 41 to the host. The transaction message TD 106 includes information on a withdrawal completion amount (denomination / number of sheets) / account number / subject / password. Thereafter, the transaction message 107 is further transmitted from the host to the ATM 41. The transaction message 107 includes transaction completion information / account number / subject / password information.

Thereafter, the main control unit 43 withdraws money (banknotes and / or coins) from the banknote storage unit 51 and / or the coin storage unit 57, and updates the height of the ATM 41 (S40).
As shown in FIG. 19, the main control unit 43 notifies the end of the transaction, displays a screen for prompting the return of the card and taking out the dispensed money, and ejects the card from the insertion slot (S41). When the card is removed, the main control unit 43 displays a screen informing the completion of the withdrawal transaction as shown in FIG. 20 (S42). Thereafter, the process returns to S1 of FIG.

  If it is determined in S8 of FIG. 46 that the inserted card is not a general card (“No” in S8), the main control unit 43 determines that the inserted card is sold as shown in the flow of FIG. It is determined whether or not it is a money deposit card (S51).

  When it is determined that the inserted card is a sales deposit card (“Yes” in S51), the main control unit 43 displays a sales deposit / exchange selection screen as shown in FIG. 24 (S52). ).

  When the “end” button is pressed on the sales receipt / exchange selection screen of FIG. 24 (“No” in S53, “No” in S54), the main control unit 43 ends the transaction as shown in FIG. Is displayed, and a screen prompting to remove the card is displayed (S55), and the card is ejected from the insertion slot. When the card is removed, the main control unit 43 displays a screen notifying the completion of the transaction as shown in FIG. 16 (S56). Thereafter, the process returns to S1 of FIG.

24, when the “sales deposit” button is pressed (“Yes” in S53), the main control unit 43 performs the sales deposit process shown in FIG.
In the flow of FIG. 50, first, the data of the inserted card is transmitted as the transaction message TD101 from the ATM 41 to the host (S61). As shown in FIG. 8A, the transaction message TD101 includes card magnetic stripe data (account number / subject).

  Based on the contents of the received transaction message TD101, the host determines whether the transaction may be performed (S62). If the transaction permission is not obtained from the host as a result of the determination in S62 ("No" in S62), the main control unit 43 displays a screen notifying that the transaction is not possible, as shown in FIG. Then, as shown in FIG. 22, the main control unit 43 displays a card return screen and ejects the card from the insertion slot. When the card is removed from the insertion slot, the main control unit 43 displays a transaction end screen as shown in FIG. 23 (S63). Thereafter, the process returns to S1 of FIG.

  As a result of the determination in S62, when the transaction permission is obtained from the host (“Yes” in S62), the main control unit 43 displays a deposit guidance screen as shown in FIG. 12 (S64). When a banknote is set in the banknote deposit / withdrawal unit 49 and / or a coin is set in the coin deposit / withdrawal unit 56, the main control unit 43 uses the banknote identification unit 50 and the coin identification unit 56 to deposit the banknotes and coins. Is counted (S65).

  After the counting, the main control unit 43 displays the number-of-money display screen shown in FIG. 13 and the confirmation screen shown in FIG. 14 (S66). In FIG. 14, when the “cancel” button is pressed (“NG” in S67), the main control unit 43 ejects the card from the insertion slot and transfers the deposited banknote or coin to the banknote deposit / withdrawal unit 49 or coin deposit / withdrawal. Return from the gold section 56. When the card is removed from the insertion slot, the main control unit 43 displays a transaction end screen as shown in FIG. 23 (S68). Thereafter, the process returns to S51 in FIG.

  In FIG. 14, when the “confirm” button is pressed (“OK” in S 67), the main control unit 43 sends the received money (banknote and / or coin) to the banknote storage section 51 and / or the coin storage section 57. And the height of the ATM 41 is updated (S69).

  Then, transaction messages TD102 and TD103 are transmitted and received as a settlement message between the main control unit 43 and the host (S70). That is, transaction message TD102 is transmitted from ATM 41 to the host. Transaction message TD102 includes information on the amount of money received (denomination / number) / account number / subject. Transaction message TD103 is transmitted from the host to ATM 41. Transaction message TD103 includes transaction completion information / account number / subject / password.

  As shown in FIG. 15, the main control unit 43 displays a screen notifying the end of transaction and returning the card, and ejects the card from the insertion slot (S71). When the card is removed, the main control unit 43 displays a screen notifying the completion of the sales deposit transaction as shown in FIG. 16 (S72). Thereafter, the process returns to S51 in FIG.

  When the “exchange” button is pressed on the sales receipt / exchange selection screen of FIG. 24 (“No” in S53 of FIG. 49, “Yes” in S54), the main control unit 43 displays the changes in FIG. 51 and FIG. The exchange transaction process shown is executed.

  In the flow of FIG. 51, first, the data of the inserted card is transmitted as the transaction message TD101 from the ATM 41 to the host (S81). As shown in FIG. 8A, the transaction message TD101 includes card magnetic stripe data (account number / subject).

  Based on the contents of the received transaction message TD101, the host determines whether the transaction may be performed (S82). If the transaction permission is not obtained from the host as a result of the determination in S82 ("No" in S82), the main control unit 43 displays a screen notifying that the transaction is not possible, as shown in FIG. Then, as shown in FIG. 22, the main control unit 43 displays a card return screen and ejects the card from the insertion slot. When the card is removed from the insertion slot, the main control unit 43 displays a transaction end screen as shown in FIG. 23 (S83). Thereafter, the process returns to S1 of FIG.

