JP6858815B2 - Money processing system, money processing device and money processing method - Google Patents

Description

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

An important item management device that stores and stores passbooks, large-bundle banknotes, small-bundle banknotes, coin-rolls, loose banknotes, etc., and a cashier that mainly stores and stores money and manages the amount data of the entire store such as financial institutions. There is a system that is communicatively connected to (see, for example, Patent Documents 1 and 2). In addition, there is a system in which a cash management device for storing and storing small banknotes and coins is connected to a cashier so as to be able to communicate (see, for example, Patent Document 3).

Japanese Unexamined Patent Publication No. 2013-97611 Japanese Unexamined Patent Publication No. 2015-141470 JP 2015-191486

By the way, in a money processing system having a cash management device, it is required to improve convenience while ensuring security.

The present invention has been made in view of the above points, and an object of the present invention is to provide a money processing system, a money processing device, and a money processing method capable of improving convenience while ensuring security.

The first aspect according to the present invention is a money processing handset capable of taking out and storing money based on a money processing command signal, and the money processing handset that regulates access to the money processing handset. Is provided with another device different from the other device , the money processing slave unit, and a money processing master unit capable of communicating with the other device, and the money processing master unit outputs a money processing command signal to the money processing slave unit. to transmits the authorized person identification information to the other device, the other device may enable access to the money handling handset on the basis of the authorized person identification information received from the money handling master unit, the permission The person identification information is characterized in that it is operator identification information different from the operator identification information authenticated by the money processing master unit.

In the second aspect of the present invention, in the first aspect, the permitter identification information is operator identification information for seniors rather than operator identification information authenticated by the money processing master unit. It is characterized by.
In the third aspect of the present invention, in the first aspect, the permitter identification information is an operator identification information authenticated by the money processing master unit and an operator for a senior person rather than the operator identification information. It is characterized by including identification information.

A fourth aspect according to the present invention is, in any one of the first to third aspects, the money processing master unit outputs a money processing command signal to the money processing slave unit. It is characterized in that the permitter identification information is transmitted to the machine, and the money processing slave unit enables the taking out and storage of money based on the permitter identification information received from the money processing master unit.

A fifth aspect according to the present invention is a money processing handset capable of taking out and storing money based on a money processing command signal, and the money processing handset that regulates access to the money processing handset. Is a money processing device capable of operating as a money processing master unit of a money processing system including another different device and a money processing master unit capable of communicating between the money processing slave unit and the other device. when outputting the money handling command signal to the money handling handset, transmitting the authorized person identification information is another operator identification information and the money handling authenticated operator identification information in the master unit to the other apparatus It is characterized by doing.

A sixth aspect according to the present invention is a money processing handset capable of taking out and storing money based on a money processing command signal, and the money processing handset that regulates access to the money processing handset. Is a money processing method of a money processing system including another different device and a money processing master unit capable of communicating between the money processing slave unit and the other device, wherein the money processing master unit is the said. when outputting the money handling instruction signal to the money handling handset sends said permission identification information which is another operator identification information and the money handling authenticated operator identification information in the master unit to the other apparatus The other device is characterized in that it enables access to the money processing slave unit based on the permitter identification information received from the money processing master unit.

According to the present invention, it is possible to provide a money processing system, a money processing device, and a money processing method that can improve convenience while ensuring security.

It is a block diagram which shows the money processing system which concerns on 1st and 2nd Embodiment of this invention. It is a block diagram which shows the money processing system which concerns on 1st and 2nd Embodiment of this invention. It is a perspective view which shows the cash management apparatus of the money processing system which concerns on 1st and 2nd Embodiment of this invention. It is a perspective view which shows the bundled banknote storage which constitutes the cash management apparatus of the money processing system which concerns on 1st and 2nd Embodiment of this invention. It is a perspective view which shows the Climbing Gold storage which constitutes the cash management apparatus of the money processing system which concerns on 1st and 2nd Embodiment of this invention. It is a figure which shows the storage state in the important thing management safe of the cash management apparatus of the money processing system which concerns on 1st and 2nd Embodiment of this invention. It is a top view which shows the vault and the like which constitute the money processing system which concerns on 3rd Embodiment of this invention. It is a block diagram which shows the money processing system which concerns on 3rd Embodiment of this invention. It is a perspective view which shows the cash management apparatus of the money processing system which concerns on 4th Embodiment of this invention.

[First Embodiment]
The money processing system according to the first embodiment of the present invention will be described below with reference to FIGS. 1 to 6.

The money processing system 1 according to the first embodiment is installed in a store of a financial institution such as a bank, and as shown in FIG. 1, a cashier 2 (money processing master unit) and an important property management safe 3 It has a (regulatory means) and a cash management device 4 (money processing slave unit).

The cashier 2 is installed on the floor of, for example, an office in a store building of a financial institution or the like, and is a money processing master machine that manages the total amount data of money in the entire store. The cashier 2 can deposit and withdraw money, and stores money and check data stored in the cashier 2. The cashier's amount data is increased or decreased by the money deposit / withdrawal process performed by the cashier 2.

The important property management safe 3 is an open type installed on the floor of, for example, an office in a store building of a financial institution or the like, and is a money management intermediate machine as a subordinate machine in which the balance data is managed by the cashier 2. It has become. The important material management safe 3 is a simple installation type storage device, and regulates access to articles in a stored state. The important property management safe 3 stores the management safe amount data, which is the amount of money, checks, and the like stored in the safe. The amount of data in the management safe increases or decreases depending on the operation input to the important object management safe 3. The important property management safe 3 can communicate with the cashier 2 wirelessly or by wire, and can transmit the management safe status data to the cashier 2.

The cash management device 4 is movable on the floor, and is installed by the cashier 2 together with other money processing machines such as the teller window machine 7 shown in FIG. 2, the automatic teller machine 8 for customers, and the money changer 9. It is a money processing slave machine as a subordinate machine whose high is managed. The cash management device 4 stores money, checks, and the like so that they can be taken out, and stores the amount of money, checks, and the like, which is the amount of money and checks stored in the cash management device 4. The amount data of the management device is increased or decreased by the deposit / withdrawal processing of money in the cash management device 4. The cash management device 4 can communicate with the cashier 2 by being connected wirelessly or by wire, and can transmit the data of the management device amount to the cashier 2.

The counter machine 7 stores data on the amount of money stored in the counter machine, which is the amount of money stored in the counter machine 7 from the counted value of deposits and withdrawals of money. This counter machine presence data increases or decreases depending on the deposit / withdrawal processing of money in the counter machine 7. The counter machine 7 can communicate with the cashier 2 wirelessly or by wire, and can transmit the counter machine presence data to the cashier 2.

The automatic teller machine 8 stores the ATM amount data, which is the amount of money stored in itself, from the counted value of money deposits and withdrawals. This ATM balance data increases or decreases depending on the deposit / withdrawal processing of money in the automatic teller machine 8. The automatic teller machine 8 can communicate with the cashier 2 wirelessly or by wire, and can transmit ATM cash register data to the cashier 2.

The money changer 9 stores the money changer amount data, which is the amount of money stored in the money changer 9 from the counted value of the withdrawal of money. The amount data of the change machine is increased or decreased by the money replenishment process and the withdrawal process in the change machine 9, and the denomination is changed by the exchange process. The money changer 9 can communicate with the money changer 2 wirelessly or by wire, and can transmit the money changer data to the money changer 2.

As shown in FIG. 3, the cash management device 4 has a box-shaped cash management device main body 11 and a storage 12 provided in the cash management device main body 11 in a plurality of stages in the vertical direction, specifically in five stages. ing. These storage units 12 can be slidably opened and closed in the horizontal front-rear direction with respect to the cash management device main body 11 via slide rails (not shown) provided on the left and right side walls thereof. These storages 12 are pulled out from the cash management device main body 11 to be in an open state, and are pushed into the cash management device main body 11 to be in a closed state. All the storages 12 are connected to the cash management device main body 11 so as to be movable within a predetermined range only in the front-rear direction in this way. Cash can be taken in and out of these storages 12 in the open state, while cash cannot be taken in and out in the closed state. In the cash management device 4, the front side of the storage 12 in the withdrawal direction is the front side of the device on the operator side.

