JP2017130141A - Currency management system, currency management device, and balance data management method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a simple and highly convenient currency management system, a currency management device, and a balance data management method.SOLUTION: This currency management system is provided with: a currency management slave machine 4 that is movable and that houses currency and can transmit the slave machine balance data of the housed currency; a currency management intermediate machine 3 that removably stores the currency management slave machine 4; and a currency management master machine 2 that can communicate with the currency management slave machine 4 and the currency management intermediate machine 3. The currency management master machine 2 manages the master machine balance data of the currency management master machine 2, the intermediate machine balance data of the currency management intermediate machine 3, and other balance data at hand. In a state where the currency management slave machine 4 is stored in the currency management intermediate machine 3, the slave machine balance data is included not in the balance data at hand but in the intermediate machine balance data. In a state where the currency management slave machine 4 is removed from the currency management intermediate machine 3, the slave machine balance data is included not in the intermediate machine balance data but in the balance data at hand.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a money management system, a money management apparatus, and a cash balance data management method.

  Important material management device that stores and stores bankbooks, large bundle bills, small bundle bills, bar and rose bills, etc., and a teller machine that mainly stores and stores money and manages the balance data of stores such as financial institutions Are communicably connected to each other (see, for example, Patent Documents 1 and 2). In addition, there is a system in which a cash management device that stores and stores small bundles of banknotes and bars is communicably connected to a cashier (see, for example, Patent Document 3).

JP 2013-97611 A JP-A-2015-141470 JP, 2015-191486, A

  By the way, in order to ensure security, an operation method is desired in which the cash management apparatus is stored and stored in a safe room after the end of business. For this reason, the money management system including the cash management apparatus becomes a large-scale system requiring a safe room. Further, when there is no safe room, an inconvenient money management system that does not use a cash management apparatus must be adopted.

  The present invention has been made in view of the above points, and an object of the present invention is to provide a simple and convenient money management system, money management apparatus, and cash amount data management method.

  In order to achieve the above object, a first aspect according to the present invention is a money management handset that is movable and capable of transmitting money handset amount data of money that is stored and stored so that money can be taken out. A money management intermediary device that stores the money management slave device so that it can be removed, and a money management master device that can communicate with the money management slave device and the money management intermediate device. It manages the cash machine master machine's master machine balance data, the money management intermediate machine's intermediate machine cash data, and other hand cash data, and the money management intermediate machine stores the money management slave machine. In the state where the handset amount data is not included in the hand amount data, but is included in the intermediate amount data, and in the state where the money management handset is taken out from the money management intermediate device, Child machine inventory data is used as the intermediate machine inventory data. Characterized in that included in the hand cash data not including.

  According to the first aspect, the money management slave unit is configured to be movable, and the money management intermediate unit is provided with a safe room for storing the money management slave unit in order to store the money management slave unit in a removable manner. Even without it, it is possible to operate with high security. Therefore, it is simple and convenient. In addition, when the money management master unit can communicate with the money management slave unit and the money management intermediate unit and the money management intermediate unit stores the money management slave unit, If the data is included in the intermediate machine inventory data of the money management intermediary machine without including the data in the cash management intermediate data, and the money management slave machine is removed from the money management intermediate machine, the slave machine inventory data is included in the intermediate machine inventory data. Since it is included in the data on hand stock without being included in the data, such manual replacement work by hand of the stock data becomes unnecessary. Therefore, the convenience is further enhanced.

  According to a second aspect of the present invention, in the first aspect, the money management intermediate machine has an opening / closing mechanism that opens and closes a storage unit that stores the money management slave unit. Based on the operation of storing the slave unit, the money management master unit includes the slave unit inventory data in the intermediate unit inventory data without including the hand unit inventory data, and A machine storage command signal is output, and the money management intermediate machine permits the opening / closing mechanism to open when receiving the slave machine storage command signal.

  According to the second aspect described above, when the slave management command operation is input, the money management master unit does not include the slave unit cash position data of the money management slave unit in the available cash amount data. It is included in the intermediate machine inventory data and outputs a slave storage command signal to the money management intermediate machine. When receiving the slave unit storage command signal, the money management intermediate unit permits the opening / closing mechanism to open. Therefore, the money management slave unit is stored in the money management intermediary unit without replacing the cash amount data, which is not included in the handheld unit balance data but included in the intermediate unit balance data. Can be suppressed.

  According to a third aspect of the present invention, in the second aspect, base unit input operator identification information is input at the time of operation input of the handset storage command operation to the money management base unit, and the money management base unit is , Including the master unit input operator identification information, and outputting the slave unit storage command signal to the money management intermediate unit, the intermediate unit input operator identification information being input to the base unit input information The opening / closing mechanism is permitted to open when it matches the operator identification information.

  According to the third aspect, the money management parent machine outputs the child machine storage command signal to the money management intermediate machine including the parent machine input operator identification information. Then, the money management intermediate machine permits the opening / closing mechanism to open when the input intermediate machine input operator identification information matches the parent machine input operator identification information. Therefore, storage of the money management slave unit in the money management intermediate unit by a person other than the operator of the money management master unit can be suppressed, and erroneous storage such as storage of other currency management slave units can be suppressed.

  According to a fourth aspect of the present invention, in any one of the first to third aspects, the money management intermediate machine has an opening / closing mechanism that opens and closes a storage unit that stores the money management slave. Based on a handset takeout command operation to the money management base unit, the money management base unit includes the handset amount data not in the intermediate unit amount data but in the hand amount information, and A slave unit takeout command signal is output to the money management intermediate unit, and the money management intermediate unit permits the opening / closing mechanism to open when receiving the slave unit takeout command signal.

  According to the fourth aspect, the money management parent machine does not include the child machine inventory data of the money management child machine in the intermediate machine inventory data of the money management intermediate machine when the child machine takeout command operation is input. Is included in the available cash amount data, and a slave unit takeout command signal is output to the money management intermediate machine. When receiving the slave unit take-out command signal, the money management intermediate unit permits the opening / closing mechanism to open. Therefore, the money management handset can be taken out from the money management intermediary machine without changing the stock data, which is not included in the handset stock data but is included in the hand stock data. Can be suppressed.

  According to a fifth aspect of the present invention, in the fourth aspect, base unit input operator identification information is input at the time of operation input of the slave unit take-out command operation to the money management master unit, and the money management master unit is , Including the master unit input operator identification information, and outputting the slave unit take-out command signal to the money management intermediate unit, and the money management intermediate unit receives the input intermediate unit input operator identification information as the master unit input The opening / closing mechanism is permitted to open when it matches the operator identification information.

  According to the fifth aspect, the money management parent machine outputs the child machine take-out command signal to the money management intermediate machine including the parent machine input operator identification information. Then, the money management intermediate machine permits the opening / closing mechanism to open when the input intermediate machine input operator identification information matches the parent machine input operator identification information. Therefore, it is possible to suppress the removal of the money management slave unit from the money management intermediate unit by an operator other than the operator to the currency management base unit, and it is possible to improve security.

  According to a sixth aspect of the present invention, there is provided a money management handset that is movable and capable of sending and receiving money stored in and stored in a money management unit, and taking out the money management handset. The money management parent machine for a money management system, comprising: a money management intermediate machine that can be stored; and a money management parent machine that can communicate with the money management child machine and the money management intermediate machine. It manages the master unit's stock amount data, the money management intermediate device's intermediate device's stock data, and other hand possession amount data, and the money management intermediate device stores the money management slave device. In the state, the slave unit cash position data is not included in the hand cash amount data, but is included in the intermediate unit cash amount data, and in the state where the money management slave unit is taken out from the money management intermediate unit, The balance data is the intermediate machine balance data. Characterized in that included in the hand cash data not including.