  As a result of the determination in S82, when the transaction permission is obtained from the host (“Yes” in S82), the main control unit 43 displays the exchange screen 200 as shown in FIG. 26 (S84). The exchange screen 200 has a function of designating denominations to be exchanged for banknotes and the number thereof, a function of designating wrapping coins in units of wrapping coin storage trays in the storage device 11, and a unit of banknote storage trays 18b in the storage device 11. It has a function to specify a collective banknote.

  When changing to banknotes, the denomination selection button 205 is selected according to the denomination to be exchanged. For example, in order to exchange money for a thousand yen ticket, the “thousand yen ticket” button is selected from the denomination selection button 205. Then, in the area 201, the thousand yen ticket is highlighted. At this time, the number of thousand yen coupons is designated with the numeric keypad 204 and the “confirm” button is pressed to confirm the number.

  Further, when changing to wrapping coins, the “wrapping coin 1” button and / or “wrapping coin 2” button is selected from the denomination selection buttons 205 according to the amount of wrapping coins required. Also, in the wrapping coin set number designation area 202a, for the wrapping coin 1, from 100 yen wrapping coin (XX book), 10 yen wrapping coin (XX book), 1 yen wrapping coin (XX book) The amount of wrapping coins (one set) worth XX million yen is shown. For the wrapping coin 2, a 5,000-yen wrapping coin consisting of a 500-yen wrapping coin (XX book), a 50-yen wrapping coin (XX book), and a 5-yen wrapping coin (XX book) (1 The height is shown. For example, the “wrapping coin 1” button is selected from the denomination selection button 205. Then, the wrapping coin 1 is highlighted in the area 201. At this time, the number of sets is determined by designating the number with the numeric keypad 204 and pressing the “confirm” button.

  When changing to collective banknotes, the “collective banknote 1” button is selected from the denomination selection buttons 205 in accordance with the required amount of collective banknotes. Further, the collective banknote set number designation area 202b is composed of 5,000 yen collective banknotes (○ sheets × ○) and 1,000 yen coupon collective banknotes (○ sheets × ○). The amount of money of collective banknotes (one set) worth 10,000 yen is shown. For example, the “collective banknote 1” button of the denomination selection button 205 is pressed. Then, in the area 201, the collective banknote 1 is highlighted. At this time, the number of sets is determined by designating the number with the numeric keypad 204 and pressing the “confirm” button.

  In the exchange total display column 206, the amount necessary for the exchange is displayed according to the contents input above. When the “exchange start” button is pressed, the main control unit 43 confirms the contents of the exchange and shifts to the exchange operation.

  In FIG. 26, there are two buttons for exchanging the wrapping coins, the “wrapping coin 1” button and the “wrapping coin 2” button, which are the wrapping coins of “wrapping coin 1” and “wrapping coin 2”. The breakdown is as described above, but these depend on the contents of the storage tray stored in the package hard storage section 16 of the storage device 11. This will be described in detail.

  When the exchange screen 200 is displayed, the main control unit 43 reads the packaging coin storage tray management table of FIG. 7 created in FIGS. 55 and 56 described later from the storage device of the main control unit 43. At this time, the main control unit 43 groups the wrapping coin storage tray management table by “the amount of the wrapping coin storage tray”, and determines the denomination selection button 205 according to the grouped wrapping coin storage tray management information. The display contents of the “wrapping coin” button and the wrapping coin set number designation area 202 are set.

  For example, in the case of the contents of the wrapping coin storage tray management table in FIG. 7, grouping by “amount of wrapping coin storage tray”, “100 yen: 9, 10 yen: 9, 1 yen: 10”, A group of “500 yen: 5, 50 yen: 9, 5 yen: 10” is obtained. In this case, a “wrapping coin 1” button and a “wrapping coin 2” button are displayed as the denomination selection button 205, and the wrapping coin set number designation area 202 has 100 yen for the wrapping coin 1 (50,000 yen). The amount of wrapping coins (9), 10 yen wrapping coins (9), and 1 yen wrapping coins (10) is displayed. In addition, for the wrapping coin 2 (150,000 yen), an amount of 500 wrapping coins (5), 50 wrapping coins (9), and 5 wrapping coins (10) is displayed.

In this case, the upper limit of the number of sets that can be designated by “wrapping coin 1” and “wrapping coin 2” is 3 sets from the contents of FIG.
In addition, in FIG. 26, the button for exchanging money into the collective banknote is the “collective banknote 1” button, and the breakdown of the collective banknote of “collective banknote 1” is as described above. This depends on the contents of the storage tray stored in the hard storage section 16. The details are the same as in the case of wrapping coins, and thus the description thereof is omitted.

  When the input is completed and the “exchange start” button is pressed on the exchange screen 200 (S85), the main control unit 43 calculates cash (exchange principal) required for exchange (S86). When the exchange cannot be performed (“No” in S87), the main control unit 43 displays that fact and returns to S84.

  In S87, when the exchange is possible (“Yes” in S87), the main control unit 43 displays a deposit guidance screen for the exchange principal as shown in FIG. 27 (S88). When a banknote is set in the banknote deposit / withdrawal unit 49 and / or a coin is set in the coin deposit / withdrawal unit 56, the main control unit 43 causes the banknote recognition unit 50 and the coin identification unit 56 to store the banknotes and coins received. And counting (S89).