Of the multi-stage storages 12, the uppermost storage is the spare storage 12 (a), which includes unbound loose bills, unwrapped loose coins, dirty bills and dirty coins, and new tickets. Stores checks, etc. Further, in the remaining storage 12, the upper two tiers are bundled bill storages 12 (b) for storing small bundled bills and large bundled bills, and the lower two tiers are the coin-roll storages 12 for storing coins. It is (c). Of course, the total number of storages 12, the individual number of bundled bill storages 12 (b) and coin-roll storages 12 (c), the layout, and the like can be arbitrarily set. For example, a spare storage. All but 12 (a) are used as bundled banknote storage 12 (b), coin storage 12 (c), the upper two stages are used as the coin storage 12 (c), and the lower two stages are bundled. Of course, it is also possible to use the bill storage 12 (b). However, since the cash management device 4 can be manually moved on the floor, the spare storage 12 (a) has one stage, the bundled bill storage 12 (b) has two stages, and the coin-roll storage 12 (c). ) Is preferably about two steps in terms of weight.

A handlebar 15 gripped by an operator when moving the cash management device 4 is attached to the rear surface side of the upper part of the cash management device main body 11 so as to extend in the left-right direction. A swingable touch panel type cash management operation display unit 16 is provided on the upper part of the cash management device main body 11 on the front side of the device with respect to the handlebar 15, and is on the front side of the device with respect to the cash management operation display unit 16. Is provided with a cash management card reader 17 and a removable cash management key operation unit 18 including a numeric keypad. The cash management operation display unit 16 is for performing operation input by the operator and displaying the operation to the operator, and the cash management key operation unit 18 is for performing the operation input by the operator. The cash management card reader 17 reads the stored data from the card passed by the operator, in other words, the stored data is input via the card.

At the lower part of the cash management device main body 11, casters 38 having rollers 37 that roll on the floor are provided at four corners. In all casters 38, the roller 37 is rotatable horizontally about the vertical axis, and the roller 37 is rotatable about the horizontal axis.

The cash management device main body 11 is provided with a storage lock mechanism 22 shown in FIG. 2 for individually locking the storage 12 in a closed state for each of all the storage 12. For example, the storage lock mechanism 22 is provided in each of the plurality of storages 12 and electromagnetically locks the storage 12 to the cash management device main body 11 in a closed state. As shown in FIG. 3, the cash management device main body 11 is provided with indicator lights 23, which are lit only when the storage lock mechanism 22 is unlocked, on each side of the plurality of storages 12.

As shown in FIG. 2, the cash management device main body 11 is connected to a cash management operation display unit 16, a cash management card reader 17, a cash management key operation unit 18, a storage lock mechanism 22, and an indicator light 23. The cash management control unit 25 to control, and the cash management storage unit 26 that stores the quantity information, type information, processing-related data, etc. of each of the stored loose banknotes, loose coins, bars, checks, etc. And are provided. The cash management control unit 25 can individually unlock the plurality of storage lock mechanisms 22, and the cash management storage unit 26 is used to individually determine the cash storage amount, that is, the amount of cash in the plurality of storages 12. to manage.

A drawer position detecting mechanism 35 for detecting the withdrawal position of each storage 12 with respect to the cash management device main body 11 is provided between each storage 12 and the cash management device main body 11. The drawer position detection mechanism 35 is such that each storage 12 is in the fully closed position that is most pushed into the cash management device main body 11, and that the storage 12 is in the fully open position that is most pulled out from the cash management device main body 11. Detects the drawer position of each storage 12 including.

As shown in FIG. 4, the bundled banknote storage 12 (b) stores the bundled small bundled banknotes T so that they can be put in and taken out. It has a small bundle tray 40 of. The small bundle bill T is formed by accumulating a predetermined number (100 coins) of bills (money) of a single denomination, winding a binding tape t at a specified position, and adhering the binding tape t. is there. Each small bundle tray 40 can store 10 bundles of small bundle bills T, and can also store a large bundle of bills T bundled with 10 bundles of small bundle bills T. Further, four or three bar trays, which will be described later, may be provided in the left space of the small bundle tray 40 in the front-rear direction depending on the denomination diameter.

Each small bundle tray 40 has a tray main body 41 that opens upward and is recessed downward, and a bill holding plate 43 that is provided on the tray main body 41 so as to be movable back and forth while maintaining parallelism with the wall portion 42. It has an urging member (not shown) that urges the bill holding plate 43 toward the rear wall portion 42. The small bundle bill T is inserted into each small bundle tray 40 from above in a standing state in which the long side direction is left and right, the short side direction is up and down, and the thickness direction is front and back. The bill T is placed on the bottom in this standing state, and is sandwiched and stored between the rear wall portion 42 and the bill holding plate 43. The stored denomination data indicating the set denomination to be stored in each small bundle tray 40 is preset and stored in the cash management storage unit 26.

As shown in FIG. 5, the coin-roll storage 12 (c) can store and withdraw coins B formed by accumulating a predetermined number (50) of coins (money) of a single denomination and wrapping them in wrapping paper. It is housed in a plurality of coins, specifically, four or three coin trays 50 in the front and rear depending on the denomination diameter, and three rows of synthetic resin coin trays 50 on the left and right.

The Climbing Tray 50 is for storing the Climbing Gold B in a standing position with the central axis up and down. The bar tray 50 constitutes a bar storage recess 51 having an upward opening shape that is recessed downward. For example, a total of 10 coin-rolls B are separately stored in the coin-roll storage recess 51 of the coin-roll tray 50. The Climbing Gold B is inserted into the Climbing Gold Storage Recess 51 from above through its upper opening. When 10 Climbing Gold Bs are stored in the Climbing Gold Storage Recess 51, the 10 Climbing Golds B are supported by the Climbing Gold Storage Recessions 51 and other Climbing Gold Bs and are in a standing position with the central axis vertically arranged. Be maintained. Here, the front row bar tray 50 is for fractions, and a plurality of auxiliary bars 52 for preventing the bar B from tipping over are erected, and the bar B can be stored even when the number of stored bars is insufficient. It can be stored without being knocked down. The stored denomination data indicating the set denomination to be stored in each coin tray 50 is preset and stored in the cash management storage unit 26.

At the front end of the upper part of the portion of the cash management device main body 11 into which each bundled bill storage 12 (b) is inserted, the left and right two rows of small bundle trays 40 of the bundled bill storage 12 (b) are close to each other upward. When there is a binding tape t, that is, a band on the left side of the left end detection line sensor 61 shown in FIG. 2 for detecting the left end position of the small bundle bill T stored in the bundle bill storage 12 (b) at the position. Left band detection line sensor 62 that detects this, right end detection line sensor 63 that detects when there is a binding tape t on the right side of the small bundle T, and right end detection line that detects the right end position of the small bundle T The sensors 64 are fixed in a state where the detection elements are arranged in the left-right direction.

The bundled banknote storage 12 (b) is most pulled out from the cash management device main body 11 and is pushed into the cash management device main body 11 most from the front end position where it comes into contact with the front end position stopper (not shown) and stops. When moving to the rear end position where the banknotes come into contact with and stop, the left end detection line sensor 61, the left band detection line sensor 62, the right band detection line sensor 63, and the right end detection line sensor 64 for each row move to the bundled bill storage 12 ( The reflected light data of the upper end portion of the small bundle bill T stored in b) will be acquired.

The cash management control unit 25 bundles based on the detection result of the drawer position detection mechanism 35 and the detection results of the left end detection line sensor 61, the left side band detection line sensor 62, the right side band detection line sensor 63, and the right end detection line sensor 64. The quantity and denomination of the small bundle bill T in the bill storage 12 (b) are acquired. That is, the cash management control unit 25 acquires the number of bands, that is, the number of bundles from the detection results of the right end detection line sensor 63 and the right end detection line sensor 64, and the detection results of the left end detection line sensor 61 and the left end detection line sensor 62. Get the length or denomination from. In this way, the cash management control unit 25 manages the amount of bundles, the total amount, and the like of each denomination of the small bundled bills T in each bundled bill storage 12 (b).

At the bottom of each bar storage position of the bar tray 50, a bar detection sensor 68 composed of a magnetic sensor for detecting the presence or absence of the bar B and the material is provided. The cash management control unit 25 acquires the quantity and denomination of the Climbing Gold B in the Climbing Gold Storage 12 (c) from the detection result of each Climbing Gold detection sensor 68. In this way, the cash management control unit 25 manages the number of coins B in each of the coin-roll storages 12 (c), the total amount of money, and the like.

The cash management control unit 25 manages the amount of the reserve storage 12 (a) in cash at the time of deposit / withdrawal transactions including the receipt / delivery of loose banknotes, loose coins, checks, etc. into the spare storage 12 (a). The amount of money is managed based on the number of loose banknotes received, the number of loose banknotes issued, the number of loose coins received, the number of loose coins issued, and the like, which are input via the operation display unit 16.