  According to the sixth aspect, the money management master unit can communicate with the money management slave unit and the money management intermediate unit, and in the state where the money management intermediate unit stores the money management slave unit, In the state where the money management handset is taken out of the money management intermediary machine and included in the money management intermediary machine data of the money management intermediary machine without including the handset handset data of the handset in the hand holding stock data, Since the high data is included in the available cash data without being included in the intermediate machine cash data, such manual replacement work for the cash data becomes unnecessary. Therefore, convenience is enhanced.

  According to a seventh aspect of the present invention, there is provided a money management handset that is movable and capable of sending and storing money stored in and stored in such a manner that money can be taken out, and taking out the money management handset. In a money management system comprising a money management intermediate machine that can be stored in a possible manner, and a money management parent machine that can communicate with the money management child machine and the money management intermediate machine. In the money management data management method for managing the intermediate machine balance data of the money management intermediate machine and other hand balance data, in the state where the money management intermediate machine stores the money management slave, In the state in which the handset amount data is not included in the hand amount information, but is included in the intermediate amount data, and the money management handset is taken out from the money management intermediate device, the handset amount data The intermediate machine Wherein the inclusion in the hand cash data without including the data.

  According to the seventh aspect, in the state where the money management intermediary unit stores the money management slave unit, the money management intermediary unit data of the money management intermediary unit is not included in the available cash amount data without including the slave unit elevation data of the money management slave unit. In the state where the money management slave unit is included in the money management intermediate machine and is included in the intermediate machine inventory data, the slave machine inventory data is not included in the intermediate machine inventory data, but is included in the current machine inventory data. This eliminates the need for manual reassignment work for high-volume data. Therefore, convenience is enhanced.

  According to the present invention, it is possible to provide a simple and convenient money management system, money management apparatus, and cash amount data management method.

It is a lineblock diagram showing a money management system concerning one embodiment of the present invention. It is a block diagram which shows the money management system which concerns on one Embodiment of this invention. It is a perspective view which shows the cash management apparatus of the money management system which concerns on one Embodiment of this invention. It is a perspective view which shows the bundle banknote storage which comprises the cash management apparatus of the money management system which concerns on one Embodiment of this invention. It is a perspective view which shows the bar metal storage which comprises the cash management apparatus of the money management system which concerns on one Embodiment of this invention. It is a figure which shows the accommodation state to the important property management safe of the cash management apparatus of the money management system which concerns on one Embodiment of this invention. It is a figure explaining replacement of the data of the money management system concerning one embodiment of the present invention.

  A money management system according to an embodiment of the present invention will be described below with reference to the drawings.

  A money management system 1 according to the present embodiment is installed in a store of a financial institution such as a bank. As shown in FIG. 1, a cashier 2, an important material management safe 3, a cash management device 4, have.

  The teller machine 2 is installed, for example, on the floor of the office room of a store building of a financial institution or the like, and serves as a money management parent machine that manages the total amount data of money of the entire store. The teller machine 2 is capable of depositing and withdrawing money, and stores teller machine balance data (parent machine balance data) which is the amount of money stored in the teller machine and checks. The cash balance data is increased / decreased by the money deposit / withdrawal process performed by the cash machine 2.

  The important material management safe 3 is an open type that is installed on the floor of the office, for example, in a store building of a financial institution or the like. It has become. The important material management safe 3 is a simple installation-type safe, and stores management safe storage data (intermediate machine storage data) such as money and checks stored in the safe. The management safe balance data is increased or decreased by an operation input to the important property management safe 3. The important material management safe 3 can communicate with the cashier 2 wirelessly or by wire, and can transmit the data stored in the management safe to the cashier 2.

  The cash management device 4 can be moved on the floor and is installed by the teller machine 2 together with other money processing machines such as a teller machine 7 for tellers, an automatic teller machine 8 for customers, and a money changer 9 shown in FIG. It is a money management handset as a subordinate machine that manages high. The cash management device 4 stores money, checks and the like so that they can be taken out, and stores management device balance data (slave device balance data) which is the amount of money, checks, etc. stored in the cash management device 4 itself. This management device balance data is increased or decreased by money deposit / withdrawal processing in the cash management device 4. The cash management device 4 can communicate with the teller machine 2 by connecting wirelessly or by wire, and can transmit the management device inventory data to the teller machine 2.

  The counter machine 7 stores counter machine balance data, which is the balance of money stored in the bank card, based on the counted value of money deposit / withdrawal. The counter machine balance data is increased or decreased by money deposit / withdrawal processing in the counter machine 7. The teller machine 7 can communicate with the teller machine 2 wirelessly or by wire, and can send the teller machine inventory data to the teller machine 2.

  The automatic teller machine 8 stores ATM balance data, which is the amount of money stored in the money, based on the counted value of money deposit / withdrawal. The ATM balance data is increased or decreased by money deposit / withdrawal processing in the automatic teller machine 8. The automatic teller machine 8 can communicate with the teller machine 2 wirelessly or by wire, and can transmit ATM balance data to the teller machine 2.

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

  As shown in FIG. 3, the cash management device 4 includes a box-type cash management device main body 11 and a storage box 12 provided on the cash management device main body 11 in a plurality of levels, specifically, five levels in the vertical direction. ing. These storages 12 can be opened and closed in the horizontal front-rear direction with respect to the cash management apparatus main body 11 via slide rails (not shown) provided on the left and right side walls. These storages 12 are pulled out from the cash management apparatus main body 11 to be in an open state, and are pushed into the cash management apparatus main body 11 to be in a closed state. All the storage boxes 12 are connected to the cash management apparatus main body 11 so as to be movable within a predetermined range only in the front-rear direction as described above. While these storage boxes 12 are in an open state, cash can be taken in and out, while in a closed state, cash cannot be taken in and out. In the cash management device 4, the surface on the near side in the pull-out direction of the storage 12 is the device front surface on the operator side.

  The uppermost one of the multiple-stage storage boxes 12 is a preliminary storage box 12 (a), which is not bundled rose banknotes, unwrapped rose coins, damaged banknotes, damaged coins, new tickets, Store checks, etc. Moreover, as for the remaining storage 12, the upper two tiers are bundled bill storages 12 (b) for storing small bundles and large bundles, and the lower two tiers are the metal rod storages 12 for storing the metal bars. (C). Of course, the total number of storage boxes 12, the number of bundled banknote storage boxes 12 (b) and the number of bar metal storage boxes 12 (c), the layout, etc. can be arbitrarily set. Everything except 12 (a) is used as a bundled bill storage box 12 (b) or a bar metal storage box 12 (c), or the upper two tiers are used as a bar metal storage tub 12 (c), and the lower two tiers are bundled. Of course, it is also possible to set it as the banknote storage 12 (b). However, since the cash management device 4 is moved and moved on the floor by human power, the preliminary storage 12 (a) has one level, the bundled bill storage 12 (b) has two levels, and the bar metal storage 12 (c). ) Is preferably about two stages in terms of weight.

  A handlebar 15 that is gripped by an operator when the cash management device 4 is moved is attached to the rear side of the upper portion of the cash management device main body 11 so as to extend in the left-right direction. At the upper part of the cash management apparatus main body 11, a swingable touch panel type management apparatus operation display unit 16 is provided on the front side of the apparatus with respect to the handle bar 15, and on the front side of the apparatus with respect to the management apparatus operation display section 16. In addition, a management device card reader 17 and a detachable management device key operation unit 18 including a numeric keypad are provided. The management device operation display unit 16 is for performing an operation input by the operator and displaying to the operator, and the management device card reader 17 reads stored data from a card passed by the operator.