  After counting in S89, the main control unit 43 displays the number-of-items amount display screen shown in FIG. 13 and the confirmation screen shown in FIG. 14 (S90). 14, when the “cancel” button is pressed (“NG” in S91), the main control unit 43 returns the deposited banknote or coin from the banknote deposit / withdrawal unit 49 or the coin deposit / withdrawal unit 56. When a bill or coin is extracted from the bill deposit / withdrawal unit 49 or the coin deposit / withdrawal unit 56, the main control unit 43 displays a transaction end screen as shown in FIG. 23 (S92). Thereafter, the process returns to S51 in FIG.

  In FIG. 14, when the “confirm” button is pressed (“OK” in S91), the main control unit 43 performs the process of FIG. That is, the main control unit 43 stores the deposited money (banknotes and / or coins) in the banknote storage unit 51 and / or the coin storage unit 57, and updates the height of the ATM (S93).

  Then, transaction messages TD108 and TD109 are transmitted and received as a settlement message (exchange deposit) between the main control unit 43 and the host (S94). That is, transaction message TD108 is transmitted from ATM 41 to the host. Transaction message TD108 includes information on the amount of money received (denomination / number of sheets) / account number / subject. Transaction message TD109 is transmitted from the host to ATM 41. Transaction message TD109 includes transaction completion information / account number / subject / password information.

  Thereafter, transaction messages TD110 to TD113 are transmitted and received between the main control unit 43 and the host as payment messages (exchange money) (S95). That is, transaction message TD110 is transmitted from ATM 41 to the host. Transaction message TD110 includes information on the specified withdrawal amount / account number / subject / password. Thereafter, a transaction message TD111 is transmitted from the host to the ATM 41. Transaction message TD111 includes information on the withdrawal permission amount / account number / subject / password. Thereafter, transaction message TD112 is transmitted from ATM 41 to the host. Transaction message TD112 includes information on the amount of money withdrawn (denomination / number) / account number / subject / password. Further, a transaction message TD113 is transmitted from the host to the ATM 41. Transaction message TD113 includes transaction completion information / account number / subject / password information.

  Thereafter, as shown in FIG. 28, the main control unit 43 displays a screen for prompting to take out the exchanged money, and withdraws the exchanged money (S96). When the exchanged money is a banknote, the main control unit 43 withdraws the banknote from the banknote deposit / withdrawal unit 49.

  Alternatively, when the exchanged money is a wrapping coin, the main control unit 43 is designated from the wrapping coin storage tray management table in FIG. 7 as a record in which the amount corresponding to the content input in FIG. 26 is stored. The number of sets obtained is acquired, and the “storage no.” Or “packing coin storage tray ID” of the acquired record is acquired. The main control unit 43 releases the electromagnetic lock 20 of the packaging coin storage 17 a corresponding to the acquired “storage No.” or “wrapping coin storage tray ID” to the main control unit 32 of the storage device 11. To order.

  The main control unit 32 of the storage device 11 controls the opening / closing control unit 71 based on the lock release command, and the opening / closing control unit 71 transmits the “storage box No.” or “wrapping coin storage tray ID” transmitted thereto. The electromagnetic lock 20 of the packaging coin storage 17a specified by is released.

At the same time, the main control unit 43 updates the amount of the ATM 41 (S96).
After the lock is released, the user opens the front door (not shown in FIG. 2) of the storage device 11, and further opens the door of the packaging coin storage 17a that is unlocked, and the packaging coin storage tray 18a. Pull out. The user removes all the wrapping coins from the wrapping coin storage tray 18a, and the empty wrapping coin storage tray 18a is set in the wrapping coin storage 17a again.

  As shown in FIG. 22, the main control unit 43 displays a screen notifying that the card has been returned and ejects the card from the insertion slot (S97). When the card is removed, the main control unit 43 displays a screen notifying the end of the transaction as shown in FIG. 23 (S98). Thereafter, the process returns to S51 in FIG. 51 and 52, the exchange of wrapping coins has been mainly described, but the same applies to the exchange of collective banknotes.

When it is determined in S51 of FIG. 49 that the inserted card is not a sales deposit card (“No” in S51), the main control unit 43 executes the process of FIG.
In the flow of FIG. 53, the main control unit 43 determines whether or not the inserted card is a security card (S101). When it is determined that the inserted card is not a security card (“No” in S101), the main control unit 43 displays a display screen informing card abnormality as shown in FIG. Then, as shown in FIG. 22, the main control unit 43 displays a card return screen and ejects the card from the insertion slot. When the card is removed from the insertion slot, the process returns to S1 in FIG.

In S101, when it is determined that the inserted card is a security card (“Yes” in S101), the main control unit 43 displays a security selection screen as shown in FIG. 29 (S103). 29 includes selection items such as “cassette loading”, “cassette collection”, “cassette replacement”,... “End”.
Note that the transition to the security screen may depend on an instruction from the operation center 6.

  When “end” is selected on the security selection screen of FIG. 29 (“No” in S104, “No” in S105, “No” in S106), the main control unit 43, as shown in FIG. A card return screen is displayed, and the card is discharged from the insertion slot (S107). When the card is removed from the insertion slot, the process returns to S1 in FIG.

When “cassette collection” is selected on the security selection screen of FIG. 29 (“Yes” in S104), the main control unit 43 executes the processes of FIG. 54 and FIG.
In the flow of FIG. 54, the main control unit 43 controls the banknote storage unit 51 to move the banknotes stored in the banknote stacker 52 to the banknote cassette 53. At this time, the main control unit 43 associates the cassette ID of the banknote cassette 53 stored in advance with the moved cash amount and stores it in the storage device in the main control unit 43 (S111).