Further, the cash management device main body 11 is provided with the above-mentioned storage lock mechanism 22 for individually locking the storage 12 in the closed state for each of all the storage 12. Each storage lock mechanism 22 is in a state of allowing the opening operation by releasing the lock when power is supplied so that the corresponding storage 12 can be pulled out. Further, each storage lock mechanism 22 will stop supplying power after the corresponding storage 12 is pulled out, and thereafter, when the corresponding storage 12 is returned to the fully closed position, the storage 12 is pulled out. Impossible to lock automatically and mechanically.

In the cash management device 4, for example, the operator replenishes cash to another deposit / withdrawal machine, hands cash to the customer, stores cash entrusted by the customer, or receives the same amount of cash money from the customer. It is used when exchanging money of different denominations. That is, when the operator takes out at least one of a loose coin, a loose bill, a coin-roll B, and a small bundle bill T from the cash management device 4, the cash management device 4 is separated into the cash management device 4. Used at the time of warehousing to store at least one of coins, loose banknotes, coin-roll B and small bundle banknote T, and at the time of warehousing / delivery transactions in which warehousing and warehousing are performed in parallel. Will be done.

First, when an ID card is passed through the cash management card reader 17 at the start of a deposit / withdrawal transaction, an operator ID (operator identification information) is input from the ID card to the cash management card reader 17, and the cash management card reader 17 Outputs this operator ID to the cash management control unit 25. Then, the cash management control unit 25 determines whether the input operator ID is appropriate in the management device operator ID list stored in the cash management storage unit 26, or is not appropriate because it is not in the management device operator ID list. To judge. If the input operator ID is appropriate, this operator ID will be authenticated. In this case, the cash management control unit 25 displays a display prompting data input for the entry / exit transaction on the cash management operation display unit 16. Display it. When the operator who sees this inputs data to the cash management operation display unit 16 and finally the completion operation is input to the cash management operation display unit 16, the cash management control unit 25 inputs the data of this deposit / withdrawal transaction. It is stored in the cash management storage unit 26. As ID authentication in the cash management device 4, various authentication means can be adopted in addition to inputting the operator ID from an ID card such as a magnetic card or an IC card, and biological information such as the operator's fingerprint or vein can be adopted. It may be an authentication means using the above, or these may be used in combination.

Then, the cash management control unit 25 bases the reserve storage 12 (a), all bundled bill storage 12 (b), and all coin storage 12 (c) based on the data input in this deposit / withdrawal transaction. ), The target storage 12 can be withdrawn from the cash management device main body 11 by unlocking the storage lock mechanism 22 that locks the target storage 12 to which cash is received and discharged in this deposit / withdrawal transaction. And.

For example, when the data input in this deposit / withdrawal transaction includes at least one of loose banknotes and loose coins, the cash management control unit 25 sets the spare storage 12 (a) as the target storage 12. , The storage lock mechanism 22 that locks the spare storage 12 (a) is unlocked. As a result, the spare storage 12 (a) can be withdrawn from the cash management device main body 11. At the same time, the cash management control unit 25 turns on the indicator light 23 on the side of the spare storage 12 (a).

Further, for example, when the data input in this deposit / withdrawal transaction includes the data related to the small bundled bill T, the cash management control unit 25 stores the bundled bills T containing the small bundled bills T of the included denomination. The storage 12 (b) is set as the target storage 12, and the storage lock mechanism 22 that locks the bundled bill storage 12 (b) is unlocked. As a result, the bundled banknote storage 12 (b) can be withdrawn from the cash management device main body 11. At the same time, the cash management control unit 25 turns on the indicator light 23 on the side of the bundled bill storage 12 (b).

Further, for example, when the data input in this deposit / withdrawal transaction includes the data related to the coin-roll B, the cash management control unit 25 stores the coin-roll storage 12 that stores the coin-roll B of the included denomination. (C) is set as the target storage 12, and the storage lock mechanism 22 that locks the coin-roll storage 12 (c) is unlocked. As a result, the coin-roll storage 12 (c) can be withdrawn from the cash management device main body 11. At the same time, the cash management control unit 25 turns on the indicator light 23 on the side of the coin-roll storage 12 (c).

The operator pulls out the target storage 12 and opens it, and performs a warehousing / delivery operation of taking out and loading cash.

For example, when the target storage 12 is one bundled bill storage 12 (b), the cash management control unit 25 locks the storage lock mechanism 22 that locks the one bundled bill storage 12 (b). It is driven to release the lock, and at the same time, the indicator light 23 for this one bundled bill storage 12 (b) is turned on. Then, when it is detected from the detection result of the withdrawal position detection mechanism 35 that the withdrawal of the one bundled bill storage 12 (b) from the cash management device main body 11 is started, the one bundled bill storage 12 (b) is detected. ) Is terminated.

After that, when the withdrawal position detection mechanism 35 detects that the one bundled bill storage 12 (b) is in the fully opened state and then detects the start of movement in the closing direction, the cash management control unit 25 determines this. The left and right two sets of the left end detection line sensor 61, the left side band detection line sensor 62, the right side band detection line sensor 63, and the right end detection line sensor 64 provided for one bundled bill storage 12 (b) are these. To start capturing the reflected light data by these. Then, when the withdrawal position detecting mechanism 35 detects that the bundled bill storage 12 (b) of this one is in a completely closed state, the cash management control unit 25 ends the acquisition of the reflected light data, and at the same time, this one The indicator light 23 for the bundled banknote storage 12 (b) is turned off. When the one bundled bill storage 12 (b) is fully closed, the storage lock mechanism 22 for the one bundled bill storage 12 (b) automatically locks the one bundle bill storage 12 (b).

Then, the cash management control unit 25 acquires the quantity data of each denomination of the small bundled bill T stored in the one bundled bill storage 12 (b) from the reflected light data described above, and the cash management storage unit 26 The increase / decrease is calculated from the quantity data of this denomination and the quantity data of the denomination of the previous one bundled banknote storage 12 (b) stored in the cash management storage unit 26. Then, the cash management control unit 25 collates this increase / decrease with the data input for the current entry / exit transaction to determine whether or not there is a difference, and if there is no difference, the end of the current entry / exit transaction. To judge.

Further, when the target storage 12 is one coin-roll storage 12 (c), the cash management control unit 25 has the drawer position detection mechanism 35 fully open for the one coin storage 12 (c). When it is detected that the condition is completely closed, the indicator light 23 for the one-rolled coin storage 12 (c) is turned off, and the one-rolled coin storage 12 (c) is turned off. Climbing gold detection sensor 68 provided for c) is made to acquire magnetic data.

Then, the cash management control unit 25 acquires the quantity data of each type of the coin-roll B stored in the one-roll bar storage 12 (c) from the above-mentioned magnetic data and stores it in the cash management storage unit 26. At the same time, the increase / decrease is calculated from the quantity data of this denomination and the quantity data of the denomination of the previous one coin-roll storage 12 (c) stored in the cash management storage unit 26. Then, the cash management control unit 25 collates this increase / decrease with the data input for the current entry / exit transaction to determine whether or not there is a difference, and if there is no difference, the end of the current entry / exit transaction. To judge.

As shown in FIG. 1, the important material management safe 3 is formed by selectively combining and integrally forming a plurality of componentized storages 121 to 125. The storages 121 to 125 are for storing the managed object, and are provided for each management type. The storages 121 to 125 have a plurality of sizes. Further, the storages 121 to 125 are configured to have a fireproof structure as needed.

The important object management safe 3 includes a plurality of horizontally long storages 121 that are pulled out to the front side and are long in the horizontal direction, and a plurality of vertically long storages 121 that are pulled to the front side and swing on one side door. A storage room 122, a plurality of storage units 123 that are short in the vertical direction and swing open / close type of both side doors that are pulled to the front side and swing, and a swing open / close type door that swings to the front side. It has a plurality of storages 124 that are long in the vertical direction, and a storage 125 that has a swing-opening / closing type of both side doors that swings by being pulled toward the front side and has an intermediate length in the vertical direction. Large-bundle banknotes, small-bundle banknotes, coin-rolls, loose banknotes, loose coins, passbooks, keys, cards, gold notes, and the like are appropriately stored in the storages 121 to 125.

For example, in a plurality of storages 121 that are drawer-openable and long in the lateral direction, one of the storages 121 (a) contains large-bundle banknotes, small-bundle banknotes, coin-rolls, and loose banknotes as managed objects. It is stored and stored. In addition, loose coins as controlled objects are stored and stored in another storage room 121 (b). In addition, the passbook is stored and stored in another storage room 121 (c).