  Under the cash management apparatus main body 11, casters 38 having rollers 37 that roll on the floor are provided at four corner positions. In all the casters 38, the roller 37 is horizontally rotatable about a vertical axis, and the roller 37 is rotatable about the horizontal axis.

  The cash management apparatus main body 11 is provided with a storage lock mechanism 22 shown in FIG. 2 that locks the storage 12 individually in the closed state for each of the storages 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 apparatus main body 11 in a closed state. As shown in FIG. 3, the cash management apparatus main body 11 is provided with an indicator lamp 23 that is 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 apparatus main body 11 is connected to a management apparatus operation display unit 16, a management apparatus card reader 17, a management apparatus key operation unit 18, a storage lock mechanism 22, and an indicator lamp 23. Management device control unit 25 for controlling, and management device storage unit 26 for storing quantity information and type information, processing-related data, etc. of stored rose banknotes, rose coins, bar metal, small bundle banknotes, checks, etc. And are provided. The management device control unit 25 can individually release the locks of the plurality of storage lock mechanisms 22, and individually uses the management device storage unit 26 to individually store the amount of cash stored in the plurality of storages 12, that is, the amount in stock. to manage.

  Between each storage 12 and the cash management apparatus main body 11, a drawer position detection mechanism 35 that detects the drawer position of each storage 12 with respect to the cash management apparatus main body 11 is provided. The drawer position detection mechanism 35 is in the fully closed position where each storage 12 is pushed most into the cash management apparatus main body 11 and is in the fully open position where the storage 12 is most pulled out from the cash management apparatus main body 11. The drawer position of each storage 12 is detected.

  As shown in FIG. 4, the bundled bill storage 12 (b) stores the bundled small bundle bills T so as to be able to be loaded and unloaded, and a plurality of, specifically, three synthetic resin products arranged in the front and rear. The small bundle tray 40 is provided. The small bundle bill T is formed by accumulating a predetermined number (100) of bills (money) of a single denomination, winding the binding tape t at a specified position, and bonding the binding tape t. is there. Each small bundle tray 40 can store ten bundles of small bills T, and can also accommodate large bundles of bundles of ten bundles of small bundles T. Moreover, you may make it equip the left space of the small bundle tray 40 with the bar metal tray mentioned later 4 or 3 according to a denomination diameter.

  Each of the small bundle trays 40 has a tray main body 41 having a shape opened upward and recessed downward, a bill holding plate 43 provided on the tray main body 41 so as to be movable back and forth while being parallel to the rear wall portion 42, And a biasing member (not shown) that biases the bill pressing plate 43 toward the rear wall portion 42. A small bundle of bills 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 presser plate 43. The storage denomination data indicating the set denomination to be stored in each small bundle tray 40 is set in advance and stored in the management device storage unit 26.

  As shown in FIG. 5, the bar metal storage 12 (c) is capable of loading and unloading the bar metal B in which a predetermined number (50) of coins (money) of a single denomination are accumulated and wrapped with wrapping paper. There are a plurality of, specifically, four or three, depending on the denomination diameter, and three rows of synthetic resin bar trays 50 on the left and right.

  The bar metal tray 50 is for storing the bar B in a standing state with the central axis line up and down. The bar metal tray 50 constitutes an upper opening-shaped bar metal storage recess 51 that is recessed downward. In the bar metal storage recess 51 of the bar metal tray 50, for example, a total of ten bar metals B are stored separately by five. The bar B is inserted into the bar storage recess 51 from above through its upper opening. When the ten metal bars B are stored in the metal bar storage recess 51, the ten metal bars B are supported by the bar metal storage recess 51 and the other metal bars B and are in a standing state in which the central axis is vertically arranged. Maintained. Here, the bar metal tray 50 in the foremost row is used for fractions, and a plurality of auxiliary bars 52 for preventing the metal bars B from falling down are erected, and the metal bars B can be used even when the number of stored bars is insufficient. It can be stored without being knocked down. The storage denomination data indicating the set denomination to be stored in each bar tray 50 is preset and stored in the management device storage unit 26.

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

  The banknote storage 12 (b) is pulled out from the cash management apparatus main body 11 most and is pushed into the cash management apparatus main body 11 from the front end position where it comes into contact with and stops at the front end position stopper (not shown) and is not shown. 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 for each row are moved to the rear end position where they contact and stop. The reflected light data of the upper end part of the small bundle banknote T accommodated in b) will be acquired.

  The management device control unit 25 bundles based on the detection results of the pull-out position detection mechanism 35 and the detection results of 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. The quantity and denomination of the small bundle banknote T in the banknote storage 12 (b) are acquired. That is, the management device control unit 25 acquires the number of bands, that is, the number of bundles, from the detection results of the right band detection line sensor 63 and the right edge detection line sensor 64, and the detection results of the left edge detection line sensor 61 and the left band detection line sensor 62. Get the length or denomination from. In this way, the management device control unit 25 manages the amount of money of each denomination of the small bundle banknote T in each bundle banknote storage 12 (b), the balance of the total amount, and the like.

  At the bottom of each bar metal storage position of the bar metal tray 50, a bar metal detection sensor 68 comprising a magnetic sensor for detecting the presence and material of the bar metal B is provided. The management device control unit 25 acquires the quantity and denomination of the bar B in the bar storage 12 (c) from the detection results of the bar detection sensors 68. In this way, the management device control unit 25 manages the amount of each bar type, the total amount, etc. of the bar B in each bar storage 12 (c).

  The management device control unit 25 determines whether or not the reserve storage 12 (a) has a stock amount in the case of entering / exiting transactions including entering / exiting loose banknotes, loose coins, checks and the like into / from the reserve storage 12 (a). The stock amount is managed on the basis of the number of rose banknotes received, the number of rose banknotes issued, the number of rose coins received, the number of rose coins issued, etc., which are input via the operation display unit 16.

  Further, the cash management apparatus main body 11 is provided with the above-described storage lock mechanism 22 that individually locks the storage 12 in the closed state with respect to each of the storages 12. Each storage lock mechanism 22 is in a state where the lock is released and the corresponding storage 12 can be pulled out and the opening operation is permitted when power is supplied. Each storage lock mechanism 22 stops power supply after the corresponding storage 12 is pulled out, and then pulls out the storage 12 when the corresponding storage 12 is returned to the fully closed position. Lock automatically and mechanically.

  The cash management device 4 allows the operator to, for example, replenish cash in other depositing / dispensing machines and money changers, collect cash from other depositing / dispensing machines and money changing machines, and deliver cash to customers. It is used when storing cash deposited from That is, the cash management device 4 is separated from the cash management device 4 when the operator takes out at least one of the rose coins, the rose bills, the bar B, and the small bundle bills T from the cash management device 4. Used at the time of warehousing to store at least one of coins, loose banknotes, bar metal B, and small bundled banknotes T, and at the time of warehousing and warehousing transactions in which warehousing and warehousing are performed in parallel Is done.

  First, when an ID card is passed through the management device card reader 17 at the start of one entry / exit transaction, the management device card reader 17 reads and manages the management device input operator identification information from the ID card passed therethrough. Output to the device control unit 25. Then, the management device control unit 25 determines whether or not the read management device input operator identification information is appropriate. If the read management device input operator identification information is appropriate, the management device control unit 25 causes the management device operation display unit 16 to display a display prompting the user to input data for one entry / exit transaction. When the operator who has seen this input data to the management device operation display unit 16, the management device control unit 25 stores the data of this one entry / exit transaction in the management device storage unit 26.