  The main control unit 43 determines whether or not the banknote cassette 53 in the ATM is in a full state or a near full state, or there is no cash in the ATM (or includes a case where it is equal to or less than a predetermined amount. The same applies hereinafter). Is determined (S112). In S111, when the banknote cassette 53 in the ATM is not full (or includes a near full state, the same applies below) ("No" in S111), or there is cash in the ATM (or more than a predetermined amount) (The same applies to the following.) (If “No” in S111), the process returns to S111.

  When the banknote cassette 53 in the ATM is full or there is no cash in the ATM (“Yes” in S112), the main control unit 43 displays the screen of FIG. 30 and collects the banknotes collected in the ATM 41. The user is prompted to read the barcode of the cassette (or banknote reject cassette) using the barcode reader 33.

  When the bar code reader 33 is used to read the bar code of the banknote cassette (or banknote reject cassette) collected by the operator in the ATM 41 (S113), the main control unit 43 obtains the cassette ID obtained from the read bar code. Then, the banknotes (or banknote reject cassettes) collected in the ATM 41 corresponding thereto are related and stored in the storage device in the main control unit 43 (S114).

The main control unit 43 determines whether there is no cash in the ATM (S115). If there is cash in the ATM in S115 ("No" in S115), the process returns to S111.
When there is no cash in the ATM in S115 (“Yes” in S115), the main control unit 43 displays the screen of FIG. 31 and collects the banknote cassette (or banknote to be collected) in the banknote cassette storage unit 12 of the storage device 11. The barcode of the reject cassette 14 is urged to be read using the barcode reader 33.

  When the operator reads the barcode of the banknote cassette (or banknote reject cassette) 14 collected in the banknote cassette storage unit 12 of the storage device 11 using the barcode reader 33 (S116), the main control unit 43 reads the barcode. The storage unit in the main control unit 43 is related to the cassette ID obtained from the barcode and the height of the banknote cassette (or banknote reject cassette) collected in the banknote cassette storage section 12 of the storage apparatus 11 corresponding thereto. Store (S117).

  The main control unit 43 repeats S116 to S117 until the processing is completed for all banknote cassettes (or banknote reject cassettes) 14 placed in the banknote cassette storage unit 12 of the storage device 11 ("No" in S118). . When the processing for all the banknote cassettes (or banknote reject cassettes) 14 placed in the banknote cassette storage unit 12 of the storage device 11 is completed (“Yes” in S118), the main control unit 43 performs the process of FIG. Execute.

  In the flow of FIG. 55, the main control unit 43 displays the screen of FIG. 32, and uses the barcode reader 33 for the barcode 19 of the packaging coin storage tray 18 a to be collected in the packaging coin storage 17 a of the storage device 11. Prompt to read.

  When the operator reads the barcode 19 of the wrapping coin storage tray 18a collected in the wrapping coin storage 17a of the storage device 11 by using the barcode reader 33 (S119), the main control unit 43 reads the read barcode. Is associated with the height of the wrapping coin storage tray 18a collected in the wrapping coin storage 17a of the storage device 11 corresponding thereto, and stored in the storage device in the main control unit 43 (S120). At this time, the main control unit 43 stores the tray ID and the amount of wrapping coins stored in the wrapping coin storage tray 18a in the wrapping coin storage tray management table shown in FIG.

  The main control unit 43 repeats S119 to S120 until the processing is completed for all the wrapping coin storage trays 18a placed in the wrapping coin storage 17a of the storage device 11 ("No" in S121). When the processing for all the wrapping coin storage trays 18a placed in the wrapping coin storage 17a of the storage device 11 is completed ("Yes" in S121), the main control unit 43 stores the cassette ID or tray stored above. The ID and the amount information are transmitted to the host (S122). That is, the main control unit 43 transmits the cassette ID and height of all banknote cassettes (the banknote cassette in the ATM 41 and the banknote cassette 14 in the banknote cassette storage unit 12 of the storage device 11) to the host. Further, the main control unit 43 transmits the cassette ID and the height of all banknote reject cassettes (the banknote eject cassette 54 in the ATM and the banknote reject cassette 14a in the banknote cassette storage section 12 of the storage device 11) to the host. Further, the main control unit 43 transmits the tray ID and the height of the wrapping coin storage tray 18a placed in the wrapping cash storage unit 16 of the storage device 11 to the host.

  At this time, transaction messages TD114, TD115, and TD116 are transmitted and received between the main control unit 43 and the host. That is, transaction message TD114 is transmitted from ATM 41 to the host. Transaction message TD114 includes a cassette collection request and information before collection. Information before collection refers to the cassette ID and height of the banknote cassette 53 in the ATM 41, the cassette ID and height of the banknote reject cassette 54 in the ATM 41, the height of the banknote stacker in the ATM 41, and the storage device 11 before collection. The cassette ID and the height of the banknote cassette 14 in the banknote cassette storage section 12 of the banknote cassette storage section 12, the cassette ID and the height of the banknote reject cassette 14 a in the banknote cassette storage section 12 of the storage apparatus 11, and the package cash storage section 16 of the storage apparatus 11. The tray ID and the height of the wrapping coin storage tray 18a are included. Transaction message TD115 is transmitted from the host to ATM 41. Transaction message TD115 includes an instruction to permit cassette collection. Then, transaction message TD116 is transmitted from ATM 41 to the host. Transaction message TD116 includes cassette collection completion information and information after collection. Information after collection includes the cassette ID and height of the banknote cassette 53 in the ATM 41, the cassette ID and height of the banknote reject cassette 54 in the ATM 41, the height of the banknote stacker in the ATM 41, and the storage device 11. The cassette ID and the height of the banknote cassette 14 in the banknote cassette storage section 12 of the banknote cassette storage section 12, the cassette ID and the height of the banknote reject cassette 14 a in the banknote cassette storage section 12 of the storage device 11, The tray ID and the height of the wrapping coin storage tray 18a are included.