Further, as shown in FIG. 6, one storage 124 (a) provided at the bottom of the plurality of storages 124 that are swing-openable and long in the vertical direction of the doors on both sides has a cash management device 4. It is a storage unit with a fireproof structure that can be stored and taken out. Since the storage 124 (a) has a fireproof structure, the cash stored in the cash management device 4 can be safely managed against a disaster such as a fire even if the cash management device 4 itself is not configured to have a fireproof structure. Can be done. In the storage 124 (a) for storing the cash management device 4, the cash management device 4 is taken in and out by opening the door 126 (opening / closing member), and the operator to the cash management device 4 by closing the door 126. Disable access to. The cash management device 4 is stored in the storage 124 (a) with the drawer direction of the storage 12 facing the door 126 side. Therefore, when the door 126 is opened, the cash management device 4 can input the operation to the cash management operation display unit 16 and the front of all the storages 12 even if the cash management device 4 is stored in the storage 124 (a). It allows for physical withdrawal to and allows for the removal and storage of money. When the cash management device 4 is stored, the storage 124 (a) is provided with a power supply unit (not shown) that supplies power to the cash management device 4 and charges the built-in battery thereof.

Each of the storages 121 to 125 is individually provided with an electromagnetic storage lock mechanism 127 shown in FIG. 2 that locks each in a closed state, and an unlock signal is input to the storage lock mechanism 127. Then, the lock is released so that the corresponding items of the storages 121 to 125 shown in FIG. 1 can be opened, and when the lock signal is input, the corresponding items of the storages 121 to 125 are opened in the closed state. Lock impossible. The storage lock mechanism 127 for the storage 124 (a) for storing the cash management device 4 locks the door 126 in a closed state and unlocks the door 126 so that the door 126 can be opened. The door 126 locked to the storage lock mechanism 127 in the closed state restricts the operator's access to the cash management device 4 stored in the storage 124 (a).

Each storage 121 to 125 is provided with an open / close detection sensor 128 shown in FIG. 2 for detecting each open / close chain state, and a status display unit 129 composed of an LED lamp indicating each state according to the lighting state. The storage 124 (a) is provided with a storage detection sensor 130 that detects whether or not the cash management device 4 is stored in the storage 124 (a).

Further, as shown in FIG. 1, the important object management safe 3 includes a touch panel type management safe operation display unit 135 in which operation input is performed by an operator, and a management safe card reader 136 (identification information input means) on the front side. Is provided. The management safe operation display unit 135 displays the operation input to the operator as well as the operation input. The management safe card reader 136 reads the operator ID, which is the stored data, from the ID card passed by the operator, in other words, the operator ID, which is the stored data, is input via the card. is there. As the ID authentication in the important object management safe 3, various ID authentications other than inputting the operator ID from the ID card can be adopted.

The important material management safe 3 is a management safe control unit 137 shown in FIG. 2 that controls each part of the important material management safe 3 inside, and money stored in each storage 121 to 125 of the important material management safe 3. It has one management safe control unit 140 shown in FIG. 1 including a management safe storage unit 139 for storing current data and the like. The management safe control unit 140 has a management safe operation display unit 135, a management safe card reader 136, a management safe control unit 137, and a management safe storage unit 139, and is made into a component. Is located in. The management safe control unit 137 stores the amount data of money and the like stored in the important object management safe 3 in the management safe storage unit 139 based on the input to the management safe operation display unit 135.

In the important object management safe 3, the management safe control unit 140 and the appropriate ones of the plurality of storages 121 to 125 are connected to each other by a connecting tool (not shown) with the front surfaces aligned. As a result, it can be assembled into a rectangular shape when viewed from the front. At that time, the important object management safe 3 is connected to each storage room 121 to 125 and the management safe control unit 140 by a communication cable provided on the rear surface side so as to be able to communicate with each other. A cover that covers the communication cable is attached to the rear surface side of the important property management safe 3.

The important material management safe 3 assembled as described above will be installed on the floor of the office, for example, with the rear surface close to the wall, whereby the management safe control unit 140 of the important material management safe 3 will be installed. The front surface and the front surface of the plurality of storages 121 to 125 will be installed facing the indoor side of the office.

The cashier 2 shown in FIG. 1 handles coins such as banknotes, coins, and cash vouchers among the managed objects, and is installed in a store such as a financial institution to manage the monetary processing of the entire store. The cashier 2 is, for example, a staff member who handles deposits and withdrawals for large customers, a staff member who handles withdrawals of withdrawals to a public relations destination, a payment process of take-out money from a public relations destination, and further closure of business. Later, it manages the tightening of deposit and withdrawal status at all financial institution stores.

The cashier 2 includes a banknote processing device 155 that performs deposit / withdrawal processing of banknotes, a new ticket processing device 156 that performs withdrawal processing of banknotes, especially new tickets, and coins that perform deposit / withdrawal processing of coins. The processing device 157 and the processing device 157 are arranged side by side on the left and right sides.

The bill processing device 155 is provided with a loose bill deposit / withdrawal port 160 at the upper part on the front side thereof, in which loose bills are inserted from outside the machine and loose bills for withdrawal are fed out from inside the machine. Below the loose bill deposit / withdrawal port 160, there is provided a deposit reject port 161 in which deposit reject bills determined to be unacceptable in the deposit process are withdrawn from the machine. Above the loose bill deposit / withdrawal port 160, a bundle withdrawal port 162 is provided so that small bundled bills formed by accumulating and bundling a predetermined number of loose bills in the machine can be taken out of the machine.

The new ticket processing device 156 is provided with a new ticket withdrawal port 165 at the upper part on the front side thereof, from which new bills for withdrawal can be paid out from the cabin.

The coin processing device 157 is provided with a loose coin deposit slot 168 for inserting loose coins from outside the machine at the upper part on the front side thereof. Below the loose coin deposit opening 168, there is a deposit reject opening 169 in which the deposit reject coins determined to be unacceptable in the deposit process are paid out from the cabin. Below the deposit reject port 169, there is provided a rose coin withdrawal port 170 for paying out loose coins for withdrawal from the cabin. At the upper part on the front side, a coin-roll withdrawal port 171 is provided so that coins can be taken out of the machine by accumulating and packaging a predetermined number of loose coins in the machine.

The cashier 2 has a touch panel type cashier operation display unit 175, a cashier key operation unit 181 and a cashier card reader 182 above the coin processing device 157. The cashier operation display unit 175 is used by the operator to input operations and is displayed to the operator, and the cashier key operation unit 181 is used by the operator to input operations. The cashier card reader 182 reads the stored data from the ID card passed by the operator, in other words, the stored data which is the stored data is input via the card. As shown in FIG. 2, the cashier 2 includes a cashier control unit 177 that controls each part of the cashier 2, and a cashier storage unit that stores the cashier data in the cashier 2 and the cashier data in the store. It has 179 and.

The cashier control unit 177 of the cashier 2 can communicate with the cash management control unit 25 of the cash management device 4 managed by the cashier 2, and the counter machine 7 managed by the cashier 2. It is possible to communicate with the automatic cash depository machine 8 managed by the cashier 2 and to the exchange machine 9 managed by the cashier 2. In addition, the cashier control unit 177 can communicate with the management safe control unit 137 of the important item management safe 3 provided in the same store as the cashier 2.

In the cashier 2, the cashier control unit 177 manages the cashier data of the cashier 2 and the important item management safe provided in the same store as the cashier 2. The management safe amount data of 3 is stored in the cashier storage unit 179, and the cashier amount data and the management safe amount data are managed. Further, in the cash machine 2, the cash management device control unit 177 manages the cash management device data in the same store as the cash machine 2, and the cash machine 2 uses the cash management device 2 as the management data. The counter machine amount data of the counter machine 7 to be managed, the ATM amount data of the automatic teller machine 8 managed by the teller machine 2, and the exchange of the exchange machine 9 managed by the teller machine 2. The machine presence data is stored in the teller machine storage unit 179, and these management device amount data, counter machine amount data, ATM amount data, and exchange machine amount data are managed. The cashier control unit 177 manages the cashier data, the management safe data, the management device data, the counter machine data, the ATM data, and the money changer data as related data. To do. As a result, the cashier 2 centrally manages the monetary amount data of all the managed devices in the store.