  Based on the data input in this one entry / exit transaction, the management device control unit 25 performs the preliminary storage 12 (a), all the bundled bill storage 12 (b), and all the bar storages 12 (c). ), The lock of the storage lock mechanism 22 that locks the target storage 12 to which cash is stored in and out of this one input / output transaction is released, and the target storage 12 is removed from the cash management apparatus main body 11. It can be pulled out.

  For example, when the data input in this one entry / exit transaction includes data related to at least one of loose bills and loose coins, the management device control unit 25 selects the spare storage 12 (a) as the target storage. 12, the lock of the storage lock mechanism 22 that locks the reserve storage 12 (a) is released. Thereby, this preliminary | backup storage 12 (a) can be pulled out from the cash management apparatus main body 11. FIG. At the same time, the management device control unit 25 turns on the indicator lamp 23 on the side for the spare storage 12 (a).

  Further, for example, when the data input in this one deposit / withdrawal transaction includes data related to the small bundle banknote T, the management device control unit 25 stores the bundle containing the included small bundle banknote T. The banknote storage 12 (b) is the target storage 12, and the storage lock mechanism 22 that locks the bundled banknote storage 12 (b) is unlocked. Thereby, this bundle banknote storage 12 (b) can be pulled out from the cash management apparatus main body 11. At the same time, the management device control unit 25 turns on the indicator lamp 23 on the side for the bundled bill storage case 12 (b).

  In addition, for example, when the data input in this one entry / exit transaction includes data related to the bar metal B, the management device control unit 25 stores the bar metal that stores the bar metal B of the included denomination. The storage 12 (c) is the target storage 12 and the lock of the storage lock mechanism 22 that locks the bar storage 12 (c) is released. Thereby, this metal bar storage 12 (c) can be pulled out from the cash management apparatus main body 11. At the same time, the management device control unit 25 turns on the indicator lamp 23 on the side for the bar storage 12 (c).

  The operator performs the loading / unloading operation of taking out and loading cash with the target storage 12 being in the drawer open state.

  For example, when the target storage 12 is one bundled bill storage 12 (b), the management device control unit 25 uses the storage lock mechanism 22 that locks this one bundled bill storage 12 (b). While driving to release the lock, the indicator lamp 23 for the one bill banknote storage 12 (b) is turned on. And if it detects from the detection result of the drawer position detection mechanism 35 that the drawer from the cash management apparatus main body 11 of this one bundle banknote storage 12 (b) was started, this one bundle banknote storage 12 (b The driving of the storage lock mechanism 22 is terminated.

  After that, when the drawer position detection mechanism 35 detects that the one bundle of bill storage bins 12 (b) is in a fully opened state, the management device control unit 25 detects the start of movement in the closing direction. About two sets of left and right sets of a left end detection line sensor 61, a left band detection line sensor 62, a right band detection line sensor 63, and a right end detection line sensor 64 provided for one bundle of bill storage bins 12 (b). Is fed to start the reflection light data acquisition. And if the drawer position detection mechanism 35 detects that this one bundle banknote storage 12 (b) became a fully-closed state, the management apparatus control part 25 will complete | finish taking in reflected light data, and this one. The indicator lamp 23 for the bill banknote storage 12 (b) is turned off. When the one banknote storage 12 (b) is fully closed, the storage lock mechanism 22 for the one banknote storage 12 (b) is automatically locked.

  And the management apparatus control part 25 acquires the quantity data of the money type of the small bundle banknote T accommodated in this one bundle banknote storage 12 (b) from above-described reflected light data, and the management apparatus memory | storage part 26 The amount of increase / decrease is calculated from the amount data of this denomination and the amount data of the denomination of this one bundled bill storage case 12 (b) stored in the management device storage unit 26. And the management apparatus control part 25 collates this increase / decrease with the data input with respect to this one incoming / outgoing transaction, and determines whether there is any difference. Determine the end of the entry / exit transaction.

  Moreover, when the object storage 12 is one bar metal storage 12 (c), the management apparatus control part 25 makes the drawer position detection mechanism 35 a full open state about this one bar metal storage 12 (c). When it is detected that the fully closed state has been detected, the indicator lamp 23 for the one bundle of bill storage 12 (b) is turned off and the one bar storage 12 ( The magnetic data is acquired by the bar detection sensor 68 provided for c).

  And the management apparatus control part 25 acquires the quantity data of the money type of the metal bar B accommodated in this one bar metal storage 12 (c) from the above-mentioned magnetic data, and memorize | stores it in the management apparatus memory | storage part 26. At the same time, the amount of increase / decrease is determined from the quantity data of this money type and the quantity data of the money type stored in the management device storage unit 26 in the previous bar stock storage 12 (c). And the management apparatus control part 25 collates this increase / decrease with the data input with respect to this one incoming / outgoing transaction, and determines whether there is any difference. Determine the end of the entry / exit transaction.

  As shown in FIG. 1, the important material management safe 3 is configured by integrally combining a plurality of componentized storages 121 to 125. The storages 121 to 125 store managed objects, and are provided for each management type. The storages 121 to 125 have a plurality of sizes. Moreover, the storages 121-125 are comprised by a fireproof structure as needed.

  The important item management safe 3 includes a plurality of drawers 121 that are pulled out to the front side and that are long in the lateral direction, and a swing door that is pulled and moved in the front side and that is swingable in a vertical direction. Storage 122, Swing open / close type of both doors swinging and swinging by pulling to the front side Vertically short storage 123 and swinging opening / closing type of both doors swinging by pulling to the front side A plurality of storage bins 124 that are long in the vertical direction, and a storage bin 125 having an intermediate length in the vertical direction of the swing opening and closing type of both doors that are pulled and swung to the front side. In the storage boxes 121 to 125, large bundle banknotes, small bundle banknotes, bar metal, rose banknotes, rose coins, passbooks, keys, cards, cash vouchers, and the like are appropriately stored as objects to be managed.

  For example, in a plurality of storage boxes 121 that are drawer open / close type and long in the horizontal direction, a large bundle banknote, a small bundle banknote, a bar metal, and a rose banknote as managed objects are stored in one of the storage boxes 121 (a). Stored and stored. Moreover, the rose coin as a to-be-managed thing is accommodated and stored in the other one storage 121 (b). In addition, the passbook is stored and stored in another storage box 121 (c).

  In addition, among the plurality of vertically long storages 124 that swing open and close on both side doors, one storage 124 (a) provided at the lowermost level has a cash management device 4 as shown in FIG. It has a fireproof storage section that can be stored and stored in a removable manner. Since the storage 124 (a) has a fireproof structure, the cash stored in the cash management apparatus 4 can be safely managed against a disaster such as a fire, even if the cash management apparatus 4 itself does not have a fireproof structure. Can do.

  Each of the storage cabinets 121 to 125 is provided with an electromagnetic storage lock mechanism 127 (opening / closing mechanism) shown in FIG. 2 that locks each of the storage cabinets 121 in a closed state. The storage lock mechanism 127 is unlocked. When the signal is input, the lock is released so that the corresponding one of the storage units 121 to 125 shown in FIG. 1 can be opened, while when the lock signal is input, the corresponding one of the storage units 121 to 125 is closed. Locks in the state that cannot be opened. That is, the storage lock mechanism 127 opens and closes the corresponding ones of the storages 121 to 125. As a result, the storage lock mechanism 127 that opens and closes the storage 124 (a) opens and closes the storage 124 (a) that stores the cash management device 4 in the important material management safe 3. Each of the storages 121 to 125 is provided with an open / close detection sensor 128 shown in FIG. 2 that detects the respective open / close states, and a state display unit 129 that includes LED lamps that indicate the respective states by lighting states. The storage 124 (a) is provided with a storage detection sensor 130 that detects whether or not it stores the cash management apparatus 4.