  Then, as shown in FIG. 33, the main control unit 43 removes the banknote cassette (or banknote reject cassette) in the banknote cassette storage unit 12 of the ATM 41 and / or the storage device 11 or stores the package cash in the storage device 11. A screen prompting to take out the wrapping coin storage tray 18a of the unit 16 is displayed (S123). Therefore, the operator pulls out the banknote cassette 53 (or banknote reject cassette 54) in the ATM 41, pulls out the banknote cassette 14 (banknote reject cassette 14a) in the banknote cassette storage unit 12 of the storage device 11, or stores the storage device. The wrapping coin storage tray 18a placed in the 11 wrapping cash storage unit 16 is taken out. As a result, the cassette collection process ends, and the process returns to S101 in FIG.

  The collection of the collective banknote storage tray 18b is the same as that of the collection of the wrapping coin storage tray 18a.

  When “cassette loading” is selected on the security selection screen of FIG. 29 (“Yes” in S105), the main control unit 43 executes the cassette loading process of FIG.

  In the flow of FIG. 56, as shown in FIG. 34, the main control unit 43 displays “Please set banknote cassette (reject cassette) to be loaded into ATM” on the screen. The operator sets an empty banknote cassette to be loaded into the ATM (S131).

  As shown in FIG. 35, the main control unit 43 displays “Please read the barcode of the banknote cassette (reject cassette) set in ATM” on the screen. The operator uses the barcode reader 33 to read the barcode assigned to the empty banknote cassette set in S131. The main control unit 43 registers the banknote cassette corresponding to the read cassette ID as “0” in the storage unit in the main control unit 43 (S132).

  When an empty banknote reject cassette is set in the ATM (S133), the operator uses the bar code reader 33 to read the barcode given to the set empty banknote reject cassette. The main control unit 43 registers the banknote rejection cassette corresponding to the read cassette ID as “0” in the storage unit in the main control unit 43 (S134).

  Next, as shown in FIG. 36, the main control unit 43 displays “Please set a banknote cassette (reject cassette) to be loaded into the banknote cassette storage unit” on the screen. The operator sets an empty banknote cassette to be loaded into the banknote cassette storage unit 12 (S135).

  As shown in FIG. 37, the main control unit 43 displays “Please read the barcode of the banknote cassette (reject cassette) set in the banknote cassette storage unit” on the screen. The operator uses the barcode reader 33 to read the barcode attached to the empty banknote cassette set in S135. The main control unit 43 registers the height of the banknote cassette corresponding to the read cassette ID as “0” in the storage unit in the main control unit 43 (S136).

  When an empty banknote reject cassette is set in the banknote cassette storage unit 12 (S137), the operator uses the bar code reader 33 to read the barcode applied to the set empty banknote reject cassette. The main control unit 43 registers the height of the banknote reject cassette corresponding to the read cassette ID as “0” in the storage unit in the main control unit 43 (S138).

  Next, as shown in FIG. 38, the main control unit 43 displays “Please set the wrapping coin storage tray in the wrapping cash storage unit” on the screen. The operator sets the wrapping coin storage tray 18a in the wrapping cash storage unit 16 (S139).

  As shown in FIG. 39, the main control unit 43 displays “Please read the barcode of the wrapping coin storage tray set in the wrapping cash storage unit” on the screen. The operator uses the barcode reader 33 to read the barcode applied to the set wrapping coin storage tray 18a. The main control unit 43 acquires the tray ID of the set wrapping coin storage tray 18a and the amount of the wrapping coins stored in the wrapping coin storage tray 18a from the read bar code information. As shown in FIG. 7, the main control unit 43 associates the tray ID with the amount of wrapping coins stored in the wrapping coin storage tray 18a, and registers them in the storage unit in the main control unit 43 (S140). ). At this time, the main control unit 43 stores the tray ID and the amount of wrapping coins stored in the wrapping coin storage tray 18a in the wrapping coin storage tray management table shown in FIG.

  The main control unit 43 uses the information stored in S132, S134, S136, and S138 to transmit the cassette ID of the set banknote cassette or banknote reject cassette and the height to the host. Further, the main control unit 43 uses the information stored in S140 to transmit the tray ID and the amount of wrapping coins stored in the wrapping coin storage tray 18a to the host (S141).

  At this time, transaction messages TD117, TD118, and TD119 are transmitted and received between the main control unit 43 and the host. That is, transaction message TD117 is transmitted from ATM 41 to the host. Transaction message TD114 includes a cassette loading request and information before loading. The information before loading includes the cassette ID and height of the banknote cassette 53 in the ATM 41, the cassette ID and height of the banknote reject cassette 54 in the ATM 41, the height of the banknote stacker in the ATM 41, and the storage device 11 before loading. The cassette ID and the height of the banknote cassette 14 in the banknote cassette storage section 12 of the banknote cassette storage section 12, the cassette ID and the height of the banknote reject cassette 14 a in the banknote cassette storage section 12 of the storage device 11, The tray ID and the height of the wrapping coin storage tray 18a are included. Transaction message TD 118 is transmitted from the host to ATM 41. Transaction message TD118 includes an instruction to permit cassette loading. Then, transaction message TD119 is transmitted from ATM 41 to the host. Transaction message TD119 includes cassette loading completion information and information after loading. The information after loading includes the cassette ID and height of the banknote cassette 53 in the ATM 41, the cassette ID and height of the banknote reject cassette 54 in the ATM 41, the height of the banknote stacker in the ATM 41, and the storage device 11 after loading. The cassette ID and the height of the banknote cassette 14 in the banknote cassette storage section 12 of the banknote cassette storage section 12, the cassette ID and the height of the banknote reject cassette 14 a in the banknote cassette storage section 12 of the storage device 11, The tray ID and the height of the wrapping coin storage tray 18a are included.