The cashier 2 can also create the above-mentioned data of the deposit / withdrawal transaction for the cash management device 4. First, when the ID card is passed through the cashier card reader 182, the operator ID is input from the ID card to the cashier card reader 182, and the cashier card reader 182 receives and pays the operator ID. Output to the machine control unit 177. Then, the cashier control unit 177 indicates whether the input operator ID is appropriate in the cashier operator ID list stored in the cashier storage unit 179, or is not appropriate because it is not in the cashier operator ID list. To judge. If the input operator ID is appropriate, the operator ID is authenticated, and in that case, the cashier operation display unit 175 is displayed with a menu for the cash management device's deposit / withdrawal transaction. When the entry / exit transaction menu is selected, the cashier control unit 177 causes the cashier operation display unit 175 to display a display prompting data input for the cashier / cashier transaction. When the operator who sees this inputs data to the cashier operation display unit 175, the cashier control unit 177 stores the data of the cashier transaction in the cashier storage unit 179 and stores the data of the cashier transaction. The including monetary processing command signal is transmitted to the cash management control unit 25 of the cash management device 4. That is, the cashier 2 outputs a money processing command signal to the cash management device 4. As the ID authentication in the cashier 2, various ID authentications other than inputting the operator ID from the ID card can be adopted.

Upon receiving the currency processing command signal including the data of the deposit / withdrawal transaction, the cash management control unit 25 causes the cash management operation display unit 16 to display a display prompting the input of the completion operation, and when the completion operation is input, the cash management operation display unit 25 displays the display prompting the input of the completion operation. Data is stored in the cash management storage unit 26. After that, the cash management control unit 25 can take out and store money in the same manner as described above based on the data of the deposit / withdrawal transaction included in the received money processing command signal, and determines the end of the deposit / withdrawal transaction. Entry / exit transactions are possible. At that time, the cash management control unit 25 can eliminate the need for the ID card authentication by the cash management card reader 17. Alternatively, whether the operator ID entered in the cash management card reader 17 before the input of the completion operation is appropriate in the management device operator ID list stored in the cash management storage unit 26, or the management device operator ID It may be possible to input the completed operation when it is determined whether or not the operator ID is not in the list and the input operator ID is appropriate and the operator ID is authenticated. In the management device operator ID list, only seniors may be listed rather than the operator who created the above-mentioned entry / exit transaction data.

When the cash management device 4 that has received the money processing command signal including the data of the deposit / withdrawal transaction from the cashier 2 is stored in the storage 124 (a) of the important property management safe 3, the money is taken out from the cash management device 4 and the money is taken out. The operator who performs the storage goes to the important property management safe 3 and swipes the ID card through the management safe card reader 136. Then, the operator ID is input from the ID card to the management safe card reader 136, and the management safe card reader 136 outputs the input operator ID to the management safe control unit 137. In response to this, the management safe control unit 137 is a management safe permitter ID list including an operator ID that can open the storage 124 (a) in which the input operator ID is stored in the management safe storage unit 139. It is determined whether it is appropriate or not, and whether it is not appropriate because it is not in this management safe permitter ID list. When it is determined that the input operator ID is appropriate, the management safe control unit 137 authenticates the input operator ID and unlocks the storage lock mechanism 127 of the storage 124 (a). The door 126 is made openable, and the access history in which the input operator ID is associated with the opening time of the storage 124 (a) is stored in the management safe storage unit 139. That is, the important object management safe 3 can open the door 126 after the operator ID input to the management safe card reader 136 is authenticated.

When the door 126 of the storage 124 (a) is opened, the cash management control unit 25 of the cash management device 4 stored therein has already received the money processing command signal, so that the cash management operation display unit A display prompting the input of the completion operation is displayed on 16. Therefore, when the completion operation is input to the cash management operation display unit 16, the cash management control unit 25 determines the money in the same manner as described above based on the data of the deposit / withdrawal transaction included in the money processing command signal that has already been received. It becomes possible to take out and store, and it is possible to carry out the entry / exit transaction until the end of this entry / exit transaction is determined.

Here, when the door 126 of the storage 124 (a) is opened, the cash management device 4 operates the cash management operation display unit 16 without moving while being stored in the storage 124 (a). Inputs and physical withdrawals to the front of all storages 12 are possible, allowing coins to be taken out and stored. Therefore, the operator can perform the entry / exit transaction without taking the cash management device 4 out of the storage 124 (a). When the door 126 is closed after the entry / exit transaction is completed, the storage lock mechanism 127 locks the door 126 of the storage 124 (a) in the closed state. Further, for security, the management safe control unit 137 generates an alarm when the open state of the door 126 of the storage 124 (a) continues for a certain period of time or longer, or sets the closing time of the storage 124 (a). It may be stored in the management safe storage unit 139 in association with the access history.

According to the first embodiment described above, when the cashier 2 outputs a money processing command signal to the cash management device 4 which is movable and stores money so that it can be taken out, the cash management device 4 becomes a money processing command signal. Money can be taken out and stored based on the above, but when the door 126 of the important item management safe 3 is closed, the operator's access to the cash management device 4 stored in the important item management safe 3 is restricted. Will be. When the operator ID entered in the management safe card reader 136 of the important object management safe 3 is authenticated by the management safe control unit 137, the door 126 can be opened and the operator can access the cash management device 4. This makes it possible to take out and store the actual money of the cash management device 4. In this way, the management safe card reader 136 and the management safe control unit 137 authenticate the operator ID, so that security can be ensured.

Further, since the important object management safe 3 stores the operator ID authenticated by the management safe card reader 136 and the management safe control unit 137 in the management safe storage unit 139, the security can be further ensured. That is, since the operator who has accessed the cash management device 4 stored in the important material management safe 3 can be identified from the access history to the important material management safe 3 stored in the management safe storage unit 139, the security is further ensured. can do.

Further, if the operator ID is authenticated by the management safe card reader 136 and the management safe control unit 137 of the important object management safe 3, the door 126 can be opened to access the cash management device 4, so that the cash management device 4 can be used. It is possible to reduce troublesome operations such as authentication of the operator ID and improve convenience. Alternatively, although the authentication process is duplicated, if the operator ID is authenticated by the cash management device 4, more secure operation becomes possible.

Further, since the important property management safe 3 is separate from the building and stores the cash management device 4 so that it can be taken out and stored, the cash management device 4 can be stored with high security even if the building does not have a safe room. can do. Therefore, the cost can be reduced.

Further, in the cash management device 4 stored in the important material management safe 3, when the door 126 of the important material management safe 3 is opened, the operator can take out and store money even in the state of being stored in the important material management safe 3. After the money processing command signal is output by the cashier 2, if the operator ID is authenticated by the management safe card reader 136 and the management safe control unit 137 of the important item management safe 3 and the door 126 is opened, cash can be obtained. Money can be taken out and stored based on the money processing command signal without taking out the management device 4. Therefore, for example, in the busy season, the cash management device 4 is taken out from the important material management safe 3 and used near the cashier 2, while in the off-season, it is used while being stored in the important material management safe 3. You can do things. Therefore, the convenience can be improved.

[Second Embodiment]
The money processing system according to the second embodiment of the present invention will be described below with reference to FIGS. 1 to 6, focusing on the differences from the first embodiment.

Also in the second embodiment, when the cashier 2 creates the above-mentioned data of the deposit / withdrawal transaction for the cash management device 4, the operator ID is input from the ID card to the cashier card reader 182, and the cashier ID is input to the cashier card reader 182. Only when the control unit 177 authenticates, the data of the entry / exit transaction is input to the cashier operation display unit 175. Then, the cashier control unit 177 stores the input data of the deposit / withdrawal transaction in the cashier storage unit 179, and sends a money processing command signal including the data of the cashier / cashier transaction to the cash management control unit 25 of the cash management device 4. Send. At that time, the cashier control unit 177 of the second embodiment sets the permitter ID (permitter identification information) indicating the operator who can open the storage 124 (a) of the important matter management safe 3 to the important matter management safe. It is transmitted to the management safe control unit 137 of 3. That is, the cashier 2 transmits the permitter ID to the important property management safe 3 when outputting the money processing command signal to the cash management device 4.

Upon receiving the permitter ID, the management safe control unit 137 stores the permitter ID in the management safe storage unit 139. For the permitter ID, for example, an operator ID authenticated by the cashier card reader 182 and the cashier control unit 177 when the cashier 2 creates data for the cash management device 4's deposit / withdrawal transaction is set. It is also possible to set an operator ID different from the authenticated operator ID as the permitter ID when the cashier 2 creates the data of the deposit / withdrawal transaction for the cash management device 4. As the permitter ID, the operator ID of the senior person may be set rather than the operator who created the data of the entry / exit transaction for the cash management device 4, or the authenticated operator ID and the operator ID of the senior person may be set. It is also possible to set a plurality of operator IDs as described above.