  Further, as shown in FIG. 1, the important material management safe 3 is provided with a touch panel type management safe operation display unit 135 on which operation input is performed by a user and a management safe card reader 136 on the front side. The managed safe operation display unit 135 is for performing an operation input by the operator and displaying to the operator, and the managed safe card reader 136 reads the stored data of the ID card passed by the operator. The important material management safe 3 includes the management safe control unit 137 shown in FIG. 2 that controls the important material management safe 3 and the amount of money stored in the respective storages 121 to 125 of the important material management safe 3. A management safe control unit 140 shown in FIG. 1 is built in which a management safe storage unit 139 for storing data and the like is incorporated. The management safe control unit 140 is a component that includes 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. Is arranged. Based on the input to the managed safe operation display unit 135, the managed safe control unit 137 causes the managed safe storage unit 139 to store currency amount data stored in the important material managed safe 3 and the like.

  In the important material management safe 3, the management safe control unit 140 and appropriate ones of the plurality of storage units 121 to 125 are connected to each other with a coupling tool (not shown) in a state where the front surfaces are aligned. Thus, it is assembled into a rectangular shape in front view. At that time, the important material management safe 3 is connected to each of the storage units 121 to 125 and the management safe control unit 140 via a communication cable provided on the rear side so that they can communicate with each other. A cover that covers the communication cable is attached to the rear side of the important material management safe 3.

  The important material management safe 3 assembled as described above is 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 is installed. The front surface and the front surfaces of the plurality of storage units 121 to 125 are installed facing the indoor side of the office.

  The teller machine 2 shown in FIG. 1 handles currency items such as banknotes, coins and cash vouchers among managed items, and is installed in a store such as a financial institution to manage the monetary processing of the entire store. For example, the cashier 2 can process transactions such as deposits and withdrawals by large-scale customers by clerk, withdrawal processing of withdrawals to the outside party by the clerk, deposit processing of take-out money from the outside party, and business termination. It will manage the closing of deposits and withdrawals at all financial institution stores later.

  The teller machine 2 includes a banknote processing device 155 that performs deposit / withdrawal processing for banknotes, a new ticket processing device 156 that performs withdrawal processing for banknotes, in particular, new bills, and a coin that performs deposit / withdrawal processing for coins, etc. The processing device 157 is arranged side by side.

  The banknote handling apparatus 155 is provided with a rose banknote deposit / withdrawal port 160 at the upper part on the front side thereof, from which loose banknotes are inserted from outside the machine and from which the bulky banknotes are dispensed. Below the loose banknote deposit / withdrawal port 160, there is provided a deposit / rejection port 161 through which a deposit-rejected banknote determined to be unacceptable in the deposit process is drawn out from the machine. Above the loose banknote deposit / withdrawal port 160, there is provided a bundle dispensing port 162 that allows a small bundle of banknotes that are formed by stacking and binding a predetermined number of loose banknotes in the machine to be taken out of the machine.

  The new ticket processing device 156 is provided with a new ticket dispensing port 165 at the upper part on the front side thereof, from which a rose bill of a new ticket for dispensing is paid out.

  The coin processing device 157 is provided with a rose coin deposit port 168 into the upper portion on the front side thereof, into which loose coins are inserted from the outside of the machine. Below the loose coin deposit port 168 is provided a deposit reject port 169 through which deposit reject coins determined to be unacceptable in deposit processing are drawn out from the cabin. Below the deposit reject port 169, there is provided a rose coin dispensing port 170 through which rose coins for dispensing are paid out from the cabin. At the upper part on the front side, there is provided a bar metal outlet 171 which allows a bar metal coin formed by collecting and packaging a predetermined number of loose coins in the machine to be taken out of the machine.

  The teller machine 2 has a touch panel type teller machine operation display unit 175, a teller machine key operation unit 181, and a teller machine card reader 182 at the upper part of the coin processing device 157. The teller machine operation display unit 175 is used for operation input by the operator and displayed to the operator, and the teller machine key operation unit 181 is used for operation input by the operator. The reader 182 reads the stored data of the ID card passed by the operator. As shown in FIG. 2, the teller machine 2 includes a teller machine control unit 177 that controls the teller machine 2, and a teller machine storage unit 179 that stores stock data in the teller machine 2, stock data in the store, and the like. have.

  The teller machine 2 can communicate with the management device control unit 25 of the cash management apparatus 4 that is managed by the teller machine 2 through the teller machine control unit 177, and the teller machine 7 that is managed by the teller machine 2. Can be communicated with the automatic teller machine 8 to be managed by the teller machine 2, and can be communicated with the money changer 9 to be managed by the teller machine 2. The teller machine control unit 177 can communicate with the management safe control unit 137 of the important material management safe 3 provided in the same store as the teller machine 2.

  As shown in FIG. 7, the teller machine 2 has the teller machine control unit 177 in the same store as the teller machine 2 and the teller machine balance data of the teller machine 2 provided with it as management balance data. The management safe balance data of the important material management safe 3 provided, and the cash balance machine storage data, and the cash balance data other than the management safe balance data are stored in the cashier storage unit 179. Managing high data, management safe deposit data and handheld balance data respectively. The teller machine 2 manages the cash on hand data as a chargeable amount, and can load money into the cashier 2 itself or other machines from the money on hand. Further, the teller machine 2 has the teller machine control unit 177 as the management balance data, the management device balance data of the cash management device 4 to be managed by the teller machine 2, and the teller machine 2 as the management target. Counter machine data of the teller machine 7 to be processed, ATM cash machine data of the automatic teller machine 8 to be managed by the teller machine 2, and money changer machine stock of the money changer 9 to be managed by the teller machine 2 The data is stored in the cash machine storage unit 179, and the management device inventory data, the counter machine inventory data, the ATM inventory data, and the currency exchange machine inventory data are managed. The teller machine control unit 177 distinguishes the teller machine inventory data, management safe inventory data, management device inventory data, window machine inventory data, ATM inventory data, and change machine inventory data as related data. To do. As a result, the teller machine 2 is configured to centrally manage the money balance data of all managed devices in the store.

  In a state where the important material management safe 3 stores the cash management device 4, the teller machine control unit 177 displays the management device balance data of the cash management device 4 stored in the important material management safe 3 as shown in FIG. As shown in a), it is included in the managed cash balance data, not included in the cash balance data other than the cashier cash data and the managed cash balance data. At this time, the teller machine control unit 177 manages the management safe balance data of the important material management safe 3 as related data while distinguishing the management safe storage data from the management safe storage partial data. . At this time, the teller machine control unit 177 manages the window machine inventory data, ATM inventory data, and money changer inventory data as related manual inventory data.

  In addition, the teller machine control unit 177 displays the management device balance data of the cash management device 4 taken out from the important material management safe 3 in a state where the cash management device 4 is taken out from the important material management safe 3. As shown in FIG. 7 (b), it is not included in the managed cash balance data, but is included in the cash balance data other than the teller machine cash data and the managed cash balance data. At this time, the teller machine control unit 177 manages the management device inventory data, the counter machine inventory data, the ATM inventory data, and the currency exchange machine inventory data as related manual inventory data.

"Storage of cash management equipment"
At the time of operation input to the teller machine 2, the ID card is passed through the teller machine card reader 182, and the teller machine card reader 182 receives the teller machine input operator identification information (master unit) from the passed ID card. The input operator identification information) is read and output to the teller machine control unit 177. That is, at the time of operation input to the teller machine 2, the teller machine input operator identification information is input to the teller machine 2.