  As a result, the cassette loading process ends, and the process returns to S101 in FIG. The case of loading the banknote storage tray 18b is the same as the case of loading the wrapping coin storage tray 18a.

  When “Cassette replacement” is selected on the security selection screen of FIG. 29 (“No” in S104, “No” in S105, “Yes” in S106), the main control unit 43 performs the operations shown in FIGS. Perform cassette replacement processing.

  In the flow of FIG. 57, as shown in FIG. 35, the main control unit 43 displays “Please read the barcode of the banknote cassette (reject cassette) set in ATM” on the screen. The operator uses the barcode reader 33 to read the barcode attached to the banknote cassette set in the ATM (S151).

  The main control unit 43 determines whether or not the cassette ID of the banknote cassette (or banknote reject cassette) registered in the ATM is coincident with the read cassette ID (S152). When the cassette ID of the banknote cassette (or banknote reject cassette) registered in advance in S152 does not match the read cassette ID (“No” in S152), the main control unit 43 performs an abnormality process ( S153).

  When the barcode of the banknote cassette (or banknote reject cassette) registered in advance in S152 matches the read cassette ID (“Yes” in S152), the main control unit, as shown in FIG. , “Please remove the banknote cassette (reject cassette) in ATM” is displayed on the screen. Thereafter, the banknote cassette (reject cassette) in the ATM is extracted (S154).

  Next, as shown in FIG. 41, the main control unit 43 displays “Please read the barcode of the banknote cassette (reject cassette) in the banknote cassette storage unit” on the screen. The operator uses the barcode reader 33 to read the barcode attached to the banknote cassette set in the ATM (S155).

  The main control unit 43 determines whether or not the cassette ID of the banknote cassette (banknote reject cassette) in the banknote cassette storage 13 registered in advance matches the read cassette ID (S156). When the cassette ID of the banknote cassette (banknote reject cassette) in the banknote cassette storage 13 previously registered in S156 and the read cassette ID do not match (“No” in S156), the main control unit 43 performs an abnormal process. Is performed (S157).

  When the cassette ID of the banknote cassette (banknote reject cassette) in the banknote cassette storage 13 pre-registered in S156 matches the read cassette ID (“Yes” in S156), the main control unit in FIG. As shown in the figure, “Please remove the banknote cassette (reject cassette) in the banknote cassette storage section” is displayed on the screen. Then, the banknote cassette (reject cassette) in the banknote cassette storage part 12 is extracted (S158).

  Next, as shown in FIG. 43, the main control unit 43 displays “Please set the banknote cassette (reject cassette) extracted from the banknote cassette storage unit in ATM” on the screen. The operator sets the banknote cassette (reject cassette) extracted from the banknote cassette storage unit 12 in the ATM (S159).

  As shown in FIG. 35, the main control unit 43 displays “Please read the barcode of the banknote cassette (reject cassette) set in ATM” on the screen. The operator uses the barcode reader 33 to read the barcode attached to the banknote cassette set in the ATM (S160).

  The main control unit 43 determines whether the cassette ID of the banknote cassette (or banknote reject cassette) extracted from the banknote cassette storage 13 matches the read cassette ID (S161). In S161, when the cassette ID of the banknote cassette (or banknote reject cassette) extracted from the banknote cassette storage 13 and the read cassette ID do not match (“No” in S161), the main control unit 43 performs an abnormality process. (S162).

  As shown in FIG. 44, the main control unit 43 displays “Please set the banknote cassette (reject cassette) extracted from the ATM in the banknote cassette storage unit” on the screen. An operator sets the banknote cassette (or banknote reject cassette) extracted from ATM41 in the banknote cassette accommodating part 12 (S163).

  As shown in FIG. 45, the main control unit 43 displays “Please read the barcode of the bill cassette (reject cassette) exchanged in the bill cassette storage unit” on the screen. The operator reads the barcode given to the banknote cassette set in the ATM using the barcode reader 33 (S164).

  The main control unit 43 determines whether or not the cassette ID of the banknote cassette (reject cassette) extracted from the ATM matches the read cassette ID (S165). When the cassette ID of the banknote cassette (reject cassette) extracted from the ATM does not match the read cassette ID (“No” in S165), the main control unit 43 performs an abnormality process (S166).

  When the cassette ID of the banknote cassette (or banknote reject cassette) extracted from the ATM matches the read cassette ID, the main control unit 43 determines the banknotes (or banknote reject cassette) extracted from the ATM as banknotes. The banknote cassette (or banknote reject cassette) set in the cassette storage unit 12 is moved to the height, and the height and the cassette ID are stored in association with each other.

  The banknote cassette (or banknote reject cassette) extracted from the banknote cassette storage unit 12 and set in the ATM is updated to 0, and the banknote is associated with the cassette ID and stored.

  The main control unit 43 uses the information stored in S167 and S168 to transmit the cassette ID of the exchanged banknote cassette or banknote reject cassette and the height to the host (S169).