When the cash management device 4 that has received the money processing command signal including the data of the deposit / withdrawal transaction from the cashier 2 is stored in the storage 124 (a) of the important property management safe 3, the money is taken out from the cash management device 4 and the money is taken out. The operator who performs the storage goes to the important property management safe 3 and swipes the ID card through the management safe card reader 136. Then, the operator ID is input from the ID card to the management safe card reader 136, and the management safe card reader 136 outputs the input operator ID to the management safe control unit 137. The management safe control unit 137 determines whether the operator ID matches the above-mentioned permitter ID stored in the management safe storage unit 139 and is appropriate, or does not match the permitter ID and is not appropriate. When the input operator ID is appropriate, the management safe control unit 137 authenticates the operator ID, unlocks the storage lock mechanism 127 of the storage 124 (a), and opens the door 126. Make it openable. That is, the important object management safe 3 can open the door 126 when the operator ID input to the management safe card reader 136 is the permitter ID. Here, if the operator ID authenticated by the cashier card reader 182 and the cashier control unit 177 is set as the permitter ID when the cashier 2 creates the data of the deposit / withdrawal transaction of the cash management device 4. The operator who created the data of the deposit / withdrawal transaction of the cash management device 4 in the cashier 2 can open the door 126 of the storage 124 (a) of the important property management safe 3.

When the door 126 of the storage 124 (a) is opened, the cash management control unit 25 of the cash management device 4 stored therein has already received the money processing command signal, so that the cash management operation display unit 16 is displayed. A display prompting you to enter a completion operation is displayed. Therefore, when the completion operation is input to the cash management operation display unit 16, the cash management control unit 25 determines the money in the same manner as described above based on the data of the deposit / withdrawal transaction included in the money processing command signal that has already been received. It becomes possible to take out and store, and it is possible to carry out the entry / exit transaction until the end of this entry / exit transaction is determined.

Here, the permitter ID is also transmitted from the cashier 2 to the cash management device 4, and the operator ID entered in the cash management card reader 17 before the input of the completion operation is one with the permitter ID. It is possible to input the completion operation when it is judged whether it is appropriate or not because it does not match the permitter ID, and the input operator ID is appropriate and this operator ID is authenticated. It may be.

When the door 126 of the storage 124 (a) is opened, the cash management device 4 is stored in the storage 124 (a), and the operation input to the cash management operation display unit 16 and all the storage are performed. Physical withdrawal to the front of the storage 12 becomes possible, and money can be taken out and stored. Of course, even if the cash management device 4 is withdrawn from the storage 124 (a), it is possible to input an operation to the cash management operation display unit 16 and physically withdraw all the storage 12 to the front, so that money can be withdrawn. Can be taken out and stored.

According to the second embodiment described above, when the cashier 2 outputs the money processing command signal to the cash management device 4, the permitter ID is transmitted to the important material management safe 3, and the important material management safe. In No. 3, the door 126 can be opened when the operator ID input to the management safe card reader 136 is the permitter ID. Therefore, the security can be further enhanced.

In the second embodiment, when there are a plurality of cash management devices 4 and there are a plurality of safes 124 (a) for storing the cash management devices 4 one by one, the cash management machine 2 manages the cash of a predetermined device ID. When the above-mentioned entry / exit transaction data for the device 4 is created, the created entry / exit transaction data is transmitted to the cash management control unit 25 of the cash management device 4 having this device ID, and the management safe of the important material management safe 3. The device ID and the authorized person ID are transmitted to the control unit 137. Upon receiving the device ID and the permitter ID, the management safe control unit 137 associates the device ID with the permitter ID and stores them in the management safe storage unit 139.

Then, the operator who takes out and stores money from the cash management device 4 goes to the important property management safe 3 and swipes the ID card through the management safe card reader 136. Then, the operator ID is input from the ID card to the management safe card reader 136, and the management safe card reader 136 outputs the input operator ID to the management safe control unit 137. In response to this, the management safe control unit 137 either matches the input operator ID with the above-mentioned permitter ID stored in the management safe storage unit 139 and is appropriate, or does not match the permitter ID and is appropriate. Determine if it is not. If the input operator ID is appropriate, the management safe control unit 137 stores the cash management device 4 of the device ID associated with the permitter ID. The storage lock mechanism 127 of the storage 124 (a). Is unlocked so that the door 126 can be opened. When there are a plurality of cash management devices 4, the cash management device 4 in which money is taken out and stored while being stored in the important property management safe 3 and the cash management device 4 taken out from the important property management safe 3 and near, for example, the cashier 2. It is also possible to use the cash management device 4 which is moved to and takes out and stores money properly.

[Third Embodiment]
The money processing system according to the third embodiment of the present invention will be described below mainly with reference to FIGS. 7 and 8, focusing on the differences from the second embodiment.

The money processing system 1 according to the third embodiment has a cashier 2 that is partially different from the second embodiment and a cash management device 4 that is partially different from the second embodiment. The money processing system 1 has a vault 202 (regulatory means) provided in the building 200. The vault 202 stores the cash management device 4 so that it can be taken out. The vault 202 has a door 204 (opening / closing member) that opens and closes the doorway 203 into which the cash management device 4 is taken in and out, and a vault lock mechanism 205 that locks the door 204 in a closed state.

The vault lock mechanism 205 unlocks the door 204 so that it can be opened when it is unlocked with the corresponding removable key 211, while the door 204 is closed when it is locked with the key 211. It locks so that it cannot be opened. The cash management device 4 can be stored in the vault 202, and the door 204 of the vault 202 locked in the closed state restricts the operator's access to the cash management device 4 stored in the vault 202. ..

The money processing system 1 according to the third embodiment has a key management device 215 that manages a plurality of keys 211 including a vault 202 capable of opening the door 204. The key management device 215 is provided with a key lock mechanism 216 that locks the key 211 in a mounted state. When the power is supplied, the key lock mechanism 216 releases the lock and allows the key 211 previously installed to be removed. Further, the key lock mechanism 216 will stop the power supply after removing the key 211 that has been installed until then, and after that, when the corresponding key 211 is installed, the key 211 cannot be removed automatically and mechanically. Lock to. The key lock mechanism 216 for the vault 202 is equipped with the corresponding key 211 for the vault 202.

The key management device 215 is provided with a touch panel type key management operation display unit 221 and a key management card reader 222 (identification information input means). The key management operation display unit 221 is used to input an operation by the operator and display the key management operation display unit 221 to the operator. The key management card reader 222 reads the operator ID, which is the stored data of the card passed by the operator, in other words, the operator ID, which is the stored data, is input via the card. .. As the ID authentication in the key management device 215, various ID authentications other than inputting the operator ID from the ID card can be adopted. The key management device 215 has a key management control unit 223 that controls each part of the key management device 215 and a key management storage unit 224 that stores an access history to the key management device 215. The key management control unit 223 can communicate with the cashier control unit 177 of the cashier 2.

Also in the third embodiment, when the cashier 2 creates the above-mentioned deposit / withdrawal transaction data for the cash management device 4, the cashier control unit uses the operator ID input from the ID card to the cashier card reader 182. Only when 177 authenticates, data of the deposit / withdrawal transaction is input to the cashier operation display unit 175. Then, the cashier control unit 177 stores the input data of the deposit / withdrawal transaction in the cashier storage unit 179, and sends a money processing command signal including the data of the cashier / cashier transaction to the cash management control unit 25 of the cash management device 4. Send. At that time, the cashier control unit 177 of the third embodiment transmits the permitter ID to the key management control unit 223 of the key management device 215. That is, when the cashier 2 outputs the money processing command signal to the cash management device 4, the permitter ID is transmitted to the key management device 215.

Upon receiving the permitter ID, the key management control unit 223 stores the permitter ID in the key management storage unit 224. For the permitter ID, for example, an operator ID authenticated by the cashier card reader 182 and the cashier control unit 177 when the cashier 2 creates data for the cash management device 4's deposit / withdrawal transaction is set. It is also possible to set an operator ID different from the authenticated operator ID as the permitter ID when the cashier 2 creates the data of the deposit / withdrawal transaction of the cash management device 4. As the permitter ID, the operator ID of the senior person may be set rather than the operator who created the above-mentioned entry / exit transaction data, or a plurality of operator IDs such as the authenticated operator ID and the operator ID of the senior person may be set. The operator ID can also be set.

When the cash management device 4 that has received the money processing command signal including the data of the deposit / withdrawal transaction from the cashier 2 is stored in the vault 202, the operator who takes out and stores the money from the cash management device 4 first. Go to the key management device 215 and swipe the ID card through the key management card reader 222. Then, the operator ID is input from the ID card to the key management card reader 222, and the key management card reader 222 outputs the input operator ID to the key management control unit 223. In response to this, the key management control unit 223 either matches the input operator ID with the above-mentioned permitter ID stored in the key management storage unit 224 and is appropriate, or disagrees with the permitter ID and is appropriate. Determine if it is not.