  The teller machine control unit 177 of the teller machine 2 causes the teller machine operation display unit 175 to display a menu permitted for the teller machine input operator identification information read by the teller machine card reader 182. When the management device storage command operation (slave device storage command operation) for storing the cash management device 4 in the important material management safe 3 is included in this menu, it is possible to selectively input the management device storage command operation. Become. Whether or not to include the management device storage command operation in the menu is set, for example, at the office level of the teller machine input operator identification information.

  When the management device storage command operation is included in the above-described menu, when this management device storage command operation is selected and input, the cashier control unit 177 of the cashier 2 based on this operation, the cash management device The management device storage cue signal (child device storage command signal) including the cashier input operator identification information input to the cashier 2 is sent to the management device control unit 25 of 4 and the management safe control unit 137 of the important material management safe 3. Output.

  When the management device storage queue signal is received, the management device control unit 25 of the cash management device 4 reads the management device inventory data stored in the management device storage unit 26 and outputs it to the cash machine control unit 177 of the cash machine 2. To do. As shown in FIG. 7 (a), the teller machine control unit 177 of the teller machine 2 uses the management device stock data of the cash management device 4 as the teller machine stock data stored in the teller machine storage unit 179, and The cash machine storage unit 179 stores the data in the management safe balance data, not including the control safe balance data other than the management safe deposit data. That is, the management device stock data is changed from the hand stock data to the management safe stock data. As described above, the teller machine control unit 177 of the teller machine 2 includes the management device inventory data in the management safe inventory data and stores it in the accounting machine storage unit 179. 3 is managed, and deposit / withdrawal processing for the cash management apparatus 4 is regulated.

  Here, when the management device storage queue signal is received, the management device control unit 25 of the cash management device 4 reads the management device stock data of the cash management device 4 from the management device storage unit 26, and the cashier of the cashier 2. Although it will output to the control part 177, after that, it will be in the state which restrict | limits the local process accompanying the change of the management apparatus amount data of the cash management apparatus 4, ie, the money deposit or withdrawal process etc. in the cash management apparatus 4. In this state, the management device operation display unit 16 displays “Local processing restricted”. Alternatively, when the management device storage queue signal is received, the management device control unit 25 of the cash management device 4 reads the management device inventory data of the cash management device 4 from the management device storage unit 26 and controls the cashier of the cashier 2. It outputs to the part 177, and the main power supply of the cash management apparatus 4 is shut down after that.

  When the management device storage queue signal including the cash machine input operator identification information input to the cash machine 2 is received, the management safe control unit 137 of the important material management safe 3 matches the management machine input operator identification information. When the safe input operator identification information is input, the unlocking of the storage lock mechanism 127 of the storage 124 (a) that is the storage location of the cash management apparatus 4 is permitted.

  When an operation is input to the important material management safe 3, an ID card is passed through the management safe card reader 136. The management safe card reader 136 receives the management safe input operator identification information ( Intermediate machine input operator identification information) is read and output to the safe management unit 137. That is, when an operation is input to the important material management safe 3, the management safe input operator identification information is input to the important material management safe 3.

  The managed safe control unit 137 of the important material managed safe 3 causes the managed safe operation display unit 135 to display a menu permitted for the read managed safe input operator identification information. The managed safe control unit 137 determines that the read managed safe input operator identification information matches the cash machine input operator identification information included in the management device storage queue signal output from the cash machine control unit 177 of the cash machine 2. In this menu, a management device storage execution operation for storing the cash management device 4 in the important material management safe 3 is included, and in this case, a selection input of the management device storage execution operation becomes possible.

  When the management device storage execution operation is included in the above-described menu, when this management device storage execution operation is input, based on this, the managed safe control unit 137 causes the storage 124 (a) to store. The storage lock mechanism 127 outputs a lock release signal to execute an opening operation to release the lock, and the status display unit 129 including an LED lamp provided in the storage 124 (a) is blinked to store the storage 124. The fact that the storage lock mechanism 127 of (a) is in the unlocked state is displayed. When the storage lock mechanism 127 is unlocked, the storage 124 (a) can be opened, and the operator opens the storage 124 (a) as shown in FIG. Push the cash management device 4 into. When the open / close detection sensor 128 detects that the storage 124 (a) is closed, the management safe control unit 137 determines whether or not the cash management device 4 is stored in the storage 124 (a). The storage detection sensor 130 is made to detect. When the cash management device 4 is stored in the storage 124 (a), the managed safe control unit 137 outputs a lock signal to the storage lock mechanism 127 and locks it so that it cannot be opened. Here, the management safe control unit 137 outputs a signal indicating that the cash management device 4 is stored in the storage 124 (a) from the storage detection sensor 130 in a state where the local processing is being restricted as described above. When a lock signal is output to the lock mechanism 127, a signal to that effect is output to the teller machine control unit 177 of the teller machine 2, and upon receipt of this signal, the teller machine control unit 177 manages the cash management apparatus 4. A signal is output to the device control unit 25 to shut down the main power supply of the cash management device 4.

  As described above, in a state where the important material management safe 3 stores the cash management device 4, the cashier control unit 177 of the cashier 2 has the management device of the cash management device 4 stored in the important material management safe 3. As shown in FIG. 7 (a), the high data is included in the managed safe balance data without being included in the manual payable amount data other than the cashier balance data and the managed safe balance data.

  Here, when the cash storage device 4 is not stored in the storage 124 (a) in a state where the storage lock mechanism 127 of the storage 124 (a) is unlocked, the cashier 2 is important. At least one of the item management safe 3 and the cash management device 4 notifies this by an alarm.

  Note that the teller machine control unit 177 of the teller machine 2 does not receive the management device stock data from the management device control unit 25 of the cash management device 4 as described above, but the management device stock amount from the management device control unit 25. After receiving the data, on the condition that the cash management device 4 is stored in the storage 124 (a) of the important material management safe 3, the management device stock data is not included in the hand stock data. In addition, it may be included in the management safe storage data of the important material management safe 3 and stored in the teller machine storage unit 179.

"Removal of cash management device"
When an operation is input to the teller machine 2, the ID card is passed through the teller machine card reader 182. A menu permitted for the operator identification information (parent machine input operator identification information) is displayed on the teller machine operation display unit 175. When this menu includes a management device take-out command operation (slave device take-out command operation) for taking out the cash management device 4 from the important item management safe 3, it is possible to selectively input the management device take-out command operation. . Whether or not to include the management device take-out command operation in the menu is set, for example, at the executive level of the teller machine input operator identification information.

  When the management device take-out command operation is included in the above-described menu, when the management device take-out command operation is selected and input, the cashier control unit 177 of the cashier 2 based on this operation selects the important item management. A management device take-out queue signal (slave device take-out command signal) including the teller machine input operator identification information input to the teller machine 2 is output to the management safe control unit 137 of the safe 3. At the same time, the teller machine control unit 177 receives from the teller machine storage unit 179 the management safe storage data including the management device storage data and the management safe body partial storage data shown in FIG. As shown in FIG. 7B, the management device inventory data is not included in the management safe inventory data, but is included in the hand inventory data, and stored in the teller machine storage unit 179. That is, the management device stock data is changed from the management safe stock data to the hand stock data. Furthermore, the teller machine control unit 177 of the teller machine 2 turns on the main power supply of the cash management apparatus 4 to activate it. After startup, the cash management apparatus 4 enters a state in which local processing involving change of management apparatus inventory data is permitted.

  When the management device take-out queue signal including the cash machine input operator identification information input to the cash machine 2 is received, the management safe control unit 137 of the important material management safe 3 performs management that matches the cash machine input operator identification information. When the safe input operator identification information is input, the lock of the storage lock mechanism 127 of the storage 124 (a) storing the cash management apparatus 4 is permitted.