At this time, transaction messages TD120, TD121, and TD122 are transmitted and received between the main control unit 43 and the host. That is, transaction message TD120 is transmitted from ATM 41 to the host. Transaction message TD120 includes a cassette exchange request and information before exchange. The information before exchange refers to the cassette ID and height of the banknote cassette 53 in the ATM 41, the cassette ID and height of the banknote reject cassette 54 in the ATM 41, the height of the banknote stacker in the ATM 41, and the storage device 11 before the exchange. The cassette ID and the height of the banknote cassette 14 in the banknote cassette storage section 12 of the banknote cassette storage section 12, the cassette ID and the height of the banknote reject cassette 14 a in the banknote cassette storage section 12 of the storage apparatus 11, and the package cash storage section 16 of the storage apparatus 11. The tray ID and the height of the wrapping coin storage tray 18a are included. Transaction message TD115 is transmitted from the host to ATM 41. Transaction message TD115 includes an instruction to permit cassette exchange. Then, transaction message TD116 is transmitted from ATM 41 to the host. Transaction message TD116 includes cassette exchange completion information and information after exchange. The information after exchange includes the cassette ID and height of the banknote cassette 53 in the ATM 41, the cassette ID and height of the banknote reject cassette 54 in the ATM 41, the height of the banknote stacker in the ATM 41, and the storage device 11 after the exchange. The cassette ID and the height of the banknote cassette 14 in the banknote cassette storage section 12 of the banknote cassette storage section 12, the cassette ID and the height of the banknote reject cassette 14 a in the banknote cassette storage section 12 of the storage apparatus 11, and the package cash storage section 16 of the storage apparatus 11. The tray ID and the height of the wrapping coin storage tray 18a are included.
As a result, the cassette replacement process ends, and the process returns to S101 in FIG.

  By managing the history of transaction messages about the amount of wrapping coins sent to the host / data center and analyzing how much of the wrapping coin pattern (wrapping coin storage tray) is used, etc. The type (pattern), number of sets or height of the wrapping coin storage tray to be set can be adjusted.

  Thus, the automatic teller machine includes an automatic cash dispenser and a storage device. The automatic teller machine includes a touch panel unit, a deposit unit, a first storage unit, a second storage unit, a first control unit, and a first communication unit. The touch panel unit displays an operation menu and inputs an operation to the operation menu. The deposit department deposits cash. The first storage unit stores banknotes. The second storage unit stores coins. The first control unit performs control according to the input content to the touch panel unit.

  The storage device includes a second communication unit, a third storage unit, a lock unit, and a second control unit. The second communication unit communicates with the first communication unit. The third storage unit stores at least one of the wrapping coins and the collective banknotes. The lock portion locks the third storage portion. When the exchange mode is selected in the operation menu and a banknote is deposited in the deposit unit by a predetermined amount, the second controller is instructed from the first controller via the second communication unit. Accordingly, the lock part is unlocked.

  The third storage unit has a plurality of storages. A storage member in which the wrapping coins or collective banknotes are stored is stored in the storage. Examples of the storage member include a wrapping coin storage tray 18a and a collective banknote storage tray 18b.

  The storage member includes storage member identification information that is information for identifying the storage member, and storage member height information that indicates the amount of wrapping coins stored in the storage member. Is granted.

  The readable information is stored in an information storage medium (for example, a tag (label) provided with a one-dimensional or two-dimensional barcode, or an RFID (Radio Frequency IDentification) tag). Note that the one-dimensional or two-dimensional barcode may be directly printed on the storage member.

  The storage is provided with storage identification information for identification. The storage device further includes a reading device that reads the readable information. The first control unit is associated with the readable information given to the storage member stored in the storage and read by the reading device, and storage identification information of the storage. Readable—Generates storage identification information. Then, when the exchange mode is selected in the operation menu, the first control unit generates an exchange screen having a selection item corresponding to the amount of the wrapping coin from the readable-storage identification information. And displayed on the touch panel unit.

In the storage, a banknote cassette for storing the banknotes or a banknote reject cassette for storing reject banknotes is stored.
The automatic cash dispenser further includes a third communication unit. The third communication unit may include an external information processing apparatus that collects or loads the storage member, or collects, loads, or replaces the banknote cassette or the banknote reject cassette. The amount information of the reject cassette is transmitted to an external information processing apparatus.

  The automatic teller system further includes the external information processing apparatus. The external information processing apparatus reports to the police company or the security company that the storage member or the bill cassette or the bill reject cassette is to be collected or exchanged based on the amount information received from the third communication unit. To do.

  According to this embodiment, the burden of cash management can be reduced. That is, by depositing the sales money into the ATM, it is possible to reduce the temporary burden of cash and ensure safety. In addition, sales can be deposited any number of times in a free time according to the operation of the store.

  In addition, the burden of securing change can be reduced. That is, it is possible to exchange from a large amount bill to a small amount bill by the ATM exchange function. Moreover, it is possible to exchange money from banknotes to wrapping coins. You can also exchange money whenever you need it.

  In addition, when the banknote cassette (reject cassette) in the ATM becomes full or near full, a security company with a cost lower than that of the security company is requested to replace the banknote cassette (reject cassette). By collecting banknote cassettes (reject cassettes) in a full state or a near-full state stored in the storage device, collection of store sales / delivery of exchange money can be operated at a low price. Further, since the banknote cassette (reject cassette) in the ATM can be exchanged in this way, a large amount of sales can be deposited into the ATM.