If the entered operator ID is correct, the key management control unit 223 can unlock the key lock mechanism 216 that holds the key 211 for the safe room 202 and remove the key 211 for the safe room 202. Make it a state. Then, the operator removes the key 211 for the vault from the key management device 215, goes to the vault 202, and unlocks the vault lock mechanism 205 with the key 211. Then, the door 204 of the safe room 202 can be opened. That is, the key management device 215 and the vault 202 can open the door 204 when the operator ID input to the key management card reader 222 is the permitter ID. Here, if the operator ID authenticated by the cashier card reader 182 and the cashier control unit 177 is set as the permitter ID when the cashier 2 creates the data of the deposit / withdrawal transaction of the cash management device 4. The operator who created the data of the deposit / withdrawal transaction of the cash management device 4 in the cashier 2 can open the door 204 of the vault 202.

When the door 204 of the vault 202 is opened, the cash management control unit 25 of the cash management device 4 stored therein has already received the money processing command signal, so that the cash management operation display unit 16 completes the operation. A display prompting input is displayed. Therefore, when the completion operation is input to the cash management operation display unit 16, the cash management control unit 25 determines the money in the same manner as described above based on the data of the deposit / withdrawal transaction included in the money processing command signal that has already been received. It becomes possible to take out and store, and it is possible to carry out the entry / exit transaction until the end of this entry / exit transaction is determined.

Here, too, the permitter ID is transmitted from the cashier 2 to the cash management device 4, and the operator ID entered in the cash management card reader 17 before the input of the completion operation is the same as the permitter ID. It may be determined whether the operation is appropriate or not, which does not match the permitter ID, and when the input operator ID is appropriate, the completion operation may be input. The cash management device 4 in the vault 202, which receives the money processing command signal, is stored in the vault 202, and the operation input to the cash management operation display unit 16 and all the storages 12 Can be physically withdrawn, and money can be taken out and stored.

According to the third embodiment described above, when the cashier 2 outputs the currency processing command signal to the cash management device 4, the custodian ID is transmitted to the key management device 215, and the key management device 215 When the operator ID input to the key management card reader 222 is this authorized person ID, the key 211 of the door 204 of the safe room 202 can be removed. As a result, the door 204 of the safe room 202 can be opened. Therefore, the cash management device 4 can be stored with higher security.

[Fourth Embodiment]
The money processing system according to the fourth embodiment of the present invention will be described below mainly with reference to FIG. 9, focusing on the differences from the third embodiment.

The money processing system 1 according to the fourth embodiment has a cashier 2 that is partially different from the third embodiment and a cash management device 4 that is partially different from the third embodiment. The cash management device 4 has a cover 304 that is an opening / closing member that covers the cash management operation display unit 16 (operation unit), and a cover lock mechanism 305 that locks the cover 304 in a closed state. In addition, instead of or together with the cover 304 and the cover lock mechanism 305, a cover (not shown) and a cover lock mechanism (not shown) which are opening / closing members for covering the cash management key operation unit 18 may be provided. When a cover and a cover lock mechanism are provided on both the cash management operation display unit 16 and the cash management key operation unit 18, the keys for unlocking these cover lock mechanisms may be shared or separated. You can also.

The cover lock mechanism 305 unlocks the cover 304 so that it can be opened when it is unlocked with the corresponding removable key 311. On the other hand, when the cover 304 is locked with the key 311, the cover 304 is closed. Locks so that it cannot be opened. When the cover 304 is locked in the closed state, the cover 304 restricts the operator's access to the cash management operation display unit 16 of the cash management device 4.

The money processing system 1 according to the fourth embodiment has the same key management device 215 as the third embodiment. In the key management device 215 of the fourth embodiment, the key 311 for the cover 304 is attached to the key lock mechanism 216 for the cover 304.

Also in the fourth embodiment, when the cashier 2 creates the above-mentioned deposit / withdrawal transaction data for the cash management device 4, the cashier control unit inputs the operator ID input from the ID card to the cashier card reader 182. Only when the 177 is authenticated, the data of the entry / exit transaction is input to the cashier operation display unit 175. Then, the cashier control unit 177 stores the input data of the deposit / withdrawal transaction in the cashier storage unit 179, and sends a money processing command signal including the data of the cashier / cashier transaction to the cash management control unit 25 of the cash management device 4. Send. At that time, the cashier control unit 177 of the fourth embodiment transmits the permitter ID to the key management control unit 223 of the key management device 215. That is, when the cashier 2 outputs the money processing command signal to the cash management device 4, the permitter ID is transmitted to the key management device 215.

Upon receiving the permitter ID, the key management control unit 223 stores the permitter ID in the key management storage unit 224. For the permitter ID, for example, an operator ID authenticated by the cashier card reader 182 and the cashier control unit 177 when the cashier 2 creates data for the cash management device 4's deposit / withdrawal transaction is set. It is also possible to set an operator ID different from the authenticated operator ID as the permitter ID when the cashier 2 creates the data of the deposit / withdrawal transaction of the cash management device 4. As the permitter ID, the operator ID of the senior person may be set rather than the operator who created the above-mentioned entry / exit transaction data, or a plurality of operator IDs such as the authenticated operator ID and the operator ID of the senior person may be set. The operator ID can also be set.

The operator who takes out and stores money from the cash management device 4 that has received the money processing command signal including the data of the deposit / withdrawal transaction from the cashier 2 first goes to the key management device 215 and IDs the key management card reader 222. Swipe the card. Then, the operator ID is input from the ID card to the key management card reader 222, and the key management card reader 222 outputs the input operator ID to the key management control unit 223. In response to this, the key management control unit 223 either matches the input operator ID with the above-mentioned permitter ID stored in the key management storage unit 224 and is appropriate, or disagrees with the permitter ID and is appropriate. Determine if it is not.

When the input operator ID is appropriate, the key management control unit 223 unlocks the key lock mechanism 216 for the cover 304 to make the key 311 for the cover 304 removable. Then, the operator removes the key 311 for the cover 304 from the key management device 215, goes to the cash management device 4, and unlocks the cover lock mechanism 305 with the key 311. Then, the cover 304 can be opened. That is, the key management device 215 and the cash management device 4 can open the cover 304 when the operator ID input to the key management card reader 222 is the permitter ID. Here, if the operator ID authenticated by the cashier card reader 182 and the cashier control unit 177 is set as the authorized person ID when the cashier 2 creates the data of the cash receipt / withdrawal transaction of the cash management device 4. The operator who created the data of the deposit / withdrawal transaction of the cash management device 4 in the cashier 2 can open the cover 304 of the cash management device 4.

When the cover 304 of the cash management device 4 is opened, the cash management control unit 25 of the cash management device 4 displays a display prompting the cash management operation display unit 16 to input a completion operation because the money processing command signal has already been received. When the display is displayed and the completion operation is input, money can be taken out and stored in the same manner as above based on the data of the deposit / withdrawal transaction included in the received currency processing command signal. It is possible to make in and out transactions until the end is determined. Here, too, the permitter ID is transmitted from the cashier 2 to the cash management device 4, and the operator ID entered in the cash management card reader 17 before the input of the completion operation is the same as the permitter ID. It may be determined whether the operation is appropriate or not, which does not match the permitter ID, and when the input operator ID is appropriate, the completion operation may be input.

According to the fourth embodiment described above, when the cashier 2 outputs the currency processing command signal to the cash management device 4, the permitter ID is transmitted to the key management device 215, and the key management device 215 When the operator ID input to the key management card reader 222 is this authorized person ID, the key 311 of the cover 304 covering the cash management operation display unit 16 of the cash management device 4 can be removed. As a result, the cover 304 that covers the cash management operation display unit 16 can be opened. Therefore, security can be ensured with a simple structure.

As a modification, access to the cash management device 4 is permitted and restricted for the key whose removal is controlled by the key management device 215 of the fourth embodiment without providing the cover 304 that covers the cash management operation display unit 16. It is also possible to use the key to be used as a key, or to control the removal of a card that allows access to the cash management device 4 instead of the key by the key management device 215.

In the third and fourth embodiments, when the key management device 215 does not make the keys 211 and 311 removable when the operator ID input to the key management card reader 222 is the permitter ID, the key When the operator ID input to the management card reader 222 is authenticated, the keys 211 and 311 may be removable.

The first aspect is a money processing handset that is movable and stores money so that it can be taken out, a regulating means having an opening / closing member that restricts access to the money processing handset in a closed state, and the money processing handset. A monetary processing master unit capable of communicating with a machine is provided, the monetary processing master unit outputs a monetary processing command signal to the monetary processing slave unit, and the monetary processing slave unit outputs money based on the monetary processing command signal. The regulating means has an identification information input means for inputting the operator identification information, and the opening / closing member is after the authentication of the operator identification information input to the identification information input means. It is characterized by being able to open.

According to the first aspect, when the money processing master unit outputs a money processing command signal to a money processing slave unit that is movable and stores money so that it can be taken out, the money processing slave unit becomes a money processing command signal. Based on this, money can be taken out and stored, but if the opening / closing member of the regulating means is closed, access to the money processing slave unit is restricted. When the operator identification information input to the identification information input means is authenticated, the opening / closing member can be opened, access to the money processing handset becomes possible, and the actual money of the money processing handset can be taken out and stored. Becomes possible. Therefore, since the operator identification information is authenticated by the regulatory means, security can be ensured. In addition, if the operator identification information is input to the identification information input means, the opening / closing member can be opened to access the money processing handset, which makes it possible to reduce troublesome operations on the money processing handset, which is convenient. Can be raised.

In the second aspect, in the first aspect, the monetary processing master unit can communicate with the restricting means, and when the monetary processing command signal is output to the monetary processing slave unit, the restricting means is used. The regulatory means can open the opening / closing member when the operator identification information input to the identification information input means is the permitter identification information. And.

According to the second aspect, when the money processing master unit outputs the money processing command signal to the money processing slave unit, the permitter identification information is transmitted to the regulating means, and the regulating means is the identification information. When the operator identification information input to the input means is the permitter identification information, the opening / closing member can be opened. Therefore, the security can be further enhanced.

In the third aspect, in the first or second aspect, the regulating means is a storage device for retrievably storing the money processing handset, and the money processing handset housed in the storage device. Is characterized in that when the opening / closing member is opened, money can be taken out and stored in the state of being stored in the storage device.

According to the third aspect, since the regulating means is a storage device for storing the money processing slave unit so that it can be taken out, the money processing slave unit can be stored with high security even if there is no vault. Further, when the opening / closing member is opened, the money processing slave unit stored in the storage device can take out and store money even while it is stored in the storage device. Therefore, the money processing command signal by the money processing master unit If the opening / closing member of the storage device is opened after the output of, the money can be taken out and stored based on the money processing command signal without taking out the money processing slave unit from the storage device.

In the fourth aspect, in the first or second aspect, the regulating means communicates with a vault having the opening / closing member and storing the money processing slave unit so that it can be taken out, and the money processing master unit. It is characterized by having a key management device that manages a key that is capable and can open the opening / closing member.

According to the fourth aspect, when the key management device authenticates the operator identification information input to the identification information input means, the key of the opening / closing member of the safe room can be removed. This makes it possible to open the opening / closing member of the safe room. Therefore, the money processing slave unit can be stored with higher security.

In a fifth aspect, in the first or second aspect, the regulating means has the opening / closing member covering the operation unit of the money processing slave unit and capable of communicating with the money processing master unit. It is characterized by having a key management device that manages a key that can open the opening / closing member.

According to the fifth aspect, when the key management device authenticates the operator identification information input to the identification information input means, the key of the opening / closing member covering the operation unit of the money processing slave unit can be removed. This makes it possible to open the opening / closing member that covers the operating portion of the money processing slave unit. Therefore, security can be ensured with a simple structure.

A sixth aspect is a money processing handset that is movable and can take out and store money, and can take out and store money based on a money processing command signal, and the money processing handset in a closed state. When the operator identification information input to the identification information input means is the permitter identification information, the opening / closing member and the identification information input means for restricting the access of the opening / closing member can be opened. A money management device capable of operating as the money processing master unit for a money processing system including the money processing slave unit and a money processing master unit capable of communicating with the regulating means, wherein the money processing slave unit has the above-mentioned money processing slave unit. It is characterized in that the money processing command signal is output and the authorized person identification information is transmitted to the regulating means.

According to the sixth aspect, when the money processing command signal is output to the money processing slave unit, the permitter identification information is transmitted to the regulating means, and the regulating means is input to the identification information input means. When the operator identification information is the permitter identification information, the opening / closing member can be opened. Therefore, security can be enhanced.

A seventh aspect is a coin processing slave unit that is movable and stores money so that it can be taken out, and a regulation means having an opening / closing member and an identification information input means that restrict access to the money processing slave unit in a closed state. A money processing master unit capable of communicating with the money processing slave unit is provided, the money processing master unit outputs a money processing command signal to the money processing slave unit, and the money processing slave unit outputs the money processing command signal to the money processing slave unit. It is a money processing method of a money processing system capable of taking out and storing money based on a command signal, and opens the opening / closing member of the regulating means after authentication of the operator identification information input to the identification information input means. It is characterized by making it possible.

According to the seventh aspect, when the money processing master unit outputs a money processing command signal to a money processing slave unit that is movable and stores money so that it can be taken out, the money processing slave unit becomes a money processing command signal. Based on this, money can be taken out and stored, but if the opening / closing member of the regulating means is closed, access to the money processing slave unit is restricted. When the operator identification information input to the identification information input means is authenticated, the opening / closing member can be opened, access to the money processing handset becomes possible, and the actual money of the money processing handset can be taken out and stored. Becomes possible. Therefore, since the operator identification information is authenticated by the regulatory means, security can be ensured. In addition, if the operator identification information is input to the identification information input means of the regulatory means, the opening / closing member can be opened to access the money processing handset, so that troublesome operations on the money processing handset can be reduced. , Convenience can be increased.

In the eighth aspect, in the seventh aspect, when the currency processing master unit outputs the currency processing command signal to the currency processing slave unit, the permitter identification information is transmitted to the regulating means, and the identification information is transmitted. When the operator identification information input to the input means is the permitter identification information, the opening / closing member can be opened.

According to the eighth aspect, when the money processing master unit outputs the money processing command signal to the money processing slave unit, the permitter identification information is transmitted to the regulating means, and the regulating means is the identification information. When the operator identification information input to the input means is the permitter identification information, the opening / closing member can be opened. Therefore, the security can be further enhanced.

1 Money processing system 2 Cashier (money processing master machine)
3 Important item management safe (regulatory means, storage device)
4 Cash management device (money processing handset)
16 Cash management operation display unit (operation unit)
126 Door (opening and closing member)
136 Management safe card reader (identification information input means)
202 Safe room (regulatory means)
204 Door (opening and closing member)
211,311 Key 215 Key management device (regulatory means)
222 Key management card reader (identification information input means)
304 cover (opening and closing member)

Claims (6)

A money processing handset that can take out and store money based on a money processing command signal,
With other devices different from the money processing handset that regulate access to the money processing handset,
The money processing slave unit and the money processing master unit capable of communicating with the other device are provided.
When the money processing master unit outputs a money processing command signal to the money processing slave unit, the money processing master unit transmits the permitter identification information to the other device.
The other device enables access to the money processing slave unit based on the permitter identification information received from the money processing master unit.
A currency processing system characterized in that the permitter identification information is operator identification information different from the operator identification information authenticated by the currency processing master unit. The money processing system according to claim 1, wherein the permitter identification information is operator identification information for seniors rather than operator identification information authenticated by the money processing master unit. The first aspect of claim 1, wherein the permitter identification information includes an operator identification information authenticated by the money processing master unit and an operator identification information for a senior person rather than the operator identification information. Money processing system. When the money processing master unit outputs a money processing command signal to the money processing slave unit, the money processing master unit transmits the permitter identification information to the money processing slave unit.
The money according to any one of claims 1 to 3, wherein the money processing slave unit enables the taking out and storing of money based on the permitter identification information received from the money processing master unit. Processing system. A money processing slave unit capable of taking out and storing money based on a money processing command signal, another device different from the money processing slave unit that regulates access to the money processing slave unit, and the money processing A money processing device capable of operating as a money processing master unit of a money processing system including a money processing master unit capable of communicating between a slave unit and the other device.
When outputting the money handling command signal to the money handling handset, transmitting the authorized person identification information is another operator identification information and the money handling authenticated operator identification information in the master unit to the other apparatus A money processing device characterized by doing so. A money processing handset that can take out and store money based on a money processing command signal,
Money including another device different from the money processing handset that restricts access to the money processing handset, and a money processing master unit that can communicate between the money processing handset and the other device. It is a money processing method of the processing system,
When the monetary processing master unit outputs a monetary processing command signal to the monetary processing slave unit, the monetary processing master unit uses operator identification information different from the operator identification information authenticated by the monetary processing master unit to the other device. Send some permitter identification information,
The other device is a money processing method, characterized in that it enables access to the money processing slave unit based on the permitter identification information received from the money processing master unit.

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