  That is, when an operation is input to the important material management safe 3, the ID card is passed through the management safe card reader 136, and the management safe card reader 136 reads the management safe control unit 137 of the important material management safe 3. The management safe operation display unit 135 displays a menu permitted for the management safe input operator identification information (intermediate unit input operator identification information) of the ID card. The management safe control unit 137 includes a cashier input operator whose management safe card input operator identification information read by the management safe card reader 136 is included in the management device takeout queue signal output from the cashier control unit 177 of the cashier 2. If it matches the identification information, the management device take-out execution operation for taking out the cash management device 4 from the important material management safe 3 is included in this menu. In this case, the selection input of the management device take-out execution operation is possible. Become.

  When the management device takeout execution operation is included in the menu described above, when this management device takeout execution operation is input, based on this, the managed safe control unit 137 causes the storage 124 (a). The storage lock mechanism 127 outputs a lock release signal to execute an opening operation to release the lock, and the status display unit 129 including an LED lamp provided in the storage 124 (a) is blinked to store the storage 124. The fact that the storage lock mechanism 127 of (a) is in the unlocked state is displayed. When the storage lock mechanism 127 is unlocked, the storage 124 (a) can be opened, and the operator opens the storage 124 (a) as shown in FIG. 6 and starts from the storage 124 (a). The cash management apparatus 4 is taken out. When the open / close detection sensor 128 detects that the storage 124 (a) is closed, the management safe control unit 137 determines whether or not the cash management device 4 is taken out from the storage 124 (a). The storage detection sensor 130 is made to detect. When the cash management apparatus 4 is taken out from the storage 124 (a), the managed safe control unit 137 outputs a lock signal to the storage lock mechanism 127 and locks it so that it cannot be opened. Here, when the signal indicating that the cash management device 4 has been taken out from the storage 124 (a) is output from the storage detection sensor 130 and the lock signal is output to the storage lock mechanism 127, the managed safe control unit 137 outputs a lock signal. A signal indicating that the cash management device 4 has been taken out from the storage 124 (a) will be output to the teller machine control unit 177 of the teller machine 2, and upon receipt of this signal, the teller machine control unit 177 receives the cash. A signal is output to the management device control unit 25 of the management device 4 to turn on the main power supply of the cash management device 4. Further, the cashier control unit 177 manages that the cash management device 4 has been taken out from the important material management safe 3, and allows the cash management device 4 to perform deposit / withdrawal processing and the like.

  As described above, in a state where the cash management device 4 is taken out from the important material management safe 3, the cashier control unit 177 of the cashier 2 has the management device of the cash management device 4 taken out from the important material management safe 3. As shown in FIG. 7 (b), the high data is not included in the managed safe balance data, but is included in the available cash balance data other than the cashier balance data and the managed safe balance data.

  If the cash management device 4 is not taken out from the storage 124 (a) in a state where the storage lock mechanism 127 of the storage 124 (a) is unlocked and a predetermined time elapses, the cashier 2 and the important material management safe 3 At least one of these notifies by an alarm.

  Note that the teller machine control unit 177 of the teller machine 2 is not the time when the management device take-out command operation is selected and input, but thereafter, the cash management device 4 is taken out from the storage 124 (a) from the managed safe control unit 137. When the signal indicating this is received, the management device inventory data may be stored in the cashier storage unit 179 without being included in the management safe inventory data but in the management inventory data.

  According to the money management system 1 of the present embodiment described above, the important material management safe 3 stores the cash management device 4 that is movable and stores the money so that it can be removed. Even if 4 is used, there is no need to have a safe room for storing it. Therefore, it is simple and convenient. Further, when the teller machine 2 can communicate with the cash management device 4 and the important material management safe 3 and the important material management safe 3 stores the cash management device 4, the cash management device 4 has a management device. In the state where the cash management device 4 is taken out from the important material management safe 3 without including the high data in the current data, the management device cash data is managed. Since it is not included in the cash balance data but is included in the cash balance data, such manual replacement work for the cash data becomes unnecessary. Therefore, the convenience is further enhanced.

  Further, when the management device storage command operation is input, the teller machine 2 does not include the management device stock data of the cash management device 4 in the management safe stock data of the important material management safe 3 without including it in the available cash stock data. At the same time, the management device storage command signal is output to the important material management safe 3. Upon receiving this management device storage command signal, the important material management safe 3 permits the storage lock mechanism 127 to open. Accordingly, the cash management device 4 is stored in the important material management safe 3 without changing the cash data, which is not included in the cash amount data in the management device but included in the cash amount data in the management safe. Can be suppressed.

  Further, the teller machine 2 outputs a management device storage command signal to the important property management safe 3 including the teller machine input operator identification information. Then, the important material management safe 3 permits the opening operation of the storage lock mechanism 127 when the inputted management safe input operator identification information matches the teller machine input operator identification information. Therefore, storage of the cash management device 4 in the important material management safe 3 by a person other than the operator of the cashier 2 can be suppressed, and erroneous storage such as storage of another cash management device 4 can be suppressed.

  In addition, when the management device take-out command operation is input, the teller machine 2 includes the management device inventory data of the cash management device 4 in the management inventory data instead of being included in the management safe inventory data of the important property management safe 3. At the same time, a management device take-out command signal is output to the important material management safe 3. Upon receiving this management device take-out command signal, the important material management safe 3 permits the opening operation of the storage lock mechanism 127. Therefore, the cash management device 4 is taken out from the important material management safe 3 without replacing the cash data in which the management device cash data is not included in the management cash balance data but is included in the cash balance data. Can be suppressed.

  Further, the teller machine 2 outputs a management device take-out command signal to the important material management safe 3 including the teller machine input operator identification information. Then, the important material management safe 3 permits the opening operation of the storage lock mechanism 127 when the inputted management safe input operator identification information matches the teller machine input operator identification information. Therefore, taking out of the cash management device 4 from the important material management safe 3 by a person other than the operator to the cashier 2 can be suppressed, and security can be improved. Further, the cashier 2 and the identification information of the operator who performed the movement can be centrally managed by the teller machine 2.

  According to the teller machine 2 of the present embodiment, the cash management device 4 can communicate with the cash management device 4 and the important material management safe 3 and the cash management device 4 stores the cash management device 4. In the state where the cash management device 4 is taken out from the important material management safe 3 without including the management device cash data of the management device in the management safe cash data of the important material management safe 3 Since the high data is included in the available cash amount data instead of being included in the cash amount data in the management safe, such dedicated manual replacement work for the cash data becomes unnecessary. Therefore, convenience is enhanced.

  According to the cash management data management method of the present embodiment, in the state where the important material management safe 3 stores the cash management device 4, the cash management device 4 management device cash data is not included in the cash management cash data. In the state where the cash management device 4 is included in the management safe storage data of the important property management safe 3 and the cash management device 4 is taken out from the important property management safe 3, the control device storage data is not included in the management safe storage data. Since it is included in the data, such a dedicated manual replacement work for the data in stock is unnecessary. Therefore, convenience is enhanced.

  In the above embodiment, the case where the money management system 1 includes one cash management device 4 has been described as an example, but a plurality of independent cash management devices 4 may be provided. In this case, each cash management apparatus 4 is individually stored and taken out from the important material management safe 3 in the same manner as described above. Alternatively, a plurality of cash management devices 4 can be simultaneously stored in and taken out from the important material management safe 3. In this case, an alarm is generated when all cash management devices 4 are not stored in the important material management safe 3 at the time of storage, or when all cash management devices 4 are not removed from the important material management safe 3 at the time of removal. You may make it alert | report. In addition, the management device storage queue signal and the management device take-out queue signal are transmitted only to the cash management device 4 existing near the teller machine 2 or the management device according to the data stored in the management safe of the cash management device 4 You may make it determine the cash management apparatus 4 which transmits a storage cue signal and a management apparatus taking-out cue signal. For example, whether or not a plurality of cash management devices 4 are stored and taken out can be set in advance, for example, during the busy season, and the number of picked up devices can be increased during the busy season.

  Moreover, the money management system 1 may include a plurality of cash management apparatuses 4 that perform a master-slave operation. Since the cash management device 4 serving as the parent device manages the cash amount data in the management safe including the cash management device 4 serving as the child device, all the cash management devices 4 of the teller machine 2 are important material management safes 3 On the condition that the cash management device 4 is stored in the cash management device 4, the cash management device 4 data is not included in the cash management data, but is included in the cash management data of the important material management safe 3. Further, the teller machine 2 uses the management device inventory data of the cash management device 4 and the management safe inventory data of the important material management safe 3 on condition that all the cash management devices 4 are taken out from the important material management safe 3. Instead of being included in the data, it will be included in the data on hand. In this case, an alarm is generated when all cash management devices 4 are not stored in the important material management safe 3 at the time of storage, or when all cash management devices 4 are not removed from the important material management safe 3 at the time of removal. You may make it alert | report.

  In each of the above embodiments, the case where the authentication of the operator is performed using an ID card such as a magnetic card or an IC card has been described. However, the authentication means uses biometric information such as the operator's fingerprint or vein. These may be used in combination.

  Further, in each of the above embodiments, the teller machine 2 inquires the important material management safe 3 for the unprocessed management device storage queue and the management device take-out queue in the closing work, and does not perform the storage and withdrawal processing of the cash management device 4. Check if there is no processing. The teller machine 2 generates an alarm when there is an unprocessed storage or withdrawal process of the cash management apparatus 4, warns the operator, and prompts the operation.

  Moreover, although the case where it performed by the management apparatus storage cue signal from the teller machine 2 as a trigger was demonstrated in said cash | banking apparatus storage process, it is not limited to this. For example, in the cash management apparatus 4, the management apparatus storage instruction operation is included in the menu permitted for the management apparatus input operator identification information read by the management apparatus card reader 17 and is displayed on the management apparatus operation display unit 16. . When this management device storage command operation is selected and input, the management device control unit 25 of the cash management device 4 reads the management device stock data stored in the management device storage unit 26, and the management device card reader 17 The read management device input operator identification information and a signal indicating that the cash management device 4 has been stored are output to the cash machine control unit 177 of the cash machine 2 to shut down the main power supply of the cash management device 4. Based on this, the teller machine control unit 177 of the teller machine 2 replaces the management device stock data with the management safe stock data and transfers the management device stock data to the management safe control unit 137 of the important material management safe 3. A management device storage queue signal including input operator identification information is output. The important material management safe 3 performs the management device storage execution operation when the management safe input operator identification information read by the management safe card reader 136 matches the management device power operator identification information included in the management device storage queue signal. Allows selection input. About another process, each apparatus operate | moves similarly to the storage process of said cash management apparatus.

  In the above-described cash management device take-out process, a case has been described in which the management device take-out queue signal from the teller machine 2 is used as a trigger, but the present invention is not limited to this. For example, in the important material management device 3, the management safe take-out command operation is included in the permitted menu for the management safe input operator identification information read by the management safe card reader 136 and displayed on the management safe operation display unit 135. Let When this management device take-out command operation is selected and input, the management safe control unit 137 of the important material management device 3 sends a signal indicating that the cash management device 4 has been taken out to a cashier control unit of the cashier 2. To 177. Based on this, the teller machine control unit 177 of the teller machine 2 changes the management device stock data from the managed safe stock data to the hand stock data. About another process, each apparatus operate | moves similarly to the taking-out process of said cash management apparatus.

1 Money management system 2 Teller machine (money management parent machine)
3 Important material management safe (money management intermediate machine)
4 Cash management device (money management handset)
127 Storage lock mechanism (open / close mechanism)

Claims (7)

A money management handset that is movable and capable of sending out money amount data stored in and stored in such a manner that money can be taken out and stored;
A money management intermediate machine for storing the money management handset so that it can be removed;
A money management parent device that can communicate with the money management child device and the money management intermediate device;
The money management parent machine is
Managing the cash machine master data of the money management master machine, the intermediate machine cash data of the money management intermediate machine, and other hand cash data,
In the state in which the money management intermediate machine stores the money management child machine, the child machine inventory data is included in the intermediate machine inventory data without being included in the hand inventory data, and from the money management intermediate machine In the state in which the money management handset is taken out, the handset amount data is included in the hand amount information without being included in the intermediate device amount data. The money management intermediate machine has an open / close mechanism that opens and closes a storage unit for storing the money management slave.
Based on the handset storage command operation to the money management base unit, the money management base unit includes the handset amount data in the intermediate unit amount data without including the hand amount information in the hand amount data, and Output slave storage command signal to the money management intermediate machine,
The money management system according to claim 1, wherein the money management intermediate machine permits the opening / closing mechanism to open when receiving the slave unit storage command signal. Base unit input operator identification information is input at the time of operation input of the slave unit storage command operation to the money management base unit, and the money management base unit includes the base unit input operator identification information and includes the money management intermediate unit. Output the slave unit storage command signal to the machine,
The said money management intermediate machine permits the opening operation of the opening / closing mechanism when the inputted intermediate machine input operator identification information matches the parent machine input operator identification information. Money management system. The money management intermediate machine has an open / close mechanism that opens and closes a storage unit for storing the money management slave.
Based on a handset takeout command operation to the money management base unit, the money management base unit includes the handset amount data not in the intermediate unit amount data but in the hand amount information, and Output the slave unit takeout command signal to the money management intermediate machine,
4. The money management system according to claim 1, wherein the money management intermediate machine permits the opening / closing mechanism to open when receiving the slave unit take-out command signal. 5. Base unit input operator identification information is input at the time of operation input of the slave unit take-out command operation to the money management base unit, and the money management base unit includes the base unit input operator identification information and includes the money management intermediate unit. Output the slave unit takeout command signal to the machine,
5. The money management intermediate machine permits the opening operation of the opening / closing mechanism when the input intermediate machine input operator identification information matches the master machine input operator identification information. Money management system. A money management handset that is movable and capable of sending out money amount data stored in and stored in such a manner that money can be taken out and stored;
A money management intermediate machine for storing the money management handset so that it can be removed;
A money management device operable as the money management parent device for a money management system comprising: a money management parent device capable of communicating with the money management child device and the money management intermediate device;
Managing the cash machine master data of the money management master machine, the intermediate machine cash data of the money management intermediate machine, and other hand cash data,
In the state in which the money management intermediate machine stores the money management child machine, the child machine inventory data is included in the intermediate machine inventory data without being included in the hand inventory data, and from the money management intermediate machine In the state where the money management handset has been taken out, the money management device includes the handset amount data not included in the intermediate device amount data but in the hand amount information. A money management handset that is movable and capable of sending out money amount data stored in and stored in such a manner that money can be taken out and stored;
A money management intermediate machine for storing the money management handset so that it can be removed;
In a money management system comprising a money management master unit that can communicate with the money management slave unit and the money management intermediate unit, a base unit amount data of the money management base unit, an intermediate unit amount of the money management intermediate unit A data management method for managing data and other data on hand,
In the state in which the money management intermediate machine stores the money management child machine, the child machine inventory data is included in the intermediate machine inventory data without being included in the hand inventory data, and from the money management intermediate machine In the state in which the money management handset is being taken out, the handset stock data is included in the hand stock amount data instead of being included in the intermediate device stock data.

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