  Moreover, since it deposits into ATM, it can move to a customer account immediately and can be utilized immediately as working capital. In other words, it is possible to quickly fund store sales. Moreover, since change can be made at any time by ATM, change reserve can be compressed. In addition, the work time required for the receipt of sales / changes can be greatly shortened, and the number of man-hours can be reduced. In addition, since the status of store sales deposits can be immediately grasped, the efficiency of headquarters operations can be improved. In addition, since cash exchange with the outside can be eliminated, standardization of store operations can be promoted.

  By the way, although the above-mentioned content has described ATM41 and the storage apparatus 11 as a different body, it is not restricted to this, It is also possible as an integrated automatic cash dispenser. Further, by collecting the functions of the ATM 41 in the storage device 11, it can be handled as a storage device dedicated to currency exchange.

  The present invention is not limited to the above-described embodiment, and various configurations or embodiments can be taken without departing from the gist of the present invention.

DESCRIPTION OF SYMBOLS 1 Cash collection system 2 ATM system 3 Data center 4 Cash security company 5 Bank 6 Operation center 11 Storage apparatus 12 Banknote cassette storage part 13 Banknote cassette storage 14 Banknote cassette 14a Banknote cassette 14b Banknote rejection cassette 15 Barcode 16 Packing cash storage part 17a Packing coin storage 17b Collecting banknote storage 18a Packaging coin storage tray 18b Collecting banknote storage tray 19 Bar code 20 Electromagnetic lock 21 Control unit / power supply unit 25a Packaging coin 25b Collecting bill 31 Communication control unit 32 Main control unit 33 Bar code reader 34 power supply unit 42 communication control unit 43 main control unit 44 screen display unit 45 receipt / passbook printing unit 46 input unit 47 card reader / writer 48 external communication control unit 49 banknote deposit / withdrawal unit 50 banknote identification unit 51 banknote storage unit 52 Bill stacker 53 bill cassette 54 banknote rejected cassette 55 coin recycling unit 56 coin identification portion 57 coin storing section 58 coins stacker 59 coin cassette 60 coin reject cassette 61 Power

Claims (10)

A touch panel unit on which an operation menu is displayed and an operation to the operation menu is input;
A deposit department for depositing cash;
A first storage section for storing banknotes;
A second storage for storing coins;
A first control unit that performs control according to the input content to the touch panel unit;
A first communication unit;
An automatic teller machine with
A second communication unit that communicates with the first communication unit;
A third storage section for storing at least one of the wrapping coins and the collective banknotes;
A lock portion for locking the third storage portion;
When the exchange mode is selected in the operation menu and a banknote is deposited into the deposit unit by a predetermined amount, the lock unit is configured in accordance with an instruction from the first control unit via the second communication unit. A second control unit for unlocking;
A storage device having
An automated teller system comprising The third storage unit has a plurality of storages,
In the storage, a storage member in which the wrapping coins or collective banknotes are stored is stored.
The automatic teller system according to claim 1, wherein: The storage member includes storage member identification information that is information for identifying the storage member, and storage member height information that indicates the amount of wrapping coins stored in the storage member. The cash automatic deposit system according to claim 2, wherein: The automatic reading and depositing system according to claim 3, wherein the readable information is recorded in an information storage medium. Storage identification information for identifying is given to the storage,
The storage device further includes:
A reading device for reading the readable information;
The first control unit is associated with the readable information given to the storage member stored in the storage and read by the reading device, and storage identification information of the storage. When the exchange mode is selected in the operation menu after generating the readable-storage identification information, the exchange screen has a selection item according to the amount of the wrapping coin from the readable-storage identification information. Is generated and displayed on the touch panel unit. The automatic teller system according to claim 4. The automatic deposit system according to claim 2, wherein a bill cassette for storing the bills or a bill reject cassette for storing reject bills is stored in the storage. The automatic teller machine further includes:
In the collection or loading of the storage member or the collection, loading or exchange of the banknote cassette or the banknote rejection cassette, the height information of the storage member or the banknote cassette or the banknote rejection cassette is collected in an external information processing apparatus. The automatic teller payment system according to any one of claims 2 to 6, further comprising: a third communication unit that transmits to an external information processing apparatus. The automatic teller system further includes:
Comprising the external information processing device;
The external information processing device indicates that the storage member, the banknote cassette or the banknote reject cassette is collected or exchanged to a security company or a security company based on the amount information received from the third communication unit. The automatic teller system according to claim 7, wherein the automatic teller system is notified. A touch panel unit on which an operation menu is displayed and an operation to the operation menu is input;
A deposit department for depositing cash;
A first storage section for storing banknotes;
A second storage for storing coins;
A first control unit that performs control according to the input content to the touch panel unit;
A first communication unit;
An automatic teller machine with
A second communication unit that communicates with the first communication unit;
A third storage section for storing at least one of the wrapping coins and the collective banknotes;
A lock portion for locking the third storage portion;
A second control unit;
A storage device having
A method for controlling an automatic teller machine system,
When the exchange mode is selected in the operation menu and a banknote is deposited into the deposit unit by a predetermined amount, the lock unit is configured in accordance with an instruction from the first control unit via the second communication unit. A method for controlling an automatic teller system characterized by unlocking. A touch panel unit on which an operation menu is displayed and an operation to the operation menu is input;
A deposit department for depositing cash;
A storage section for storing at least one of the wrapping coins and the collective banknotes;
A lock portion for locking the storage portion;
When the exchange mode is selected in the operation menu and banknotes are deposited into the deposit unit by a predetermined amount, the control unit unlocks the lock unit;
A storage device comprising: